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Panasonic : S-26PU1U6, Technical Data & Service Manual

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Panasonic : S-26PU1U6 Technical Data & Service Manual Download Page 185

1-177

1-176

1. Specifications

7-2. Room Temperature Sensor Setting

The room temperature sensors are built into the indoor unit and the wireless remote controller. Either of these room 
temperature sensors can operate.
The system is shipped from the factory set to the indoor unit sensor. To switch to the remote control sensor, press the 
sensor switching button located inside the remote control cover and check that A/C SENSOR on the LCD display panel 
goes out.

NOTE

If the sensor switch is set to the remote controller side,
but no room temperature data is sent to the main unit
for 10 minutes, the sensor is automatically switched to
the indoor unit side. As much as possible, install the
remote controller facing the unit.

7-3. Address Switches

If you are installing more than 1 indoor unit (up to 6) in the same room, it is necessary for you to assign each unit its 
own address so they each can be operated by their remote controller.
Up to 6 indoor units can be controlled separately through the address switches. The operating control has the reception 
address switch and the remote controller has the transmission address switch. This function is utilized by matching the 
transmission and reception address switches.

7-4. Setting the Model Code

Flap display selector switch

Make the slide switch settings in the battery compartment box of the remote controller depending on the type of 
indoor unit in which the wireless receiving unit is used.

Operation mode switch

In this Single Split System Air Conditioner set the switch to “A”.

* The switch is factory set to “S” / “A”.
* Always press the reset button after switching the setting.

ADR

ADR

ADR

ADR

1 2 3

4 5 6

1 2 3

4 5 6

1 2 3

4 5 6

Remote control
address display

* Any address

switch position

available

Address switch
positions

Sensor button

Fig. 1-209

Fig. 1-210

Flap display

selector switch

Operation

mode switch

S

K

N

A

H

C

S

K

N

Type K1

S

K

N

S

K

N

A

H

C

A

H

C

Cooling only

A

H

C

Heat pump without

Auto mode

Heat pump with

Auto mode

1

2

1

2

Type U1, T1

Type F1, F2

1

SM830203-04.indb   177

15/10/16   10:45:21

Summary of Contents for : S-26PU1U6

Page 1: ...th Wired Remote Controller CZ RTC2 with Wireless Remote Controller CZ RWSK1U S 26PK1U6 Wall Mounted Ceiling S 26PT1U6 S 36PT1U6 S 42PT1U6 S 42PU2U6 with Wired Remote Controller CZ RTC2 with Wired Remote Controller CZ RTC2 S 36PF1U6 S 26PF1U6 Low Silhouette Ducted U1 K1 T1 F1 F2 S 36PF2U6 S 26PF2U6 Concealed Duct S 36PU2U6 S 26PU2U6 CZ 36KPU3U CZ 36KPU3U CZ 36KPU3U 4 Way Cassette 36 36 U2 K2 S 26PK...

Page 2: ... be installed with Earth Leakage Circuit Breaker ELCB or Residual Current Device RCD Otherwise it may cause electrical shock and fire in case of equipment breakdown or insulation breakdown 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 ...

Page 3: ...liance could void the user s authority to operate this equipment Do not leak refrigerant while piping work for an installation or re installation and while repairing refrigeration parts Handle liquid refrigerant carefully as it may cause frostbite When Servicing Turn the power OFF at the main power box mains before opening the unit to check or repair electrical parts and wiring Keep your fingers a...

Page 4: ...ensity Limit The room in which the air conditioner is to be installed requires a design that in the event of refrig erant gas leaking out its density will not exceed a set limit The refrigerant R410A which is used in the air condition er is safe without the toxicity or combustibility of ammonia and is not restricted by laws imposed to protect the ozone layer However since it contains more than air...

Page 5: ...e to the characteristics of R410A Some tools for R22 and R407C type refrigerant systems cannot be used Item New tool R407C tools compatible with R410A Remarks Manifold gauge Yes No No No No Yes Yes Yes Yes Yes Types of refrigerant refrigerating machine oil and pressure gauge are different To resist higher pressure material must be changed Charge hose Use a conventional vacuum pump if it is equippe...

Page 6: ...DATA 3 1 3 1 Indoor Units 3 2 3 2 Outdoor Units 3 14 Section 4 SERVICE PROCEDURES 4 1 4 1 Meaning of Alarm Messages 4 2 4 2 Symptoms and Parts to Inspect 4 5 4 3 Details of Alarm Messages 4 8 4 4 Table of Thermistor Characteristics 4 16 Section 5 OUTDOOR UNIT MAINTENANCE REMOTE CONTROL 5 1 In the case of CZ RTC2 5 1 Overview 5 2 5 2 Functions 5 2 5 3 Normal Display Operations and Functions 5 3 5 4...

