Panasonic U-100PEY1E5 Page 643 Technical Data & Service Manual Download

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5-35

Check power supply

1-3

Extreme voltage fluctuations

Not satisfied with +10% rated supply voltage

1-1

1-2

Extreme distortion of voltage waveform

1-3

Instantaneous blackout may sometimes occur.

1-4

Check power supply

1-2

Check power supply

1-4

Check power supply

2-1

Yes

1 Power

supply*

H01 Primary (input) Overcurrent Detected

Error Detection Method

Error Diagnosis

Primary current effective value detected overcurrent (trip current value).

Trip current value

Single-phase model

hp = horse power

•

2-3

2-2

Loose electrical wire connection

2-1

Correct wiring

2-3

Has FUSE 1/FUSE 2 blown?
Check the electrical conduction with tester.

2-2

Yes

Replace CR board.

2-3

PC board
wiring

Check not only in the outdoor unit stop mode but in the drive mode.

Heating

Cooling

2.5 hp

20.0A

18.5A

3 hp

20.0A

18.5A

4 hp

27.0A

5 hp

29.0A

6 hp

30.0A

Trip current value

3-phase model

hp = horse power

Heating

Cooling

4 hp

12.5A

12.0A

5 hp

13.5A

12.6A

6 hp

14.5A

13.0A

CR-50PE1E5 : bottom (U-50PE1E5)
(for single-phase outdoor unit PCB)

F001

A746894 : (U-60PE1E5, U-71PE1E5)
(for single-phase outdoor unit PCB)

FUSE1

SM830211-07̲PAC-i.indb 35

2013/09/07 10:42:09

Summary of Contents for U-100PEY1E5

Page 1: ...Way Cassette 60 60 Ducted Order No SBPAC1301005CE Order No SM830211 11CE Type Indoor UnitsType 36 45 50 60 71 100 125 140 4 Way Cassette S 36PU1E5 S 45PU1E5 S 50PU1E5 S 60PU1E5 S 71PU1E5 S 100PU1E5 S 125PU1E5 S 140PU1E5 S 36PF1E5 S 45PF1E5 S 50PF1E5 S 60PF1E5 S 71PF1E5 S 100PF1E5 S 125PF1E5 S 140PF1E5 S 36PN1E5 S 45PN1E5 S 50PN1E5 S 60PN1E5 S 71PN1E5 S 100PN1E5 S 125PN1E5 S 140PN1E5 S 36PT1E5 S 45...

Page 2: ...o prevent possible hazards from insulation failure the unit must be grounded When Transporting Be careful when picking up and moving the indoor and outdoor units Get a partner to help and bend your knees when lifting to reduce strain on your back Sharp edges or thin aluminum fins on the air conditioner can cut your fingers When Installing Select an installation location which is rigid and strong e...

Page 3: ...function of this appliance do not repair by yourself Contact the sales dealer or service dealer for repair CAUTION Do not touch the air inlet or the sharp aluminum fins of the outdoor unit You may get injured Ventilate any enclosed areas when installing or testing the refrigeration system Escaped refrigerant gas on contact with fire or heat can produce dangerously toxic gas Confirm after installat...

Page 4: ...systems is on the increase because of the need for effective use of floor space individual control and energy conservation by curtailing heat and carrying power etc Most importantly the multi air conditioner system is able to replenish a large amount of refrigerant compared to conventional individual air conditioners If a single unit of the multi air conditioner system is to be installed in a smal...

Page 5: ...duct 2 the additional refrigerant amount charged in the field and 1 2 the total refrigerant charge on the refrigerant charge label supplied with the product The filled out label must be adhered in the proximity of the product charging port e g onto the inside of the service cover 1 4 2 3 5 6 1 Factory refrigerant charge of the product see unit name plate 2 Additional refrigerant amount charged in ...

Page 6: ... 125PE1E5 P67 P68 P69 P70 P71 P74 P79 P76 P78 P77 P80 P72 P75 P73 F1 S 140PF1E5 U 140PE1E5 S 45PF1E5 x3 U 125PE1E5 S 50PF1E5 x3 U 140PE1E5 S 60PF1E5 U 60PE1E5 S 36PF1E5 x4 U 125PE1E5 S 36PF1E5 x2 U 71PE1E5 S 36PF1E5 x3 U 100PE1E5 S 60PF1E5 x2 U 125PE1E5 S 50PF1E5 U 50PE1E5 S 50PF1E5 x2 U 100PE1E5 S 71PF1E5 U 71PE1E5 S 71PF1E5 x2 U 140PE1E5 S 100PF1E5 U 100PE1E5 S 125PF1E5 U 125PE1E5 P113 P114 P115...

Page 7: ...29 P130 P131 P133 P137 P134 P136 P135 P138 P132 S 140PN1E5 U 140PE1E8 S 45PN1E5 x3 U 125PE1E8 S 60PN1E5 x2 U 125PE1E8 S 36PN1E5 x4 U 125PE1E8 S 36PN1E5 x2 U 71PE1E8 S 36PN1E5 x3 U 100PE1E8 S 50PN1E5 x2 U 100PE1E8 S 50PN1E5 x3 U 140PE1E8 S 71PN1E5 U 71PE1E8 S 71PN1E5 x2 U 140PE1E8 S 100PN1E5 U 100PE1E8 S 125PN1E5 U 125PE1E8 P153 P154 P155 P156 P157 P159 P163 P160 P162 P161 P164 P158 S 45PK1E5 x3 U ...

Page 8: ...P200 P198 P199 P197 K1 S 36PK1E5 x2 U 71PEY1E5 P207 S 60PK1E5 U 60PEY1E5 S 60PK1E5 x2 U 125PEY1E5 S 50PK1E5 x2 U 100PEY1E5 S 71PK1E5 U 71PEY1E5 P208 P209 P211 P210 Y1 S 36PY1E5 x2 U 71PEY1E5 P178 S 50PY1E5 x2 U 100PEY1E5 P179 U1 36 50 60 71 100 125 140 S 60PU1E5 x2 U 125PEY1E8 S 50PU1E5 x2 U 100PEY1E8 S 71PU1E5 x2 U 140PEY1E8 S 100PU1E5 U 100PEY1E8 S 125PU1E5 U 125PEY1E8 P172 P173 P176 P174 P175 S...

Page 9: ... 2 3 Section 3 ELECTRICAL DATA 3 1 Indoor Units Electric Wiring Diagram Schematic Diagram 3 2 3 2 Outdoor Units Electric Wiring Diagram 3 11 Section 4 CONTROL FUNCTIONS 3 1 4 1 4 1 Room Temperature Control 4 2 Heating Standby 4 3 Automatic Fan Speed Control 4 4 Drain Pump Control 4 5 Automatic Heating Cooling Control 4 6 Automatic Flap Control 4 7 Filter Sign 4 8 Fan Control during Dry Mode 4 9 Ve...

Page 10: ... Servicing Functions Test Run Function 7 15 Section 8 HOW TO INSTALL THE WIRELESS REMOTE CONTROLLER RECEIVER Important Safety Instructions Optional Controller Remote Controller 8 3 8 1 8 3 8 2 8 5 8 3 8 5 8 4 8 6 8 5 8 7 8 6 8 8 8 8 8 7 8 8 8 9 8 9 8 9 Names and Functions Installing Batteries Setting the Current Time Operation Timer Operation Adjusting the Wind Direction Operating Multiple In Outd...

Page 11: ...ION SITE 4 Way Cassette 60 60 Type Y1 3 SELECTING THE INSTALLATION SITE Ceiling Type T1 5 SELECTING THE INSTALLATION SITE Wall Mounted Type K1 6 SELECTING THE INSTALLATION SITE Low Silhouette Ducted Type F1 7 SELECTING THE INSTALLATION SITE Ducted Type N1 1 377 1 300 1 300 1 357 1 389 1 395 1 406 1 415 1 427 1 Cooling Capacity Performance Data 1 443 1 486 2 Heating Capacity Performance Data 1 13 1...

Page 12: ... NOISE OUTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 17 2 0 17 2 0 16 2 9 30 9 00 8 70 INPUT POWER W 20 2 20 2 20 2 1 960k 1 960k 1 960k TOTAL W 2 000k 2 000k 2 000k 400 2 900k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 8 SCOP W W 4 1 Annual consumption kWh 2424 Class A...

Page 13: ... 45 44 NOISE OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 17 3 0 17 3 0 16 3 11 9 11 5 11 1 INPUT POWER W 20 3 20 3 20 3 2 540k 2 540k 2 540k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 2 Annual consumption kWh...

Page 14: ...dB 47 45 44 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 17 4 0 17 4 0 16 4 16 0 15 5 15 0 INPUT POWER W 20 4 20 4 20 4 3 420k 3 420k 3 420k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class ...

Page 15: ...8 45 44 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 17 3 0 17 3 0 17 3 16 1 15 5 15 1 INPUT POWER W 20 3 20 3 20 3 3 440k 3 440k 3 440k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWE...

Page 16: ...pressure Pa I D AIR FLOW COOL m3 min ft3 min 16 565 HEAT m3 min ft3 min 16 565 O D AIR FLOW COOL m3 min ft3 min 30 1067 HEAT m3 min ft3 min 35 1225 REFRIGERANT TYPE AMOUNT g oz R410A 1 65k 58 2 P R O D I M HEIGHT H mm inch WIDTH W mm inch DEPTH D mm inch 256 10 3 32 840 33 3 32 840 33 3 32 569 22 13 32 790 31 7 64 285 11 7 32 P A C D I M HEIGHT H mm WIDTH W mm DEPTH D mm 298 929 929 645 921 386 MA...

Page 17: ...46 44 NOISE OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 20 2 0 20 2 0 19 2 11 9 11 5 11 1 INPUT POWER W 25 2 25 2 25 2 2 550k 2 550k 2 550k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 2 Annual consumption kWh ...

Page 18: ...9 46 44 NOISE OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 20 3 0 20 3 0 19 3 19 9 19 3 18 7 INPUT POWER W 25 3 25 3 25 3 4 255k 4 255k 4 255k TOTAL W 4 330k 4 330k 4 330k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 70 3 70 A 3 70 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWE...

Page 19: ...NOISE OUTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 7 0 7 0 7 0 2 0 8 0 BTU h 23900 23900 23900 6800 27300 CURRENT A 0 30 0 30 0 29 8 50 8 20 7 95 INPUT POWER W 35 35 35 1 775k 1 775k 1 775k TOTAL W 1 810k 1 810k 1 810k 400 2 480k COP COP CLASS TOTAL W W 5 A G 3 87 3 87 A 3 87 5 00 3 23 Erp 6 Pdsign kW 6 0 Tbivalen C 10 SCOP W W 4 1 Annual consumption kWh 2047 Class A POWER FACTO...

Page 20: ... 48 45 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 30 2 0 30 2 0 29 2 16 0 15 5 15 0 INPUT POWER W 35 2 35 2 35 2 3 430k 3 430k 3 430k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER...

Page 21: ...ure Pa I D AIR FLOW COOL m3 min ft3 min 22 777 HEAT m3 min ft3 min 22 777 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 256 10 3 32 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298 1136 WIDTH W mm 929 1055 DEPTH D mm 929 485 MASS ...

Page 22: ...4 48 45 NOISE OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 35 2 0 32 2 0 31 2 19 9 19 3 18 7 INPUT POWER W 40 2 40 2 40 2 4 250k 4 250k 4 250k TOTAL W 4 330k 4 330k 4 330k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 70 3 70 A 3 70 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWE...

Page 23: ...55 49 NOISE OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 66 0 65 0 64 11 8 11 4 11 0 INPUT POWER W 85 85 85 2 515k 2 515k 2 515k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 2 Annual consumption kWh 3333 Class A...

Page 24: ...59 50 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 75 0 73 0 73 15 9 15 4 14 9 INPUT POWER W 100 100 100 3 400k 3 400k 3 400k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97...

Page 25: ...57 51 NOISE OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 83 0 80 0 79 19 8 19 2 18 6 INPUT POWER W 105 105 105 4 225k 4 225k 4 225k TOTAL W 4 330k 4 330k 4 330k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 70 3 70 A 3 70 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97...

Page 26: ... 44 NOISE OUTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 8 9 0 BTU h 27300 27300 27300 9600 30700 CURRENT A 0 17 2 0 17 2 0 16 2 3 10 3 00 2 90 INPUT POWER W 20 2 20 2 20 2 1 960k 1 960k 1 960k TOTAL W 2 000k 2 000k 2 000k 500 2 900k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 5 60 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 8 SCOP W W 4 0 Annual consumption kWh 2485 Clas...

Page 27: ... 45 44 NOISE OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 17 3 0 17 3 0 16 3 4 10 3 90 3 80 INPUT POWER W 20 3 20 3 20 3 2 540k 2 540k 2 540k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 2 Annual consumption kWh...

Page 28: ...dB 47 45 44 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 17 4 0 17 4 0 16 4 5 55 5 25 5 10 INPUT POWER W 20 4 20 4 20 4 3 420k 3 420k 3 420k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class ...

Page 29: ...8 45 44 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 17 3 0 17 3 0 17 3 5 55 5 30 5 10 INPUT POWER W 20 3 20 3 20 3 3 440k 3 440k 3 440k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWE...

Page 30: ... 46 44 NOISE OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 20 2 0 20 2 0 19 2 4 10 3 90 3 80 INPUT POWER W 25 2 25 2 25 2 2 550k 2 550k 2 550k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 2 Annual consumption kWh...

Page 31: ...49 46 44 NOISE OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 20 3 0 20 3 0 19 3 6 90 6 55 6 30 INPUT POWER W 25 3 25 3 25 3 4 255k 4 255k 4 255k TOTAL W 4 330k 4 330k 4 330k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 70 3 70 A 3 70 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POW...

Page 32: ... 48 45 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 30 2 0 30 2 0 29 2 5 55 5 25 5 10 INPUT POWER W 35 2 35 2 35 2 3 430k 3 430k 3 430k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER...

Page 33: ...re Pa I D AIR FLOW COOL m3 min ft3 min 22 777 HEAT m3 min ft3 min 22 777 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 256 10 3 32 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298 1136 WIDTH W mm 929 1055 DEPTH D mm 929 485 MASS N...

Page 34: ...4 48 45 NOISE OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 35 2 0 32 2 0 31 2 6 90 6 55 6 30 INPUT POWER W 40 2 40 2 40 2 4 250k 4 250k 4 250k TOTAL W 4 330k 4 330k 4 330k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 70 3 70 A 3 70 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWE...

Page 35: ...55 49 NOISE OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 66 0 65 0 64 4 05 3 85 3 75 INPUT POWER W 85 85 85 2 515k 2 515k 2 515k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 2 Annual consumption kWh 3333 Class A...

Page 36: ...59 50 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 75 0 73 0 73 5 50 5 20 5 05 INPUT POWER W 100 100 100 3 400k 3 400k 3 400k TOTAL W 3 500k 3 500k 3 500k 900 5 200k COP COP CLASS TOTAL W W 5 A G 4 00 4 00 A 4 00 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94...

Page 37: ...57 51 NOISE OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 83 0 80 0 79 6 85 6 50 6 25 INPUT POWER W 105 105 105 4 225k 4 225k 4 225k TOTAL W 4 330k 4 330k 4 330k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 70 3 70 A 3 70 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94...

Page 38: ... H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 15 2 0 15 2 0 14 2 10 0 9 7 9 4 INPUT POWER W 17 2 17 2 18 2 2 115k 2 115k 2 115k TOTAL W 2 150k 2 150k 2 150k 400 2 900k COP COP CLASS TOTAL W W 5 A G 3 72 3 72 A 3 72 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 7 SCOP W W 3 8 Annual consumption kWh 2616 Class A POWER FACTOR 96...

Page 39: ...OR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 15 3 0 15 3 0 14 3 13 5 13 0 12 6 INPUT POWER W 17 3 17 3 18 3 2 870k 2 870k 2 870k TOTAL W 2 930k 2 930k 2 930k 900 4 400k COP COP CLASS TOTAL W W 5 A G 3 82 3 82 A 3 82 4 56 3 18 Erp 6 Pdsign kW 9 5 Tbivalen C 10 SCOP W W 3 8 Annual consumption kWh 3500 Class A POWER...

Page 40: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 15 4 0 15 4 0 14 4 17 9 17 3 16 8 INPUT POWER W 17 4 17 4 18 4 3 830k 3 830k 3 830k TOTAL W 3 900k 3 900k 3 900k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 59 3 60 A 3 60 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 ...

Page 41: ...H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 18 3 0 18 3 0 17 3 17 9 17 5 16 8 INPUT POWER W 20 3 21 3 21 3 3 830k 3 830k 3 830k TOTAL W 3 890k 3 890k 3 890k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 60 3 60 A 3 60 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95 NOIS...

Page 42: ...FLOW COOL m3 min ft3 min 12 5 441 HEAT m3 min ft3 min 12 5 441 O D AIR FLOW COOL m3 min ft3 min 30 1067 HEAT m3 min ft3 min 35 1225 REFRIGERANT TYPE AMOUNT g oz R410A 1 65k 58 2 P R O D I M HEIGHT H mm inch WIDTH W mm inch DEPTH D mm inch 283 11 9 64 575 22 41 64 575 22 41 64 569 22 13 32 790 31 7 64 285 11 7 32 P A C D I M HEIGHT H mm WIDTH W mm DEPTH D mm 290 11 27 64 714 28 7 64 630 24 51 64 64...

Page 43: ... L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 26 2 0 26 2 0 25 2 13 4 13 0 12 6 INPUT POWER W 29 2 29 2 29 2 2 870k 2 870k 2 870k TOTAL W 2 930k 2 930k 2 930k 900 4 400k COP COP CLASS TOTAL W W 5 A G 3 82 3 82 A 3 82 4 56 3 18 Erp 6 Pdsign kW 9 5 Tbivalen C 10 SCOP W W 3 8 Annual consumption kWh 3500 Class A POWER FAC...

Page 44: ... H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 26 3 0 26 3 0 25 3 22 2 21 4 20 8 INPUT POWER W 29 3 29 3 29 3 4 735k 4 735k 4 735k TOTAL W 4 820k 4 820k 4 820k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 32 3 32 C 3 32 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95 NOI...

Page 45: ...OR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 8 9 0 BTU h 27300 27300 27300 9600 30700 CURRENT A 0 15 2 0 15 2 0 14 2 3 35 3 25 3 15 INPUT POWER W 17 2 17 2 18 2 2 115k 2 115k 2 115k TOTAL W 2 150k 2 150k 2 150k 500 2 900k COP COP CLASS TOTAL W W 5 A G 3 72 3 72 A 3 72 5 60 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 7 SCOP W W 3 8 Annual consumption kWh 2616 Class A POWER FACTO...

Page 46: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 15 3 0 15 3 0 14 3 4 6 4 4 4 3 INPUT POWER W 17 3 17 3 18 3 2 870k 2 870k 2 870k TOTAL W 2 930k 2 930k 2 930k 900 4 400k COP COP CLASS TOTAL W W 5 A G 3 82 3 82 A 3 82 4 56 3 18 Erp 6 Pdsign kW 9 5 Tbivalen C 10 SCOP W W 3 8 Annual consumption kWh 3500 Class A POWER F...

Page 47: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 15 4 0 15 4 0 14 4 6 2 5 9 5 7 INPUT POWER W 17 4 17 4 18 4 3 830k 3 830k 3 830k TOTAL W 3 900k 3 900k 3 900k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 59 3 60 A 3 60 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 ...

Page 48: ...H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 18 3 0 18 3 0 17 3 6 2 5 9 5 7 INPUT POWER W 20 3 21 3 21 3 3 830k 3 830k 3 830k TOTAL W 3 890k 3 890k 3 890k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 60 3 60 A 3 60 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 NOISE I...

Page 49: ... L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 26 2 0 26 2 0 25 2 4 6 4 4 4 2 INPUT POWER W 29 2 29 2 29 2 2 870k 2 870k 2 870k TOTAL W 2 930k 2 930k 2 930k 900 4 400k COP COP CLASS TOTAL W W 5 A G 3 82 3 82 A 3 82 4 56 3 18 Erp 6 Pdsign kW 9 5 Tbivalen C 10 SCOP W W 3 8 Annual consumption kWh 3500 Class A POWER FACTOR...

Page 50: ... H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 26 3 0 26 3 0 25 3 7 7 7 3 7 0 INPUT POWER W 29 3 29 3 29 3 4 735k 4 735k 4 735k TOTAL W 4 820k 4 820k 4 820k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 32 3 32 C 3 32 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 NOISE ...

Page 51: ...OR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 33 2 0 32 2 0 32 2 10 7 10 4 10 1 INPUT POWER W 31 2 31 2 31 2 2 268k 2 268k 2 268k TOTAL W 2 330k 2 330k 2 330k 400 2 900k COP COP CLASS TOTAL W W 5 A G 3 43 3 43 B 3 43 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 3 5 Annual consumption kWh 2840 Class A POWER FACTO...

Page 52: ...DOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 33 3 0 32 3 0 32 3 12 2 11 8 11 4 INPUT POWER W 31 3 31 3 31 3 2 608k 2 607k 2 606k TOTAL W 2 700k 2 700k 2 700k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 15 4 15 A 4 15 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 3590 Class A PO...

Page 53: ...E OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 33 4 0 32 4 0 32 4 16 8 16 2 15 7 INPUT POWER W 31 4 31 4 31 4 3 576k 3 575k 3 574k TOTAL W 3 700k 3 700k 3 700k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 78 3 78 A 3 78 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 ...

Page 54: ...TDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 42 3 0 41 3 0 41 3 16 8 16 2 15 7 INPUT POWER W 41 3 41 3 41 3 3 576k 3 575k 3 574k TOTAL W 3 700k 3 700k 3 700k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 78 3 78 A 3 78 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 9...

Page 55: ...OUTDOOR H L dB A 46 Power Level dB 65 H E A T I N G CAPACITY kW 5 6 5 6 5 6 1 5 6 5 BTU h 19100 19100 19100 5100 22200 CURRENT A 0 42 0 41 0 41 7 60 7 35 7 15 INPUT POWER W 41 41 41 1 605k 1 605k 1 605k TOTAL W 1 650k 1 650k 1 650k 220 2 600k COP COP CLASS TOTAL W W 5 A G 3 39 3 39 C 3 39 6 82 2 50 Erp 6 Pdsign kW 4 0 Tbivalen C 10 SCOP W W 3 5 Annual consumption kWh 1600 Class A POWER FACTOR 96 9...

Page 56: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 42 2 0 41 2 0 41 2 12 2 11 8 11 4 INPUT POWER W 41 2 41 2 41 2 2 608k 2 607k 2 606k TOTAL W 2 690k 2 690k 2 690k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 16 4 16 A 4 16 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 3590 Class A POW...

Page 57: ...TDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 42 3 0 41 3 0 41 3 21 3 20 6 19 9 INPUT POWER W 41 3 41 3 41 3 4 546k 4 545k 4 544k TOTAL W 4 670k 4 670k 4 670k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 43 3 43 B 3 43 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 9...

Page 58: ...R H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 7 0 7 0 7 0 2 0 8 0 BTU h 23900 23900 23900 6800 27300 CURRENT A 0 53 0 52 0 52 8 60 8 30 8 05 INPUT POWER W 52 52 52 1 788k 1 788k 1 788k TOTAL W 1 840k 1 840k 1 840k 400 2 480k COP COP CLASS TOTAL W W 5 A G 3 80 3 80 A 3 80 5 00 3 23 Erp 6 Pdsign kW 6 0 Tbivalen C 10 SCOP W W 3 8 Annual consumption kWh 2210 Class A POWER FACTOR 95 94 93 N...

Page 59: ...TDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 4780 14000 54600 CURRENT A 0 53 2 0 52 2 0 52 2 16 8 16 2 15 7 INPUT POWER W 52 2 52 2 52 2 3 576k 3 575k 3 574k TOTAL W 3 680k 3 680k 3 680k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 80 3 80 A 3 80 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95...

Page 60: ...R H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 53 0 52 0 52 10 7 10 4 10 1 INPUT POWER W 52 52 52 2 268k 2 268k 2 268k TOTAL W 2 320k 2 320k 2 320k 400 2 900k COP COP CLASS TOTAL W W 5 A G 3 45 3 45 B 3 45 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 3 5 Annual consumption kWh 2840 Class A POWER FACTOR 96 95 94 NO...

Page 61: ...DOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 53 2 0 52 2 0 52 2 21 3 20 6 19 9 INPUT POWER W 52 2 52 2 52 2 4 546k 4 545k 4 544k TOTAL W 4 650k 4 650k 4 650k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 44 3 44 B 3 44 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95...

Page 62: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 62 0 57 0 55 12 2 11 8 11 4 INPUT POWER W 72 73 74 2 608k 2 607k 2 606k TOTAL W 2 680k 2 680k 2 680k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 18 4 18 A 4 18 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 1 Annual consumption kWh 3415 Class A POWER FACTOR 97...

Page 63: ...TDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 69 0 63 0 62 16 8 16 2 15 7 INPUT POWER W 84 85 86 3 576k 3 575k 3 574k TOTAL W 3 660k 3 660k 3 660k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 83 3 83 A 3 83 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95 NOISE INDO...

Page 64: ...TDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 5460 54600 14000 61400 CURRENT A 0 80 0 73 0 72 21 3 20 6 19 9 INPUT POWER W 94 95 96 4 546k 4 545k 4 544k TOTAL W 4 640k 4 640k 4 640k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 45 3 45 B 3 45 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95 NOISE INDOO...

Page 65: ...DOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 8 9 0 BTU h 27300 27300 27300 9600 30700 CURRENT A 0 33 2 0 32 2 0 32 2 3 60 3 45 3 35 INPUT POWER W 31 2 31 2 31 2 2 268k 2 268k 2 268k TOTAL W 2 330k 2 330k 2 330k 500 2 900k COP COP CLASS TOTAL W W 5 A G 3 43 3 43 B 3 43 5 60 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 3 4 Annual consumption kWh 2923 Class A POWER FAC...

Page 66: ...DOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 33 3 0 32 3 0 32 3 4 20 4 00 3 85 INPUT POWER W 31 3 31 3 31 3 2 608k 2 607k 2 606k TOTAL W 2 700k 2 700k 2 700k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 15 4 15 A 4 15 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 3590 Class A PO...

Page 67: ...E OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 33 4 0 32 4 0 32 4 5 80 5 50 5 30 INPUT POWER W 31 4 31 4 31 4 3 576k 3 575k 3 574k TOTAL W 3 700k 3 700k 3 700k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 78 3 78 A 3 78 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 ...

Page 68: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 42 3 0 41 3 0 41 3 5 80 5 50 5 30 INPUT POWER W 41 3 41 3 41 3 3 576k 3 575k 3 574k TOTAL W 3 700k 3 700k 3 700k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 78 3 78 A 3 78 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 ...

Page 69: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 42 2 0 41 2 0 41 2 4 20 4 00 3 85 INPUT POWER W 41 2 41 2 41 2 2 608k 2 607k 2 606k TOTAL W 2 690k 2 690k 2 690k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 16 4 16 A 4 16 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 3590 Class A POW...

Page 70: ...TDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 42 3 0 41 3 0 41 3 7 35 7 00 6 75 INPUT POWER W 41 3 41 3 41 3 4 546k 4 545k 4 544k TOTAL W 4 670k 4 670k 4 670k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 43 3 43 B 3 43 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 9...

Page 71: ...OOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 53 2 0 52 2 0 52 2 5 80 5 50 5 30 INPUT POWER W 52 2 52 2 52 2 3 576k 3 575k 3 574k TOTAL W 3 680k 3 680k 3 680k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 80 3 80 A 3 80 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 ...

Page 72: ...DOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 8 9 0 BTU h 27300 27300 27300 9600 30700 CURRENT A 0 53 0 52 0 52 3 60 3 45 3 35 INPUT POWER W 52 52 52 2 268k 2 268k 2 268k TOTAL W 2 320k 2 320k 2 320k 500 2 900k COP COP CLASS TOTAL W W 5 A G 3 45 3 45 B 3 45 5 60 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 3 4 Annual consumption kWh 2923 Class A POWER FACTOR 96 95 94...

Page 73: ...TDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 53 2 0 52 2 0 52 2 7 35 7 00 6 75 INPUT POWER W 52 2 52 2 52 2 4 546k 4 545k 4 544k TOTAL W 4 650k 4 650k 4 650k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 44 3 44 B 3 44 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 9...

Page 74: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 62 0 57 0 55 4 20 4 00 3 85 INPUT POWER W 72 73 74 2 608k 2 607k 2 606k TOTAL W 2 680k 2 680k 2 680k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 18 4 18 A 4 18 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 1 Annual consumption kWh 3415 Class A POWER FACTOR 94...

Page 75: ...TDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 69 0 63 0 62 5 80 5 50 5 30 INPUT POWER W 84 85 86 3 576k 3 575k 3 574k TOTAL W 3 660k 3 660k 3 660k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 83 3 83 A 3 83 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 NOISE INDO...

Page 76: ...TDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 80 0 73 0 72 7 35 7 00 6 75 INPUT POWER W 94 95 96 4 546k 4 545k 4 544k TOTAL W 4 640k 4 640k 4 640k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 45 3 45 B 3 45 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 NOISE INDO...

Page 77: ...UTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 37 2 0 36 2 0 36 2 8 90 8 60 8 30 INPUT POWER W 35 2 35 2 35 2 1 875k 1 875k 1 875k TOTAL W 1 945k 1 945k 1 945k 400 2 900k COP COP CLASS TOTAL W W 5 A G 4 11 4 11 A 4 11 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 4 0 Annual consumption kWh 2485 Class A POWER F...

Page 78: ...TDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 37 3 0 36 3 0 35 3 11 8 11 4 11 0 INPUT POWER W 35 3 35 3 35 3 2 520k 2 520k 2 520k TOTAL W 2 625k 2 625k 2 625k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 27 4 27 A 4 27 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 3 Annual consumption kWh 3256 Class A P...

Page 79: ...OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 37 4 0 36 4 0 35 4 16 0 15 4 14 9 INPUT POWER W 35 4 35 4 35 4 3 400k 3 400k 3 400k TOTAL W 3 540k 3 540k 3 540k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 95 3 95 A 3 95 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96...

Page 80: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 39 3 0 38 3 0 37 3 16 0 15 4 14 9 INPUT POWER W 40 3 40 3 40 3 3 400k 3 400k 3 400k TOTAL W 3 520k 3 520k 3 520k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 98 3 98 A 3 98 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 ...

Page 81: ...OUTDOOR H L dB A 46 Power Level dB 65 H E A T I N G CAPACITY kW 5 6 5 6 5 6 1 5 6 5 BTU h 19100 19100 19100 5100 22200 CURRENT A 0 39 0 38 0 37 6 70 6 40 6 15 INPUT POWER W 40 40 40 1 370k 1 370k 1 370k TOTAL W 1 410k 1 410k 1 410k 220 2 300k COP COP CLASS TOTAL W W 5 A G 3 97 3 97 A 3 97 6 82 2 83 Erp 6 Pdsign kW 4 0 Tbivalen C 10 SCOP W W 4 0 Annual consumption kWh 1400 Class A POWER FACTOR 93 9...

Page 82: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 39 2 0 38 2 0 37 2 11 8 11 4 11 0 INPUT POWER W 40 2 40 2 40 2 2 520k 2 520k 2 520k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 3 Annual consumption kWh 3256 Class A POW...

Page 83: ...UTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 39 3 0 38 3 0 37 3 19 8 19 2 18 5 INPUT POWER W 40 3 40 3 40 3 4 240k 4 240k 4 240k TOTAL W 4 360k 4 360k 4 360k 900 5 930k COP COP CLASS TOTAL W W 5 A G 3 67 3 67 A 3 67 4 56 3 04 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 ...

Page 84: ...TDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 7 0 7 0 7 0 2 0 8 0 BTU h 23900 23900 23900 6800 27300 CURRENT A 0 42 0 41 0 40 8 10 7 80 7 60 INPUT POWER W 50 50 50 1 690k 1 690k 1 690k TOTAL W 1 740k 1 740k 1 740k 400 2 480k COP COP CLASS TOTAL W W 5 A G 4 02 4 02 A 4 02 5 00 3 23 Erp 6 Pdsign kW 6 0 Tbivalen C 10 SCOP W W 4 1 Annual consumption kWh 2049 Class A POWER FACTOR 95 94 ...

Page 85: ...DOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 42 2 0 41 2 0 40 2 16 0 15 4 14 9 INPUT POWER W 50 2 50 2 50 2 3 410k 3 410k 3 410k TOTAL W 3 510k 3 510k 3 510k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 99 3 99 A 3 99 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95...

Page 86: ...TDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 45 0 44 0 43 8 90 8 60 8 30 INPUT POWER W 55 55 55 1 875k 1 875k 1 875k TOTAL W 1 930k 1 930k 1 930k 400 2 900k COP COP CLASS TOTAL W W 5 A G 4 15 4 15 A 4 15 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 10 SCOP W W 4 0 Annual consumption kWh 2485 Class A POWER FACTOR 96 95 ...

Page 87: ...DOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 45 2 0 44 2 0 43 2 19 9 19 2 18 6 INPUT POWER W 55 2 55 2 55 2 4 250k 4 250k 4 250k TOTAL W 4 360k 4 360k 4 360k 900 5 930k COP COP CLASS TOTAL W W 5 A G 3 67 3 67 A 3 67 4 56 3 04 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95...

Page 88: ...R H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 69 0 67 0 65 11 8 11 4 11 0 INPUT POWER W 80 80 80 2 520k 2 520k 2 520k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 3 Annual consumption kWh 3256 Class A POWER FACTOR 97 9...

Page 89: ...R H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 89 0 86 0 83 16 0 15 4 14 9 INPUT POWER W 110 110 110 3 400k 3 400k 3 400k TOTAL W 3 510k 3 510k 3 510k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 99 3 99 A 3 99 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95 NOISE INDOO...

Page 90: ...R H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 94 0 91 0 88 19 8 19 2 18 5 INPUT POWER W 120 120 120 4 240k 4 240k 4 240k TOTAL W 4 360k 4 360k 4 360k 900 5 930k COP COP CLASS TOTAL W W 5 A G 3 67 3 67 A 3 67 4 56 3 04 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 95 NOISE INDOO...

Page 91: ... OUTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 37 2 0 36 2 0 35 2 3 00 2 90 2 80 INPUT POWER W 35 2 35 2 35 2 1 875k 1 875k 1 875k TOTAL W 1 945k 1 945k 1 945k 400 2 900k COP COP CLASS TOTAL W W 5 A G 4 11 4 11 A 4 11 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 4 0 Annual consumption kWh 2485 Class A POWER...

Page 92: ...UTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 37 3 0 36 3 0 35 3 4 05 3 85 3 75 INPUT POWER W 35 3 35 3 35 3 2 520k 2 520k 2 520k TOTAL W 2 625k 2 625k 2 625k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 27 4 27 A 4 27 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 3 Annual consumption kWh 3256 Class A ...

Page 93: ...OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 37 4 0 36 4 0 35 4 5 50 5 20 5 05 INPUT POWER W 35 4 35 4 35 4 3 400k 3 400k 3 400k TOTAL W 3 540k 3 540k 3 540k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 95 3 95 A 3 95 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94...

Page 94: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 39 3 0 38 3 0 37 3 5 50 5 20 5 05 INPUT POWER W 40 3 40 3 40 3 3 400k 3 400k 3 400k TOTAL W 3 520k 3 520k 3 520k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 98 3 98 A 3 98 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 ...

Page 95: ...TDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 39 2 0 38 2 0 37 2 4 05 3 85 3 75 INPUT POWER W 40 2 40 2 40 2 2 520k 2 520k 2 520k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 3 Annual consumption kWh 3256 Class A P...

Page 96: ...UTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 39 3 0 38 3 0 37 3 6 85 6 50 6 25 INPUT POWER W 40 3 40 3 40 3 4 240k 4 240k 4 240k TOTAL W 4 360k 4 360k 4 360k 900 5 930k COP COP CLASS TOTAL W W 5 A G 3 67 3 67 A 3 67 4 56 3 04 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 ...

Page 97: ...DOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 14 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 42 2 0 41 2 0 40 2 5 50 5 25 5 05 INPUT POWER W 50 2 50 2 50 2 3 410k 3 410k 3 410k TOTAL W 3 510k 3 510k 3 510k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 99 3 99 A 3 99 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94...

Page 98: ...OUTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 45 0 44 0 43 3 00 2 90 2 80 INPUT POWER W 55 55 55 1 875k 1 875k 1 875k TOTAL W 1 930k 1 930k 1 930k 400 2 900k COP COP CLASS TOTAL W W 5 A G 4 15 4 15 A 4 15 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 4 0 Annual consumption kWh 2485 Class A POWER FACTOR 95 93...

Page 99: ...DOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 45 2 0 44 2 0 43 2 6 85 6 50 6 30 INPUT POWER W 55 2 55 2 55 2 4 250k 4 250k 4 250k TOTAL W 4 360k 4 360k 4 360k 900 5 930k COP COP CLASS TOTAL W W 5 A G 3 67 3 67 A 3 67 4 56 3 04 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94...

Page 100: ...OOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 69 0 67 0 65 4 05 3 85 3 75 INPUT POWER W 80 80 80 2 520k 2 520k 2 520k TOTAL W 2 600k 2 600k 2 600k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 31 4 31 A 4 31 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 3 Annual consumption kWh 3256 Class A POWER FACTOR 95...

Page 101: ...R H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 89 0 86 0 83 5 50 5 20 5 05 INPUT POWER W 110 110 110 3 400k 3 400k 3 400k TOTAL W 3 510k 3 510k 3 510k 900 5 210k COP COP CLASS TOTAL W W 5 A G 3 99 3 99 A 3 99 4 56 3 07 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 NOISE INDOO...

Page 102: ...R H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 94 0 91 0 88 6 85 6 50 6 25 INPUT POWER W 120 120 120 4 240k 4 240k 4 240k TOTAL W 4 360k 4 360k 4 360k 900 5 930k COP COP CLASS TOTAL W W 5 A G 3 67 3 67 A 3 67 4 56 3 04 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 94 94 94 NOISE INDOO...

Page 103: ...TDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 20 2 0 19 2 0 19 2 9 85 9 50 9 20 INPUT POWER W 16 2 17 2 17 2 2 095k 2 095k 2 095k TOTAL W 2 130k 2 130k 2 130k 400 2 900k COP COP CLASS TOTAL W W 5 A G 3 76 3 76 A 3 76 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 8 SCOP W W 3 9 Annual consumption kWh 2548 Class A POWER FA...

Page 104: ...E OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 20 3 0 19 3 0 19 3 13 1 12 5 12 0 INPUT POWER W 16 3 17 3 17 3 2 705k 2 705k 2 700k TOTAL W 2 755k 2 760k 2 755k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 07 4 06 A 4 07 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 0 Annual consumption kWh 3500 Class...

Page 105: ...1 NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 20 4 0 19 4 0 19 4 17 3 16 7 16 2 INPUT POWER W 16 4 17 4 17 4 3 705k 3 705k 3 705k TOTAL W 3 770k 3 775k 3 775k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 71 3 71 A 3 71 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACT...

Page 106: ... OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 22 3 0 21 3 0 20 3 17 3 16 7 16 2 INPUT POWER W 20 3 20 3 20 3 3 705k 3 705k 3 705k TOTAL W 3 765k 3 765k 3 765k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 72 3 72 A 3 72 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 9...

Page 107: ...NOISE OUTDOOR H L dB A 46 Power Level dB 65 H E A T I N G CAPACITY kW 5 6 5 6 5 6 1 5 6 5 BTU h 19100 19100 19100 5100 22200 CURRENT A 0 27 0 27 0 27 6 95 6 75 6 50 INPUT POWER W 26 27 28 1 470k 1 470k 1 470k TOTAL W 1 500k 1 500k 1 500k 220 2 450k COP COP CLASS TOTAL W W 5 A G 3 73 3 73 A 3 73 6 82 2 65 Erp 6 Pdsign kW 4 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 1436 Class A POWER FACTO...

Page 108: ...UTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 27 2 0 27 2 0 27 2 13 1 12 5 12 0 INPUT POWER W 26 2 27 2 28 2 2 705k 2 705k 2 705k TOTAL W 2 760k 2 760k 2 760k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 06 4 06 A 4 06 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 0 Annual consumption kWh 3500 Class A ...

Page 109: ... OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 27 3 0 27 3 0 27 3 21 9 21 2 20 5 INPUT POWER W 26 3 27 3 28 3 4 685k 4 685k 4 685k TOTAL W 4 765k 4 770k 4 770k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 36 3 35 C 3 35 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 9...

Page 110: ...OOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 7 0 7 0 7 0 2 0 8 0 BTU h 23900 23900 23900 6800 27300 CURRENT A 0 59 0 58 0 52 8 45 8 15 7 90 INPUT POWER W 57 57 57 1 760k 1 760k 1 760k TOTAL W 1 820k 1 820k 1 820k 400 2 480k COP COP CLASS TOTAL W W 5 A G 3 85 3 85 A 3 85 5 00 3 23 Erp 6 Pdsign kW 6 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 2154 Class A POWER FACTOR 95 94 93...

Page 111: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 59 2 0 58 2 0 52 2 17 3 16 7 16 2 INPUT POWER W 57 2 57 2 57 2 3 705k 3 705k 3 705k TOTAL W 3 820k 3 820k 3 820k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 66 3 66 A 3 66 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 ...

Page 112: ...DOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 0 9 0 BTU h 27300 27300 27300 6800 30700 CURRENT A 0 59 0 58 0 52 9 85 9 50 9 20 INPUT POWER W 57 57 57 2 070k 2 070k 2 070k TOTAL W 2 130k 2 130k 2 130k 400 2 900k COP COP CLASS TOTAL W W 5 A G 3 76 3 76 A 3 76 5 00 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 3 9 Annual consumption kWh 2548 Class A POWER FACTOR 96 95 94...

Page 113: ...OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 59 2 0 58 2 0 52 2 21 9 21 2 20 5 INPUT POWER W 57 2 57 2 57 2 4 685k 4 685k 4 685k TOTAL W 4 800k 4 800k 4 800k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 33 3 33 C 3 33 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96...

Page 114: ...OUTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 8 9 0 BTU h 27300 27300 27300 9600 30700 CURRENT A 0 20 2 0 19 2 0 19 2 3 35 3 25 3 15 INPUT POWER W 16 2 17 2 17 2 2 095k 2 095k 2 095k TOTAL W 2 130k 2 130k 2 130k 500 2 900k COP COP CLASS TOTAL W W 5 A G 3 76 3 76 A 3 76 5 60 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 8 SCOP W W 3 8 Annual consumption kWh 2616 Class A POWER ...

Page 115: ... OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 20 3 0 19 3 0 19 3 4 35 4 14 3 98 INPUT POWER W 16 3 17 3 17 3 2 705k 2 705k 2 700k TOTAL W 2 755k 2 760k 2 755k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 07 4 06 A 4 07 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 0 Annual consumption kWh 3500 Class ...

Page 116: ...NOISE OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 20 4 0 19 4 0 19 4 5 78 5 55 5 40 INPUT POWER W 16 4 17 4 17 4 3 705k 3 705k 3 705k TOTAL W 3 770k 3 775k 3 775k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 71 3 71 A 3 71 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR...

Page 117: ...E OUTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 22 3 0 21 3 0 20 3 5 78 5 55 5 40 INPUT POWER W 20 3 20 3 20 3 3 705k 3 705k 3 705k TOTAL W 3 765k 3 765k 3 765k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 72 3 72 A 3 72 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 ...

Page 118: ... OUTDOOR H L dB A 52 Power Level dB 69 H E A T I N G CAPACITY kW 11 2 11 2 11 2 4 1 14 0 BTU h 38200 38200 38200 14000 47800 CURRENT A 0 27 2 0 27 2 0 27 2 4 35 4 14 3 98 INPUT POWER W 26 2 27 2 28 2 2 705k 2 705k 2 700k TOTAL W 2 760k 2 760k 2 760k 900 4 400k COP COP CLASS TOTAL W W 5 A G 4 06 4 06 A 4 06 4 56 3 18 Erp 6 Pdsign kW 10 0 Tbivalen C 10 SCOP W W 4 0 Annual consumption kWh 3500 Class ...

Page 119: ... OUTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 27 3 0 27 3 0 27 3 7 31 6 94 6 76 INPUT POWER W 26 3 27 3 28 3 4 685k 4 685k 4 685k TOTAL W 4 765k 4 770k 4 770k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 36 3 35 C 3 35 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 9...

Page 120: ...UTDOOR H L dB A 53 Power Level dB 70 H E A T I N G CAPACITY kW 14 0 14 0 14 0 4 1 16 0 BTU h 47800 47800 47800 14000 54600 CURRENT A 0 59 2 0 58 2 0 52 2 5 78 5 55 5 40 INPUT POWER W 57 2 57 2 57 2 3 705k 3 705k 3 705k TOTAL W 3 820k 3 820k 3 820k 900 5 200k COP COP CLASS TOTAL W W 5 A G 3 66 3 66 A 3 66 4 56 3 08 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 ...

Page 121: ...UTDOOR H L dB A 48 Power Level dB 65 H E A T I N G CAPACITY kW 8 0 8 0 8 0 2 8 9 0 BTU h 27300 27300 27300 9600 30700 CURRENT A 0 59 0 58 0 52 3 30 3 20 3 10 INPUT POWER W 57 57 57 2 070k 2 070k 2 070k TOTAL W 2 130k 2 130k 2 130k 500 2 900k COP COP CLASS TOTAL W W 5 A G 3 76 3 76 A 3 76 5 60 3 10 Erp 6 Pdsign kW 7 1 Tbivalen C 9 SCOP W W 3 8 Annual consumption kWh 2616 Class A POWER FACTOR 95 93 ...

Page 122: ...UTDOOR H L dB A 54 Power Level dB 71 H E A T I N G CAPACITY kW 16 0 16 0 16 0 4 1 18 0 BTU h 54600 54600 54600 14000 61400 CURRENT A 0 59 2 0 58 2 0 52 2 7 31 6 94 6 76 INPUT POWER W 57 2 57 2 57 2 4 685k 4 685k 4 685k TOTAL W 4 800k 4 800k 4 800k 900 5 900k COP COP CLASS TOTAL W W 5 A G 3 33 3 33 C 3 33 4 56 3 05 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 97 96 ...

Page 123: ...nal static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1136 WIDT...

Page 124: ... 12 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 3 494 3 HEAT m3 min ft3 min 14 3 494 3 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm ...

Page 125: ...l static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 4 494 4 HEAT m3 min ft3 min 14 4 494 4 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WID...

Page 126: ...atic pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 3 494 3 HEAT m3 min ft3 min 14 3 494 3 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W...

Page 127: ...essure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 565 HEAT m3 min ft3 min 16 565 O D AIR FLOW COOL m3 min ft3 min 30 1067 HEAT m3 min ft3 min 35 1225 REFRIGERANT TYPE AMOUNT g oz R410A 1 65k 58 2 P R O D I M HEIGHT H mm inch WIDTH W mm inch DEPTH D mm inch 290 11 13 32 800 31 1 2 700 27 9 16 569 22 13 32 790 31 7 64 285 11 7 32 P A C D I M HEIGHT H mm WIDTH W mm DEPTH D mm 355 1014 850...

Page 128: ... 0 2 12 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H...

Page 129: ...l static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 3 565 3 HEAT m3 min ft3 min 16 3 565 3 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WID...

Page 130: ...ower Level dB 65 H E A T I N G CAPACITY kW 7 00 7 00 7 00 2 0 8 0 BTU h 23900 23900 23900 6800 27300 CURRENT A 0 91 0 89 0 87 8 70 8 40 8 10 INPUT POWER W 120 120 120 1 690k 1 690k 1 690k TOTAL W 1 810k 1 810k 1 810k 480 2 480k COP COP CLASS TOTAL W W 5 A G 3 87 A 3 87 A 3 87 A 4 17 3 23 Erp 6 Pdsign kW 6 0 Tbivalen C 10 SCOP W W 3 9 Annual consumption kWh 2154 Class A POWER FACTOR 95 94 93 NOISE ...

Page 131: ... static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WID...

Page 132: ...70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 742 HEAT m3 min ft3 min 21 742 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1136 WIDTH W mm 1214 1055 DEPTH D mm 85...

Page 133: ...static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDT...

Page 134: ... Pa 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 32 1130 HEAT m3 min ft3 min 32 1130 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 1614 1055 DEPT...

Page 135: ...150 I D AIR FLOW COOL m3 min ft3 min 34 1201 HEAT m3 min ft3 min 34 1201 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 1614 1055 DEPTH D mm 850 485 M...

Page 136: ...150 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 1614 1055 DEPTH D mm 850 485 M...

Page 137: ...al static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1136 WIDTH...

Page 138: ...12 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 3 494 3 HEAT m3 min ft3 min 14 3 494 3 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 3...

Page 139: ...l static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 4 494 4 HEAT m3 min ft3 min 14 4 494 4 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WID...

Page 140: ...atic pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 14 3 494 3 HEAT m3 min ft3 min 14 3 494 3 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W...

Page 141: ... 2 12 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H m...

Page 142: ...l static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 3 565 3 HEAT m3 min ft3 min 16 3 565 3 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 800 31 1 2 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WID...

Page 143: ... static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WID...

Page 144: ...70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 742 HEAT m3 min ft3 min 21 742 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1136 WIDTH W mm 1214 1055 DEPTH D mm 85...

Page 145: ...static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDT...

Page 146: ...ic pressure Pa 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 32 1130 HEAT m3 min ft3 min 32 1130 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 161...

Page 147: ...100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 34 1201 HEAT m3 min ft3 min 34 1201 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 1614 1055 DEPTH D...

Page 148: ...100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 1614 1055 DEPTH D...

Page 149: ...c pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 2 565 2 HEAT m3 min ft3 min 14 2 565 2 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 1136 ...

Page 150: ...xternal static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 3 565 3 HEAT m3 min ft3 min 14 3 565 3 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT...

Page 151: ...ic pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 4 565 4 HEAT m3 min ft3 min 14 4 565 4 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 1...

Page 152: ...pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 3 565 3 HEAT m3 min ft3 min 16 3 565 3 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 1556...

Page 153: ...DOOR H L dB A 46 Power Level dB 65 H E A T I N G CAPACITY kW 5 6 5 6 5 6 1 5 6 3 BTU h 19100 19100 19100 5100 21500 CURRENT A 0 54 0 55 0 56 8 00 7 70 7 40 INPUT POWER W 115 120 125 1 620k 1 620k 1 620k TOTAL W 1 735k 1 740k 1 745k 220 2 520k COP COP CLASS TOTAL W W 5 A G 3 23 3 22 C 3 21 6 82 2 50 Erp 6 Pdsign kW 3 8 Tbivalen C 10 SCOP W W 3 8 Annual consumption kWh 1400 Class A POWER FACTOR 92 9...

Page 154: ... External static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIG...

Page 155: ... pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 3 565 3 HEAT m3 min ft3 min 16 3 565 3 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 155...

Page 156: ...AX80 I D AIR FLOW COOL m3 min ft3 min 22 777 HEAT m3 min ft3 min 22 777 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 00k 70 5 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1211 1055 DEPTH D mm ...

Page 157: ...ressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 ...

Page 158: ... MAX80 I D AIR FLOW COOL m3 min ft3 min 22 777 HEAT m3 min ft3 min 22 777 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1211 1055 DEPTH D m...

Page 159: ... pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 155...

Page 160: ...essure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W m...

Page 161: ...AX80 I D AIR FLOW COOL m3 min ft3 min 38 1342 HEAT m3 min ft3 min 38 1342 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W mm 1402 1055 DEPTH D...

Page 162: ... MAX80 I D AIR FLOW COOL m3 min ft3 min 40 1413 HEAT m3 min ft3 min 40 1413 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W mm 1402 1055 DEPTH...

Page 163: ...c pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 2 565 2 HEAT m3 min ft3 min 14 2 565 2 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 1136 ...

Page 164: ...ternal static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 3 565 3 HEAT m3 min ft3 min 14 3 565 3 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT ...

Page 165: ...ic pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 4 565 4 HEAT m3 min ft3 min 14 4 565 4 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 1...

Page 166: ...pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 3 565 3 HEAT m3 min ft3 min 16 3 565 3 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 1556...

Page 167: ...xternal static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT...

Page 168: ... pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 3 565 3 HEAT m3 min ft3 min 16 3 565 3 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 345 155...

Page 169: ...ressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 ...

Page 170: ...AX80 I D AIR FLOW COOL m3 min ft3 min 22 777 HEAT m3 min ft3 min 22 777 O D AIR FLOW COOL m3 min ft3 min 60 2119 HEAT m3 min ft3 min 60 2119 REFRIGERANT TYPE AMOUNT g oz R410A 2 35k 82 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1211 1055 DEPTH D mm ...

Page 171: ...pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556...

Page 172: ... 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 110 3885 HEAT m3 min ft3 min 95 3355 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W mm 1402 10...

Page 173: ...AIR FLOW COOL m3 min ft3 min 38 1342 HEAT m3 min ft3 min 38 1342 O D AIR FLOW COOL m3 min ft3 min 130 4591 HEAT m3 min ft3 min 110 3885 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W mm 1402 1055 DEPTH D mm 761 4...

Page 174: ... D AIR FLOW COOL m3 min ft3 min 40 1413 HEAT m3 min ft3 min 40 1413 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W mm 1402 1055 DEPTH D mm 76...

Page 175: ...27 47 45 44 NOISE OUTDOOR dB A H L Power Level dB 50 70 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 7 1 24200 0 17 2 20 2 7 1 24200 0 17 2 20 2 7 1 24200 0 16 2 20 2 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 8 1 27600 2 510k 3 23 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 9 10 1 840k 1 880k 3 78 92 8 70 1 840k 1 880k 3 78 A 6 0 6 4 0 210...

Page 176: ... Pt h 6 0 3 0 2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 256 10 3 32 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298...

Page 177: ...31 28 53 48 45 NOISE OUTDOOR dB A H L Power Level dB 46 65 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 6 0 20500 0 30 35 6 0 20500 0 30 35 6 0 20500 0 29 35 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 7 0 23900 2 155k 3 25 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 7 20 1 445k 1 480k 4 05 91 6 90 1 445k 1 480k 4 05 A 6 0 6 4 0 2100 A 91 6 ...

Page 178: ...16 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 256 10 3 32 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298 1136 WIDTH W m...

Page 179: ...37 31 28 54 48 45 NOISE OUTDOOR dB A H L Power Level dB 50 70 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 7 1 24200 0 35 40 7 1 24200 0 32 40 7 1 24200 0 31 40 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 8 1 27600 2 510k 3 23 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 9 10 1 840k 1 880k 3 78 92 8 70 1 840k 1 880k 3 78 A 6 0 6 4 0 2100 A 92...

Page 180: ...atic pressure Pa I D AIR FLOW COOL m3 min ft3 min 33 1165 HEAT m3 min ft3 min 33 1165 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 319 12 9 16 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 361 1136 WIDTH W mm 929 1055 DEPTH D mm 9...

Page 181: ...e Pa I D AIR FLOW COOL m3 min ft3 min 35 1236 HEAT m3 min ft3 min 35 1236 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 319 12 9 16 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 361 1136 WIDTH W mm 929 1055 DEPTH D mm 929 485 MASS...

Page 182: ...Pt h 6 0 3 0 2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 256 10 3 32 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298 ...

Page 183: ... External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 256 10 3 32 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298 1136 WIDTH W mm 92...

Page 184: ... 5 2 18 9 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 256 10 3 32 1416 55 3 4 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 298 1556 WI...

Page 185: ...ic pressure Pa I D AIR FLOW COOL m3 min ft3 min 33 1165 HEAT m3 min ft3 min 33 1165 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 319 12 9 16 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 361 1136 WIDTH W mm 929 1055 DEPTH D mm 929...

Page 186: ... I D AIR FLOW COOL m3 min ft3 min 35 1236 HEAT m3 min ft3 min 35 1236 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 319 12 9 16 996 39 7 32 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 361 1136 WIDTH W mm 929 1055 DEPTH D mm 929 485 MASS NET...

Page 187: ...ressure Pa I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 319 12 9 16 1416 55 3 4 WIDTH W mm inch 840 33 3 32 940 37 1 32 DEPTH D mm inch 840 33 3 32 340 13 13 32 P A C D I M HEIGHT H mm 361 1556 WIDTH W mm 929 1055 DEPTH D mm 929 ...

Page 188: ...NOISE OUTDOOR dB A H L Power Level dB 50 70 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 7 1 24200 0 15 2 17 2 7 1 24200 0 15 2 17 2 7 1 24200 0 14 2 18 2 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 8 1 27600 2 700k 3 00 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 9 70 1 955k 1 990k 3 56 92 9 25 1 955k 1 990k 3 56 B 5 5 6 3 8 2026 A 92 8 80 ...

Page 189: ...54 50 NOISE OUTDOOR H L dB A 54 Power Level dB 70 H E A T I N G CAPACITY kW 10 0 10 0 10 0 2 1 12 4 BTU h 34100 34100 34100 7200 42300 CURRENT A 0 26 2 0 26 2 0 25 2 13 8 13 3 12 7 INPUT POWER W 29 2 29 2 29 2 2 905k 2 905k 2 905k TOTAL W 2 965k 2 965k 2 965k 410 4 280k COP COP CLASS TOTAL W W 5 A G 3 37 3 37 C 3 37 5 12 2 90 Erp 6 Pdsign kW 9 2 Tbivalen C 9 SCOP W W 3 8 Annual consumption kWh 338...

Page 190: ... 54 50 NOISE OUTDOOR H L dB A 54 Power Level dB 70 H E A T I N G CAPACITY kW 10 0 10 0 10 0 2 1 12 4 BTU h 34100 34100 34100 7200 42300 CURRENT A 0 26 2 0 26 2 0 25 2 4 75 4 55 4 40 INPUT POWER W 29 2 29 2 29 2 2 905k 2 905k 2 905k TOTAL W 2 965k 2 965k 2 965k 410 4 280k COP COP CLASS TOTAL W W 5 A G 3 37 3 37 C 3 37 5 12 2 90 Erp 6 Pdsign kW 9 2 Tbivalen C 9 SCOP W W 3 8 Annual consumption kWh 33...

Page 191: ...al static pressure Pa I D AIR FLOW COOL m3 min ft3 min 12 2 424 2 HEAT m3 min ft3 min 12 2 424 2 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 210 8 9 32 569 22 13 32 WIDTH W mm inch 910 35 13 16 790 31 7 64 DEPTH D mm inch 680 26 25 32 285 11 7 32 P A C D I M HEIGHT H mm 280 645 WIDTH W mm 985 921 DE...

Page 192: ...3 0 2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 910 35 13 16 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13 13 32 P A C D I M HEIGHT H mm 280 1136 WID...

Page 193: ... NOISE OUTDOOR dB A H L Power Level dB 46 65 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 6 0 20500 0 53 52 6 0 20500 0 52 52 6 0 20500 0 52 52 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 7 0 23900 2 155k 3 25 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 6 90 1 425k 1 480k 4 05 94 6 65 1 425k 1 480k 4 05 A 6 0 6 3 8 2210 A 93 6 45 1 425k 1 48...

Page 194: ...nal static pressure Pa I D AIR FLOW COOL m3 min ft3 min 19 2 671 2 HEAT m3 min ft3 min 19 2 671 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 1180 46 15 32 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13 13 32 P A C D I M HEIGHT H mm 280 1136 WIDTH W mm 1255 1...

Page 195: ...IR FLOW COOL m3 min ft3 min 19 671 HEAT m3 min ft3 min 19 671 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 210 8 9 32 569 22 13 32 WIDTH W mm inch 1180 46 15 32 790 31 7 64 DEPTH D mm inch 680 26 25 32 285 11 7 32 P A C D I M HEIGHT H mm 280 645 WIDTH W mm 1255 921 DEPTH D mm 780 386 MASS NET kg lb 2...

Page 196: ...RK IMPEDANCE ΩMAX FM OUTPUT W 90 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 33 1165 HEAT m3 min ft3 min 33 1165 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 1595 62 25 32 940 37 1 32 DEPTH D mm inch ...

Page 197: ...X FM OUTPUT W 90 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 16 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 35 1236 HEAT m3 min ft3 min 35 1236 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 1595 62 25 32 940 37 1 32 DEPTH D mm inch 680 26 25 32 34...

Page 198: ... 0 2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 910 35 13 16 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13 13 32 P A C D I M HEIGHT H mm 280 1136 WIDT...

Page 199: ...static pressure Pa I D AIR FLOW COOL m3 min ft3 min 19 2 671 2 HEAT m3 min ft3 min 19 2 671 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 1180 46 15 32 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13 13 32 P A C D I M HEIGHT H mm 280 1136 WIDTH W mm 1255 1055 ...

Page 200: ...External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 19 2 671 2 HEAT m3 min ft3 min 19 2 671 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 210 8 9 32 1416 55 3 4 WIDTH W mm inch 1180 35 13 16 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13 13 32 P A C D I M HEIGHT H mm 280 1556 WIDTH W mm...

Page 201: ... IMPEDANCE ΩMAX FM OUTPUT W 90 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 33 1165 HEAT m3 min ft3 min 33 1165 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 1595 62 25 32 940 37 1 32 DEPTH D mm inch 68...

Page 202: ... OUTPUT W 90 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 16 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 35 1236 HEAT m3 min ft3 min 35 1236 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 210 8 9 32 996 39 7 32 WIDTH W mm inch 1595 62 25 32 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13...

Page 203: ...D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 210 8 9 32 1416 55 3 4 WIDTH W mm inch 1595 62 25 32 940 37 1 32 DEPTH D mm inch 680 26 25 32 340 13 13 32 P A C D I M HEIGHT H mm 280 1556 WIDTH W mm 1670 1055 DEPTH D mm 780 485 MASS N...

Page 204: ...8 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 235 9 1 4 569 22 13 32 WIDTH W mm inch 960 37 25 32 790 31 7 64 DEPTH D mm inch 690 27 5 32 285 11 7 32 P A C D I M HEIGHT H mm 360 645 WIDTH W mm 1025...

Page 205: ...2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 15 2 530 2 HEAT m3 min ft3 min 15 2 530 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 960 37 25 32 940 37 1 32 DEPTH D mm inch 690 27 5 32 340 13 13 32 P A C D I M HEIGHT H mm 360 1136 WIDTH W m...

Page 206: ...ANCE ΩMAX FM OUTPUT W 74 90 MOISTURE REMOVAL VOLUME L h Pt h 3 4 7 1 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 20 706 HEAT m3 min ft3 min 20 706 O D AIR FLOW COOL m3 min ft3 min 30 1059 HEAT m3 min ft3 min 35 1236 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 235 9 1 4 569 22 13 32 WIDTH W mm inch 1275 50 3 16 790 31 7 64 DEPTH D mm inch 690 27 5 32 ...

Page 207: ...static pressure Pa I D AIR FLOW COOL m3 min ft3 min 20 2 706 2 HEAT m3 min ft3 min 20 2 706 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 1275 50 3 16 940 37 1 32 DEPTH D mm inch 690 27 5 32 340 13 13 32 P A C D I M HEIGHT H mm 360 1136 WIDTH W mm 1340 1055 DEP...

Page 208: ...DANCE ΩMAX FM OUTPUT W 74 90 MOISTURE REMOVAL VOLUME L h Pt h 4 2 8 8 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 21 742 HEAT m3 min ft3 min 21 742 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 235 9 1 4 569 22 13 32 WIDTH W mm inch 1275 50 3 16 790 31 7 64 DEPTH D mm inch 690 27 5 32...

Page 209: ...PEDANCE ΩMAX FM OUTPUT W 111 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 30 1059 HEAT m3 min ft3 min 30 1059 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 1590 62 19 32 940 37 1 32 DEPTH D mm inch 690 2...

Page 210: ...X FM OUTPUT W 111 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 16 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 34 1201 HEAT m3 min ft3 min 34 1201 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 1590 62 19 32 940 37 1 32 DEPTH D mm inch 690 27 5 32 340...

Page 211: ... 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 15 2 530 2 HEAT m3 min ft3 min 15 2 530 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 960 37 25 32 940 37 1 32 DEPTH D mm inch 690 27 5 32 340 13 13 32 P A C D I M HEIGHT H mm 360 1136 WIDTH W mm...

Page 212: ...static pressure Pa I D AIR FLOW COOL m3 min ft3 min 20 2 706 2 HEAT m3 min ft3 min 20 2 706 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 1275 50 3 16 940 37 1 32 DEPTH D mm inch 690 27 5 32 340 13 13 32 P A C D I M HEIGHT H mm 360 1136 WIDTH W mm 1340 1055 DEP...

Page 213: ...tatic pressure Pa I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 235 9 1 4 1416 55 3 4 WIDTH W mm inch 1275 50 3 16 940 37 1 32 DEPTH D mm inch 690 27 5 32 340 13 13 32 P A C D I M HEIGHT H mm 360 1556 WIDTH W mm 1340 1055 DE...