Page 7: ...n 6 3 6 3 Test Run Procedure 6 3 6 4 Items to Check Before the Test Run 6 4 6 5 Test Run Using the Remote Controller 6 4 6 6 Precautions 6 5 6 7 Table of Self Diagnostic Functions and Corrections Type F2 U2 T2 K2 U1 K1 T1 and F1 6 6 6 8 Examples of Wiring Diagrams 6 7 ...

Page 8: ...vii MEMO ...

Page 9: ...6 8 SELECTING THE INSTALLATION SITE HOW TO INSTALL THE INDOOR UNIT HOW TO INSTALL THE WIRELESS REMOTE CONTROLLER HOW TO INSTALL THE TIMER WIRED REMOTE CONTROLLER 1 4 1 56 Dimensional Data 1 5 1 70 Refrigerant Flow Diagram 1 6 1 71 Operating Range 1 7 1 72 Capacity Correction Graph According to Temperature Condition 1 8 1 73 Noise Criterion Curves 1 82 1 9 1 89 1 11 1 97 1 12 Increasing the Fan Spe...

Page 10: ... REMOVAL VOLUME L h Pints h 2 2 4 6 Extarnal static pressure Pa in WC 70 min10 max150 0 28 min0 04 max0 60 I D AIR FLOW COOL H M L m3 min ft3 min CFM 21 19 15 742 671 530 HEAT H M L m3 min ft3 min CFM 21 19 15 742 671 530 O D AIR FLOW COOL m3 min ft3 min CFM 50 1766 HEAT m3 min ft3 min CFM 50 1766 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 1 90k 4 2 67 0 P R O D I M HEIGHT H mm inch 290 11 7 16 7...

Page 11: ... REMOVAL VOLUME L h Pints h 1 4 2 9 Extarnal static pressure Pa in WC 100 min10 max150 0 40 min0 04 max0 60 I D AIR FLOW COOL H M L m3 min ft3 min CFM 34 28 23 1201 989 812 HEAT H M L m3 min ft3 min CFM 34 28 23 1201 989 812 O D AIR FLOW COOL m3 min ft3 min CFM 55 1942 HEAT m3 min ft3 min CFM 55 1942 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 2 80k 6 2 98 8 P R O D I M HEIGHT H mm inch 290 11 7 1...

Page 12: ... Horizontal Vertical Automatic Vertical r h 0 0 5 2 e f i l g n o l e l b a h s a W r e t l i f r i A Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 38 35 31 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0...

Page 13: ...p O Air deflection Horizontal Vertical Automatic Vertical r h 0 0 5 2 e f i l g n o l e l b a h s a W r e t l i f r i A Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 44 37 33 2 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R RE...

Page 14: ... Air deflection Horizontal Vertical Automatic Vertical r h 0 0 5 2 e f i l g n o l e l b a h s a W r e t l i f r i A Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 45 38 34 3 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRI...

Page 15: ...rtical Automatic Vertical r h 0 0 5 2 e f i l g n o l e l b a h s a W r e t l i f r i A Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 38 35 31 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f...

Page 16: ...tomatic Vertical r h 0 0 5 2 e f i l g n o l e l b a h s a W r e t l i f r i A Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 44 37 33 2 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n ...

Page 17: ...matic Vertical r h 0 0 5 2 e f i l g n o l e l b a h s a W r e t l i f r i A Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 45 38 34 3 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e ...

Page 18: ...e Controller CZ RWSK1U r e l l o r t n o C e t o m e R s s e l e r i W Air deflection Horizontal Vertical Automatic Vertical e l b a h s a W r e t l i f r i A m m 6 2 D O A 0 2 n o i t c e n n o c n i a r D p m u p n i a r D y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 48 42 38 9 4 A B d i H r o o d t u O Refrigerant control Electronic Expansion Valve MOV REFRIGERANT TUBING...

Page 19: ...s s e l e r i W Air deflection Horizontal Vertical Automatic Vertical e l b a h s a W r e t l i f r i A Drain pump Drain connection 20A OD26mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 48 42 38 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f ...

Page 20: ...r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 39 37 33 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f o t i m i L Limit of tubing length at shipment ft m 10 100 3 30 Limit of elevation difference ft m Outdoor unit is higher than indoor unit 100 30 5 1 0 5 t...

Page 21: ... s s e r p m o C Operation sound Indoor Hi Me Lo dB A 42 40 35 2 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f o t i m i L Limit of tubing length at shipment ft m 10 100 3 30 Limit of elevation difference ft m Outdoor unit is higher than indoor unit 100 30 5 1 0 5 t i ...