Page 214: ...EDANCE ΩMAX FM OUTPUT W 111 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 30 1059 HEAT m3 min ft3 min 30 1059 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 1590 62 19 32 940 37 1 32 DEPTH D mm inch 690 27...

Page 215: ...X FM OUTPUT W 111 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 16 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 34 1201 HEAT m3 min ft3 min 34 1201 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 235 9 1 4 996 39 7 32 WIDTH W mm inch 1590 62 19 32 940 37 1 32 DEPTH D mm inch 690 27 5 32 340...

Page 216: ...M OUTPUT W 111 90 2 MOISTURE REMOVAL VOLUME L h Pt h 9 0 18 9 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 35 1236 HEAT m3 min ft3 min 35 1236 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 235 9 1 4 1416 55 3 4 WIDTH W mm inch 1590 62 19 32 940 37 1 32 DEPTH D mm inch 690 27 5 32 34...

Page 217: ... External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 11 2 388 2 HEAT m3 min ft3 min 11 2 388 2 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 300 11 1 32 569 22 13 32 WIDTH W mm inch 1065 41 15 16 790 31 7 64 DEPTH D mm inch 230 9 1 32 285 11 7 32 P A C D I M HEIGHT H mm 310 648 WIDTH W mm 114...

Page 218: ... 0 3 0 2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 300 11 1 32 996 39 7 32 WIDTH W mm inch 1065 41 23 64 940 37 1 32 DEPTH D mm inch 230 9 1 32 340 13 13 32 P A C D I M HEIGHT H mm 310 1136 ...

Page 219: ... 59 54 NOISE OUTDOOR dB A H L Power Level dB 46 65 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 6 0 20500 0 59 57 6 0 20500 0 58 57 6 0 20500 0 52 57 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 7 0 23900 2 200k 3 18 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 7 05 1 440k 1 500k 4 00 93 6 80 1 440k 1 500k 4 00 A 6 0 6 3 9 2154 A 92 6 60 1 440...

Page 220: ...ernal static pressure Pa I D AIR FLOW COOL m3 min ft3 min 18 2 636 2 HEAT m3 min ft3 min 18 2 636 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 300 11 1 32 996 39 7 32 WIDTH W mm inch 1065 41 23 64 940 37 1 32 DEPTH D mm inch 230 9 1 32 340 13 13 32 P A C D I M HEIGHT H mm 310 1136 WIDTH W mm 1140 ...

Page 221: ...a I D AIR FLOW COOL m3 min ft3 min 18 636 HEAT m3 min ft3 min 18 636 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 300 11 1 32 569 22 13 32 WIDTH W mm inch 1065 41 15 16 790 31 7 64 DEPTH D mm inch 230 9 1 32 285 11 7 32 P A C D I M HEIGHT H mm 310 648 WIDTH W mm 1140 921 DEPTH D mm 380 386 MASS NET k...

Page 222: ...0 3 0 2 12 6 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 14 2 494 2 HEAT m3 min ft3 min 14 2 494 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 300 11 1 32 996 39 7 32 WIDTH W mm inch 1065 41 23 64 940 37 1 32 DEPTH D mm inch 230 9 1 32 340 13 13 32 P A C D I M HEIGHT H mm 310 1136 W...

Page 223: ...l static pressure Pa I D AIR FLOW COOL m3 min ft3 min 18 2 636 2 HEAT m3 min ft3 min 18 2 636 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 300 11 1 32 996 39 7 32 WIDTH W mm inch 1065 41 23 64 940 37 1 32 DEPTH D mm inch 230 9 1 32 340 13 13 32 P A C D I M HEIGHT H mm 310 1136 WIDTH W mm 1140 1055...

Page 224: ...9 External static pressure Pa I D AIR FLOW COOL m3 min ft3 min 18 2 636 2 HEAT m3 min ft3 min 18 2 636 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 300 11 1 32 1416 55 3 4 WIDTH W mm inch 1065 41 23 64 940 37 1 32 DEPTH D mm inch 230 9 1 32 340 13 13 32 P A C D I M HEIGHT H mm 310 1556 WIDTH W m...

Page 225: ...OR dB A H L Power Level dB 50 70 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 7 1 24200 0 6 2 70 2 7 1 24200 0 57 2 70 2 7 1 24200 0 56 2 70 2 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 8 1 27600 2 400k 3 38 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 8 30 1 680k 1 820k 3 90 5 50 92 7 90 1 680k 1 820k 3 90 A 5 50 7 00 3 80 2026 A 92 7 60 1 ...

Page 226: ...k 14 5 1 7k 13 9 1 7k NETWORK IMPEDANCE ΩMAX FM OUTPUT W 120 2 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 3 0 2 12 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 3...

Page 227: ...8 NOISE OUTDOOR dB A H L Power Level dB 46 65 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 6 0 20500 0 91 120 6 0 20500 0 89 120 6 0 20500 0 87 120 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 7 0 23900 2 055k 3 41 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 6 40 1 290k 1 410k 4 25 A 92 6 10 1 290k 1 410k 4 25 A 5 0 9 3 8 1842 A 92 5 90 1 290...

Page 228: ...3 0k NETWORK IMPEDANCE ΩMAX FM OUTPUT W 120 2 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 3 95 2 16 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm in...

Page 229: ...2 26 57 54 48 NOISE OUTDOOR dB A H L Power Level dB 50 70 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 7 1 24200 0 91 120 7 1 24200 0 89 120 7 1 24200 0 87 120 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 8 1 27600 2 380k 3 40 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 8 30 1 680k 1 800k 3 94 92 7 90 1 680k 1 800k 3 94 A 5 5 7 3 8 2026 A 92 ...

Page 230: ...WORK IMPEDANCE ΩMAX FM OUTPUT W 200 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 12 6 External static pressure Pa 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 32 1130 HEAT m3 min ft3 min 32 1130 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1400 55 1 8 940 37 1...

Page 231: ...ΩMAX FM OUTPUT W 200 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 16 6 External static pressure Pa 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 34 1201 HEAT m3 min ft3 min 34 1201 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm...

Page 232: ... 4 85 1 7k 4 70 1 7k NETWORK IMPEDANCE ΩMAX FM OUTPUT W 120 2 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 3 0 2 12 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32...

Page 233: ... NETWORK IMPEDANCE ΩMAX FM OUTPUT W 120 2 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 3 95 2 16 6 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1...

Page 234: ...18 9 External static pressure Pa 70 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 21 2 742 2 HEAT m3 min ft3 min 21 2 742 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1000 39 3 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm...

Page 235: ...ORK IMPEDANCE ΩMAX FM OUTPUT W 200 90 MOISTURE REMOVAL VOLUME L h Pt h 6 0 12 6 External static pressure Pa 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 32 1130 HEAT m3 min ft3 min 32 1130 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1400 55 1 8 940 37 1 ...

Page 236: ... FM OUTPUT W 200 90 MOISTURE REMOVAL VOLUME L h Pt h 7 9 16 6 External static pressure Pa 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 34 1201 HEAT m3 min ft3 min 34 1201 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 290 11 13 32 996 39 7 32 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inc...

Page 237: ...a 100 MIN10 MAX150 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 290 11 13 32 1416 55 3 4 WIDTH W mm inch 1400 55 1 8 940 37 1 32 DEPTH D mm inch 700 27 9 16 340 13 13 32 P A C D I M HEIGHT H mm 355 1556 WIDTH W mm 1614 1055 DEPTH...

Page 238: ...ic pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 14 2 565 2 HEAT m3 min ft3 min 14 2 565 2 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 250 9 27 32 569 22 13 32 WIDTH W mm inch 780 100 30 23 32 3 15 16 790 31 7 64 DEPTH D mm inch 650 25 19 32 285 11 7 32 P A C D I M HEIGHT H mm 345 645 ...

Page 239: ... 6 External static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIG...

Page 240: ...R dB A H L Power Level dB 46 65 H E A T I N G CAPACITY kW BTU h CURRENT A INPUT POWER W 6 0 20500 1 12 140 6 0 20500 1 08 140 6 0 20500 1 04 140 TOTAL W COP COP CLASS TOTAL W W 5 A G 1 8 6100 275 6 55 7 0 23900 2 420k 2 89 Erp 6 Pdsign kW Tbivalen C SCOP W W Annual consumption kWh Class POWER FACTOR 7 50 1 520k 1 660k 3 61 92 7 20 1 520k 1 660k 3 61 A 4 8 10 3 8 1757 A 92 6 90 1 520k 1 660k 3 61 9...

Page 241: ...tic pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 11...

Page 242: ... 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 777 HEAT m3 min ft3 min 22 777 O D AIR FLOW COOL m3 min ft3 min 39 1377 HEAT m3 min ft3 min 39 1377 REFRIGERANT TYPE AMOUNT g oz R410A 1 70k 60 0 P R O D I M HEIGHT H mm inch 250 9 27 32 569 22 13 32 WIDTH W mm inch 1000 100 39 5 16 3 15 16 790 31 7 64 DEPTH D mm inch 650 25 19 32 285 11 7 32 P A C D I M HEIGHT H mm 338 645 WIDTH W mm 1211 921 DE...

Page 243: ... 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1402 1055...

Page 244: ...I D AIR FLOW COOL m3 min ft3 min 38 1342 HEAT m3 min ft3 min 38 1342 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1402 1055 DEPTH D mm 761...

Page 245: ... External static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 16 2 565 2 HEAT m3 min ft3 min 16 2 565 2 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 780 100 30 23 32 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT...

Page 246: ...pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 W...

Page 247: ... static pressure Pa 50 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 22 2 777 2 HEAT m3 min ft3 min 22 2 777 2 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1000 100 39 5 16 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm ...

Page 248: ...0 MIN10 MAX80 I D AIR FLOW COOL m3 min ft3 min 36 1271 HEAT m3 min ft3 min 36 1271 O D AIR FLOW COOL m3 min ft3 min 76 2684 HEAT m3 min ft3 min 67 2366 REFRIGERANT TYPE AMOUNT g oz R410A 2 60k 91 7 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1402 1055 D...

Page 249: ...AIR FLOW COOL m3 min ft3 min 38 1342 HEAT m3 min ft3 min 38 1342 O D AIR FLOW COOL m3 min ft3 min 80 2825 HEAT m3 min ft3 min 73 2578 REFRIGERANT TYPE AMOUNT g oz R410A 3 20k 112 9 P R O D I M HEIGHT H mm inch 250 9 27 32 996 39 7 32 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1136 WIDTH W mm 1402 1055 DEPTH D mm 761 485...

Page 250: ...N10 MAX80 I D AIR FLOW COOL m3 min ft3 min 40 1413 HEAT m3 min ft3 min 40 1413 O D AIR FLOW COOL m3 min ft3 min 135 4767 HEAT m3 min ft3 min 120 4238 REFRIGERANT TYPE AMOUNT g oz R410A 3 40k 119 9 P R O D I M HEIGHT H mm inch 250 9 27 32 1416 55 3 4 WIDTH W mm inch 1200 100 47 1 4 3 15 16 940 37 1 32 DEPTH D mm inch 650 25 19 32 340 13 13 32 P A C D I M HEIGHT H mm 338 1556 WIDTH W mm 1402 1055 DE...

Page 251: ...0 Ceiling opening dimensions 160 33 5 50 121 42 840 50 271 145 160 160 82 unit mm 130 480 130 167 480 2 840 167 124 514 950 515 950 95 124 95 180 30 18 118 256 115 115 80 80 Necessary to provide optional air intake kit Filter dimension 520 x 520 x 16 The length of the suspension bolts should be selected so that there is a gap of 30 mm or more below the lower surface of the ceiling 18 mm or more be...

Page 252: ...r dimension 520 x 520 x 16 115 115 Detailed view Z Detailed view Y 4 ø3 burring hole 4 ø3 burring hole ø162 ø113 The length of the suspension bolts should be selected so that there is a gap of 30 mm or more below the lower surface of the ceiling 18 mm or more below the lower surface of the main unit as shown in the figure at right If the suspension bolt is too long it will contact the ceiling pane...

Page 253: ...han 25 The length of the suspension bolts should be selected so that there is a gap of 30 mm or the ceiling 17 mm or more below the lower surface of the main unit as shown in the fi gure at right If the suspension bolts is too long it will contact the ceiling panel and the unit cannot be installed Air intake Discharge outlet Refrigerant tubing liquid tube ø6 35 fl ared Refrigerant tubing gas tube ...

Page 254: ...171 251 Unit mm Length Type A B C 855 910 210 36 45 50 60 71 100 125 140 1125 1180 210 1540 1595 210 Suspension bolt pitch Ceiling side Air intake Air outlet Suspension bolt pitch Gas tubing e d i s t h g i R t n o r f m o r f w e i v s w o h s e r u g i F r a e R e d i s t f e L Liquid tubing Gas tubing Closed with rubber stopper at time of shipment Left drain position Right drain position Liquid...

Page 255: ...drain position 70 Liquid tubing 86 Gas tubing Service space Over 250 90 Over 250 Approx 2 Air discharge Minimum 50cm 4 15 4 13 3 2 216 5 14 10 11 12 6 131 196 235 185 105 196 176 96 123 86 70 97 90 90 120 1 Drain port VP20 inside diameter ø26mm drain hose supplied 2 Left drain position 3 Refrigerant liquid tubing ø6 35mm flare connection ø100 cutout ø113 4 ø3 1 4 Refrigerant gas tubing ø12 7mm fla...

Page 256: ...ubing hole position on wall surface Figure shows view from front Filter size 579 x 250 x 16 x 2 pcs Distance of each exposed bolt must be of equal length within 50mm unit mm Detailed view of intaking outside air duct connection port 1 Drain port VP20 inside diameter ø26mm drain hose supplied 2 Left drain position 3 Refrigerant liquid tubing ø9 52mm flare connection 4 Refrigerant gas tubing ø15 88m...

Page 257: ...e 736 x 250 x 16 x 2 pcs Distance of each exposed bolt must be of equal length within 50mm unit mm Detailed view of intaking outside air duct connection port 1 Drain port VP20 inside diameter ø26mm drain hose supplied 2 Left drain position 3 Refrigerant liquid tubing ø9 52mm flare connection 4 Refrigerant gas tubing ø15 88mm flare connection 5 Cover of rear tubing hole 6 Tubing hole on wall surfac...

Page 258: ...50 ø12 7 flared S60 S71 ø15 88 flared Drain hose VP13 outer dia ø18 4 Rear panel PL BACK Refrigerant tubing gas tube 5 Rear panel fixing holes ø5 holes or 5X13 elongated holes 6 Piping coiring holes ø80 unit mm 1065 300 230 3 70 8 60 95 95 231 m c 5 m c 5 7 5 cm 450 384 200 140 67 300 415 415 448 440 497 568 ø 8 0 ø 8 0 158 132 48 48 37 18 4 6 3 2 1 Z Z view Nessesary minimum space for a installat...

Page 259: ...ch 150 5 21 792 16 100 125 140 1 467 1 400 1 050 Pitch 150 7 71 1 192 20 Unit mm Air intake port side Air outlet duct side F ø3 holes E Flange O D A Suspension bolt pitch a Refrigerant tubing joint liquid tube b Refrigerant tubing joint gas tube c Upper drain port VP25 O D 32 mm 200 flexible hose supplied d Bottom drain port VP25 O D 32 mm e Suspension lug 4 12 30 mm f Power supply outlet g Fresh ...

Page 260: ...1200 523 64 650 Air Flow Drain pipe connection Outside Dimensions MODEL NO UNIT mm No 1 2 3 4 5 6 NAME Q TY NOTE Air Flow Pipe connection liquid 1 1 2 2 4 1 Pipe connection gas Drain pipe connection Hanger Duct connection Control box O D Ø12 7 Flared 24 Ø4 5 22 Ø4 5 O D Ø6 35 Flared Female screw PT1 S 45PN1E5 S 36PN1E5 S 50PN1E5 58 48 31 65 161 48 30 650 30 31 32 187 55 55 100 670 585 P65 x 9 650 ...

Page 261: ...red Female screw PT1 S 71PN1E5 S 60PN1E5 55 55 100 890 65 64 250 80 65 960 1000 523 57 5 20 58 48 31 65 161 48 30 650 30 31 32 187 134 134 1060 5 4 4 3 2 1 6 NO 1 2 3 4 5 6 NAME NOTE Pipe connection liquid Q TY 1 1 2 2 4 1 Pipe connection gas Drain pipe connection Hanger Duct connection Control box O D Ø15 88 Flared O D Ø9 52 Flared Female screw PT1 Outside Dimensions MODEL NO UNIT mm S 100PN1E5 S...

Page 262: ...110 109 1 2 Dimensional Data B Outdoor Unit U 50PE1E5 U 60PEY1E5 U 71PEY1E5 Air intake Air intake Drain port Drain port Air discharge Anchor bolt hole Anchor bolt M8 Refrigerant tubing joint gas tube Flare connection ø12 7 mm 50 ø15 88 mm 60 71 Refrigerant tubing joint liquid tube Flare connection ø6 35 mm 50 ø9 52 mm 60 71 Unit mm ...

Page 263: ... U 100PEY1E8 U 125PEY1E8 1 2 3 4 5 6 7 Mounting hole 4 R6 5 anchor bolt M10 Refrigerant piping liquid pipe flared connection ø9 52 Refrigerant piping gas pipe flared connection ø15 88 Electrical wiring port ø13 Electrical wiring port ø22 Electrical wiring port ø27 Electrical wiring port ø35 unit mm ...

Page 264: ...8 U 140PE1E8 U 140PEY1E8 1 2 3 4 5 6 7 Mounting hole 4 R6 5 anchor bolt M10 Refrigerant piping liquid pipe flared connection ø9 52 Refrigerant piping gas pipe flared connection ø15 88 Electrical wiring port ø13 Electrical wiring port ø22 Electrical wiring port ø27 Electrical wiring port ø35 unit mm ...

Page 265: ... cycle Heating cycle Strainer Heat exchanger Strainer Distributor Flare connection Flare connection M High pressure switch HP ø12 7 ø6 35 EC P M Outdoor Unit U 50PE1E5 Indoor Unit Compressor High pressure switch Muffler Heat exchanger Accumulator Gas line service valve Muffler 4 way valve Electronic ref control valve Liquid line service valve Cooling cycle Heating cycle Strainer Heat exchanger Str...

Page 266: ...tor Outdoor air Discharge Temp Thermistor Suction Temp Thermistor 4 way valve High pressure switch Thermistor Accumulator Muffler Strainer Strainer Heat exchanger Strainer Distributor Distributor ø15 88 ø9 52 Compressor Heat EC P Defrost Temp Expantion valve Cooling cycle Heating cycle exchanger Heat exchanger Temp Thermistor Temp Thermistor Outdoor air Discharge Temp Thermistor Suction Temp Therm...

Page 267: ...tributor Cooling cycle Heating cycle Outdoor air Temp Thermistor Heat exchanger Temp Thermistor Defrost Temp Thermistor Suction Temp Thermistor Heat exchanger Distributor Indoor Unit t i n U r o o d t u O Strainer Compressor Expansion valve Heat exchanger Temp Thermistor Strainer Strainer EC P Heat exchanger Defrost Temp Thermistor Suction Temp Thermistor 4 way valve Accumulator Outdoor air Temp T...

Page 268: ...imum Minimum 32 C DB 25 C WB 18 C DB 14 C WB 30 C DB WB 16 C DB WB 46 C DB 15 C DB 24 C DB 18 C WB 20 C DB 20 C WB Type PEY1 Temperature Indoor air intake temp Outdoor air intake temp Cooling Maximum Minimum Heating Maximum Minimum 32 C DB 25 C WB 18 C DB 14 C WB 30 C DB WB 16 C DB WB 43 C DB 10 C DB 24 C DB 18 C WB 15 C DB 15 C WB ...

Page 269: ...oling Capacity kW Input coefficient Capacity kW Heating Input coefficient PE1 Indoor air intake temp C WB 1 5 Capacity Correction Graph According to Temperature Condition 40 50 60 70 80 90 100 110 120 130 140 150 160 60 70 80 90 100 110 120 130 140 30 20 10 0 10 20 30 Indoor air intake temp C DB Indoor air intake temp C DB 22 CWB 19 CWB 16 CWB 22 CWB 19 CWB 16 CWB 16 CDB 20 CDB 24 CDB 16 CDB 20 CD...

Page 270: ...tion cofficient during of frosting defrosting RH approximately 85 Outdoor intake air temperature C WB 20 15 10 9 8 7 6 5 4 3 2 1 0 1 2 3 4 5 6 Correction coefficient 1 0 1 0 0 97 0 96 0 96 0 95 0 94 0 91 0 89 0 88 0 87 0 87 0 87 0 88 0 89 0 91 0 92 0 95 1 0 To calculate the heating capacity with consideration for frosting defrosting operation multiply the heating capacity found from the capacity g...

Page 271: ...0 1 2 3 4 5 6 Correction coefficient 1 0 1 0 0 97 0 96 0 96 0 95 0 94 0 91 0 89 0 88 0 87 0 87 0 87 0 88 0 89 0 91 0 92 0 95 1 0 To calculate the heating capacity with consideration for frosting defrosting operation multiply the heating capacity found from the capacity graph by the correction coefficient from the table above U 71PE1E5 For 50 Hz U 71PE1E8 For 50 Hz U 71PE1E5 For 50 Hz 1 5 Capacity ...

Page 272: ...ting capacity correction cofficient during of frosting defrosting To calculate the heating capacity with consideration for frosting defrosting operation multiply the heating capacity found from the capacity graph by the correction coefficient from the table above RH approximately 85 20 10 0 10 20 30 40 50 Indoor air intake temp C WB Indoor air intake temp C WB 22 CWB 19 CWB 16 CWB 0 0 2 0 4 0 6 0 ...

Page 273: ...5 10 15 20 Outdoor air intake temp C WB Outdoor air intake temp C DB 16 CDB 20 CDB 24 CDB 16 CDB 20 CDB 24 CDB Indoor air intake temp C DB 0 0 2 0 4 0 6 0 8 0 10 0 12 0 14 0 16 0 18 0 20 0 Cooling Heating Outdoor unit heating capacity correction cofficient during of frosting defrosting To calculate the heating capacity with consideration for frosting defrosting operation multiply the heating capac...

Page 274: ...emp C WB Indoor air intake temp C DB 20 0 40 60 80 100 120 140 180 160 140 180 160 20 0 40 60 80 100 120 140 140 22 CWB 19 CWB 16 CWB 22 CWB 19 CWB 16 CWB 16 CDB 20 CDB 24 CDB 16 CDB 20 CDB 24 CDB Indoor air intake temp C WB Indoor air intake temp C DB Outdoor unit heating capacity correction cofficient during of frosting defrosting To calculate the heating capacity with consideration for frosting...

Page 275: ... kW Input coefficient Capacity kW Heating Input coefficient 50 60 70 80 90 100 110 120 130 22 CWB 19 CWB 16 CWB Indoor air intake temp C WB 50 60 70 80 90 100 110 120 20 10 0 10 20 30 40 50 22 CWB 19 CWB 16 CWB Indoor air intake temp C WB 40 50 60 70 80 90 100 110 120 130 140 150 160 16 CDB 20 CDB 24 CDB Indoor air intake temp C DB 60 70 80 90 100 110 120 130 140 20 15 10 5 0 5 10 15 20 25 30 16 C...

Page 276: ...8 1 5 Capacity Correction Graph According to Temperature Condition 50 60 70 80 90 100 110 120 130 22 CWB 19 CWB 16 CWB 50 60 70 80 90 100 110 120 20 10 0 10 20 30 40 50 22 CWB 19 CWB 16 CWB 40 50 60 70 80 90 100 110 120 130 140 150 160 16 CDB 20 CDB 24 CDB Indoor air intake temp C DB 60 70 80 90 100 110 120 130 140 20 15 10 5 0 5 10 15 20 25 30 16 CDB 20 CDB 24 CDB Indoor air intake temp C WB Indo...

Page 277: ...correction coefficient from the table above RH approximately 85 Correction coefficient Outdoor intake air temperature C WB 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 84 0 84 0 82 0 8 0 8 0 82 0 84 0 86 20 15 10 9 0 10 8 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 0 88 0 88 1 1 Cooling capacity ratio maximum capacity 20 0 40 60 80 100 140 120 20 0 40 60 80 100 120 140 20 10 0 10 20 30 40 50 22 CW...

Page 278: ...late the heating capacity with consideration for frosting defrosting operation multiply the heating capacity found from the capacity graph by the correction coefficient from the table above RH approximately 85 Correction coefficient Outdoor intake air temperature C WB 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 84 0 84 0 82 0 8 0 8 0 82 0 84 0 86 20 15 10 9 0 10 8 9 8 7 6 5 4 3 2 1 1 ...

Page 279: ...g capacity with consideration for frosting defrosting operation multiply the heating capacity found from the capacity graph by the correction coefficient from the table above RH approximately 85 Correction coefficient Outdoor intake air temperature C WB 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 86 0 84 0 84 0 82 0 8 0 8 0 82 0 84 0 86 0 88 0 88 1 1 10 9 8 7 6 5 4 3 2 1 0 1 2 3 4 5 6 7 8 ...

Page 280: ... 20 30 40 50 60 63 125 250 500 1000 2000 4000 8000 NC 40 NC 60 NC 50 NC 30 NC 20 10 20 30 40 50 60 63 125 250 500 1000 2000 4000 8000 NC 40 NC 50 NC 30 NC 20 NC 60 10 20 30 40 50 60 63 125 250 500 1000 2000 4000 8000 NC 40 NC 60 NC 50 NC 30 NC 20 MODEL SOUND LEVEL CONDITION SOURCE S 50PU1E5 High Low 32 dB A 27 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz MODEL SOUND LEVEL CONDITION SOURCE S ...

Page 281: ...50 60 63 125 250 500 1000 2000 4000 8000 NC 40 NC 60 NC 50 NC 30 NC 20 MODEL SOUND LEVEL CONDITION SOURCE S 125PU1E5 High Low 45 dB A 33 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz MODEL SOUND LEVEL CONDITION SOURCE S 140PU1E5 High Low 46 dB A 34 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz MODEL SOUND LEVEL CONDITION SOURCE S 71PU1E5 High Low 37 dB A 28 dB A Under the unit 1 5m 220 2...

Page 282: ...sure band Hz Both 50Hz 60Hz Strong Weak MODEL SOUND LEVEL CONDITION S 45PY1E5 High 36 dB A Low 28 dB A 1 5 m directly below unit Sound pressure level dB 0dB 0 0002 µbar Approximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz MODEL SOUND LEVEL CONDITION S 50PY1E5 High 41 dB A Low 33 dB A 1 5 m directly below unit Sound pressure level dB 0dB 0 000...

Page 283: ... noise Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz Frequency at center of sound pressu...

Page 284: ...e minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 ...

Page 285: ...mum audible limit for continuous noise Approximate minimum audible limit for continuous noise Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Overall Overall Overall Sound pressure level dB 0dB 0 0002 bar ...

Page 286: ...ssure level dB 0dB 0 0002 bar MODEL S 36PK1E5 SOUND LEVEL 35 dB A Low High 27 dB A 31 dB A CONDITION 1 m in front at height of 1 m 60 50 40 30 10 20 Approximate minimum audible limit for continuous noise 4000 8000 250 125 0 0 0 2 3 6 1000 500 Overall Frequency at center of sound pressure band Hz STRONG Sound pressure level dB 0dB 0 0002 bar MODEL S 60PK1E5 S 71PK1E5 SOUND LEVEL 47 dB A Low High 40...

Page 287: ...0 NC 30 NC 20 MODEL SOUND LEVEL CONDITION SOURCE S 50PF1E5 High Low 34 dB A 26 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz MODEL SOUND LEVEL CONDITION SOURCE S 45PF1E5 High Low 33 dB A 25 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz MODEL SOUND LEVEL CONDITION SOURCE S 60PF1E5 High Low 35 dB A 26 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz Low Silhouette Ducted Type Approximate...

Page 288: ...0 20 30 40 50 63 125 250 500 1000 2000 4000 8000 NC 50 NC 40 NC 30 NC 20 63 125 250 500 1000 2000 4000 8000 NC 40 NC 50 NC 30 NC 20 10 20 30 40 50 63 125 250 500 1000 2000 4000 8000 NC 40 NC 50 NC 30 NC 20 MODEL SOUND LEVEL CONDITION SOURCE S 140PF1E5 High Low 40 dB A 33 dB A Under the unit 1 5m 220 230 240V 1 phase 50Hz MODEL SOUND LEVEL CONDITION SOURCE S 125PF1E5 High Low 39 dB A 32 dB A Under ...

Page 289: ...e band Hz 10 20 30 40 50 60 63 125 250 500 1000 2000 4000 8000 Sound pressure level dB 0dB 0 0002 µbar 10 20 30 40 50 60 Frequency at center of sound pressure band Hz 63 125 250 500 1000 2000 4000 8000 NC 40 NC 50 NC 30 NC 20 NC 60 Approximate minimum audible limit for continuous noise Sound pressure level dB 0dB 0 0002 µbar Frequency at center of sound pressure band Hz 10 20 30 40 50 60 63 125 25...

Page 290: ...002 µbar Frequency at center of sound pressure band Hz Cooling Overall Approximate minimum audible limit for continuous noise 4000 8000 2000 1000 500 63 125 250 10 20 30 40 50 60 70 NC 70 NC 60 NC 50 NC 40 NC 30 NC 20 MODEL SOUND LEVEL CONDITION SOURCE U 50PE1E5 Heating 50 dB A 1 m in front at height of 1 5 m 220 230 240V 1 phase 50Hz Octave Band Level dB 0dB 0 0002 µbar Frequency at center of sou...

Page 291: ... 63 125 250 500 1000 2000 4000 8000 NC 60 NC 50 NC 40 NC 30 NC 20 10 20 30 40 50 60 NC 40 NC 60 NC 50 NC 30 NC 20 Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise MODEL SOUND LEVEL CONDITION SOURCE U 71PE1E5 U 71PE1E8 Heating 50 dB A 1 m in front at height of 1 5 m 1 phase model Heating MODEL SOUND LEVEL CONDITION SOURCE U 71PE1E5 U 71PE...

Page 292: ...UND LEVEL CONDITION U 125PE1E5 U 125PE1E8 Heating 53 dB A 1 m in front at height of 1 5 m MODEL SOUND LEVEL CONDITION U 125PE1E5 U 125PE1E8 Cooling 53 dB A 1 m in front at height of 1 5 m 10 20 30 40 50 60 NC 40 NC 50 NC 30 NC 20 NC 60 10 20 30 40 50 60 NC 40 NC 60 NC 50 NC 30 NC 20 Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise Approx...

Page 293: ...NC 60 NC 50 NC 40 NC 30 NC 20 10 20 30 40 50 60 NC 40 NC 60 NC 50 NC 30 NC 20 Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Heating Cooling SOURCE 1 phase model SOURCE 220 23...

Page 294: ... µbar Cooling NC 70 NC 60 NC 50 NC 40 NC 30 NC 20 10 20 30 40 50 60 70 Approximate minimum audible limit for continuous noise MODEL SOUND LEVEL CONDITION SOURCE U 60PEY1E5 Heating 50 dB A 1 m in front at height of 1 5 m 220 230 240V 1 phase 50Hz 4000 8000 2000 1000 500 63 125 250 Frequency at center of sound pressure band Hz Overall Octave Band Level dB 0dB 0 0002 µbar Heating NC 70 NC 60 NC 50 NC...

Page 295: ...5V 3 phase 50Hz Frequency at center of sound pressure band Hz Frequency at center of sound pressure band Hz 8000 4000 2000 1000 500 250 125 63 8000 4000 2000 1000 500 250 125 63 MODEL SOUND LEVEL CONDITION U 100PEY1E5 U 100PEY1E8 Heating 54 dB A 1 m in front at height of 1 5 m MODEL SOUND LEVEL CONDITION U 100PEY1E5 U 100PEY1E8 Cooling 54 dB A 1 m in front at height of 1 5 m Octave Band Level dB 0...

Page 296: ...s noise Heating MODEL SOUND LEVEL CONDITION U 140PEY1E8 Heating 53 dB A 1 m in front at height of 1 5 m SOURCE 380 400 415V 3 phase 50Hz Octave Band Level dB 0dB 0 0002 µbar 10 20 30 40 50 60 NC 60 NC 50 NC 40 NC 30 NC 20 Approximate minimum audible limit for continuous noise 8000 4000 2000 1000 500 250 125 63 8000 4000 2000 1000 500 250 125 63 Cooling MODEL SOUND LEVEL CONDITION U 140PEY1E8 Cooli...

Page 297: ...tor connector to plug in boost tap white connector to elevate air volume S 45PN1E5 S 50PN1E5 P Q CURVE 0 10 20 30 40 50 60 70 80 20 10 Air volume m3 min Air volume m3 min Air volume m3 min External static pressure Pa External static pressure Pa External static pressure Pa S 36PN1E5 P Q CURVE 0 10 20 30 40 50 60 70 80 18 8 Air volume m3 min External static pressure Pa 0 50 100 16 26 Ԙ 3 Ԙ 2 Ԙ Ԛ Ԝ 㾀...

Page 298: ...3 x o r p p a e l g n a e g r a h c s i D d n i w g n o r t S 0 1 2 3 0 1 2 3 20 24 26 22 Vertical air flow distance m Horizontal air flow distance m 5 4 3 2 1 0 1 2 3 4 5 C 7 2 x o r p p a e r u t a r e p m e t m o o R 0 3 x o r p p a e l g n a e g r a h c s i D d n i w g n o r t S 0 1 2 3 0 1 2 3 33 27 24 30 Vertical air flow distance m Horizontal air flow distance m 5 4 3 2 1 0 1 2 3 4 5 C 0 2 ...

Page 299: ...ertical air fl ow distance m Horizontal air flow distance m C 0 2 x o r p p a e r u t a r e p m e t m o o R 5 6 x o r p p a e l g n a e g r a h c s i D d n i w g n o r t S 5 4 3 2 1 0 1 2 3 4 5 0 1 2 3 0 1 2 3 33 27 24 30 Vertical air fl ow distance m Horizontal air flow distance m C 0 2 x o r p p a e r u t a r e p m e t m o o R 5 6 x o r p p a e l g n a e g r a h c s i D d n i w g n o r t S 5 4 3...

Page 300: ...le approx 54 Room temperature approx 20 Cooling Distribution of wind velocity Cooling Distribution of temperature Strong wind Discharge angle approx 7 Room temperature approx 27 Horizontal air flow distance m 4 2 3 1 0 4 0 1 2 3 4 5 6 7 8 9 10 0 1 2 3 4 5 6 7 8 9 10 2 3 1 0 4 2 3 1 0 4 2 3 1 0 Horizontal air flow distance m 1 5m s 1 0m s 0 5m s 0 3m s 33 27 24 30 Horizontal air flow distance m Hor...

Page 301: ...2 3 1 0 4 2 3 1 0 4 2 3 1 0 4 2 3 1 0 Horizontal air flow distance m Strong wind Discharge angle approx 54 Room temperature approx 20 Strong wind Discharge angle approx 54 Room temperature approx 20 1 5m s 1 0m s 0 5m s 0 3m s 33 27 24 30 Horizontal air flow distance m Cooling Distribution of wind velocity Cooling Distribution of temperature Horizontal air flow distance m Strong wind Discharge ang...

Page 302: ...ure 4 2 3 1 0 4 2 3 1 0 4 2 3 1 0 4 2 3 1 0 Horizontal air flow distance m Strong wind Discharge angle approx 54 Room temperature approx 20 Strong wind Discharge angle approx 54 Room temperature approx 20 1 5m s 1 0m s 0 5m s 0 3m s 33 27 24 30 Horizontal air flow distance m Cooling Distribution of wind velocity Cooling Distribution of temperature Horizontal air flow distance m Strong wind Dischar...

Page 303: ...rnal temperature is low This problem is to be solved by either feeding external air into the room after it has been processed or reducing the amount of external air that is fed in 3 When used in combination with humidifiers External air must always be processed when the external air temperature reaches freezing point to prevent the risk of the humidifier freezing 4 Arranging Ducts and Filters in t...

Page 304: ...rrounding noise and reverberation when the unit is actually installed With the External Air Intake Flange Attached Resistance within the Unit Pa External Air Intake Volume m3 h Noise with only External Air Intake dB A Operation Noise External Air Intake Only Duct ø100 for Connecting the External Air Intake Flange 0 0 10 20 30 20 30 40 50 40 50 60 70 80 90 100 5 10 15 20 18 U1 Type Y1 Type The oper...

Page 305: ...t no responsibility for any damage Regulations on wire diameters differ from locality to locality For field wiring rules please refer to your LOCAL ELECTRICAL CODES before beginning You must ensure that installation complies with all relevant rules and regulations To prevent malfunction of the air conditioner caused by electrical noise care must be taken when wiring as follows If the power supply ...

Page 306: ...ol line U1 Type L N U1 U2 R1 R2 6P terminal board Power supply Unit control line Remote control line Y1 Type L N U1 U2 R1 R2 U1 U2 R1 L N R2 U1 U2 R1 L N R2 7P terminal board T1 Type Power supply Remote controller line Unit control wiring L N U1 U2 5P terminal board Power supply K1 Type Unit control line L N U1 U2 R1 R2 6P terminal board T2 F1 Type Power supply Remote control line Unit control lin...

Page 307: ... unit Indoor unit Indoor unit Indoor unit Indoor unit Indoor unit more than 1 m less than 1 m 16 or fewer Branch Point more than 1 m 5 Use shielded wires for inter unit control wiring c and ground the shield on both sides otherwise misoperation from noise may occur Diagrams Shielded wire Ground Ground 6 Connecting cable between indoor unit and outdoor unit shall be approved polychloroprene sheathe...

Page 308: ...braid the braided shield carefully and twist the unbraided shield wires tightly together Insulate the shield wires by covering them with an insulation tube or wrapping insulation tape around them Fig 1 4 3 Remove coat of signal wire Fig 1 5 4 Attach ring pressure terminals to the signal wires and the shield wires insulated in Step 2 Fig 1 6 How to carry out power supply wiring 1 Wiring connection ...

Page 309: ...e L1 R1 R2 L2 N U1 U2 Functional ground screw External Electronic Expansion Valve Kit and Schedule Timer Protective ground screw Use this screw when connecting the shield for the Inter unit control wiring to ground As to functional ground screw and protective ground screw remove the fixture screw and resin cover Then carry out earth ground work Power Supply Fixture screw for resin cover Resin cove...

Page 310: ...n unit reducing vibration and noise If cooling operation is to be used when the outdoor air temperature is 5 C or below install a duct on the outdoor unit Exhaust fan Heat source Outdoor unit Hot air Installation space for outdoor unit single phase Install the outdoor unit with a sufficient space around the outdoor unit for operation and maintenance 1 Obstructions on the left side right side and r...

Page 311: ...t and an obstacle the air discharge outlet is facing a sidewalk and discharged hot air annoys passers by Air discharge Installing the Unit in Heavy Snow Areas In locations with strong wind snow proof ducting should likewise be fitted and direct exposure to the wind should be avoided as much as possible Countermeasures against snow and wind In regions with snow and strong wind the following problem...

Page 312: ...of outdoor unit The platform foundation must be firm and the unit must be secured with anchor bolts In case of installation on a roof subject to strong wind countermeasures must be taken to prevent the unit from being blown over Dimensions of Snow Wind proof Ducting and Refrigerant Tubing Space for Installation 250 249 Min 100 Min 100 Unit mm Duct Air Intake Platform foundation Higher than the max...

Page 313: ...y length of tubing from outdoor unit to the most distant indoor unit L L 1 L 2 40 50 40 Maximum distribution tubing length Maximum length following the first branch point No 1 distribution 1 2 15 Maximum branch tubing length Difference between the maximum length and minimum length in tubing following the first branch point 1 2 1 2 10 Maximum difference between lengths of No 1 distribution tubing d...

Page 314: ... Additional refrigerant amount g Additional refrigerant for main tubing g Additional refrigerant for distribution tubing g Outdoor unit charge less refrigerant amount g 40 a 20 b 400 1 60 71 types 1 50 Type of outdoor unit is 600 g 1 In case of twin connection 71 type of outdoor unit is 400 g Use with the current refrigerant charge a Actual length m of main tubing ø9 52 Refrigerant charge per 1 m ...

Page 315: ...l mechanical ventilation which is interlocked with the leak detector Total refrigerant charged amount kg Min indoor volume where indoor unit is installed m3 Limit density 0 3 kg m3 The limit density of refrigerant which is used in this unit is 0 3 kg m3 ISO 5149 The shipped outdoor unit comes charged with the amount of refrigerant fixed for each type so add it to the amount that is charged at the ...

Page 316: ...direction Air Discharge Air Intake Air Intake ø18 Drain port 2 ø19 Drain port Drainage Work Follow the procedure below to ensure adequate draining for the outdoor unit For the drain port dimensions Ensure a base height of 15 cm or more at the feet on both sides of the unit When using a drain pipe install the drain socket optional part STK DS13U onto the drain port Seal the other drain port with th...

Page 317: ... 50 cm longer than the tubing length you estimate 3 Remove the flare nut from the unit and be sure to mount it on the copper tube 4 Make a flare at the end of the copper tube with a flare tool 2 Remove burrs at each end of the copper tubing with a tube reamer or file This process is important and should be done carefully to make a good flare Be sure to keep any contaminants moisture dirt metal fil...

Page 318: ...gas inside the tubing may overheat causing refrigerant system valves to become damaged Therefore allow the tubing to cool when brazing Use a reducing valve for the nitrogen cylinder Do not use agents intended to prevent the formation of oxide film These agents adversely affect the refrigerant and refrigerant oil and may cause damage or malfunctions Adjust the shape of the liquid tube using a tube ...

Page 319: ...e is left for a long time with the valve stem cap removed refrigerant will leak from the valve Therefore do not leave the valve stem cap removed Use a torque wrench to securely tighten the valve stem cap Tightening torque Because the pressure is approximately 1 6 times higher than conventional refrigerant pressure the use of ordinary flare nuts type 1 or thin walled tubes may result in tube ruptur...

Page 320: ...The material used for insulation must have good insulation characteristics be easy to use be age resistant and must not easily absorb moisture For gas tubing the insulation material must be heat resistant to 120 C or above For other tubing it must be heat resistant to 80 C or above Two tubes arranged together Inter unit control wiring Gas tube Liquid tube Armoring tape Insulation CAUTION After a t...

Page 321: ...e wall to prevent rain and draft from entering 2 Wrap the armoring tape from the bottom of the outdoor unit to the top of the tubing where it enters the wall As you wrap the tubing overlap half of each previous tape turn 3 Clamp the tubing bundle to the wall using 1 clamp approx each meter Inter unit control wiring Insulation Gas tube Liquid tube Armoring tape NOTE Do not wind the armoring tape to...

Page 322: ...bes between the indoor and outdoor units has been properly connected and all wiring for the test run has been completed Remove the valve caps from both the gas and liquid service valves on the outdoor unit Note that both liquid and gas tube service valves on the outdoor unit are kept closed at this stage The refrigerant charge at the time of shipment is only guaranteed sufficient for a tubing leng...

Page 323: ...aks with liquid soap 4 Do a leak test of all joints of the tubing both indoor and outdoor and both gas and liquid service valves Bubbles indicate a leak Wipe off the soap with a clean cloth after a leak test 5 After the system is found to be free of leaks relieve the nitrogen pressure by loosening the charge hose connector at the nitrogen cylinder When the system pressure is reduced to normal disc...

Page 324: ...n additional refrigerant charge has been performed list the refrigerant tubing length and amount of additional refrigerant charge on the product label inside the panel CAUTION To avoid gas from leaking when removing the charge hose make sure the stem of the gas tube is turned all the way out BACK SEAT position Charging additional refrigerant calculated from the liquid tube length as shown in Amoun...

Page 325: ...ner caused by electrical noise care must be taken when wiring as follows 2 Provide a power outlet to be used exclusively for each unit and a circuit breaker for overcurrent protection should be provided in the exclusive line General Precautions on Wiring Recommended Wire Length and Wire Diameter for Power Supply System NOTE 1 With ring type wire terminal 2 When D and E are used together with maxim...

Page 326: ...ction diagram of the indoor unit shows the terminal board so the terminal boards in your equipment may differ from the diagram 3 Refrigerant Circuit R C address should be set before turning the power on 4 Regarding R C address setting refer to the installation instructions supplied with the remote controller unit Optional Auto address setting can be executed by remote controller automatically Refe...

Page 327: ...cting each power wire to the terminal follow the instructions on How to connect wiring to the terminal and fasten the wire securely with the terminal screw 6 Use the standard power supply cables for Europe such as H05RN F or H07RN F which conform to CENELEC HAR rating specifications or use the cables based on IEC standard 60245 IEC57 60245 IEC66 Connecting cable between indoor unit and outdoor uni...

Page 328: ... end with a ring pressure terminal 4 Put the removed terminal screw through the ring pressure terminal and then replace and tighten the terminal screw using a screwdriver Air Purging with a Vacuum Pump for Test Run Preparation Assembling parts for outdoor unit cover Stranded wire Strip 10 mm Ring pressure terminal Ring pressure terminal Special washer Screw Terminal board Ring pressure terminal Wi...

Page 329: ...essor should be warm to the touch and the crankcase heater around the feet of the compressor should be hot to the touch 6 Both the gas and liquid tube service valves are open If not open them now 7 Request that the customer be present for the test run Explain the contents of the Installation Instructions and then have the customer actually operate the system 8 Be sure to give the Installation Inst...

Page 330: ...efore the Test Run Is system single type 1 indoor unit is connected to 1 outdoor unit and remote controller Is group control with multiple outdoor units used Turn ON the indoor and outdoor power Indicate mark the combination number Automatic address setting Set the remote controller to test run See section Test Run Using the Remote Controller See section Indicating marking the indoor and outdoor u...

Page 331: ...at the customer be present when the test run is performed At this time explain the Operating Instructions and have the customer perform the actual steps Be sure to pass the manuals and warranty certificate to the customer Check that the 220 240 V AC power is not connected to the inter unit control wiring connector terminal Temperature control is not possible when test run mode is engaged This mode...

Page 332: ... at left Check that the total capacities of the indoor and outdoor units are appropriate E16 displayed Indoor unit capacity is too high E20 displayed No serial signal is being received at all from the indoor units Check that the indoor unit power is ON and that the inter unit control wiring is connected correctly P05 displayed Operation lamp and Standby lamp are blinking alternately Reversed phase...

Page 333: ...rant tubing system address before turning on the remote power switch Refer to section Setting the outdoor unit system addresses Set using the system address rotary switch on the outdoor unit control PCB Be careful to avoid miswiring when connecting the wires Miswiring will damage the units 1 2 1 2 1 2 U2 U1 L N N U1 U2 1 2 L L N WHT BLK Inter unit control wiring Outdoor unit Ground Ground Ground L...

Page 334: ...xiliary heaters cannot be used for crossover wiring of the indoor unit power wires Use a pull box to divide the wiring Be sure to use the indoor unit temperature sensor body sensor when using this control Status at shipment ON 1 2 Outdoor unit control PCB DIP switch System address System address rotary switch Set to 0 at time of shipment System address rotary switch 10s 20s ON OFF LED1 LED2 PUMP D...

Page 335: ... return to the normal remote controller mode Then press the Each time the button is pressed the address changes as follows 1 1 1 2 2 1 2 2 The indoor unit fan operates only at the selected indoor unit Confirm that correct fan is operating and indicate the address on the indoor unit button and select the indoor address button and button for 4 seconds or longer simple settings mode Press the remote ...

Page 336: ...ontroller main sub setting or change the sensor follow the steps below U1 U2 1 2 1 2 1 2 1 2 Optional Indoor unit Ground Ground Outdoor unit Optional Remote control wiring Terminal board for remote control wiring U1 U2 U1 U2 1 2 1 2 1 2 1 2 1 2 Remote controller main Optional Indoor unit 1 Indoor unit 2 Ground Ground Ground Outdoor unit Optional Remote control communication wiring Terminal board f...

Page 337: ...ngle type 1 indoor unit is connected to 1 outdoor unit Are multiple outdoor units used Turn ON the indoor and outdoor power Set the indoor unit control switch to TEST See section Test Run for K1 type See section Test Run for K1 type See section Table of Self Diagnostic Functions and Corrections K1 type Can operation be started Slide the indoor unit control switch back to ON Turn ON the indoor and ...

Page 338: ... the remote controller sensor open the remote controller cover and press the SENSOR button once body sensor appears on the LCD display of the wireless remote controller then the indoor unit body NOTE Switching the temperature sensor Face the remote controller toward the receiver on the main unit The signal can be received up to a distance of approximately 8 m Use this distance as a guide This dist...

Page 339: ... TEST position After the power has been turned ON change the switch once to ON or OFF then switch it back to the TEST position NOTE Using the control unit Indicator lamps OPERATION STANDBY TIMER Indoor control unit switch ON OFF TEST If 220 240 V AC is accidentally applied the indoor or outdoor unit control PCB fuse 0 5 A for both indoor and outdoor units will blow in order to protect the PCB Corr...

Page 340: ... settings Check the remote control communication wiring Perform automatic address setting again E15 displayed E16 displayed L02 displayed Both the Operation lamp and Standby lamp are blinking together Indoor unit capacity is too low Indoor unit capacity is too high Indoor outdoor unit type mismatch Same at left Same at left Check that the total capacities of the indoor and outdoor units are approp...

Page 341: ...oordinate the outdoor unit capacity and the total capacity of the indoor units It is not possible to connect individual remote controllers for independent operation Be careful to avoid miswiring when connecting the wires Miswiring will damage the units 2 1 L N 2 1 L N L N 1 2 Remote control communication wiring Dia 0 5 to 2 mm2 Total length of wiring 200 m or less System address S2 Setting at ship...

Page 342: ... Ground Ground Indoor unit No 3 Indoor unit No 4 System address rotary switch Change the setting to 2 Leakage breaker Leakage breaker Outdoor unit Outdoor unit Ground Indoor power crossover wiring up to 16 units no heater units only Inter unit control wiring Connection to lead wires Black White Remote control communication wiring for group control field supply wiring Up to 8 units can be set for g...

Page 343: ...digit ON ON 1 2 ON OFF 1 setting 21 If outdoor unit is No 21 20s digit ON ON 1 2 ON OFF 1 setting 30 If outdoor unit is No 30 10s digit and 20s digit ON ON OFF ON 1 2 0 setting If the power can be turned ON separately for the indoor and outdoor units in each system The indoor unit addresses can be set without running the compressor Be sure to use a jig for short circuiting Approximately 4 5 minute...

Page 344: ...ill sound If ALL is set the buzzer will always sound If ALL is set operation is possible regardless of the indoor unit address Point the remote controller toward the receiver indoor unit that you wish to operate and send the operation signal Remote controller address setting Press and hold the address button for 4 seconds or longer to display the address on the remote controller display The curren...

Page 345: ... sure to turn the power OFF before performing this work If link wiring is used set the outdoor unit system address to allow the combination of indoor and outdoor units to be identified At the same time indicate the indoor outdoor unit combination number in a location where it can be checked easily near the indoor unit nameplates This number will be required for subsequent maintenance This unit may...

Page 346: ... power Automatic Address Setting Turn ON the indoor and outdoor power Automatic Address Setting Refer to Table of Self Diagnostic Functions to check the system In addition refer to section Automatic Address Setting for U1 T1 F1 N1 Types for Link Wiring and correct any items that need to be corrected Note Check the indoor side drainage Indicate mark the combination number See section Checking indoo...

Page 347: ...ly Remote controller is not connected with indoor unit correctly Indoor unit power is not ON Turn ON the indoor unit power Check the remote controller and inter unit control wiring Perform automatic address setting See section Automatic Address Setting for U1 T1 F1 N1 Types for Link Wiring E02 displayed Remote controller is not connected with indoor unit correctly Connect the remote controller cor...

Page 348: ...d ON separately for the indoor and outdoor units in each system The indoor unit addresses can be set without running the compressor Be sure to use a jig for short circuiting NOTE A terminal plug black is attached to each of the outdoor unit control PCBs At only one outdoor unit leave the terminal plug shortcircuit socket on the Yes side At all the other outdoor units change the socket from Yes to ...

Page 349: ...oller timer time button and button simultaneously Hold for 4 seconds or longer If the power cannot be turned ON separately for the indoor and outdoor units in each system The compressors must be run in order to automatically set the indoor unit addresses Therefore perform this step after completing the refrigerant tubing work Case 3 Automatic address setting using the remote controller If the powe...

Page 350: ...s setting Display item code AA System address ON 1 2 Outdoor unit control PCB DIP switch System address rotary switch System address rotary switch Set to 0 at time of shipment 10s 20s ON OFF LED1 LED2 PUMP DOWN CN042 EEPROM IC006 AUTO ADD CN041 System address Rotary switch S002 TERMINAL CN003 JP007 System address DIP switch S003 Bottom side Up side HIC Temperature sensor SILENT MODE CN028 WHT RC P...

Page 351: ... outdoor unit each time the button is pressed the address changes as follows 1 1 1 2 button and select the indoor address button and button for 4 seconds or longer So that the combination of each indoor unit can be easily checked when multiple units are installed ensure that the indoor and outdoor unit numbers correspond to the system address number on the outdoor unit control PCB and use a magic ...

Page 352: ...r terminal If 220 240 V AC is accidentally applied the indoor or outdoor unit control PCB fuse 0 5 A for both indoor and outdoor units will blow in order to protect the PCB Correct the wiring connections then disconnect the 2P connectors indoor blue OC outdoor blue serial 1 that are connected to the PCB and replace them with 2P connectors indoor brown EMG outdoor brown serial 2 If operation is sti...

Page 353: ...ns to check the system In addition refer to section Automatic Address Setting for K1 Type for Link Wiring and correct any items that need to be corrected Note Check the indoor side drainage Set the automatic address setting from outside unit Indicate mark the combination number See section Setting the outdoor unit system addresses for K1 Type for Link Wiring How to Set the Outdoor Unit System Addr...

Page 354: ... Basic wiring diagram and make thecorrect setting Check the remote control communication wiring Perform automatic address setting again E15 displayed E16 displayed P09 displayed Timer lamp and Standby lamp are blinking alternately Indoor unit capacity is too low Indoor unit capacity is too high Check that the total capacities of the indoor and outdoor units are appropriate P05 displayed Timer lamp...

Page 355: ...ntrol communication wiring for group control No 2 No 3 Change setting to 2 System address 2 Change setting to 3 System address 3 Change the terminal plug black short circuit socket Change the terminal plug black short circuit socket If wall mounted type units are used for a simultaneous operation multi system group control refer to section System Control for K1 Type System Control basic wiring dia...

Page 356: ...s No 30 10s digit and 20s digit ON ON OFF ON 1 2 0 setting 1 setting 2 setting 1 setting 1 setting 0 setting 1 Turn on the indoor and outdoor unit power for refrigerant system 1 Short circuit the AUTO ADD CN041 pin The compressor operates when the power is turned ON at a different outdoor unit 2 Next turn ON the power only at the indoor and outdoor units in a different system Short circuit the AUT...

Page 357: ...t be turned ON separately for the indoor and outdoor units in each system The compressors must be run in order to automatically set the indoor unit addresses Therefore perform this step after completing the refrigerant tubing work Use the remote controller to check the addresses of the indoor units Be sure to use a jig for short circuiting When setting addresses in heating mode Indicating marking ...

Page 358: ...orized in the RCU DATA setting will not be changed even when the power is turned off Make sure to set Normal for RCU CK Finally press TIMER buttons buttons To set the remote controller main sub setting or change the sensor follow the steps below CODE ITEM ITEM DATA RCU Main Sub Clock display RCU CK Room temperature sensor Sub 24 hours RCU CK Main unit Main 12 hours AM PM Normal RCU ...

Page 359: ...the brown connectors cut the JP003 for the indoor unit and cut the JP007 for the outdoor unit Be sure to turn the power OFF before performing this work If link wiring is used set the outdoor unit system address to allow the combination of indoor and outdoor units to be identified At the same time indicate the indoor outdoor unit combination number in a location where it can be checked easily near ...

Page 360: ...rn ON the indoor and outdoor power Automatic Address Setting Turn ON the indoor and outdoor power Automatic Address Setting Refer to Table of Self Diagnostic Functions to check the system In addition refer to section Automatic Address Setting for Y1 Type for Link Wiring and correct any items that need to be corrected Note Check the indoorside drainage Indicate mark the combination number See secti...

Page 361: ...ontroller is not connected with indoor unit correctly Indoor unit power is not ON Turn ON the indoor unit power Check the remote controller and inter unit control wiring Perform automatic address setting See section Automatic Address Setting for Y1 Type for Link Wiring E02 displayed Remote controller is not connected with indoor unit correctly Connect the remote controller correctly E14 displayed ...

Page 362: ...eparately for the indoor and outdoor units in each system The indoor unit addresses can be set without running the compressor Be sure to use a jig for short circuiting NOTE A terminal plug black is attached to each of the outdoor unit control PCBs At only one outdoor unit leave the terminal plug short circuit socket on the Yes side At all the other outdoor units change the socket from Yes to No A ...

Page 363: ...oller timer time button and button simultaneously Hold for 4 seconds or longer If the power cannot be turned ON separately for the indoor and outdoor units in each system The compressors must be run in order to automatically set the indoor unit addresses Therefore perform this step after completing the refrigerant tubing work Case 3 Automatic address setting using the remote controller If the powe...

Page 364: ...s setting Display item code AA System address ON 1 2 Outdoor unit control PCB DIP switch System address rotary switch System address rotary switch Set to 0 at time of shipment 10s 20s ON OFF LED1 LED2 PUMP DOWN CN042 EEPROM IC006 AUTO ADD CN041 System address Rotary switch S002 TERMINAL CN003 JP007 System address DIP switch S003 Bottom side Up side HIC Temperature sensor SILENT MODE CN028 WHT RC P...

Page 365: ...icate them 2 Press on both sides of the remote controller cover and slide it downward to remove it 1 Insert 2 AAA alkaline batteries Pay attention to the and directions 2 Gently insert one end of an unfolded paper clip or a similar object that can fit into the Reset hole and press the reset button inside the hole and then put the cover back on 3 To remove the remote controller pull it toward you P...

Page 366: ...er the refrigerant This outdoor unit cannot collect more than the rated refrigerant amount as shown by the nameplate on the back If the amount of refrigerant is more than that recommended do not conduct a pump down In this case use another refrigerant collecting system In order to protect the compressor do not continue operating to generate a negative pressure in the inter unit tubing The PUMP DOW...

Page 367: ...opped due to increased pressure Should an exceptionally strong wind blow to the area directly in front of the discharge of the outdoor unit there is the risk of damage due to the fan s high speed reverse rotation If the direction of the prevailing wind is known when operating the unit place the unit at an appropriate angle to the wind s direction so that the discharge faces towards a building or a...

Page 368: ... and the side of the building A If there are obstacles at the intake If the upper part is open If there are obstacles above the unit 1 For separate installation location Only if there are obstacles at the intake unit mm unit mm If there are obstacles on both sides M o r e t h a n 1 0 0 M ore than 200 M ore than 500 M ore than 100 If there are obstacles on both sides M ore than 200 More than 10 Mor...

Page 369: ...e t h a n 5 0 0 Less than 500 More than 1000 M ore than 200 The dimensions for H A and L are shown in the following table Cover the bottom part of the pedestal or mount so that air does not bypass it A limit of only 2 units can be installed If the upper part is open If the upper part is open If there are obstacles above the unit If there are obstacles above the unit 1 For separate installation loc...

Page 370: ...tdoor unit s drain pipe and space for maintenance of the ﬁrst tier outdoor unit Close A section the space between the upper and lower level outdoor units so the outtake air does not bypass it E For multiple row installation on the roof etc The dimensions for H A and L are shown in the following table A L H 200 H L Installation not possible Pattern 2 If there is an obstacle that is higher than the ...

Page 371: ...lean pipes with no dust inside The pipe may corrode with the presence of fluorine dust which will adversely affect the refrigerant piping system due to deterioration of the refrigerant oil etc This unit is specifically for R410A Ensure to adhere to the following items and install accordingly Only for storing or for open pipes Use pipe cutters and flaring tools which are specially designed for use ...

Page 372: ...to scratch the inner surface of the valve or the end of the valve shaft Once adjustments to the valve are completed ensure to tighten the valve cap according to the prescribed torque Precautions for handling the valve cap Valve size Tightening torque ø9 52 ø15 88 20 6N m 28 4N m 2 1kgf m 2 8kgf m 48 0N m 59 8N m 4 8kgf m 6 0kgf m Use a push rod with a charge hose Once adjustments to the valve are ...

Page 373: ... test Ensure to fill only with liquid refrigerant when refilling If gas refrigerant is filled the refrigerant composition will not be balanced and will cause abnormal operation Cylinder with a siphon tube Liquid refrigerant Siphon tube Cylinder Cylinder Gas refrigerant Possible For refilling due to a leak Not possible VACUUM PURGING Use nitrogen gas for the leak tightness test Using flammable gas ...

Page 374: ...utdoor unit for 1 second or longer Use a flathead screwdriver and short circuit the pin If the pump down pin PUMPDOWN on the control PCB of the outdoor unit is short circuit refrigerant recovery control is started in the cooling operation When 2 or 3 minutes have passed after the start of outdoor unit operation fully close the liquid narrow tube side valve of the outdoor unit When the pressure gau...

Page 375: ... space between the electrical cables and the protective bushing occurs seal it accordingly Tie the cables with the provided binding strap so that they do not touch the compressor and the pipes When setting up the cables inside of unit install properly so that the front panel will not lift up Make sure that front panel mount correctly ELECTRICAL WIRING SG Use a round type terminal with an insulatio...

Page 376: ...pere tabulated above in accordance with the national wiring regulations If capacity of power supply circuit and enforcement are not enough it can causes the electric shock and a fire This equipment complies with EN IEC 31000 3 12 provided that the short circuit power Ssc is greater than or equals to 2 kVA at the interface point between the user s supply and the public system It is the responsibili...

Page 377: ...0 Type 125 Type 140 Type TWIN TWIN combination combination combination U 71 S 36 S 36 U 100 S 50 S 50 U 125 S 60 S 60 100 Type 125 Type 140 Type U 100 S 50 S 50 U 125 S 60 S 60 U 140 S 71 S 71 U 140 S 71 S 71 TRIPLE ______ ______ ______ U 100 S 36 S 36 S 36 U 125 S 45 S 45 S 45 U 140 S 50 S 50 S 50 DOUBLE TWIN U 125 S 36 S 36 S 36 S 36 ______ This unit cannot make triple or double twin connections...

Page 378: ...an 10m Less than 30m Less than 15m Less than 0 5m SYMBOLS SPEC TWIN L La Lb La or Lb Maximum branch pipe length difference Total pipe length Maximum branch pipe length Height difference between indoor units La Lb La Lb Height difference Outdoor located higher installation Outdoor located lower installation H2 H1 H1 Less than 50m Less than 15m Less than 10m Less than 0 5m Less than 30m Less than 15...

Page 379: ...anch 1 Pipe branch 2 Pipe branch 2 Main pipe Main pipe Main pipe Indoor unit Indoor unit Indoor unit Indoor unit Indoor unit Indoor unit Indoor unit Use the main pipe to gain any rise or fall required for the pipes The number of bends should be 8 or less in a single system and 15 or less overall Branch pipes should be positioned horizontally ...

Page 380: ...3N Power supply 220 230 240V Earth Earth Earth Earth Earth Earth Wired remote controller Indoor unit Indoor unit TRIPLE type DOUBLE TWIN type Controll cable Controll cable Controll cable Controll cable Switch Circuit breaker Switch Circuit breaker Switch Circuit breaker Switch Circuit breaker Switch Circuit breaker Switch Indoor unit Indoor unit For the twin connection the amount of refrigerant re...

Page 381: ...nded Check that the insulation resistant value is more than 1 MΩ Use the 500 V mega testers to measure the insulation Do not use the mega tester for any other circuit except for voltage of 220V to 240V or 380 415V Are the wire connections for the indoor outdoor units connected as described in the instructions Are there any looped wires Was the N phase surely connected when connecting the power sup...

Page 382: ...oothly Is the insulation material properly installed Is the earth wire securely connected Is the front panel and the indoor unit air conditioner firmly fixed and was the installation completed without any leakage from the refrigerant Are the indoor and outdoor units secured firmly installed with bolts at secured locations REGARDING DELIVERY TO THE CUSTOMER Request the customer to review the instru...

Page 383: ...allation For details on the allowable amount of refrigerant allowable pipe lengths and allowable elevation difference refer to the Installation Instructions provided with the outdoor unit The diameter of the piping for the indoor and outdoor units differs depending on the model of the unit Refer to respective diameter of the piping for the indoor and the outdoor units and install accordingly Use p...

Page 384: ... for refrigerant piping Gas side Liquid side branch pipe insulation Note Use insulating material that can tolerate 120 C on the gas side 2 1 Installation Instructions Refrigerant pipe Output 1 Refrigerant pipe Gas side Liquid side branch pipe To the outdoor unit or next branch pipe Input Output 2 To next branch pipe or indoor unit Installation on a vertical plane is also possible 2 2 Installation ...

Page 385: ... side tube connector Gas tube side tube connector Thermal insulation for liquid distribution joints Thermal insulation for gas distribution joints Gas tube side tube connector 100 35 80 80 295 ø9 52 ø9 52 ø9 52 1 2 1 2 3 4 5 6 BCUP 3 100 80 80 300 100 ø12 7 ø25 4 ø15 88 ø15 88 ø15 88 1 1 ø9 52 ø12 7 ø9 52 ø6 35 3 1 ø12 7 ø15 88 ø19 05 ø25 4 3 1 1 1 1 ø15 88 ø19 05 ø25 4 ø28 58 2 ...

Page 386: ... the distribution joints are horizontal with respect to the ground The collective tubes are vertical with respect to the ground The collective tube and distribution joint are horizontal with respect to the ground Collective tube Distribution joint Gas tube side Only the distribution joints are horizontal with respect to the ground The collective tubes are vertical with respect to the ground The co...

Page 387: ...lect an appropriate position from which every corner of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestricted air flow around the unit install the unit within the maximum elevation ...

Page 388: ...pension bolts using the supplied full scale installation diagram The diagram and table Fig 1 3 and Table 1 2 show the relationship between the positions of the suspension fitting unit and panel Use the nut field supply and washer supplied for upper and lower position of the suspension lug Table 1 2 Unit mm Length Type A B C D E 36 45 50 60 71 121 171 256 180 130 100 125 140 121 171 319 180 130 Hol...

Page 389: ...n in Fig 1 4 3 Thread the 3 hexagonal nuts and 2 washers field supply onto each of the 4 suspension bolts as shown in Fig 1 5 Use 1 nut and 1 washer for the upper side and 2 nuts and 1 washer for the lower side so that the unit will not fall off the suspension lugs 4 Adjust so that the distance between the unit and the ceiling bottom is 12 to 17 mm Tighten the nuts on the upper side and lower side...

Page 390: ...empt to raise it higher than 850 mm Doing so will result in water leakage Fig 1 6 2 Limitations of Drain Pipe Connection CAUTION Do not install the drain pipe with an upward slant from the drain port connection This will cause the drain water to flow backward and leak when the unit is not operating Fig 1 7 Do not install an air bleeder as this may cause water to spray from the drain pipe outlet Fi...

Page 391: ...rox 2 g of adhesive on both sides of the drain hose without connection of the hard PVC socket and the hard PVC joint VP25 in the local supply 6 Connect the drain hose and the hard PVC joint so that the adhesive area of both sides can be overlapped Wipe off the protrusion adhesive with a soft cloth Drain port Do not use adhesive here Drain port may possibly be damaged if PVC adhesive is used After ...

Page 392: ...r and outdoor units panels and electrical wiring check the following items k r a m e R k c e h C m o t p m y S t n i o p k c e h C 1 Make sure whether indoor and outdoor units are correctly installed Fall vibration noise 2 Make sure whether gas leakage is tested No cooling no heating 3 Make sure whether insulation is completed Refrigerant piping and drain piping Water leakage 4 Make sure whether d...

Page 393: ...nscrewing the philip head tapping screws 2 4 Lead the wires from the power supply inlet to the unit Be sure to lead the wires through the power supply inlet Make sure that no wire is caught between the indoor unit and ceiling panel Otherwise the unit may cause a fire 5 Connect the wires into the terminals through the power supply inlet for the electrical component box Fix the wires with a clamping...

Page 394: ...nit Align the REF PIPE and DRAIN marks on the ceiling panel corner with the correct positions on the unit When removing the ceiling panel push the temporary latches outward while holding the ceiling panel Fig 1 16 Fig 1 16 2 Align the panel installation holes and the unit screw holes 3 Tighten the supplied washer head screws at the 4 panel installation locations so that the panel is attached tight...

Page 395: ...e the directions of the air intake grilles when installing multiple units and change the directions according to customer s requests When attaching the air intake grille be careful that the flap lead wire does not become caught Be sure to attach the safety cord that prevents the air intake grille from dropping off to the ceiling panel unit as shown in the figure below With this ceiling panel the d...

Page 396: ...ent box cover then check the indoor unit control PCB Connect the jumper connector 2P yellow which was supplied with the accessory to the correct connector pin on the indoor unit control PCB according to the setting number which was confirmed in Table for DC Fan Motor Tap Settings Setting No 3 Then connect the jumper connector to the connector pin TP3 2P yellow on the indoor unit control PCB Settin...

Page 397: ...irflow direction Electrical component box Press the timer time buttons to select the desired setting data Flap position 1 2 3 4 5 Fig 1 22 Setting data refer to Fig 1 22 Setting data Flap position during operation Without separate setting Swing Move to position 1 and stay Move to position 2 and stay Move to position 3 and stay Move to position 4 and stay Move to position 5 and stay When the flap p...

Page 398: ... diagram Insulating tape White 2 For gas and liquid tube flare nuts Flare insulator 1 For liquid tube Flare insulator 1 For gas tube Drain hose 1 Hose band 1 For securing drain hose Packing 1 Drain insulator 1 Clamper 3 Operating Instructions 1 A5 size Installation Instructions 1 Included this instructions Use M10 for suspension bolts Field supply for suspension bolts and nuts ...

Page 399: ...nstructions packed with the outdoor unit allow room for mounting the remote controller about 1 m off the floor in an area that is not in direct sunlight or in the flow of cool air from the indoor unit 4 Way Cassette 60 60 1 m 1 m 1 m 1 m 1 m HOW TO INSTALL THE INDOOR UNIT 4 Way Cassette 60 60 Type Y1 Type Preparation for Ceiling Suspension This unit uses a drain pump Use a carpenter s level to che...

Page 400: ...n connect both ends of the supplied drain hose Fig 2 6 140 25 25 5 5 Twist tie 4 ties supplied Drain port Drain hose insulation supplied Hard PVC pipe equivalent to O D 26 mm Field supply Position to fasten hose bands Hose band 2 bands supplied Unit Unit mm Drain hose supplied Fig 2 6 On the unit drain side grasp the hose band with pliers and insert the drain hose all the way to the base If other ...

Page 401: ...ter drain Over 100 mm Plastic container for water intake Water Approx 500 cc Drain pan outlet Fig 2 11 3 Short the check pin CHK on the indoor control board and operate the drain pump Check the water flow through the transparent drain pipe and see if there is any leakage 4 When the check of drainage is complete open the check pin CHK and remount the tube cover CAUTION Be careful since the fan will...

Page 402: ... the flap 1 Hang the temporary latches on the inside of the ceiling panel to the receptacle on the unit to temporarily attach the ceiling panel in place Fig 2 18 HOW TO INSTALL THE CEILING PANEL 4 Way Cassette 60 60 Type Y1 Type Checking the unit position 1 Check that the ceiling hole is within this range 600 600 mm 2 Confirm that the positions of the indoor unit and the ceiling are as shown in th...

Page 403: ...r in the unit electrical component box Fig 2 22 Direction that the unit faces has been changed to facilitate explanation Electrical component box cover Screws 3 locations Ceiling panel wiring connector Pass the wiring connector through the clamp to fasten it in place as shown in the figure Fig 2 22 If the connectors are not connected the auto flap will not operate Be sure to connect them securely ...

Page 404: ...ps between the unit and the ceiling panel or between the ceiling panel and the ceiling surface Gaps may cause water leakage and condensation Check that the wiring is securely connected If it is not securely connected the auto flap will not operate P09 is displayed on the remote controller In addition water leakage and condensation may occur When Removing the Ceiling Panel for Servicing When removi...

Page 405: ...corner of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestricted air flow around the unit install the unit within the maximum elevation difference above or below the outdoor unit and...

Page 406: ...0 123 110 76 216 50 130 84 32 32 60 171 347 125 72 85 106 90 262 1 1 2 Left side drain hose outlet port Side panel 3 Remote control wiring inlet port ø30 knock out Top outlet port Power inlet port ø40 knock out Knock out Right side drain hose outlet port Side panel Position of plate inside side panel 3 Remote control wiring inlet port ø30 rubber grommet on right side only Rear outlet port Outside ...

Page 407: ...g support Ceiling tiles Fig 3 7 WARNING It is important that you use extreme care in supporting the indoor unit from the ceiling Ensure that the ceiling is strong enough to support the weight of the unit Before hanging the ceiling unit test the strength of each attached suspension bolt 4 Screw in the suspension bolts allowing them to protrude from the ceiling Figs 3 6 and 3 7 The distance of each ...

Page 408: ...3 16 INSIDE PVC pipe field supply Cut at slight angle PVC pipe Slight angle Wall OUTSIDE Fig 3 17 Duct for Fresh Air There is a duct connection port knock out hole at the right rear of the top panel of the indoor unit for drawing in fresh air If it is necessary to draw in fresh air remove the cover by opening the hole and connecting the duct to the indoor unit through the connection port Fig 3 18 ...

Page 409: ...tor T5 T3 2 sets For gas and liquid tube joints Insulating tape White heat resisting 2 For gas and liquid flare joints Vinyl clamp 8 For flare and drain insulator Field supply for Spanish version Eyelet 1 For power supply inlet Full scale installation diagram 1 Printed on container box Drain hose L140 1 For main unit PVC pipe joints Hose band 2 For drain hose connection ...

Page 410: ...r of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestricted air flow around the unit install the unit within the maximum elevation difference above or below the outdoor unit and with...

Page 411: ...e duct connection port ø100 cutout Rear outlet port Figure shows view from front Remote control wiring and inter unit wiring inlet port Left rear side drain hose outlet port cutout Cover of rear tubing hole Power inlet port 1 the indented portion of the side cover and make a hole inside the cover 2 Use a compass saw jigsaw or similar tool and cut along When removing the refrigerant tubing from the...

Page 412: ...nstall the center bracket in its original position Center bracket Fig 4 8 4 3 Suspending the Indoor Unit NOTE Since the diagram is made of paper it may shrink or stretch slightly because of high temperature or humidity For this reason before drilling the holes maintain the correct dimensions between the markings 1 If the full scale installation diagram is placed on the ceiling the locations of eac...

Page 413: ...rface Approx 25 mm Fig 4 16 b Suspend the indoor unit to the bracket Tighten the M8 suspension bolts and fix the indoor unit in place Fig 4 17 M4 screw for preventing bracket from taking off M8 suspension bolts M8 suspension bolt Fig 4 17 NOTE The ceiling surface is not always level Confirm that the indoor unit is evenly suspended For the installation to be correct leave a clearance of about 10 mm...

Page 414: ...lator with a vinyl tape not to cause the detachment If the tubing parts remain exposed condensation may occur Be sure to use the supplied drain hose If other commercially available hose bands are used the drain hose may become pinched or wrinkled and there is danger of water leakage Therefore be sure to use the supplied hose bands Connect the drain pipe so that it slopes downward from the unit to ...

Page 415: ...e perform the reverse procedure to removing the grille Refer to the section 4 2 Preparation Before Installation Be sure to attach the safety string Close the air intake grille and fix the claws of the latches with the screws Safety string Fig 4 26 Ceiling Part Name Figure Q ty Remarks Special washer For temporarily suspending indoor unit from ceiling Drain insulator For drain hose joint Flare insu...

Page 416: ... generated DO select an appropriate position from which every corner of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestricted air flow around the unit install the unit within the ma...

Page 417: ...nel from the indoor unit on the wall at the location selected Make sure the panel is horizontal using a carpenter s level or tape measure to measure down from the ceiling Wait until after cutting the hole before attaching the rear panel to the wall 2 Determine which side of the unit you should make the hole for tubing and wiring Fig 5 6 NOTE In the case of left rear tubing use the measurement poin...

Page 418: ...ll the unit within the range of the wall If Wooden Wall 1 Attach the rear panel to the wall with the 8 screws provided Fig 5 10 If you are not able to line up the holes in the rear panel with the beam locations marked on the wall use rawl plugs or toggle bolts to go through the holes on the panel or drill 5 mm dia holes in the panel over the stud locations and then mount the rear panel 2 Double ch...

Page 419: ...move it Fig 5 16 How to replace the grille 1 While aligning the top edge of the grille with the frame move the grille horizontally and insert the top and bottom into the frame 2 Press the grille firmly with your hand to ensure no gap exists between the frame and grille 3 Tighten the 6 screws And fix the removed covers in place 4 Grasp the sections near the front panel arms on both sides and hold t...

Page 420: ...ram 2 Provide a power outlet to be used exclusively for each unit with a power supply disconnect and circuit breaker for overcurrent protection provided in the exclusive line 3 To prevent possible hazards due to insulation failure the unit must be grounded 4 Each wiring connection must be done tightly and in accordance with the wiring system diagram Wrong wiring may cause the unit to misoperate or...

Page 421: ... into the wall hole Fig 5 24 2 Push the wiring refrigerant tubing and drain hose through the hole in the wall Adjust the indoor unit so it is securely seated on the rear panel Fig 5 25 3 Carefully bend the tubing if necessary to run along the wall in the direction of the outdoor unit and then tape as far as the fittings The drain hose should come straight down the wall to a point where water runof...

Page 422: ... added Check that the screw holes in the drain bracket and the drain pan outlet are aligned and securely in contact then fasten them with the screw After attaching the drain hose check that it is attached securely Fig 5 31 Drain cap Use a Phillips head screwdriver to push the drain cap in firmly If it is difficult to push in wet the cap with water first 3 Install the indoor unit on the rear panel ...

Page 423: ...ap is appropriate less than 2 mm Drain Hose a The drain hose should be slanted downward to the outdoors Fig 5 35 b Never form a trap in the course of the hose c If the drain hose will run in the room insulate the hose with insulation so that chilled condensation will not damage furniture or floors Fig 5 36 Foamed polyethylene or its equivalent is recommended WARNING Do not supply power to the unit...

Page 424: ...1 1 414 Wall Mounted Part Name Figure Q ty Tapping screw Truss head Phillips 4 20 mm 8 Tapping screw Truss head Phillips 4 10 mm 2 Flare insulation 1 ...

Page 425: ...where high frequency emissions are generated DO select an appropriate position from which every corner of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestricted air flow around the u...

Page 426: ... 23 113 65 70 90 26 1 300 186 27 256 172 280 g h f i c d b a e j Fig 6 1 Table 6 1 Unit mm Type A B C D E F 36 45 50 867 800 450 Pitch 150 3 71 592 12 60 71 1 067 1 000 750 Pitch 150 5 21 792 16 100 125 140 1 467 1 400 1 050 Pitch 150 7 71 1 192 20 Table 6 2 Unit mm Air intake port side Air outlet duct side F ø3 holes E Flange O D A Suspension bolt pitch Unit mm Fig 6 2 a Refrigerant tubing joint ...

Page 427: ...g 6 1 and Table 6 2 Tubing must be laid and connected inside the ceiling when suspending the unit If the ceiling is already constructed lay the tubing into position for connection to the unit before placing the unit inside the ceiling 2 Screw in the suspension bolts allowing them to protrude from the ceiling Fig 6 3 Cut the ceiling material if necessary 3 Thread the 3 hexagonal nuts and 2 washers ...

Page 428: ... the drain pipe the section directly after the connection port can be raised a maximum of 500 mm Do not raise it any higher than 500 mm as this could result in water leaks Fig 6 11 300 mm or less 500 mm or less Good Fig 6 11 Do not install the pipe with an upward slant from the connection port This will cause the drain water to flow backward and leak when the unit is not operating Fig 6 12 Upward ...

Page 429: ...f the installation hole Use M5 self tapping screws for installation Fig 6 16 NOTE Select an air intake grille with a filter at a local shop To get clean air and to extend the service life of the air conditioner an air filter must be installed in the air intake For installation and cleaning the air filter consult your dealer or service center Pull out Bracket Packing Filter Fig 6 15 K ø4 1 hole For...

Page 430: ...e controller Air outlet volume is automatically adjusted to the rated airflow volume with the auto airflow control drive Flow of External Static Pressure Finish the ducting and electrical wiring and prepare it for use Note 1 External static pressure should be set during initial operations after installation before the cooling and heating test run When operating with group control connecting multip...

Page 431: ...or water leakages Refer to Fig 6 18 for the external static pressure setting range There are cases in which automatic variable dampers and other mounted items may trigger the P12 alarm on systems that modify the external static pressure when the auto airflow volume control operations or setting check operations are carried out if high external static pressure is lowered In this event lower the dam...

Page 432: ...re seconds will be displayed on the remote controller s LCD display 2 Press the button to commence the test run Test Run will be displayed on the remote controller s LCD display 3 Select the fan mode and set it to H by pressing the button CAUTION Auto airflow volume control operations and external static pressure setting check operations will not be performed unless H has been selected for the fan...

Page 433: ... diagram External static pressure Pa Limit line Limit line Limit line Limit line Limit line 60 71 types Airflow Volume m3 minute 0 50 100 150 180 0 3 0 2 1 3 1 2 3 1 6 5 15 14 13 12 11 8 PQ diagram External static pressure Pa L i m i t l i n e L i m i t l i n e Lim it line Limit line Limit line 100 type Airflow Volume m3 minute 15 14 13 12 11 8 6 5 3 0 50 100 150 180 0 4 0 3 0 2 1 3 1 2 1 PQ diagr...

Page 434: ...or drain hose joint Hose band 1 For securing drain hose Packing 1 For drain hose joint hard material Packing 1 For drain hose joint soft material Drain hose 1 Operating Instructions 1 A5 size Installation Instructions 1 Included this instructions Short circuit connection 1 For high static pressure Located on the back of the electrical component box lid Use M10 for suspension bolts Suspension bolts...

Page 435: ...ve the air outlet duct frange How to Install Duct Frange 2 Attach the duct frange to the side of the unit with the supplied screws Duct frange 4 circle duct frange CZ 160DAF2 3 circle duct frange CZ 90DAF2 2 circle duct frange CZ 56DAF2 ...

Page 436: ...iagram CZ 90DAF2 640 45 45 45 45 265 265 244 107 107 170 170 300 100 840 45 245 240 245 244 107 107 160 160 260 260 100 244 107 107 1240 45 265 300 300 265 185 185 290 290 290 100 8 Ø6 holes 10 Ø6 holes 12 Ø6 holes Ø200 Ø200 Ø200 Ø200 Ø200 Ø200 Ø200 Ø200 Ø200 unit mm unit mm unit mm ...

Page 437: ...cy emissions are generated DO select an appropriate position from which every corner of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestricted air flow around the unit install the un...

Page 438: ...out the room POSITION OF SUSPENSION BOLT 1 3mm Drainage hole unit mm Remove the absorber at air return hole before installation Absorber A TYPE B C D E S 36PN1E5 S 45PN1E5 S 50PN1E5 S 60PN1E5 S 71PN1E5 S 100PN1E5 S 125PN1E5 S 140PN1E5 840 780 523 64 650 1060 1000 523 64 650 1260 1200 523 64 650 Uint mm Inspection hole Front Control box Top view Front view 600 x 600 600 600 1000 Above 250cm A B C D...

Page 439: ... 50PN1E5 58 48 31 65 161 48 30 650 30 31 32 187 55 55 100 670 585 P65 x 9 780 P65 x 12 650 P65 x 10 845 P65 x 13 65 64 250 80 65 740 780 523 134 45 20 840 3 2 1 6 5 4 4 Air Flow Outside Dimensions MODEL NO UNIT mm Air Flow Hanger Drain pipe connection Pipe connection liquid 1 2 3 4 5 NO 6 NOTE NAME Pipe connection gas 4 Q TY 2 1 1 2 1 Duct connection Control box O D Ø15 88 Flared O D Ø9 52 Flared ...

Page 440: ...connection Control box O D Ø15 88 Flared O D Ø9 52 Flared Female screw PT1 Outside Dimensions MODEL NO UNIT mm S 100PN1E5 S 140PN1E5 S 125PN1E5 100 1260 1090 250 64 46 Ø4 5 44 Ø4 5 80 1160 20 1320 523 1200 65 57 5 60 1040 P65x16 58 48 31 65 161 48 30 650 30 31 32 187 65 4 5 4 3 2 1 6 Drain pipe connection 975 P65 x 15 Air Flow ...

Page 441: ...w in the suspension bolts allowing them to protrude from the ceiling Fig 7 3 Cut the ceiling material if necessary 3 Thread the 3 hexagonal nuts and 2 washers field supply onto each of the 4 suspension bolts Figs 7 5 and 7 6 Use 1 nut and 1 washer for the upper part and 2 nuts and 1 washer for the lower part so that the unit will not fall off the suspension lugs Fig 7 5 Suspension bolt Nuts and wa...

Page 442: ... not apply force to the piping on the unit side when connecting the drain pipe The pipe should not be allowed to hang unsupported from its connection to the unit Fasten the pipe to a wall frame or other support as close to the unit as possible Fig 7 13 Support pieces Fig 7 8 2 After connecting the drain pipe securely wrap the supplied packing and drain pipe insulator around the pipe then secure it...

Page 443: ...e wired remote controller Air outlet volume is automatically adjusted to the rated airflow volume with the auto airflow control drive Flow of External Static Pressure Finish the ducting and electrical wiring and prepare it for use Note 1 External static pressure should be set during initial operations after installation before the cooling and heating test run When operating with group control conn...

Page 444: ...ay result in insufficient airflow or water leakages Refer to Fig 7 18 for the external static pressure setting range There are cases in which automatic variable dampers and other mounted items may trigger the P12 alarm on systems that modify the static pressure of outdoor units when the auto airflow volume control operations or setting check operations are carried out if high static pressure in th...

Page 445: ...e seconds will be displayed on the remote controller s LCD display 2 Press and hold down the Press the button to commence the test run Test Run will be displayed on the remote controller s LCD display 3 Select the fan mode and set it to H by pressing the button Auto airflow volume control operations and external static pressure setting check operations will not be performed unless H has been selec...

Page 446: ... Heating Cooling Heating Cooling Heating Setting at shipment Item code Fig 7 18 P Q diagram 0 50 100 16 26 Air Volume m3 min 3 2 S 60PN1E5 S 71PN1E5 Limit line External Static Pressure Pa P Q diagram 0 50 100 6 3 6 2 Air Volume m3 min 3 2 S 125PN1E5 Limit line 40 30 External Static Pressure Pa P Q diagram 0 50 100 4 3 4 2 Air Volume m3 min 3 2 S 100PN1E5 40 30 Limit line External Static Pressure P...

Page 447: ... standard tap use as is at shipment For high static pressure duct switch Fan Motor connector to plug in boost tap white connector to elevate air volume 0 10 20 30 40 50 60 70 80 18 8 0 10 20 30 40 50 60 70 80 20 10 P Q CURVE External Static Pressure Pa Air Volume m3 min Lo S 36PN1E5 P Q CURVE S 45PN1E5 S 50PN1E5 Me standard tap Hi boost tap SHi Lo Me standard tap Hi boost tap SHi External Static P...

Page 448: ...om ceiling Flare insulator For gas and liquid tubes Hose band For securing drain hose Foam drain socket For drain hole another side of drain hose Drain hose Flange For inlet duct installation Screw 8 2 5 1 1 2 4 Use M10 for suspension bolts Suspension bolts and nuts are field supply ...

Page 449: ...upplied F Liquid piping Field supplied G Thermistor for Liquid pipe E1 H Thermistor for Heat exchanger pipe middle E2 I Thermistor for Suction air TA J Inter unit wiring K Magnetic relay for operating the blower Field supplied Strainer Liquid pipe Gas pipe Min ø25 4 100 Field supply Single connection Single connection type only System piping length Charging with refrigerant At the time of shipment...

Page 450: ...liquid pipe thermistor to the liquid pipe located in the lowest position after distributer in heat exchanger Cover the thermistor and pipe with aluminum tape Cover the thermistor and pipe with aluminum tape Thermal insulation and wiring are fixed in two bands Cover the aluminum tape with thermal insulation Installation of Strainer Field supplied Attach the strainer to the side of the outdoor unit ...

Page 451: ...owing Table 1 2 3 The limitation of temperature range is shown below Table 1 Inside volume of heat exchanger Table 2 Air volume of heat exchanger Table 3 Front area of heat exchanger Cooling Capacity 10 kW 12 5 kW 14 kW 0 51 m2 0 51 m2 0 51 m2 0 43 m2 0 43 m2 0 43 m2 Front area 1 2 3 4 X1 Minimum applicable load DC 5 V 1 mA Maximum applicable load AC 230 V 2 A SW 1 operation command field supply A...

Page 452: ...t exchanger hairpin Minimum number of passes Number of steps Distance between tube sheets Number of rows 1 5 10 4 For example Number of steps 12 Distance between tube sheets 1000 mm Number of rows 3 Minimum number of passes 12 1000 3 1 5 10 4 5 4 6 passes ...

Page 453: ...2 1 1 52 27 16 5 9 5 5 1 61 5 6 5 4 1 74 5 2 5 2 1 92 5 0 5 0 2 13 3 9 3 9 1 40 19 6 4 4 5 1 67 6 0 4 4 1 82 5 6 4 2 2 00 5 4 4 1 2 22 4 2 3 7 1 46 22 7 0 3 6 1 74 6 5 3 4 1 89 6 1 3 3 2 08 5 9 3 2 2 31 4 6 2 7 1 52 29 16 5 9 5 9 1 61 5 6 5 6 1 74 5 2 5 2 1 92 5 0 5 0 2 13 3 9 3 9 1 40 19 6 4 5 2 1 67 6 0 5 0 1 82 5 6 4 8 2 00 5 4 4 7 2 22 4 2 4 2 1 46 22 7 0 4 2 1 74 6 5 4 0 1 89 6 1 3 8 2 08 5 9...

Page 454: ... 5 10 0 3 70 11 6 9 9 3 85 8 5 8 5 3 15 22 14 2 8 0 3 35 14 2 8 0 3 60 13 7 7 8 3 83 12 7 7 5 3 98 9 3 6 2 3 25 29 16 12 4 12 4 3 11 12 4 12 4 3 34 11 9 11 9 3 56 11 0 11 0 3 70 8 1 8 1 3 02 19 13 2 12 2 3 25 13 2 12 2 3 49 12 7 11 8 3 71 11 8 11 7 3 86 8 6 8 6 3 15 22 14 5 9 8 3 36 14 5 9 8 3 61 13 9 9 5 3 84 12 9 9 2 3 99 9 5 7 9 3 26 32 16 12 5 12 5 3 12 12 5 12 5 3 35 12 1 12 1 3 56 11 2 11 2 ...

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Page 456: ...5 1 5 03 15 1 15 1 5 41 14 5 14 5 5 75 13 5 13 5 5 98 9 9 9 9 4 89 19 16 1 13 1 5 25 16 1 13 2 5 64 15 5 12 7 6 00 14 4 12 6 6 24 10 5 10 5 5 10 22 17 7 10 1 5 43 17 7 10 1 5 83 17 0 9 8 6 21 15 8 9 5 6 46 11 5 7 8 5 28 29 16 15 3 15 3 5 05 15 3 15 3 5 42 14 7 14 7 5 77 13 7 13 7 6 00 10 0 10 0 4 90 19 16 4 15 4 5 26 16 4 15 4 5 65 15 7 14 9 6 01 14 6 14 6 6 26 10 7 10 7 5 11 22 17 9 12 3 5 44 17 ...

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Page 460: ... 6 2 1 1 78 27 16 5 9 5 1 1 89 5 6 5 0 2 05 5 2 4 8 2 26 5 0 4 7 2 50 3 9 3 9 1 64 19 6 4 4 3 1 96 6 0 4 1 2 13 5 6 3 9 2 35 5 4 3 9 2 61 4 2 3 3 1 71 22 7 0 3 5 2 04 6 5 3 3 2 22 6 1 3 1 2 44 5 9 3 0 2 71 4 6 2 5 1 78 29 16 5 9 5 7 1 89 5 6 5 5 2 05 5 2 5 2 2 26 5 0 5 0 2 50 3 9 3 9 1 64 19 6 4 4 8 1 96 6 0 4 6 2 13 5 6 4 4 2 35 5 4 4 4 2 61 4 2 3 9 1 71 22 7 0 4 0 2 04 6 5 3 8 2 22 6 1 3 6 2 44 ...

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Page 477: ... 9 10 9 3 79 8 0 8 0 3 10 19 13 0 10 2 3 33 13 0 10 2 3 57 12 5 9 9 3 80 11 6 9 7 3 95 8 5 8 4 3 23 22 14 2 7 8 3 44 14 2 7 8 3 70 13 7 7 7 3 93 12 7 7 4 4 09 9 3 6 1 3 34 29 16 12 4 12 4 3 20 12 4 12 4 3 43 11 9 11 9 3 65 11 0 11 0 3 80 8 1 8 1 3 10 19 13 2 11 9 3 33 13 2 11 9 3 58 12 7 11 7 3 81 11 8 11 5 3 96 8 6 8 6 3 24 22 14 5 9 6 3 45 14 5 9 6 3 70 13 9 9 4 3 94 12 9 9 1 4 10 9 5 7 7 3 35 3...

Page 478: ... 1 15 1 5 20 15 1 15 1 5 59 14 5 14 5 5 94 13 5 13 5 6 18 9 9 9 9 5 05 19 16 1 13 1 5 43 16 1 13 2 5 83 15 5 12 7 6 20 14 4 12 6 6 45 10 5 10 5 5 27 22 17 7 10 0 5 61 17 7 10 1 6 03 17 0 9 7 6 41 15 8 9 5 6 67 11 5 7 8 5 45 29 16 15 3 15 3 5 21 15 3 15 3 5 60 14 7 14 7 5 96 13 7 13 7 6 20 10 0 10 0 5 06 19 16 4 15 4 5 44 16 4 15 5 5 84 15 7 14 9 6 22 14 6 14 6 6 46 10 7 10 7 5 28 22 17 9 12 3 5 63...

Page 479: ...8 2 20 5 4 5 4 2 00 22 8 4 5 8 2 18 8 0 5 5 2 39 7 6 5 4 2 60 6 5 4 7 2 29 5 9 4 3 2 08 S 71PU1E5 U 71PEY1E5 220V 230V 240V 50Hz 1 phase 23 16 7 9 6 0 2 26 7 5 5 8 2 47 7 2 5 7 2 69 6 1 5 0 2 36 5 5 4 6 2 15 19 8 5 4 6 2 35 8 1 4 4 2 58 7 7 4 2 2 80 6 5 3 7 2 46 5 9 3 4 2 24 22 9 2 3 1 2 45 8 8 3 0 2 68 8 4 2 8 2 91 7 1 2 4 2 56 6 4 2 1 2 33 25 16 7 9 7 0 2 26 7 5 6 8 2 47 7 2 6 6 2 69 6 1 5 7 2 3...

Page 480: ... 13 0 4 15 13 0 12 6 4 47 12 6 12 3 4 79 10 2 10 2 4 55 7 7 7 7 3 14 19 14 3 10 5 4 33 13 9 10 3 4 66 13 5 10 0 5 00 10 9 8 5 4 75 8 2 6 9 3 27 22 15 7 8 3 4 48 15 3 8 2 4 83 14 8 7 9 5 17 11 9 6 6 4 92 9 0 5 3 3 39 29 16 13 6 13 6 4 16 13 2 13 2 4 48 12 8 12 8 4 81 10 3 10 3 4 57 7 8 7 8 3 15 19 14 5 12 2 4 34 14 1 11 9 4 68 13 7 11 6 5 01 11 1 9 9 4 76 8 3 7 9 3 28 22 15 9 10 0 4 49 15 5 9 8 4 8...

Page 481: ... 15 7 9 6 0 2 86 S 60PU1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 12 5 10 1 4 02 12 2 9 9 4 33 11 8 9 6 4 64 9 5 8 1 4 41 7 2 6 7 3 04 19 13 4 7 5 4 19 13 0 7 4 4 51 12 6 7 2 4 84 10 2 6 0 4 60 7 7 4 8 3 17 22 14 7 4 9 4 33 14 3 4 8 4 67 13 8 4 6 5 00 11 1 3 7 4 75 8 4 2 8 3 28 25 16 13 0 12 2 4 08 12 6 11 8 4 40 12 2 11 5 4 72 9 9 9 9 4 48 7 4 7 4 3 09 19 13 8 9 5 4 26 ...

Page 482: ...4 2 77 8 4 5 2 3 02 7 1 4 5 2 65 6 4 4 2 2 42 S 50PY1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 10 6 7 7 3 44 10 1 7 3 3 70 9 6 7 0 3 97 8 2 6 3 3 77 5 9 4 8 2 60 19 11 4 6 0 3 59 10 8 5 7 3 86 10 3 5 5 4 14 8 7 4 7 3 93 6 3 3 6 2 71 22 12 4 4 3 3 71 11 9 4 1 4 00 11 3 3 9 4 28 9 6 3 2 4 07 6 9 2 3 2 81 25 16 11 0 9 1 3 49 10 5 8 7 3 77 10 0 8 3 4 04 8 5 7 4 3 84 6 1 5 7 ...

Page 483: ...9 5 4 2 55 5 4 5 0 2 32 22 8 4 5 4 2 53 8 0 5 2 2 77 7 6 5 0 3 02 6 5 4 3 2 65 5 9 4 0 2 42 S 71PT1E5 U 71PEY1E5 220V 230V 240V 50Hz 1phase 23 16 7 9 5 7 2 66 7 5 5 5 2 91 7 2 5 4 3 17 6 1 4 6 2 79 5 5 4 2 2 54 19 8 5 4 4 2 77 8 1 4 2 3 04 7 7 4 1 3 30 6 5 3 5 2 90 5 9 3 2 2 65 22 9 2 3 2 2 88 8 8 3 0 3 16 8 4 2 8 3 43 7 1 2 5 3 02 6 4 2 2 2 75 25 16 7 9 6 5 2 66 7 5 6 2 2 91 7 2 6 0 3 17 6 1 5 2 ...

Page 484: ... 13 4 12 6 4 15 13 0 12 4 4 47 12 6 12 1 4 79 10 2 10 2 4 55 7 7 7 7 3 14 19 14 3 10 4 4 33 13 9 10 2 4 66 13 5 9 9 5 00 10 9 8 4 4 75 8 2 6 8 3 27 22 15 7 8 3 4 48 15 3 8 1 4 83 14 8 7 9 5 17 11 9 6 5 4 92 9 0 5 2 3 39 29 16 13 6 13 6 4 16 13 2 13 2 4 48 12 8 12 8 4 81 10 3 10 3 4 57 7 8 7 8 3 15 19 14 5 12 0 4 34 14 1 11 7 4 68 13 7 11 4 5 01 11 1 9 7 4 76 8 3 7 8 3 28 22 15 9 9 8 4 49 15 5 9 7 ...

Page 485: ...7 2 4 15 7 9 5 5 2 86 S 60PT1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 12 5 9 6 4 02 12 2 9 3 4 33 11 8 9 0 4 64 9 5 7 7 4 41 7 2 6 2 3 04 19 13 4 7 2 4 19 13 0 7 1 4 51 12 6 6 9 4 84 10 2 5 7 4 60 7 7 4 5 3 17 22 14 7 5 0 4 33 14 3 4 8 4 67 13 8 4 7 5 00 11 1 3 7 4 75 8 4 2 8 3 28 25 16 13 0 11 4 4 08 12 6 11 1 4 40 12 2 10 8 4 72 9 9 9 3 4 48 7 4 7 2 3 09 19 13 8 8 9 4...

Page 486: ... 9 0 4 05 11 5 8 6 4 34 9 8 7 7 4 12 7 0 6 5 2 84 22 13 9 7 4 3 89 13 3 7 1 4 19 12 6 6 7 4 49 10 7 5 9 4 27 7 7 4 8 2 94 29 16 12 1 11 5 3 61 11 5 10 9 3 89 10 9 10 3 4 17 9 3 8 8 3 96 6 7 6 4 2 73 19 12 9 11 0 3 77 12 3 10 5 4 06 11 7 10 1 4 35 9 9 9 1 4 13 7 1 6 7 2 85 22 14 1 8 9 3 90 13 5 8 5 4 20 12 8 8 2 4 50 10 9 7 3 4 28 7 8 6 0 2 95 32 16 12 3 11 7 3 62 11 7 11 1 3 90 11 1 10 5 4 18 9 4 ...

Page 487: ... 0 7 4 4 29 7 9 6 0 2 96 S 60PT2E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 12 5 9 7 4 14 12 2 9 5 4 46 11 8 9 2 4 79 9 5 7 8 4 55 7 2 6 8 3 13 19 13 4 7 4 4 32 13 0 7 2 4 66 12 6 7 0 4 99 10 2 5 8 4 74 7 7 4 8 3 27 22 14 7 5 1 4 47 14 3 4 9 4 82 13 8 4 8 5 16 11 1 3 8 4 91 8 4 2 9 3 38 25 16 13 0 11 6 4 21 12 6 11 3 4 54 12 2 11 0 4 87 9 9 9 4 4 62 7 4 7 4 3 19 19 13 8 9 ...

Page 488: ... 4 2 42 5 4 5 0 2 20 22 8 4 5 5 2 40 8 0 5 3 2 63 7 6 5 1 2 86 6 5 4 4 2 52 5 9 4 1 2 29 S 71PK1E5 U 71PEY1E5 220V 230V 240V 50Hz 1phase 23 16 7 9 5 8 2 42 7 5 5 6 2 65 7 2 5 4 2 88 6 1 4 7 2 53 5 5 4 3 2 31 19 8 5 4 5 2 52 8 1 4 3 2 76 7 7 4 1 3 00 6 5 3 5 2 64 5 9 3 3 2 40 22 9 2 3 2 2 62 8 8 3 1 2 87 8 4 3 0 3 12 7 1 2 5 2 74 6 4 2 2 2 50 25 16 7 9 6 6 2 42 7 5 6 3 2 65 7 2 6 1 2 88 6 1 5 3 2 5...

Page 489: ...3 50 11 2 11 2 3 78 10 6 10 6 4 05 9 0 9 0 3 84 6 5 6 5 2 65 19 12 5 10 8 3 65 11 9 10 3 3 94 11 3 9 8 4 22 9 6 8 9 4 01 6 9 6 6 2 76 22 13 7 8 8 3 78 13 1 8 4 4 07 12 4 8 0 4 37 10 5 7 1 4 15 7 6 5 5 2 86 S 60PK1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 12 2 9 4 4 02 11 9 9 3 4 33 11 5 9 0 4 64 9 3 7 6 4 41 7 0 6 2 3 04 19 13 1 7 2 4 19 12 7 7 0 4 51 12 3 6 8 4 84 9 9 5...

Page 490: ... 51 5 4 5 4 2 28 22 8 4 5 8 2 49 8 0 5 7 2 73 7 6 5 5 2 96 6 5 4 8 2 61 5 9 4 4 2 38 S 71PF1E5 U 71PEY1E5 220V 230V 240V 50Hz 1phase 23 16 7 9 5 9 2 64 7 5 5 7 2 89 7 2 5 5 3 14 6 1 4 8 2 76 5 5 4 4 2 52 19 8 5 4 5 2 75 8 1 4 3 3 01 7 7 4 1 3 27 6 5 3 5 2 88 5 9 3 3 2 62 22 9 2 3 1 2 86 8 8 2 9 3 13 8 4 2 7 3 40 7 1 2 4 2 99 6 4 2 1 2 73 25 16 7 9 6 8 2 64 7 5 6 5 2 89 7 2 6 3 3 14 6 1 5 5 2 76 5 ...

Page 491: ...0 4 15 13 0 12 7 4 47 12 6 12 3 4 79 10 2 10 2 4 55 7 7 7 7 3 14 19 14 3 10 6 4 33 13 9 10 3 4 66 13 5 10 2 5 00 10 9 8 6 4 75 8 2 7 0 3 27 22 15 7 8 3 4 48 15 3 8 2 4 83 14 8 7 9 5 17 11 9 6 6 4 92 9 0 5 3 3 39 29 16 13 6 13 6 4 16 13 2 13 2 4 48 12 8 12 8 4 81 10 3 10 3 4 57 7 8 7 8 3 15 19 14 5 12 2 4 34 14 1 12 0 4 68 13 7 11 7 5 01 11 1 10 0 4 76 8 3 7 9 3 28 22 15 9 10 0 4 49 15 5 9 8 4 84 1...

Page 492: ...7 9 6 1 2 86 S 60PF1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 12 5 10 4 4 02 12 2 10 1 4 33 11 8 9 8 4 64 9 5 8 4 4 41 7 2 6 8 3 04 19 13 4 7 6 4 19 13 0 7 4 4 51 12 6 7 2 4 84 10 2 6 0 4 60 7 7 4 9 3 17 22 14 7 4 9 4 33 14 3 4 7 4 67 13 8 4 6 5 00 11 1 3 7 4 75 8 4 2 8 3 28 25 16 13 0 12 5 4 08 12 6 12 1 4 40 12 2 11 8 4 72 9 9 9 9 4 48 7 4 7 4 3 09 19 13 8 9 6 4 26 13 ...

Page 493: ...9 5 9 2 59 5 4 5 4 2 36 22 8 4 5 9 2 57 8 0 5 7 2 81 7 6 5 5 3 06 6 5 4 9 2 69 5 9 4 5 2 45 S 71PN1E5 U 71PEY1E5 220V 230V 240V 50Hz 1phase 23 16 7 9 6 1 2 60 7 5 5 9 2 85 7 2 5 7 3 10 6 1 5 0 2 73 5 5 4 6 2 49 19 8 5 4 6 2 71 8 1 4 4 2 97 7 7 4 2 3 23 6 5 3 7 2 84 5 9 3 4 2 59 22 9 2 3 1 2 82 8 8 3 0 3 09 8 4 2 8 3 36 7 1 2 4 2 95 6 4 2 1 2 69 25 16 7 9 7 0 2 60 7 5 6 8 2 85 7 2 6 7 3 10 6 1 5 7 ...

Page 494: ... 4 13 2 4 32 13 0 12 9 4 65 12 6 12 6 4 99 10 2 10 2 4 74 7 7 7 7 3 26 19 14 3 10 8 4 50 13 9 10 5 4 85 13 5 10 3 5 20 10 9 8 7 4 94 8 2 7 1 3 41 22 15 7 8 6 4 66 15 3 8 3 5 02 14 8 8 1 5 38 11 9 6 7 5 11 9 0 5 4 3 52 29 16 13 6 13 6 4 33 13 2 13 2 4 66 12 8 12 8 5 00 10 3 10 3 4 75 7 8 7 8 3 27 19 14 5 12 5 4 51 14 1 12 1 4 86 13 7 11 9 5 21 11 1 10 2 4 95 8 3 8 0 3 41 22 15 9 10 2 4 67 15 5 9 9 ...

Page 495: ...8 4 25 7 9 6 0 2 93 S 60PN1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3phase 23 16 12 5 10 3 4 18 12 2 10 1 4 50 11 8 9 8 4 82 9 5 8 4 4 58 7 2 6 8 3 16 19 13 4 7 5 4 36 13 0 7 4 4 69 12 6 7 2 5 03 10 2 6 0 4 78 7 7 4 8 3 29 22 14 7 4 8 4 51 14 3 4 7 4 86 13 8 4 5 5 20 11 1 3 6 4 95 8 4 2 8 3 41 25 16 13 0 12 5 4 25 12 6 12 2 4 57 12 2 11 9 4 90 9 9 9 9 4 66 7 4 7 4 3 21 19 13 8 9 6 4...

Page 496: ...U1E5 U 71PE1E5 U 71PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 8 2 2 88 8 5 2 90 9 7 2 86 9 9 2 67 9 9 2 47 20 7 8 2 96 8 1 2 98 9 0 2 90 9 0 2 72 9 0 2 49 24 7 4 3 05 7 7 3 07 8 1 2 96 8 1 2 78 8 1 2 55 S 100PU1E5 U 100PE1E5 U 100PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 15 1 4 97 15 1 4 77 15 1 4 16 15 1 3 66 15 1 3 10 20 14 0 5 26 14 0 5 05 14 0 4 40 14 0 3 87 14 0 3 28 24 13 1 5 34 13 1 5 ...

Page 497: ...94 13 1 3 33 S 36PU1E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16 0 4 58 16 0 3 87 24 14 5 5 93 14 9 5 84 15 0 5 28 15 0 4 65 15 0 3 94 S 45PU1E5 3 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16...

Page 498: ...ng Power Consumption unit kW Outdoor air intake temp C W B Model Power Source Ambient Return Air 5 C 0 C 6 C 10 C 15 C DB TC IPT TC IPT TC IPT TC IPT TC IPT S 50PY1E5 U 50PE1E5 220V 230V 240V 50Hz 1 phase 16 4 4 2 00 4 7 2 06 6 5 2 44 8 0 2 92 8 5 2 80 20 4 3 2 11 4 6 2 17 6 3 2 57 7 8 3 08 8 3 2 95 24 4 1 2 17 4 4 2 23 6 0 2 65 7 5 3 17 7 9 3 04 ...

Page 499: ... 3 94 13 1 3 33 S 50PY1E5 2 U 100PE1E5 U 100PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 15 1 4 97 15 1 4 77 15 1 4 16 15 1 3 66 15 1 3 10 20 14 0 5 26 14 0 5 05 14 0 4 40 14 0 3 87 14 0 3 28 24 13 1 5 34 13 1 5 13 13 1 4 47 13 1 3 94 13 1 3 33 S 36PY1E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20...

Page 500: ... U 71PE1E5 U 71PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 8 2 2 88 8 5 2 90 9 7 2 86 9 9 2 67 9 9 2 47 20 7 8 2 96 8 1 2 98 9 0 2 90 9 0 2 72 9 0 2 49 24 7 4 3 05 7 7 3 07 8 1 2 96 8 1 2 78 8 1 2 55 S 100PT1E5 U 100PE1E5 U 100PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 15 1 4 97 15 1 4 77 15 1 4 16 15 1 3 66 15 1 3 10 20 14 0 5 26 14 0 5 05 14 0 4 40 14 0 3 87 14 0 3 28 24 13 1 5 34 13 1 5 13 1...

Page 501: ...13 1 3 33 S 36PT1E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16 0 4 58 16 0 3 87 24 14 5 5 93 14 9 5 84 15 0 5 28 15 0 4 65 15 0 3 94 S 45PT1E5 3 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16 0 ...

Page 502: ...5 U 71PE1E5 U 71PE1E8 220V 230V 240V 50Hz 1phase 3 phase 16 8 2 2 88 8 5 2 90 9 7 2 86 9 9 2 67 9 9 2 47 20 7 8 2 96 8 1 2 98 9 0 2 90 9 0 2 72 9 0 2 49 24 7 4 3 05 7 7 3 07 8 1 2 96 8 1 2 78 8 1 2 55 S 100PT2E5 U 100PE1E5 U 100PE1E8 220V 230V 240V 50Hz 1phase 3 phase 16 15 1 4 97 15 1 4 77 15 1 4 16 15 1 3 66 15 1 3 10 20 14 0 5 26 14 0 5 05 14 0 4 40 14 0 3 87 14 0 3 28 24 13 1 5 34 13 1 5 13 13...

Page 503: ... 13 1 3 33 S 36PT2E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1phase 3 phase 16 16 7 5 53 17 2 5 44 17 3 4 92 17 3 4 34 17 3 3 67 20 15 5 5 85 15 9 5 75 16 0 5 21 16 0 4 59 16 0 3 88 24 14 5 5 94 14 9 5 85 15 0 5 29 15 0 4 66 15 0 3 94 S 45PT2E5 3 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1phase 3 phase 16 16 7 5 53 17 2 5 44 17 3 4 92 17 3 4 34 17 3 3 67 20 15 5 5 85 15 9 5 75 16 0 5 21 16 0 4...

Page 504: ...16 4 6 1 91 4 9 1 96 6 7 2 33 8 3 2 79 8 8 2 67 20 4 4 2 01 4 7 2 06 6 5 2 45 8 0 2 93 8 5 2 81 24 4 3 2 07 4 5 2 13 6 2 2 52 7 7 3 02 8 2 2 89 S 60PK1E5 U 60PE1E5 220V 230V 240V 50Hz 1 phase 16 7 3 2 43 7 5 2 45 8 6 2 44 8 8 2 32 8 8 2 17 20 7 0 2 51 7 2 2 52 8 0 2 48 8 0 2 36 8 0 2 21 24 6 6 2 58 6 8 2 60 7 2 2 52 7 2 2 40 7 2 2 25 S 71PK1E5 U 71PE1E5 U 71PE1E8 220V 230V 240V 50Hz 1 phase 3 phas...

Page 505: ...4 13 1 3 33 S 36PK1E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16 0 4 58 16 0 3 87 24 14 5 5 93 14 9 5 84 15 0 5 28 15 0 4 65 15 0 3 94 S 45PK1E5 3 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16 ...

Page 506: ...71PF1E5 U 71PE1E5 U 71PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 8 2 2 88 8 5 2 90 9 7 2 86 9 9 2 67 9 9 2 47 20 7 8 2 96 8 1 2 98 9 0 2 90 9 0 2 72 9 0 2 49 24 7 4 3 05 7 7 3 07 8 1 2 96 8 1 2 78 8 1 2 55 S 100PF1E5 U 100PE1E5 U 100PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 15 1 4 97 15 1 4 77 15 1 4 16 15 1 3 66 15 1 3 10 20 14 0 5 26 14 0 5 05 14 0 4 40 14 0 3 87 14 0 3 28 24 13 1 5 34 13 1...

Page 507: ...1 3 94 13 1 3 33 S 36PF1E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 20 16 0 4 58 16 0 3 87 24 14 5 5 93 14 9 5 84 15 0 5 28 15 0 4 65 15 0 3 94 S 45PF1E5 3 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 52 17 2 5 43 17 3 4 91 17 3 4 33 17 3 3 66 20 15 5 5 84 15 9 5 74 16 0 5 2...

Page 508: ... U 71PE1E5 U 71PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 8 2 2 90 8 5 2 92 9 7 2 88 9 9 2 69 9 9 2 48 20 7 8 2 98 8 1 3 00 9 0 2 92 9 0 2 74 9 0 2 51 24 7 4 3 07 7 7 3 09 8 1 2 98 8 1 2 79 8 1 2 57 S 100PN1E5 U 100PE1E5 U 100PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 15 1 5 08 15 1 4 88 15 1 4 25 15 1 3 74 15 1 3 17 20 14 0 5 38 14 0 5 17 14 0 4 50 14 0 3 96 14 0 3 35 24 13 1 5 46 13 1 5 25 1...

Page 509: ...3 1 3 41 S 36PN1E5 4 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 73 17 2 5 64 17 3 5 10 17 3 4 49 17 3 3 80 20 15 5 6 06 15 9 5 96 16 0 5 40 16 0 4 75 16 0 4 02 24 14 5 6 16 14 9 6 06 15 0 5 49 15 0 4 83 15 0 4 09 S 45PN1E5 3 U 125PE1E5 U 125PE1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 16 7 5 73 17 2 5 64 17 3 5 10 17 3 4 49 17 3 3 80 20 15 5 6 06 15 9 5 96 16 0 5 40 16 0 4...

Page 510: ...9 10 6 2 80 20 5 5 2 05 6 0 2 14 8 1 2 51 9 1 2 73 10 2 2 95 24 5 2 2 11 5 7 2 21 7 8 2 59 8 7 2 81 9 8 3 03 S 100PU1E5 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 125PU1E5 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phas...

Page 511: ... 81 9 8 3 03 S 50PU1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 60PU1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 14 5 4 81 15 2 4 35 16 2 4 16 15 1 3 15 17 0 3 30 20 13 5 5 09 14 0 4 60 15 0 4 4...

Page 512: ...C DB TC IPT TC IPT TC IPT TC IPT TC IPT S 36PY1E5 2 U 71PEY1E5 220V 230V 240V 50Hz 1 phase 16 5 6 2 09 6 1 2 19 8 3 2 57 9 4 2 79 10 6 3 01 20 5 5 2 20 6 0 2 31 8 1 2 70 9 1 2 93 10 2 3 17 24 5 2 2 27 5 7 2 37 7 8 2 78 8 7 3 02 9 8 3 26 S 50PY1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 12 0 4 68 12 5 4 23 13 4 4 04 12 5 3 07 14 0 3 21 20 11 1 4 95 11 6 4 48 12 4 4 28 11 6 ...

Page 513: ... 6 2 90 20 5 5 2 12 6 0 2 22 8 1 2 60 9 1 2 82 10 2 3 05 24 5 2 2 19 5 7 2 29 7 8 2 68 8 7 2 91 9 8 3 14 S 100PT1E5 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 125PT1E5 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 ...

Page 514: ... 9 8 3 14 S 50PT1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 60PT1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 14 5 4 81 15 2 4 35 16 2 4 16 15 1 3 15 17 0 3 30 20 13 5 5 09 14 0 4 60 15 0 4 40 1...

Page 515: ...0 6 2 80 20 5 5 2 05 6 0 2 14 8 1 2 51 9 1 2 73 10 2 2 95 24 5 2 2 11 5 7 2 21 7 8 2 59 8 7 2 81 9 8 3 03 S 100PT2E5 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 125PT2E5 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3 p...

Page 516: ... 9 8 3 03 S 50PT2E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 60PT2E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1phase 3 phase 16 14 5 4 81 15 2 4 35 16 2 4 16 15 1 3 15 17 0 3 30 20 13 5 5 09 14 0 4 60 15 0 4 40 14 ...

Page 517: ... C 6 C 10 C 15 C DB TC IPT TC IPT TC IPT TC IPT TC IPT S 60PK1E5 U 60PEY1E5 220V 230V 240V 50Hz 1 phase 16 5 6 1 92 5 9 1 96 7 2 2 09 8 3 2 34 9 5 2 55 20 5 4 2 03 5 7 2 07 7 0 2 20 8 1 2 46 9 2 2 68 24 5 2 2 09 5 5 2 13 6 7 2 27 7 8 2 53 8 8 2 76 S 71PK1E5 U 71PEY1E5 220V 230V 240V 50Hz 1 phase 16 5 6 1 98 6 1 2 07 8 3 2 42 9 4 2 63 10 6 2 84 20 5 5 2 08 6 0 2 18 8 1 2 55 9 1 2 77 10 2 2 99 24 5 ...

Page 518: ...85 9 8 3 08 S 50PK1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 12 0 4 37 12 5 3 95 13 4 3 78 12 5 2 87 14 0 3 00 20 11 1 4 63 11 6 4 19 12 4 4 00 11 6 3 03 13 0 3 18 24 10 4 4 70 10 9 4 25 11 6 4 06 10 8 3 08 12 2 3 23 S 60PK1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 14 5 5 25 15 2 4 75 16 2 4 54 15 1 3 44 17 0 3 60 20 13 5 5 55 14 0 5 02 15 0 4 80...

Page 519: ... 2 46 10 6 2 65 20 5 5 1 94 6 0 2 03 8 1 2 38 9 1 2 59 10 2 2 79 24 5 2 2 00 5 7 2 09 7 8 2 45 8 7 2 66 9 8 2 88 S 100PF1E5 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 125PF1E5 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 ...

Page 520: ... 7 2 69 9 8 2 90 S 50PF1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 37 13 9 3 95 14 9 3 78 13 9 2 87 15 6 3 00 20 12 4 4 63 12 9 4 19 13 8 4 00 12 9 3 03 14 5 3 18 24 11 6 4 70 12 1 4 25 12 9 4 06 12 0 3 08 13 5 3 23 S 60PF1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 14 5 4 81 15 2 4 35 16 2 4 16 15 1 3 15 17 0 3 30 20 13 5 5 09 14 0 4 60 15 0...

Page 521: ... 6 3 10 20 5 5 2 27 6 0 2 37 8 1 2 78 9 1 3 02 10 2 3 26 24 5 2 2 34 5 7 2 45 7 8 2 86 8 7 3 11 9 8 3 36 S 100PN1E5 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 48 13 9 4 05 14 9 3 87 13 9 2 94 15 6 3 08 20 12 4 4 74 12 9 4 29 13 8 4 10 12 9 3 11 14 5 3 26 24 11 6 4 82 12 1 4 36 12 9 4 17 12 0 3 16 13 5 3 31 S 125PN1E5 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 ...

Page 522: ...9 8 3 43 S 50PN1E5 2 U 100PEY1E5 U 100PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 13 4 4 48 13 9 4 05 14 9 3 87 13 9 2 94 15 6 3 08 20 12 4 4 74 12 9 4 29 13 8 4 10 12 9 3 11 14 5 3 26 24 11 6 4 82 12 1 4 36 12 9 4 17 12 0 3 16 13 5 3 31 S 60PN1E5 2 U 125PEY1E5 U 125PEY1E8 220V 230V 240V 50Hz 1 phase 3 phase 16 14 5 5 03 15 2 4 55 16 2 4 35 15 1 3 30 17 0 3 45 20 13 5 5 32 14 0 4 81 15 0 4 60 14...

Page 523: ...on rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M Sound Power level for all indoor units dB cooling N Sound Power level for all outdoor units dB cooling O Sound Power level for all indoor units dB heating P Sound Power level for all outdoor unit...

Page 524: ...est integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M Sound Power level for all indoor units dB cooling N Sound Power level for all outdoor units dB cooling O Sound Power level for all indoor units dB heating P Sound Power level for all outdoor units dB heating Q backup heating cap...

Page 525: ...nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M Sound Power level for all indoor units dB cooling N Sound Power level for all outdoor units dB cooling O Sound Power level for all indoor units dB heating P Sound Power level for all outdoor units dB heating Q backup heating...

Page 526: ...ing D SCOP Grading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer ...

Page 527: ...ing D SCOP Grading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer ...

Page 528: ...ER Grading D SCOP Grading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest i...

Page 529: ...rading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M So...

Page 530: ...Heating L Annual Energy Consumption rounded up to the nearest integer Heating M Sound Power level for all indoor units dB cooling N Sound Power level for all outdoor units dB cooling O Sound Power level for all indoor units dB heating P Sound Power level for all outdoor units dB heating Q backup heating capacity X YZ kW R name of refrigerant and GWP R410A GWP 1975 S Refrigerant leakage contributes...

Page 531: ...ing K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M Sound Power level for all indoor units dB cooling N Sound Power level for all outdoor units dB cooling O Sound Power level for all indoor units dB heating P Sound Power level for all outdoor units dB heating Q backup heating capacity X YZ kW R name of refrigerant and GWP R410A GWP 197...

Page 532: ...rading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M So...

Page 533: ...Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M Sound Power level for all indoor units dB cooling N Sound Power level for all outdoor units dB cooling O Sound Power level for all indoor units dB heating P Sound Power level for ...

Page 534: ...g D SCOP Grading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer He...

Page 535: ...P Grading Standard mandatory E SCOP Grading Warmer optional F SCOP Grading Colder optional G Design Load kW round up to one decimal Cooling H SEER round up to one decimal I Annual Energy Consumption rounded Cooling up to the nearest integer J Design Load kW round up to one decimal Heating K SCOP round up to one decimal Heating L Annual Energy Consumption rounded up to the nearest integer Heating M...

Page 536: ... MEMO 1 526 ...

Page 537: ...2 2 1 n PRECAUTIONS REGARDING TEST RUN 2 2 n CHECKS AFTER INSTALLATION HAVE COMPLETED 2 3 n REGARDING DELIVERY TO THE CUSTOMER 2 3 2 TEST RUN ...

Page 538: ...rthed grounded Check that the insulation resistant value is more than 1 MΩ Use the 500 V mega testers to measure the insulation or 380 415V Do not use the mega tester for any other circuit except for voltage of 220V to 240V Are the wire connections for the indoor outdoor units connected as described in the instructions Are there any looped wires Was the N phase surely connected when connecting the...

Page 539: ...othly Is the insulation material properly installed Is the earth wire securely connected Is the front panel and the indoor unit air conditioner firmly fixed and was the installation completed without any leakage from the refrigerant Are the indoor and outdoor units secured firmly installed with bolts at secured locations REGARDING DELIVERY TO THE CUSTOMER Request the customer to review the instruc...

Page 540: ... MEMO 2 4 ...

Page 541: ...nits Electric Wiring Diagram Schematic Diagram 3 2 4 Way Cassette Type 3 2 4 Way Cassette 60 60 type 3 3 Ceiling Type 3 4 Wall Mounted Type 3 7 Low Silhouette Ducted Type 3 8 Ducted Type 3 9 3 2 Outdoor Units Electric Wiring Diagram 3 11 ...

Page 542: ...01 T5A L250V AC IN BL OP1 Y LT G CONTROL BOARD MAIN Y B P RED YELLOW BLUE PINK BLACK BL O W BR G ORANGE WHITE BROWN GREEN LIGHT BLUE LT R W BL R1 R2 P B U1 U2 1 4 5 6 7 1 LM HU EXCT R FAN DRIVE W W W 3WAY BL DP W FS R 22 1 1 2 1 2 1 3 1 3 1 5 4 1 7 GRL W OPTION W 1 6 T10 Y 1 6 PMV W 1 6 TA Y 1 2 E1 R 1 2 E2 BL 1 2 BL G 1 2 OC B 1 2 EMG BR 1 2 E3 BR 1 3 RC B 1 3 1 3 1 3 E 1 2 TP6 W 1 2 TP3 Y 1 2 TP...

Page 543: ...3 3 3 3 1 Indoor Units 4 Way Cassette 60 60 Type S 36PY1E5 S 45PY1E5 S 50PY1E5 Electric Wiring Diagram 䡵 ...

Page 544: ...3 4 3 3 1 Indoor Units Ceiling Type S 36PT1E5 S 45PT1E5 S 50PT1E5 S 60PT1E5 S 71PT1E5 S 100PT1E5 S 125PT1E5 S 140PT1E5 Electric Wiring Diagram 䡵 ...

Page 545: ...3 5 3 3 1 Indoor Units Ceiling Type S 36PT1E5 S 45PT1E5 S 50PT1E5 S 60PT1E5 S 71PT1E5 S 100PT1E5 S 125PT1E5 S 140PT1E5 Schematic Diagram 䡵 ...

Page 546: ...G OC B 1 2 EMG BR 1 2 E3 BR 1 3 RC B 1 3 BL BL BL BL t t INDOOR HEAT EXCHANGER TEMP SENSOR E2 BL BL t TERMINAL BOARD TERMINAL BOARD NOISE FILTER CIRCUIT RECTIFICATION CIRCUIT CONTROL BOARD MAIN AC IN BL OP1 Y 1 3 1 3 E L BR LT G FUSE F301 T5A L250V 1 2 1 2 1 2 1 2 1 2 1 2 TP6 W TP3 Y TP1 R TEST BL 1 10 TOOL BL DISP BL CHK BL N ELECTRIC CIRCUIT DIAGRAM 3WAY BL DP W FS R 1 2 1 3 1 3 1 5 7 OPTION W 1...

Page 547: ...3 7 3 3 1 Indoor Units Wall Mounted Type S 36PK1E5 S 45PK1E5 S 50PK1E5 S 60PK1E5 S 71PK1E5 Electric Wiring Diagram 䡵 ...

Page 548: ...3 8 3 3 1 Indoor Units Low Silhouette Ducted Type S 36PF1E5 S 45PF1E5 S 50PF1E5 S 60PF1E5 S 71PF1E5 S 100PF1E5 S 125PF1E5 S 140PF1E5 Electric Wiring Diagram 䡵 ...

Page 549: ...3 9 3 3 1 Indoor Units Ducted Type S 36PN1E5 S 45PN1E5 S 50PN1E5 Electric Wiring Diagram ...

Page 550: ...3 10 3 3 1 Indoor Units Ducted Type S 60PN1E5 S 71PN1E5 S 100PN1E5 S 125PN1E5 S 140PN1E5 Electric Wiring Diagram ...

Page 551: ...3 11 3 3 2 Outdoor Units Single phase U 50PE1E5 ...

Page 552: ...3 12 3 3 2 Outdoor Units Single phase U 50PE1E5 ...

Page 553: ...3 13 3 3 2 Outdoor Units Single phase U 60PE1E5 U 71PE1E5 䡵 ...

Page 554: ...3 14 3 3 2 Outdoor Units Single phase U 100PE1E5 U 125PE1E5 U 140PE1E5 䡵 ...

Page 555: ...3 15 3 3 2 Outdoor Units Single phase U 60PEY1E5 U 71PEY1E5 ...

Page 556: ...3 16 3 3 2 Outdoor Units Single phase U 60PEY1E5 U 71PEY1E5 ...

Page 557: ...W V U CN 20S B ELECTRO MAGNETIC COIL 4 WAY VALVE G B BR G W W W W W W W CN HIC1 W W W W W CN HIC3 W W BL O BL W GR CN RELAY W CN PAM W RE1 R U2 U1 P B BL CN PAM BL RE2 R RE1 R RE2 R R B Y CN TO BL BL BL RECTIFICATION CIRCUIT T3 15A L250V T3 15A L250V M RY900 RY901 DC2 BL TERMINAL BOARD CONTROL BOARD HIC CONTROL BOARD CR W W W W EXPANSION VALVE W W W W W W TERMINAL BOARD FAN MOTOR 1 2 6 1 CN OPT2 Y...

Page 558: ...3 18 3 3 2 Outdoor Units 3 phase U 71PE1E8 ...

Page 559: ...3 19 3 3 2 Outdoor Units 3 phase U 100PEY1E8 U 125PEY1E8 ...

Page 560: ...3 20 3 3 2 Outdoor Units 3 phase U 100PE1E8 U 125PE1E8 U 140PE1E8 U 140PEY1E8 ...

Page 561: ...ng Cooling Control 4 7 4 6 Automatic Flap Control 4 8 4 7 Filter Sign 4 8 4 8 Fan Control during Dry Mode 4 9 4 9 Ventilation Fan Output 4 9 4 10 T10 Terminal 4 9 4 11 Parameter 4 10 4 12 Control Functions 4 11 4 13 Outdoor Unit Control PCB 4 23 4 14 Functions of Outdoor Unit PCB 4 43 4 15 Self Diagnostics Function Table 4 46 4 CONTROL FUNCTIONS ...

Page 562: ...ure near the floor must be considered To correct this difference in temperature the correction temperature is used The factory setting for the correction temperature is different depending on the model Refer to 4 11 Parameter Example Cooling temperature correction 4 Way Cassette correction temperature 0 degrees Body sensor is enabled Set temp in remote controller 28 28 28 Detected temp by sensor 3...

Page 563: ...17 0 20 5 21 0 Room temp temp detected by remote controller sensor 17 0 17 0 20 5 20 5 21 0 21 0 T 3 0deg 0 5deg 1 0deg Thermostat ON Thermostat OFF Thermostat OFF Ԙ The thermostat does not turn OFF for 3 minutes after it turns ON ԙ The thermostat does not turn ON 1 to 3 minutes after it turns OFF 㽴 The thermostat does not turn OFF for 60 minutes during the test run mode Forced thermostat ON Howev...

Page 564: ...times increase when this condition continues for 6 minutes ԙ The fan mode increases when the heat exchanger liquid temperature E1 or discharge air temperature increases The fan mode is selected based on the discharge air temperature and E1 temperature as shown in the below figure If the E1 temperature and discharge air temperature are different the higher temperature is used The function of HH is ...

Page 565: ... 㽳 The fan mode does not change for 3 minutes during cooling operation and 1 minute during heating operation once it is changed 㽴 The values in the parenthesis are when the remote controller sensor is enabled 3 2 1 deg Indoor fan mode HH H L HH H Cooling Set temp Set temp 1 2 2 4 deg Indoor fan mode HH H L HH H Heating ...

Page 566: ...ndoor unit is stopped ԛ The drain pump can be turned on when the cooling thermostat is OFF if the setting is made to prevent water collected in the drain pan for a long time For details refer to 7 3 Detailed Settings Function Ԝ The indoor unit heat exchanger liquid temperature E1 is less than 0 C when the cooling thermostat is OFF or the indoor unit is stopped The drain pump operates for 20 minute...

Page 567: ...cooling mode at shipment Control temp for cooling 22 C Set temp in remote controller 20 C Control temp for heating 18 C 㽴 Condition for mode change Heating Cooling Room temperature Control temperature for cooling 0 5 degree Cooling Heating Room temperature Control temperature for heating 1 0 degree When setting temperature in remote controller is 20 C in the cooling mode Heating Heating thermostat...

Page 568: ...ting time of the indoor unit reaches the set time the filter sign appears on the remote controller Clean the filter Refer to 7 3 Detailed Setting Function Simple setting items and Filter sign ON times for each model After cleaning the filter press the filter button on the remote controller once The filter sign turns off Operating mode Flap position Cooling Dry 1 2 3 Fan 1 1 2 3 4 5 Heating 2 3 4 5...

Page 569: ... The output of ventilation turns ON when the indoor unit turns ON Also when the indoor unit turns OFF the output of the ventilation turns OFF The ventilation fan can also be turned ON and OFF using the ventilation button on the remote controller Refer to the operating instructions supplied with the remote controller To enable this function set the indoor EEPROM DN31 to 0001 in advance 4 10 T10 Ter...

Page 570: ...ection temp automatic heat cool Setting at time of factory shipment Setting at time of factory shipment U1 4 Way Cassette 4 deg 2 deg Y1 4 Way Cassette 60 60 4 deg 2 deg T1 T2 Ceiling 4 deg 2 deg K1 Wall Mounted 2 deg 2 deg F1 Low Silhouette Ducted 4 deg 2 deg N1 Ducted 4 deg 2 deg ...

Page 571: ...6 Simple Settings Function on the remote controller 1 2 3 Once the thermostat has been switched on it cannot be switched off again by indoor air temperature control for a period of 10 minutes Once the thermostat has been switched off it cannot be switched on again for a period of 3 minutes When in the test run operation mode the thermostat will not be switched off by indoor air temperature control...

Page 572: ...imum Frequency Control The compressor s inverter frequency is controlled in accordance with the model and operation mode The maximum and minimum frequencies for each model are shown in the table below There are cases in which frequency is limited with other control functions depending on operational conditions so operations are not always carried out in accordance with the maximum frequencies list...

Page 573: ...revented Frequency increased slower than normal Normal operations no control b a c d e Control point 50PE 60PEY 71PEY a b c d e 64 61 59 58 53 64 59 58 57 53 64 59 58 57 53 Control point a b c 50PE 65 54 56 52 60PEY 65 54 56 52 71PEY 65 54 56 52 C C max E1 E2 a b c 5 Heating High Load Prevention Control This system control is performed to limit the inverter frequency in order to restrict high pres...

Page 574: ...oor unit fan speed If the temperature is in the I zone normal operation zone normal operations are performed If the temperature is continuously in the J zone with the compressor s operating frequency reaches 0 then temperature A which is temperature for changing from the J zone to the H zone is raised from 5 C to 8 C and operation continues with the thermostat off until the temperature enters the ...

Page 575: ...ed to the outdoor heat exchanger during the heating operation The control is performed to prevent the deterioration of the heating capabilities attributed to the adherence of frost and to prevent the crack or crush of pipes attributed to the accretion of ice The following control is performed in accordance with the ambient temperature and the outdoor heat exchanger temperature sensor C1 Overall Fl...

Page 576: ... I O optional Demand control with EXCT input Short circuit Control range of operations 2P and 3P 1P and 3P 0 0 1 0 1 1 No ristricted 0 1 Rated current restricted to A A 100 at factory shipment Rated current restricted to B B 70 at factory shipment Control OFF The operational current is restricted to either A or B as a general indicator during demand input A and B can be amended in calibrations of ...

Page 577: ...ure at ceiling height is higher during heating operation The setting can be modified between 0 C and 6 C with mode 06 Simple Settings Function on the remote controller 1 2 3 Once the thermostat has been switched on it cannot be switched off again by indoor air temperature control for a period of 10 minutes Once the thermostat has been switched off it cannot be switched on again for a period of 3 m...

Page 578: ...also the frequency of the compressor s inverter is controlled in accordance with T and fluctuations in indoor air temperature Inverter frequency is controlled as follows Maximum and Minimum Frequency When T is high not yet reached the temperature set with the remote controller Controlled so that the inverter frequency is increased When T is low approximately 1 0 or less in the cooling mode or appr...

Page 579: ...ncy increases prevented Frequency increased slower than normal β 54 α 52 X Setting No EEPROM setting in outdoor unit Outdoor EEPROM Amendment of X values can be made due to 4B Outdoor EEPROM Amendment of X values can be made due to 4B CODE 4B X C 2 52 1 56 5 0 58 5 1 PE type Setting at factory shipment 1 1 PEY type Setting at factory shipment 2 PE type Setting at factory shipment 1 PEY type Settin...

Page 580: ...C operations of the compressor are halted and restarted after 3 minutes If this start stop activity is repeated 5 times the alarm P03 abnormal discharge temperature occurs min E1 E2 Frequency increased Frequency increases prevented Frequency decreased 5 β 2 α Setting No EEPROM setting in outdoor unit CODE 3F for α setting α 15 15 0 0 Setting at factory shipment 9 9 Setting No CODE 40 for β setting...

Page 581: ...sting operation continued Yes detected Defrosting operations commenced No No No Frost adherence detection If the following conditions are satisfied during heating operations it is regarded as frost adherence is detected Frost adherence detection is performed in accordance with the ambient temperature TO and the outdoor heat exchanger temperature sensor C1 Frost adherence detection conditions a c F...

Page 582: ...etween 0 degree and 2 degrees under normal conditions There are cases where the aperture opens wider than normal operation if the discharge temperature increases 11 Demand Control There are two styles of demand operations available as methods of restraining power consumption 1 Demand input from an external source is carried out from the outdoor unit EXCT CN026 PCB or the outdoor unit s serial para...

Page 583: ...Unit CR PCB CR 50PE1E5 Up side U 50PE1E5 D008 LED2 D007 LED1 S003 R C ADD TERMINAL S002 R C ADD C CHK CN033 COOL_CHECK A ADD CN041 MODE CN031 PUMP DOWN CN042 JP001 JP007 RC plug RC P POWER LED D225 EEPROM memory IC IC006 LED for EEPROM memory IC D014 HIC CN01 ...

Page 584: ...OM CN012 SILENT Outdoor air temp TO Comp discharge temp TD 4P pin 1 2 RC plug RC P Suction temp TS 4P pin 3 4 High pressure switch plug 63PH OC plug OC MOV plug MOV Intermediate temperature sensor in heat exchanger C2 Inlet temperature sensor in heat exchanger C1 ...

Page 585: ...0PEY1E5 D008 LED2 D007 LED1 S003 R C ADD TERMINAL S002 R C ADD C CHK CN033 COOL_CHECK A ADD CN041 MODE CN031 PUMP DOWN CN042 JP001 JP007 RC plug RC P POWER LED D225 EEPROM memory IC IC006 LED for EEPROM memory IC D014 HIC CN01 CR 60PEY1E5 ...

Page 586: ...ROM CN012 SILENT Outdoor air temp TO Comp discharge temp TD 4P pin 1 2 RC plug RC P Suction temp TS 4P pin 3 4 High pressure switch plug 63PH OC plug OC MOV plug MOV Intermediate temperature sensor in heat exchanger C2 Inlet temperature sensor in heat exchanger C1 ...

Page 587: ...1PEY1E5 D008 LED2 D007 LED1 S003 R C ADD TERMINAL S002 R C ADD C CHK CN033 COOL_CHECK A ADD CN041 MODE CN031 PUMP DOWN CN042 JP001 JP007 RC plug RC P POWER LED D225 EEPROM memory IC IC006 LED for EEPROM memory IC D014 HIC CN01 CR 71PEY1E5 ...

Page 588: ...ROM CN012 SILENT Outdoor air temp TO Comp discharge temp TD 4P pin 1 2 RC plug RC P Suction temp TS 4P pin 3 4 High pressure switch plug 63PH OC plug OC MOV plug MOV Intermediate temperature sensor in heat exchanger C2 Inlet temperature sensor in heat exchanger C1 ...

Page 589: ...ENT CN SILENT TEST RUN STOP LED for EEPROM memory IC D330 POWER LED D514 Outdoor air temp CN TO Comp discharge temp CN TD RC plug CN RC PUMP DOWN Suction temp CN TS High pressure switch plug CN 63PH OC plug CN OC MOV plug CN MOV1 EEPROM memory IC IC18 CHK Intermediate temperature sensor in heat exchanger CN C2 Inlet temperature sensor in heat exchanger CN C1 ...

Page 590: ...T RUN STOP LED for EEPROM memory IC D330 POWER LED D514 Outdoor air temp CN TO Comp discharge temp CN TD RC plug CN RC PUMP DOWN Suction temp CN TS High pressure switch plug CN 63PH OC plug CN OC MOV plug CN MOV1 EEPROM memory IC IC18 CHK Intermediate temperature sensor in heat exchanger CN C2 Inlet temperature sensor in heat exchanger CN C1 ...

Page 591: ...T TEST RUN STOP LED for EEPROM memory IC D330 POWER LED D514 Outdoor air temp CN TO Comp discharge temp CN TD RC plug CN RC PUMP DOWN Suction temp CN TS High pressure switch plug CN 63PH OC plug CN OC MOV plug CN MOV1 EEPROM memory IC IC18 CHK Intermediate temperature sensor in heat exchanger CN C2 Inlet temperature sensor in heat exchanger CN C1 ...

Page 592: ...rge temp CN TD TEST JP001 TERMINAL POWER LED D514 EEPROM memory IC IC18 Inlet temperature sensor in heat exchanger CN C1 Intermediate temperature sensor in heat exchanger CN C2 MOV plug CN MOV1 EMG plug CN EMG High pressure switch plug CN 63PH OC plug CN OC STOP MODE A ADD RUN PUMP DOWN S002 S003 CN SILENT Suction temp CN TS RC plug CN RC ...

Page 593: ...rge temp CN TD TEST JP001 TERMINAL POWER LED D514 EEPROM memory IC IC18 Inlet temperature sensor in heat exchanger CN C1 Intermediate temperature sensor in heat exchanger CN C2 MOV plug CN MOV1 EMG plug CN EMG High pressure switch plug CN 63PH OC plug CN OC STOP MODE A ADD RUN PUMP DOWN S002 S003 CN SILENT Suction temp CN TS RC plug CN RC ...

Page 594: ...4 34 4 HIC PCB A746895 U 60PE1E5 U 71PE1E5 CN VDC U P V W N CN VDC 4WAY Valve CN 20S ...

Page 595: ...4 35 4 HIC PCB continued A746846 U 100PE1E5 CN VDC U V W CN VDC 4WAY Valve CN 20S P NU ...

Page 596: ...4 36 4 HIC PCB continued A746847 U 125PE1E5 U 140PE1E5 CN VDC U V W CN VDC 4WAY Valve CN 20S P NU ...

Page 597: ...4 37 4 HIC PCB A746846 U 100PEY1E5 CN VDC U V W CN VDC 4WAY Valve CN 20S P NU ...

Page 598: ...4 38 4 HIC PCB continued A746847 U 125PEY1E5 CN VDC U V W CN VDC 4WAY Valve CN 20S P NU ...

Page 599: ... STOP CHK CN OPT1 CN OPT2 EMG plug CN EMG SILENT CN SILENT LED for EEPROM memory IC D330 POWER LED D514 High pressure sensor CN HPS Outdoor air temp CN TO Comp discharge temp CN TD RC plug CN RC Intermediate temperature sensor in heat exchanger CN C2 Suction temp CN TS High pressure switch plug CN 63PH OC plug CN OC MOV plug CN MOV1 EEPROM memory IC IC18 Inlet temperature sensor in heat exchanger ...

Page 600: ...D514 EEPROM memory IC IC18 Inlet temperature sensor in heat exchanger CN C1 Intermediate temperature sensor in heat exchanger CN C2 MOV plug CN MOV1 EMG plug CN EMG High pressure switch plug CN 63PH OC plug CN OC STOP CN PRY2 CN PRY1 MODE A ADD RUN PUMP DOWN S002 S003 SILENT CN SILENT Suction temp CN TS RC plug CN RC CR PCB A747247 U 100PEY1E8 U 125PEY1E8 ...

Page 601: ...4 41 4 HIC PCB A746970 U 71PE1E8 A746969 U 100PE1E8 U 125 PE1E8 U 140PE1E8 U 140PEY1E8 U P CN VDC CN VDC V W NU 4WAY Valve CN 20S ...

Page 602: ...4 42 4 HIC PCB A747248 U 100PEY1E8 U 125PEY1E8 CN VDC U V W CN VDC 4WAY Valve CN 20S P NU ...

Page 603: ...c address setting pin Short circuit this pin for 1 second or longer to automatically set the addresses at the indoor units that are connected to that outdoor unit and are within the same system The system address is 1 at the time of shipment Automatic address setting is necessary even for communications lines in a single system where the inter unit control wiring does not cross to any other system...

Page 604: ...m of 10 minutes When refrigerant recovery is completed close the valves and open circuit this pin to stop the operation 3P plug black Indoor unit Heating Cooling mode change pin When operating the compressors to perform automatic address setting operation in Heating mode can be normally used However short circuiting this pin performs operation in Cooling mode Static signal Short circuiting this pi...

Page 605: ...ON ON ON ON ON ON ON ON ON ON OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF ON OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF ON ON ON ON ON ON ON ON ON ON ON Table 1 Setting the System Address S002 Rotary switch yellow S003 2P DIP black Outdoor system address No 1 refrigerant system only Link wiring 2P 20s digit 1P 10s digit S002 setting system address switch S003 setting 0...

Page 606: ...ral minutes after automatic address setting is started LED 1 and 2 on the outdoor unit control PCB indicate that automatic address setting is in progress the LEDs blink alternately for several minutes after automatic address setting is started the compressors may also start and stop several times however LED 1 and 2 never indicate that automatic address setting is completed turn OFF Check the Alar...

Page 607: ...l PCB are turned OFF follow the instructions in the table below and correct the problem location Cause E01 E02 E09 Remote controller display Nothing is displayed The remote controller is not connected correctly remote controller receiving trouble The remote controller of an indoor unit where the indoor unit address is not set is inadvertently operated Communications with the outdoor unit are not p...

Page 608: ... Heat Exchanger Trouble Inlet Temperature Sensor C1 in Heat Exchanger Trouble Compressor Discharge Temperature Sensor TD Trouble F04 F06 F07 F08 F12 F31 Outdoor Unit Nonvolatile Memory EEPROM Trouble Compressor Inlet Suction Temperature Sensor TS Trouble Outdoor Air Temperature Sensor TO Trouble H01 H02 H03 H31 H05 HIC Trouble Sensor Failure Compressor Discharge Temperature Sensor TD Disconnected ...

Page 609: ...splay 5 2 5 2 Outdoor Unit Control Panel LED Display 5 4 5 3 PAC System Alarm Codes 5 5 5 4 Inspection of Parts Outdoor Unit 5 68 5 5 Symptom Thermostat in OFF continues or cycles OFF ON too frequently 5 69 5 6 How to Clean Heat Exchanger 5 70 5 7 How to Replace Fan Motor 5 71 ...

Page 610: ... of indoor units is too high or the total number of indoor units is too many Error of sub outdoor unit in receiving serial communication signal from main outdoor unit Error of main indoor unit in receiving serial communication signal from sub indoor units Duplication of main indoor unit address setting in group control Outdoor unit address duplication Group control wiring is connected to individua...

Page 611: ...r inlet suction temperature sensor TS Outdoor unit nonvolatile memory EEPROM trouble Primary current CT sensor current sensor failure Sensor failure Compressor discharge temperature sensor TD disconnected Primary input overcurrent detected PAM trouble P05 5 1 P Insufficient gas level detected P04 P03 P16 P22 Lack of INV compressor wiring INV compressor actuation failure including locked DCCT failu...

Page 612: ...fter the power is turned ON the number of detected indoor units connected to that system matches the number that was set and regular communications are occurring Automatic address setting is in progress Blinking alternately Alarm display LED 1 blinks M times then LED 2 blinks N times The cycle then repeats M 2 P alarm 3 H alarm 4 E alarm 5 F alarm 6 L alarm N Alarm No Example LED 1 blinks 2 times ...

Page 613: ...ssor Discharge Temperature Sensor TD Trouble F08 F12 F31 Outdoor Unit Nonvolatile Memory EEPROM Trouble Compressor Inlet Suction Temperature Sensor TS Trouble Outdoor Air Temperature Sensor TO Trouble H01 H02 H03 H31 HIC Trouble H05 Sensor Failure Compressor Discharge Temperature Sensor TD Disconnected Primary Current CT Sensor current sensor Failure L04 L10 L18 Outdoor Unit Capacity not Set or In...

Page 614: ... switched on during the heating mode To 20 Pre trip 1 time 1 Check 4 way valve 2 Check 4 way valve wiring 3 Check outdoor unit control PCB P04 P22 P29 H31 High pressure protection error High pressure switched ON Alarm is output when switch opened Pre trip 4 times OFF Recovery at restart Recovery at restart Recovery at restart Recovery at restart Recovery at restart Recovery at restart Overload ope...

Page 615: ... and outdoor unit s 2 2 Be sure that the indoor and outdoor units are connected with correct combination written in catalog 3 1 3 3 3 6 Is the indoor outdoor control line connected to more than one outdoor unit Network wired 3 2 3 4 Correct the setting Is the Terminal resistor select switch on the outdoor control PC board set to just one unit 3 3 3 5 2 1 Power on 2 3 3 1 3 2 Correct the connection...

Page 616: ...door units with their power off in the remote control group s wiring 2 2 Are the CHK pin and TEST pin on the indoor unit control board short circuited 3 1 3 3 3 5 Is the wireless remote controller connected to on the indoor unit s control PC board 3 2 3 4 3 5 Disconnect the connector mentioned above on the PC board of the indoor unit control PC board and see whether the E01 goes off after several ...

Page 617: ... RC RC EEPROM EEPROM TEST Pin OPTION CHK Pin A746802 A746803 4 way Cassette Type Indoor Unit Control Board Duct Type Indoor Unit Control Board TEST Pin OPTION CHK Pin RC EEPROM A747711 Ceiling Type T2 type Indoor Unit Control Board ...

Page 618: ...her the E02 goes off after several minutes When doing so if two remote controllers are being used and the wireless remote controller is the main remote controller set the other remote controller as the main 2 2 1 2 2 1 Correct the wiring 2 1 2 3 2 4 Yes Yes Yes No No No Replace wireless remote control parts including wiring 2 3 Is there a short miswiring open wrong contact or grounding in the remo...

Page 619: ...ers to Sub The order from top to bottom is communication adaptor ON OFF controller 1 4 Remote controller 3 Indoor unit control PC board 1 Central control unit E03 Error in Indoor Unit Receiving Signal from Remote Controller central Error Detection Method When indoor unit s are connected Error Diagnosis It is judged an error when there is no communication from any remote controller collectively in ...

Page 620: ... RC RC EEPROM EEPROM TEST Pin OPTION CHK Pin A746802 A746803 4 way Cassette Type Indoor Unit Control Board Duct Type Indoor Unit Control Board TEST Pin OPTION CHK Pin RC EEPROM A747711 Ceiling Type T2 type Indoor Unit Control Board ...

Page 621: ...the short 4 2 Yes No 4 3 4 5 Yes No No No 4 1 Check the indoor unit addresses from the remote control s detailed settings mode Is it Not Set 99 or is the indoor unit s address duplicated 3 3 When the network of indoor outdoor operation line was wired was the SHORT setting of the terminal resistor switch on the outdoor control PC board set on multiple units four or more 2 2 Indoor outdoor control l...

Page 622: ...ntrol board refer to the manual that is packaged with the indoor unit service board TERMINAL EEPROM TERMINAL EEPROM Outdoor Unit Control PCB A746894 U 60PE1E5 U 71PE1E5 for single phase outdoor unit PCB CR 50PE1E5 Up side U 50PE1E5 for single phase outdoor unit PCB EEPROM TERMINAL A746844 U 100PE1E5 for single phase outdoor unit PCB A746845 U 125PE1E5 U 140PE1E5 for single phase outdoor unit PCB T...

Page 623: ...nit PCB TERMINAL EEPROM A747180 U 125PEY1E5 for single phase outdoor unit PCB TERMINAL EEPROM CR 60PEY1E5 Up side U 60PEY1E5 for single phase outdoor unit PCB CR 71PEY1E5 Up side U 71PEY1E5 for single phase outdoor unit PCB TERMINAL EEPROM TERMINAL EEPROM ...

Page 624: ...CHK pin TEST pin RC OPTION CHK pin EEPROM A746968 U 71PE1E8 A746967 U 100PE1E8 U 125PE1E8 U 140PE1E8 A747596 U 140PEY1E8 for 3 phase outdoor unit PCB TERMINAL EEPROM A747247 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit PCB TERMINAL EEPROM A747711 Ceiling Type T2 type EEPROM TEST pin RC OPTION CHK pin ...

Page 625: ...nal resistor select switch on the outdoor main PC board set to OPEN Is the indoor outdoor operation line opened or shorted 1 3 1 4 Replace the indoor unit control PC board 1 5 Is the indoor outdoor operation line connected to more than one outdoor unit Network wired 1 1 Is the SHORT on the terminal resistor select switch on the outdoor main PC board set to one unit and the others are OPEN 1 2 Make...

Page 626: ...for single phase outdoor unit PCB A746845 U 125PE1E5 U 140PE1E5 for single phase outdoor unit PCB CR 60PEY1E5 Up side U 60PEY1E5 for single phase outdoor unit PCB CR 71PEY1E5 Up side U 71PEY1E5 for single phase outdoor unit PCB TERMINAL EEPROM TERMINAL EEPROM ...

Page 627: ...ROM A747180 U 125PEY1E5 for single phase outdoor unit PCB TERMINAL EEPROM A746968 U 71PE1E8 A746967 U 100PE1E8 U 125PE1E8 U 140PE1E8 A747596 U 140PEY1E8 for 3 phase outdoor unit PCB TERMINAL EEPROM A747247 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit PCB TERMINAL EEPROM ...

Page 628: ...minutes When doing so if two remote controllers are being used and the wireless remote controller is the main remote controller set the other remote controller as the main 3 3 Replace wireless remote control parts including wiring 3 4 3 5 3 4 3 5 Yes No Indoor units control PC board 1 Indoor unit power 2 Indoor outdoor operation line Yes No The indoor unit is not turned on The DISP pin of the indo...

Page 629: ...ed across the indoor unit whose address is Not Set Remove the short 1 2 Is the DISP pin on the indoor unit control PC board shorted 1 1 Conduct checks prior to auto address setting Does E08 fail to go off even after running auto address setting again 1 2 1 3 1 4 Yes Yes No No 1 3 Do not make changes to indoor unit addresses with the detailed settings of the remote controller Make them in the remot...

Page 630: ...ontrollers to sub 1 1 1 Remote controller Press and hold both buttons for 4 seconds or longer Press button Once the display changes from flashing to steady the setting is complete Once you press button the remote controller returns to its normal display This will display the item 01 and the setting data 0001 or the like on the remote controller s display Press Timer 1 4 5 2 3 buttons to switch the...

Page 631: ...s occurs in a system that has more than one outdoor unit and operating lines among the indoor outdoor units networked wiring when an instruction to start auto address setting is given from another controller during the auto address setting process When one controller in a networked system is running auto address setting it is not possible to start auto address setting from another controller Wait ...

Page 632: ...ated in the indoor unit group Main unit setting was made in the indoor unit group control setting of the remote control detailed settings mode 1 2 Carry out the auto address setting 2 2 Are multiple indoor units set up as the main unit 1 1 Set up only one indoor unit as the main unit and other indoor units to the sub unit 2 1 2 1 2 2 Yes No 2 Installation Setting 1 Group Control Address ...

Page 633: ...inutes When doing so if two remote controllers are being used and the wireless remote controller is the main remote controller set the other remote controller as the main Replace wireless remote control parts including wiring 4 3 4 4 Is the LED blinking on the indoor unit s control PC board 4 5 Check all items under the section Check Prior to Auto Address Setting 5 1 The nonvolatile memory EEPROM ...

Page 634: ... Diagnosis It is judged an error the total capacity of indoor units is too high or the total number of indoor units is too many 1 2 1 The total capacity of indoor units is too high The total number of indoor units is too many Check all items under the section Check Prior to Auto Address Setting 1 1 Auto Address ...

Page 635: ...roup does not have its power on The CHK pin and TEXT pin on the indoor unit in the control group are shorted Remote control group wiring is opened More than one indoor unit in the control group is set to Main An indoor unit in the control group is set to Separate The DISP pin of an indoor unit sub remote controller in the control group is shorted 1 2 Replace wireless remote control parts including...

Page 636: ...y of indoor outdoor units is mismatched Total number of indoor units is too many Indoor unit is not turned On Be sure that the indoor and outdoor units are connected with correct combination written in catalog Are the address es of indoor unit s assigned correctly 1 1 Are the indoor units turned on 1 2 1 3 The indoor outdoor control line may be disconnected somewhere between the indoor unit s and ...

Page 637: ...see what happens 1 3 Yes No 1 Sensor 2 PC board 3 Operating status Yes No Resistance between connector pins on PC board is less than 1 k ohm 2 1 Replace PC board 2 2 Yes No Peripheral temperature of outdoor unit is over 46 C 3 1 Check noise 3 3 Correct 3 2 Yes No Tends to have insufficient refrigerant charge in the system 3 2 Adjust the amount of refrigerant 3 3 Yes No Abnormal temperature exists ...

Page 638: ...Diagnosis 1 2 In case of open or short Outdoor unit control PCB failure Replace PCB with a new one Is the connector properly connected to PCB 1 1 Is the resistor between the sockets infinity or 0Ω 1 2 2 1 1 2 Reconnect check Replace sensor 2 1 Yes No 1 Sensor Trouble 2 Control PCB Failure Yes No ...

Page 639: ...s It is judged an error when open circuit or short circuit 1 2 Sensor connector is connected to PC board properly 1 1 1 2 Reconnect and check Yes No 1 Sensor 2 PC board Replace PC board because of outdoor control PC board failure 2 1 Resistance between sockets is infinity or 0 ohm 1 2 Replace sensor 2 1 Yes No ...

Page 640: ...when open circuit or short circuit Error Diagnosis 2 Sensor connector is connected to PC board properly 1 1 1 2 Reconnect and check Yes No 1 Sensor 2 PC board Replace PC board because of outdoor control PC board failure 2 1 Resistance between sockets is infinity or 0 ohm 1 2 Replace sensor 2 1 Yes No ...

Page 641: ...ged an error when open circuit or short circuit 1 2 Sensor connector is connected to PC board properly 1 1 1 2 Reconnect and check Yes No 1 Sensor 2 Outdoor control PC board Replace PC board because of outdoor control PC board failure 2 1 Resistance between sockets is infinity or 0 ohm 1 2 Replace sensor 2 1 Yes No ...

Page 642: ...rned ON for the first time nonvolatile memory EEPROM is not installed Read values after writing onto nonvolatile memory EEPROM is inconsistent 1 2 Does EEPROM exist on the control PC board 1 1 1 2 Install EEPROM Yes No 1 PC board Incorrect EEPROM Replace with correct EEPROM 1 3 Is EEPROM installed properly Check Bent IC pin or incorrect installation etc 1 2 1 3 Correct Yes No ...

Page 643: ...rip current value Single phase model hp horse power 1 2 2 2 3 2 2 Loose electrical wire connection 2 1 Correct wiring 2 3 Has FUSE 1 FUSE 2 blown Check the electrical conduction with tester 2 2 Yes Yes No No Replace CR board 2 3 PC board wiring Check not only in the outdoor unit stop mode but in the drive mode Heating Cooling 2 5 hp 20 0A 18 5A 3 hp 20 0A 18 5A 4 hp 27 0A 27 0A 5 hp 29 0A 29 0A 6 ...

Page 644: ...single phase outdoor unit PCB A746845 U 125PE1E5 U 140PE1E5 for single phase outdoor unit PCB FUSE1 CR 60PEY1E5 bottom U 60PEY1E5 for single phase outdoor unit PCB F001 CR 71PEY1E5 bottom U 71PEY1E5 for single phase outdoor unit PCB F001 ...

Page 645: ...nit PCB A747180 U 125PEY1E5 for single phase outdoor unit PCB FUSE1 FUSE1 A746968 U 71PE1E8 A746967 U 100PE1E8 U 125PE1E8 U 140PE1E8 A747596 U 140PEY1E8 for 3 phase outdoor unit PCB A747247 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit PCB FUSE1 FUSE1 ...

Page 646: ...t connection 2 2 Correct connection or wiring 2 3 Yes No 2 PC board wiring Yes No Extreme voltage fluctuations Extreme distortion of voltage waveform Check power supply 2 1 Yes No Check power supply Loose electrical wire connection Is HIC PC board connector CN PAM poorly connected or opened with wire Replace HIC PC board Check not only in the outdoor unit stop mode but in the drive mode Not satisf...

Page 647: ...he control PC board H03 Primary Current CT Sensor current sensor Failure Error Detection Method Error Diagnosis If 18A or greater is detected when the compressor is stopped alarm triggered even if the connector is unplugged If no current is detected even though a compressor is running 1 2 It is judged an error based on the criteria listed below ...

Page 648: ...always detected within 2 C comparing with the temperature just before starting 1 In case of outdoor temperature less than 5 C For 30 minutes since started variation of discharge temperature is always detected within 2 C comparing with the temperature just before starting 1 1 1 2 Reinstall correctly Yes No 1 Sensor Trouble Replace the sensor with a new one 1 2 Is the sensor properly installed at th...

Page 649: ...hing is normal in the wiring power cord signal line between the HIC and the outdoor CR board Check the wiring one by one with a tester if there is opened and grounding The heat dissipating surface on the back of the HIC is in good contact with the heat sink heat dissipating fins of the electrical box Check for looseness in the fastening screws and the condition of the heat conducting putty 1 2 Tig...

Page 650: ...k to 10 k U 1 k to 10 k V 1 k to 10 k W 1 k to 10 k HIC 5 k to 20 k U 20 k to V 20 k to W 20 k to HIC 20 k to C I H C I H Tester terminals Resistance value ohm C I H C I H U 20 k to 20 k to V 20 k to W 20 k to CR 50PE1E5 bottom U 50PE1E5 for single phase outdoor unit PCB Outdoor Unit Control PCB Outdoor Unit Control HIC PCB A746895 U 60PE1E5 U 71PE1E5 for single phase outdoor unit HIC PCB N W V U ...

Page 651: ...5 U 140PE1E5 for single phase outdoor unit HIC PCB P U V W NU for single phase outdoor unit HIC PCB A746846 U 100PE1E5 P U V W NU CR 60PEY1E5 bottom U 60PEY1E5 for single phase outdoor unit PCB CR 71PEY1E5 bottom U 71PEY1E5 for single phase outdoor unit PCB NU P W V U NU P W V U ...

Page 652: ...single phase outdoor unit HIC PCB A746847 U 125PEY1E5 for single phase outdoor unit HIC PCB A747247 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit PCB U V W P NU A747248 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit HIC PCB U V W P NU U V W P NU CN PRY1 for 3 phase outdoor unit HIC PCB A746969 U 100PE1E8 U 125PE1E8 U 140PE1E8 U 140PEY1E8 A746970 U 71PE1E8 P U V W NU ...

Page 653: ... indoor and outdoor wirings is received over 5 times within 3 minutes 1 2 Are other outdoor units using a duplicate setting 1 1 2 1 2 2 Yes No 2 When units are networked first set the system address for each outdoor unit in the order 1 2 3 and then run auto address setting 2 1 Run the auto address setting 2 2 Installation or setting related 1 System address ...

Page 654: ...udged an error when outdoor unit capacity not yet setup or systematically unauthorized setting Check Connect the outdoor maintenance remote controller and check whether item code 81 outdoor capacity value shows 0 or unauthorized capacity is set on the detailed setting mode display of the outdoor EEPROM If the capacity value of the item code 81 with the outdoor maintenance remote controller is inco...

Page 655: ...on Yes No 2 Check the indoor unit s motor valve with the remote control detailed settings mode 2C code and commercial indoor unit is set to 2 and multiple indoor unit is 0 2 1 Check whether or not indoor and outdoor unit operating wires are short circuit disconnection loose connection or earth fault 3 1 Installation Failure 3 Operating Wires for Indoor Outdoor Units 1 Discordance Unit Discordance ...

Page 656: ...il for controlling the 4 way valve firmly connected to the 4 way valve 1 3 4 way valve 1 PC board wiring Correct wiring 1 3 Yes No 2 1 Correct connector Yes No During heating mode Comp ON insert and remove the connector wired from the 4 WAY valve into or from CN 20S connector on the HIC PC board At the same time does the ON OFF sounds occur from the 4 way valve 2 1 2 2 Replace HIC PC board Yes No ...

Page 657: ...es No Tends to have insufficient refrigerant charge in the system Service valve inside the outdoor unit closed Additional refrigerant charge 2 2 Yes No Open service valve Replace CR board Yes No Replace the strainer Are the tubes clogged Is the outdoor unit s electronic control valve operating correctly Check for debris clogging the electronic control valve a problem with the electronical coil and...

Page 658: ...board as well as if any wiring is opened Are these checking finished without fail 3 4 4 1 Replace the outdoor unit fan Correct connection and or wiring Yes No While heating is operating an alarm is occurred 3 5 3 6 4 1 Yes No 2 Service valve 3 Problem around the heat exchanger P04 High Pressure Trouble Error Detection Method Error Diagnosis It is judged an error if the internal circuit of the high...

Page 659: ...clogging the valve a problem with the electronical coil and or the control PC board 4 2 4 3 Repair the expansion valve of the indoor unit Yes No 3 Problem around the heat exchanger 4 Blockage in the refrigerant circuit Error occurs when the system is operating in cooling mode 5 1 5 3 5 2 Yes No An alarm is occurred with the high pressure at 3 80 MPa with the pressure measured either as displayed b...

Page 660: ...s the alarm triggered again 3 2 Replace the outdoor unit HIC PC board 4 1 Yes No 3 Check the outdoor unit HIC PC board 2 Check the outdoor unit CR PC board There may be a instantaneous blackout failure If there is nothing abnormal see what happens 4 1 4 Final check P05 AC Power Supply Trouble Error Detection Method Error Diagnosis Instantaneous blackout Note The work involved in diagnosing each of...

Page 661: ... the cooling test run has started 1 1 2 1 Yes No 1 Service valve Open the service valve 2 1 2 Adjustment to refrigerant change 3 Blockage in refrigerant circuit 3 1 Avoid clogging 3 2 Yes No Are the tubes clogged Not additional refrigerant charged 3 1 Yes No Additional refrigerant charge 3 2 3 3 Replace the electronic control valve Yes No Is the outdoor unit s electronic control valve operating co...

Page 662: ...r unit receives the signal O2 Alarm Occurred from the indoor unit With the indoor unit s EEPROM setting item code 0B set to 0001 the EXCT input was shorted 1 2 Is an O2 sensor being used Correct wiring 4 1 Yes No Is the indoor EXCT socket wire shorted 3 1 3 4 Indoor EXCT wiring 4 3 4 2 Yes No Is the alarm triggered if the indoor EXCT socket wire is disconnected and the power is reset Since there i...

Page 663: ...ake temperature is less than 4K Electronic expansion valve is fully opened Compressor s discharge temperature exceeds 95 C Alarm occurs in the following cases 1 1 Yes No 1 Adjustment of refrigerant amount Recharge with additional refrigerant 1 2 1 2 Check leakage of refrigeration leak test See what happens Yes No Replace leaking part with a new one Insufficient gas level Check whether or not press...

Page 664: ...se are observed in the connections on the CR board and or in the connections of components that are connected by wiring from the CR board 2 2 Correct 2 3 Yes No Correct 2 4 Yes No 2 3 Disconnected parts miswiring and or poor connections loose are observed in the connections of outdoor board s that are connected by wiring from the HIC board Correct 2 5 Yes No 2 4 Disconnected parts miswiring and or...

Page 665: ...s 43 C or less the secondary current of the inverter is high The frequency Hz ends up dropping due to the current 5 6 Replace the compressor See what happens Yes No Tends to have insufficient refrigerant charge in the system 5 5 Adjust the amount of refrigerant 5 6 Yes No 4 Check the situation 5 Check operation Dividing the outdoor EEPROM INV operation time by the number of times oil was supplied ...

Page 666: ...asure with an analog tester Excepting the parts of value is 0 short circuit it is acceptable if a small resistance value appears as a reference value unless the HIC board IPM Pass Fail Tests Tester terminals Resistance value ohm U 1 k to 5 k V 1 k to 5 k W 1 k to 5 k U 1 k to 5 k V 1 k to 5 k W 1 k to 5 k NU 5 k to 10 k U 100 k to V 100 k to W 100 k to P 100 k to P NU Tester terminals Resistance v...

Page 667: ...B Outdoor Unit Control HIC PCB A746895 U 60PE1E5 U 71PE1E5 for single phase outdoor unit HIC PCB N W V U P NU P W V U Outdoor Unit Control HIC PCB A746847 U 125PE1E5 U 140PE1E5 for single phase outdoor unit HIC PCB P U V W NU for single phase outdoor unit HIC PCB A746846 U 100PE1E5 P U V W NU ...

Page 668: ...phase outdoor unit PCB NU P W V U CR 71PEY1E5 bottom U 71PEY1E5 for single phase outdoor unit PCB NU P W V U A746846 U 100PEY1E5 for single phase outdoor unit HIC PCB A746847 U 125PEY1E5 for single phase outdoor unit HIC PCB U V W P NU U V W P NU Outdoor Unit Control HIC PCB ...

Page 669: ...or Unit Control HIC PCB A747248 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit HIC PCB U V W P NU for 3 phase outdoor unit HIC PCB A746969 U 100PE1E8 U 125PE1E8 U 140PE1E8 U 140PEY1E8 A746970 U 71PE1E8 P U V W NU ...

Page 670: ...error when the outdoor fan motor s rotating signal cannot be detected normally 1 2 Are the connectors CN FMA CN FMB CN FM1 and CN FM2 firmly connected to the outdoor control PC board lock engaged 3 Turn the power on and run the unit again is P22 triggered again Or can you see or hear anything that is obviously wrong in its rotation Replace the outdoor control PC board If it fails to operate normal...

Page 671: ...C PC board and operate the unit Apply putty and screws must not be loose Does it operate normally Yes No See what happens See what happens The results of the pass fail tests for the following HIC PC board IPM show it to be outside the range of the resistance of a conforming part Checking for looseness of compressor terminals by wiggling them has the adverse effect of loosening them so do not do it...

Page 672: ...ther indoor unit P31 Group Control Error Error Detection Method Other indoor unit alarms within the group 1 Survey the indoor unit that alarms other than P31 in the indoor unit group and specify the causes of failure ...

Page 673: ...B Outdoor Unit Control HIC PCB A746895 U 60PE1E5 U 71PE1E5 for single phase outdoor unit HIC PCB N W V U P NU P W V U Outdoor Unit Control HIC PCB A746847 U 125PE1E5 U 140PE1E5 for single phase outdoor unit HIC PCB P U V W NU for single phase outdoor unit HIC PCB A746846 U 100PE1E5 P U V W NU ...

Page 674: ...phase outdoor unit PCB NU P W V U CR 71PEY1E5 bottom U 71PEY1E5 for single phase outdoor unit PCB NU P W V U A746846 U 100PEY1E5 for single phase outdoor unit HIC PCB A746847 U 125PEY1E5 for single phase outdoor unit HIC PCB U V W P NU U V W P NU Outdoor Unit Control HIC PCB ...

Page 675: ...or Unit Control HIC PCB A747248 U 100PEY1E8 U 125PEY1E8 for 3 phase outdoor unit HIC PCB U V W P NU for 3 phase outdoor unit HIC PCB A746969 U 100PE1E8 U 125PE1E8 U 140PE1E8 U 140PEY1E8 A746970 U 71PE1E8 P U V W NU ...

Page 676: ...ntrol PCB Because of the pulse output a simplified measurement method is used Set the tester to the 12 V range if the value displayed is approximately 4 V then the voltage is normal If the voltage is normal measure the resistance between connector pin 5 and pins 1 through 4 Resistance between pin 5 and pins 1 through 4 should be approximately 46 for all If the result is 0 or then replace the coil ...

Page 677: ...C board and check alarm messages See operational status 2 2 Yes No 2 2 Discharge temperature is over 80 C in stop mode and does not decrease Connect outdoor maintenance remote controller to RC socket on outdoor unit main control PC board and check alarm messages Replace discharge temperature sensor 2 3 Yes No 2 3 Demand value always stays low The value is lower than 70 Excluding 1 unlimited Connec...

Page 678: ... and drain the water from the drain pan Fig 1 Insert a high pressure cleaner from the opening Fig 2a and clean the heat exchanger Fig 2b 5 When finished cleaning install the drain plug and lid drain pump WARNING ELECTRICAL SHOCK CAN CAUSE SEVERE PERSONAL INJURY OR DEATH lid Drain plug Opening Heat exchanger Fig 1 Fig 2a Fig 2b ...

Page 679: ...ng to the fan motor Fig 3 4 Remove the bottom plate Fig 4 5 Disconnect two 2 clutches Fig 5a fixing the lower side of the fan casing and pull out the protrusion part Fig 5c placed onto the side of the main unit Fig 5b Then remove the fan casing Clutches Fan casing e d i s t i n u n i a M t r a p n o i s u r t o r P Screws x 5 locations Connector Bottom plate Screw WARNING ELECTRICAL SHOCK CAN CAUS...

Page 680: ... Loosen the fixed screw with a hexagon wrench 3mm over 100mm in length and remove the fan 9 Remove the rubber attached to the wiring of the fan motor Fig 9 1 For installation reverse the procedure above 2 Fine tune so that the fan can be positioned in the center of the fan casing Bracket Fan motor Fixed screw Fan Hexagon wrench Rubber Screws M6 Fig 6 Fig 7 Fig 8 Fig 9 Installing Fan Motor ...

Page 681: ...2 6 3 Normal Display Operations and Functions 6 3 6 4 Monitoring Operations Display of Indoor Unit and Outdoor Unit Sensor Temperatures 6 6 6 5 Monitoring the Outdoor Unit Alarm History Display of Outdoor Unit Alarm History 6 7 6 6 Settings Modes Setting the Outdoor Unit EEPROM 6 7 ...

Page 682: ...or unit maintenance remote controller is connected a separate remote controller or other control device must be connected to the indoor unit 6 2 Functions Normal display functions 1 Functions Button operations can be used to perform the following functions Start stop of all indoor units Switching between cooling and heating Test run of all indoor units High speed operation of indoor units Do not u...

Page 683: ...atus for that refrigerant system All units start stop Fig 6 1 Operation The button can be used to start and stop all the indoor units The LED turns ON when 1 or more indoor units is operating The LED blinks when an alarm has occurred at 1 or more indoor units during operation Switching between cooling heating Fig 6 1 Operation The button switches between heating and cooling modes The specification...

Page 684: ... o d t u o f o o N 5 0 units 1 06 Unit Nos of connected outdoor units in that refrigerant system 2 07 Operating status of outdoor units in that refrigerant system blinks when alarms occur 2 08 09 0A 0b 0C 0d 0E 0F 10 Total compressor operating time in 1 h units 3 11 12 13 14 15 16 Total power ON time of outdoor unit in 1 h units 17 Compressor start count 18 19 FE Outdoor unit microcomputer firmwar...

Page 685: ...n is lit When the last 4 digits are displayed the colon points are not lit The display of the first 4 and last 4 digits changes automatically every 10 seconds It can also be changed by pressing the button NOTE With the outdoor unit maintenance remote controller when connected to the outdoor unit the unit remote controller check functions will not operate Display for unit Nos 1 20 Not lit Lit Not l...

Page 686: ...code of the temperature to monitor The selected indoor unit No and the temperature data are displayed 4 To end monitoring press the button The display returns to the normal display The display does not blink e d o C f o g n i n a e M e d o c m e t I Indoor unit data 02 Indoor unit intake temp 03 Indoor unit heat exchanger temp E1 04 Indoor unit heat exchanger temp E2 05 06 07 08 09 Outdoor unit da...

Page 687: ...larm The alarm history is indicated by the alarm code If there have been no alarm codes is displayed 4 To clear the alarm history press the button The outdoor unit alarm history will be cleared 5 To end press the button The display returns to the normal remote controller display 6 6 Settings Modes Setting the Outdoor Unit EEPROM Setting mode 1 Operating procedure 1 Press and hold the button and bu...

Page 688: ... 2B operating when the unit change to stop regardless of whether the unit was thermo on or thermo off 6 Doing the action 4 and 5 7 During cooling only Doing the action 6 0 Heat pump 1 Cooling only Cooling only E 0 12 Silent mode 0 Disable at shipment 1 At any times 2 Capacity priority 3 Timer setting 4 2 3 13 22 22 o clock at shipment 14 00 00 minute at shipment 15 28 28 o clock at shipment 16 00 ...

Page 689: ...tting Items 7 3 7 3 Detailed Settings Function 7 4 7 4 List of Detailed Setting Items 7 5 7 5 Simple Setting Items 7 9 7 6 Detaild Setting Items 7 11 7 7 Remote Controller Servicing Functions 7 15 7 8 Test Run Function 7 15 7 REMOTE CONTROLLER FUNCTIONS SECTION ...

Page 690: ...splayed blinking on the remote controller LCD display Fig 7 1 At this time the indoor unit fan or all indoor unit fans in the case of group control begins operating 3 If group control is in effect press the button and select the address unit No of the indoor unit to set At this time the fan at the indoor unit begins operating If unit No is displayed the same setting will be made for all indoor uni...

Page 691: ... 0 LL LL 2 0 0 0 Lo 1 min LL 3 min Lo 1 min LL 3 min Lo Lo Lo 5 0 0 0 Lo LL 6 0 0 0 Heating intake temperature shift 0000 No shift 0001 Shifts intake temperature 1 C down 0002 Shifts intake temperature 2 C down 0003 Shifts intake temperature 3 C down 0004 Shifts intake temperature 4 C down 0005 Shifts intake temperature 5 C down 0006 Shifts intake temperature 6 C down Electric heater installation ...

Page 692: ...d settings data are displayed blinking on the remote controller LCD display Fig 7 2 At this time the indoor unit fan or all indoor unit fans in the case of group control begins operating 3 If group control is in effect press the button and select the address unit No of the indoor unit to set At this time the fan at the indoor unit begins operating 4 Press the temperature setting buttons to select ...

Page 693: ...ndoor unit with no group wiring Main unit One of the group control indoor units Sub unit All group control indoor units except for main unit Not set Cooling intake temperature shift 010 Shifts intake temperature by 10 C 009 Shifts intake temperature by 9 C 001 Shifts intake temperature by 1 C 0000 0001 No intake temperature shift Shifts intake temperature by 1 C 0009 0010 Shifts intake temperature...

Page 694: ...18 18 C Lower limit at shipment 0019 19 C 0029 29 C 0030 30 C Upper limit at shipment Upper limit Lower limit Auto heat cool 0017 17 C Lower limit at shipment 0018 18 C 0026 26 C 0027 27 C Upper limit at shipment Humidifier operation 0000 Normal 0001 Ignore heat exchanger temperature conditions Filter CN70 input switching 0000 Filter input differential pressure switch input 0001 Alarm input for tr...

Page 695: ...ture 25 C 0026 Control temperature 26 C Fan output switching 0000 Output linked with fan ON when indoor unit fan is operating 0001 Fan mode operation output Drain pump delayed start time 0000 No delayed start 0001 1 minute delayed start 0002 2 minutes delayed start 0058 58 minutes delayed start 0059 59 minutes delayed start 0060 60 minutes delayed start Humidifier setting 0000 Humidifier output OF...

Page 696: ...nel For low static pressure filter Antibacterial high performance filter 90 Antibacterial high performance filter 65 Air cleaning unit air cleaning unit optical regenerative deodorizing filter deodorant activated charcoal filter For air blocking material For 3 way discharge when discharge duct is connected 0006 For air blocking material For 2 way discharge Humidifier ON time ON time per 60 seconds...

Page 697: ...x x x NOTE x indicates that there is no corresponding filter indicates the filter sign ON time that is set at shipment High fouling Set when is selected for the degree of filter fouling item code n o i t p i r c s e D m e t I e d o c m e t I 03 Central control address Set when using a central control device Used when setting the central control address manually from the remote controller 04 Operat...

Page 698: ...s OFF 06 Heating intake temperature shift Shifts the intake temperature during heating Can be set when the body thermostat is used 07 Electric heater installation Set when cost distribution is performed using an AMY central control system or similar system and when an optional electric heater is installed This is unrelated to control of the electric heater 08 Humidifying when heater thermostat is ...

Page 699: ...tion starts can be set in increments of 5 minutes 1b Forced thermostat ON time Use this setting to change the time for forced operation at installation or servicing from 5 minutes to 4 minutes Enabled only with PAC models 1E Temperature shift for cooling heating change in auto heat cool mode Auto heat cool selects the operating mode automatically based on the difference between the room temperatur...

Page 700: ...inder or for fire prevention input 31 Ventilation fan operation from remote controller It is possible to install a total heat exchanger and ventilation fan in the system which can be started and stopped by the wired remote controller The ventilation fan can operate linked with the start and stop of the indoor unit or can be operated even when the indoor unit is stopped Use a ventilation fan that c...

Page 701: ...t reduction mode 46 DC flap swing mode Selects the swing operation mode for the flap 5d DC fan tap setting Sets the DC fan tap according to the purpose of use Change the settings data at the same time 5E Humidifier ON time Sets the humidifier output ON time for when the humidifier is operating ON OFF control is performed during humidifier operation This setting therefore sets the ON time per 60 se...

Page 702: ...scharge duct is connected CZ CFU2 6 Air blocking material for 2 direction discharge CZ CFU2 2 Setting No 3 Open the cover of the electrical component box and connect the supplied short circuit connector 2P yellow to short circuit pin TP3 2P yellow on the indoor unit control PCB 3 Setting No 6 Open the cover of the electrical component box and connect the supplied short circuit connector 2P yellow ...

Page 703: ... and buttons for 4 seconds or longer When settings are made from a remote controller the indoor unit where that remote controller is connected stops Detailed settings System address indoor unit address central control address and other settings Press and hold the and buttons for 4 seconds or longer Automatic address Automatic address setting based on command from the wired remote controller Press ...

Page 704: ...emperature display appears as for units that are not connected If monitor mode is engaged while normal operation is in progress only the parts of the LCD display shown in the figure will change Other parts continue to display the same information as during normal operation Fig 7 4 Indoor unit sensors Outdoor unit sensors 02 Intake temp Unit No 1 Unit No 2 Unit No 3 Unit No 4 03 E1 0A 2A 4A 6A Disc...

Page 705: ...r Units Simultaneously Group Control 8 8 Using the Remote Control 8 9 For Best Results 8 10 Addresses 8 9 8 11 8 12 8 13 8 14 8 14 8 11 Emergency Operation 8 12 Miscellaneous Settings 8 13 Before Requesting Service How to Install the Wireless Remote Controller Receiver 8 14 Common to All Models 8 15 CZ RWSU2 8 16 8 16 CZ RWST2 8 18 8 17 CZ RWSL2 8 21 8 18 CZ RWSC2 8 24 8 20 CZ RWST3 8 30 8 32 8 21...

Page 706: ...ler from water Damage to the system can result Stop the system and turn the power off if you sense unusual smells or other irregularities Do not swallow the battery Do not repair Contact your dealer before moving the system Moving and Repair Precautions Electric shock and damage to the system can result Continuing operation when the system is out of order can result in electric shock fire and dama...

Page 707: ...utton Use this when connected to an aftermarket fan Pressing this button starts and stops the fan When the air conditioner is started or stopped the fan starts or stops at the same time appears on the display of the remote control when the fan is operating 15 Sensor button Use this when switching to detect the temperature at the remote control At shipping the default setting is set to detect the t...

Page 708: ...ly Consult with the dealer where the product was purchased about making the settings Test On switch This is used during service It is not for normal use Test Run On switch This is used during service It is not for normal use 7 Swing button 8 Normal Stop All switch 9 Address switch Differentiate between incoming and outgoing signals If a heat pump model is being used it will beep twice and the oper...

Page 709: ...positive end As shown at right How to remove batteries NOTE NOTE 8 3 Setting the Current Time After changing the batteries and pressing reset be sure to reset the current time When reset is pressed the current time reverts to 1 Press for two seconds or more 2 Set the hour with of the If you press and hold the button the time changes quickly 3 Set the minutes with of the If you press and hold the b...

Page 710: ...y indicate a function that it does not have The fan speed is set If you cannot turn the air conditioner off in the normal way Disconnect the power to the indoor unit and contact the dealer where the product was purchased Auto Operation If all the indoor units are identical in a cooling system and are under control as one group it heats or cools automatically via the differences between the set tem...

Page 711: ...he timer if you press the time you set changes to a steady display indicating settings are complete After the timer setting is displayed for three seconds the display reverts to the current time Combining ON and OFF Timers Setting the ON and OFF timers respectively Checking the timer setting If you press either for the or the the scheduled time is displayed for four seconds When no timer setting h...

Page 712: ...WST3 Setting the Wind Direction While the unit is operating every time you press the direction the flap faces changes Setting Flap to Swing If you press to set the flap up down wind direction plate in its most downward facing position and then press again is displayed and the flap swings automatically up and down Stopping Flap Swing If you press again while the flap is swinging you can stop the fl...

Page 713: ... you wish to mount the remote and make sure the signal is received correctly Pull the remote control forward to remove it Don t get the remote control too far away from the receiver This may cause a malfunction Be sure to keep the remote control in the same room as the receiver remote control addresses can be set up to avoid crosstalk By setting the address switches on the receivers and matching t...

Page 714: ...ch does not matter For 1 2 and 3 set the switch on the left and for 4 5 and 6 to the right CZ RWSC2 Position of the Receiver s Address Switch The position of the receiver s address switch does not matter For 1 2 and 3 set the switch on the left and for 4 5 and 6 to the right 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 Setting Addresses CZ RWSY2 CZ RWSK2 Setting the address of the indoor unit 1 First of al...

Page 715: ...Test On switches are for use when the unit is installed and test run It is not for normal use If the Normal Stop ALL switch is on Stop ALL the unit cannot receive signals from the remote control CZ RWSC2 CZ RWSL2 1 Press Emergency Operation of the receiver If the indoor temperature is 24 C or greater when the unit starts running it will act as a cooling mode If the indoor temperature is less than ...

Page 716: ...sed the remote control s display changes Whatever is being displayed when you release is set Setting Item Operation Button Setting Content Remote Control Display Remote control operation mode display setting when is pressed Press while pressing Heat Pump with Auto Heat Pump without Auto Dedicated air conditioner Clock display setting Press while pressing 24 hour AM PM Max possible temperature sett...

Page 717: ...t button on the remote control The timer cannot be set Make the settings when the remote control is in Operation Display If the problem persists even after you check the foregoing items stop the unit disconnect the power to the indoor unit and contact the dealer where the product was purchased with the model number and problem you are having As it is dangerous under no circumstances should you und...

Page 718: ... can be installed When using 2 remotes one or more units can be operated by the remotes When wiring remote controls be sure to double check the terminal numbers of the indoor unit before connecting them so there are no mistakes in the wiring Damage will occur if high voltage e g supply voltage is applied 1 It is not possible to use more than one wireless remote control kit with one indoor unit A r...

Page 719: ...8 15 8 CZ RWSL2 CZ RWSU2 Cable clamp PCB cover Adjustable Corner Cap Receiver PCB ON 1 2 3 4 Bit 1 OFF ON S003 Screw CZ RWST2 CZ RWST3 S003 Bit 3 OFF ON DIP Switch 3 RCU MAIN RCU SUB CZ RWSC2 ...

Page 720: ...and then fix it in place with the screws Fig 8 4 1 If the wiring for the receiver is bundled with other wires such as the incoming line it may cause a malfunction so avoid putting them together 2 If something causes the unit s power source to make noise it will be necessary to resolve the problem such as by installing a noise filter For more information about wiring or test operation refer to Wiri...

Page 721: ...ommands from the remote control for about 1 minute This is not an error In fact it does receive signals but they are cancelled 5 Setting Address Switches When more than one receiver and remote control are installed in the same room setting up addresses allows them to avoid interfering with each other Refer to the Users Manual for information on how to change the addresses of the remote controls Ch...

Page 722: ...he panel 4 Fasten the receiver s lead wire to the cable clip that is holding the wire from the louver motor Fig 8 8 5 Attach the side panel 6 Put the receiver s lead wire together with other wires such as the louver motor wire and fasten them with the wire saddle Fig 8 9 Use the hole in the upper part of the wiring box to lead it in Ceiling Suspended Model Fig 8 6 Fig 8 7 Fig 8 9 Fig 8 8 No Access...

Page 723: ... tie Fig 8 13 Wiring Diagram Connections Connect the wires from the receiver to the remote control terminal strip on the indoor unit Polarity does not matter If the wiring for the receiver is bundled with other wires such as the incoming line it may cause a malfunction so avoid putting them together Fasten the lead wire securely so it does not get wrapped up in the fan If something causes the unit...

Page 724: ...e same room setting up addresses allows them to avoid interfering with each other Refer to the Users Manual for information on how to change the addresses of the remote controls Changing the address of a receiver can be done after removing the screw to the receiver s PCB cover Once the change is complete put the cover back in place while holding the wiring with the cable clamp tighten its screw 5 ...

Page 725: ...onnected all the way in 3 Bend the lead wire of the display into shape so it does not come in contact with the louver shaft There is a groove in the circled part in diagram 3 that is for passing wire through press the lead wire into this groove so there is no slack in it 4 Attach cover A When doing so press it securely into the place indicated by the arrow in Fig 8 18 5 Shape the lead wire of the ...

Page 726: ...8 22 4 Attach cover A 5 6 Properly route the lead wire of the operation panel and fasten it with the twist lock Fig 8 20 Install the ceiling panel Wiring Diagram Connections 1 2 Connect W1 to the remote control terminal strip on the indoor unit Polarity does not matter Connect the display and the operation panel with W2 If the wiring to the operation panel is bundled together with other wiring suc...

Page 727: ...e room setting up addresses allows them to avoid interfering with each other Refer to the Users Manual for information on how to change the addresses of the remote controls 1 Turn the 1 DIP switch of the operation panel from OFF to ON Down 4 After completing a test run be absolutely sure to turn the 1 DIP switch from ON to OFF Up sure none of the display lamps are blinking Also replace the PCB cov...

Page 728: ... with the wiring from the indoor unit Refer to the chapter on wiring the receiver When wiring receivers be sure to double check the terminal numbers of the indoor unit before connecting them so there are no mistakes in the wiring Damage will occur if high voltage e g supply voltage is applied 4 Attach the face plate Fig 8 24 1 Receiver Enclosed 200 mm wiring 1 2 Remote Control 1 3 Remote Control H...

Page 729: ...sold separately at the position in Fig 8 27 with the enclosed cable tie connect it to the connector on the receiver 5 Shape the remote control cord at the top of the PCB so it fits inside the receiver and after configuring the wiring like it is in Fig 8 28 attach the lower case When doing this arrange the head of the cable tie so it face sideways 6 7 8 Remove the face plate and use the wood screws...

Page 730: ...imeters thicker than the ceiling material and hold the receiver in place temporarily with the 2 enclosed small screws M4 X 40 7 Bend parts A and B back so they fit in the opening and are in the gap between the surface of the ceiling and the receiver then tighten the screws Do not use too much force when tightening the screws Doing so may warp or damage the case Move the receiver by hand and check ...

Page 731: ... Once the change is complete put the cover back in place while holding the wiring with the cable clamp tighten its screw 1 For instructions on how to install a remote control cord sold separately refer to the chapter on Using as an Embedded Model in Installing Separate Receivers 2 If a remote control cord sold separately is to be used refer to the Mounting Instructions attached to the remote contr...

Page 732: ... Clamper 1 1 Remote Controller As the receiver can only be installed in the corner where the panel wire comes out as shown in Fig 8 32 consideration should be given to orientation when fitting the panel to the indoor unit 1 Twist off the circled area shown in Fig 8 32 with pliers or similar 2 Remove the suction grille and corner cover Fig 8 33 Break off Panel wire Corner cover Panel wire Fig 8 32 ...

Page 733: ...r 6 Clamp the receiver wire and panel wire together with the supplied clamper Fig 8 35 7 Insert the receiver wire and panel wire into the wire saddles Fig 8 35 Refer to the Users Manual supplied with the panel Receiver Panel wire Pass wire through panel Panel wire Receiver wire Clamper CN130 WL WHT 10P Wire saddle 1 Do not twist the receiver wire and the power lead in wire together as this could l...

Page 734: ...ig 8 39 6 7 Connect the remote control wiring to the terminal board route through the cable tie accessory to the holding clamp and secure the remote control wiring Fig 8 40 Draw in the power wire and remote control wiring separately Mount the side cover and close the air intake grille Ceiling Suspended Model Fig 8 36 Fig 8 38 Fig 8 37 Fig 8 39 Fig 8 40 Receiver Remote Control Dry cell Batteries Us...

Page 735: ...mperature 4 After completing a test run be absolutely sure to turn the 1 DIP switch from ON to OFF and make sure none of the display lamps are blinking Also replace the PCB cover back as it was and fasten it while holding the wiring with the cable clamp tighten its screw When more than one receiver and remote control are installed in the same room setting up addresses allows them to avoid interfer...

Page 736: ... Heat Including an auto temp setting for a model without auto temp settings Alternately Oil Alarm Same as operation of outdoor protection device Alternately Test Run Simultaneously When using CZ RWSC2 If you have either an outdoor maintenance remote control or a wired remote control and a service checker special wiring 623 178 5082 for service use at hand you can get more detailed information abou...

Page 737: ...g when Shipped 1 Operation Mode 2 Flap Display 3 Select Fan Speed 4 Display of Set Temperature C F Setting Off Note 2 C 5 Time Display 24 hour No Display AM PM 24 hour 6 Ventilation Fan ON OFF Off No Display On OFF Note 3 7 Cool temp Max 05 35 C 30 8 Cool temp Min 05 35 C 18 9 Heat temp Max 05 35 C 26 Note 4 10 Heat temp Min 05 35 C 16 11 Dry temp Max 05 35 C 30 12 Dry temp Min 05 35 C 18 13 Auto ...

Page 738: ... MEMO 8 34 ...

Page 739: ...201309 ...

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Panasonic U-100PEY1E5, Technical Data & Service Manual

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