Page 22: ... s e r p m o C Operation sound Indoor Hi Me Lo dB A 44 41 37 3 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f o t i m i L Limit of tubing length at shipment ft m 10 100 3 30 Limit of elevation difference ft m Outdoor unit is higher than indoor unit 100 30 5 1 0 5 t i n ...

Page 23: ... Lo dB A 39 37 33 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f o t i m i L Limit of tubing length at shipment ft m 10 100 3 30 Limit of elevation difference ft m Outdoor unit is higher than indoor unit 100 30 5 1 0 5 t i n u r o o d n i n a h t r e w o l s i t i n u...

Page 24: ...B A 42 40 35 2 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f o t i m i L Limit of tubing length at shipment ft m 10 100 3 30 Limit of elevation difference ft m Outdoor unit is higher than indoor unit 100 30 5 1 0 5 t i n u r o o d n i n a h t r e w o l s i t i n u r o ...

Page 25: ...A 44 41 37 3 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r e g i r f e R REFRIGERANT TUBING 0 5 5 6 1 m t f h t g n e l g n i b u t f o t i m i L Limit of tubing length at shipment ft m 10 100 3 30 Limit of elevation difference ft m Outdoor unit is higher than indoor unit 100 30 5 1 0 5 t i n u r o o d n i n a h t r e w o l s i t i n u r o o ...

Page 26: ... o d n I s d e e p s n a F Wired Remote Controller CZ RWSC1U r e l l o r t n o C e t o m e R s s e l e r i W l a n o i t p O Air deflection Horizontal Vertical Air filter Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 34 30 27 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o...

Page 27: ...t u O r o o d n I s d e e p s n a F Wired Remote Controller CZ RWSC1U r e l l o r t n o C e t o m e R s s e l e r i W l a n o i t p O Air deflection Horizontal Vertical Air filter Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 38 33 31 2 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x ...

Page 28: ... e l l o r t n o C e t o m e R s s e l e r i W l a n o i t p O l a c i t r e V l a t n o z i r o H n o i t c e l f e d r i A Air filter Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 34 30 27 9 4 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t n a r ...

Page 29: ...SC1U r e l l o r t n o C e t o m e R s s e l e r i W l a n o i t p O l a c i t r e V l a t n o z i r o H n o i t c e l f e d r i A Air filter Drain pump Drain connection Max head 2 33 64 in above drain connection 25A OD32mm y r a t o R r o s s e r p m o C Operation sound Indoor Hi Me Lo dB A 38 33 31 2 5 A B d i H r o o d t u O V O M e v l a V n o i s n a p x E c i n o r t c e l E l o r t n o c t ...

Page 30: ...PUT ID OD W 60 90 MOISTURE REMOVAL VOLUME L h Pints h 2 2 4 6 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 22 17 14 777 600 494 HEAT H M L m3 min ft3 min CFM 22 17 14 777 600 494 O D AIR FLOW COOL m3 min ft3 min CFM 50 1766 HEAT m3 min ft3 min CFM 50 1766 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 1 90k 4 2 67 0 P R O D I M HEIGHT H mm inch 256 10 5 64 780 30 23 32...

Page 31: ...UT ID OD W 90 90 MOISTURE REMOVAL VOLUME L h Pints h 2 1 4 4 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 33 27 21 1165 953 742 HEAT H M L m3 min ft3 min CFM 33 27 21 1165 953 742 O D AIR FLOW COOL m3 min ft3 min CFM 55 1942 HEAT m3 min ft3 min CFM 55 1942 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 2 80k 6 2 98 8 P R O D I M HEIGHT H mm inch 319 12 9 16 780 30 23 3...

Page 32: ...UTPUT ID OD W 90 90 MOISTURE REMOVAL VOLUME L h Pints h 3 4 7 1 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 35 28 22 1236 989 777 HEAT H M L m3 min ft3 min CFM 35 28 22 1236 989 777 O D AIR FLOW COOL m3 min ft3 min CFM 100 3531 HEAT m3 min ft3 min CFM 100 3531 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 3 60k 7 9 127 0 P R O D I M HEIGHT H mm inch 319 12 9 16 1230 ...

Page 33: ...MOISTURE REMOVAL VOLUME L h Pints h 2 7 5 7 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 18 4 14 5 11 5 650 512 406 HEAT H M L m3 min ft3 min CFM 18 4 14 5 11 5 650 512 406 O D AIR FLOW COOL m3 min ft3 min CFM 50 1766 HEAT m3 min ft3 min CFM 50 1766 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 1 90k 4 2 67 0 P R O D I M HEIGHT H mm inch 300 11 13 16 780 30 23 32 WIDT...

Page 34: ... 90 MOISTURE REMOVAL VOLUME L h Pints h 2 5 5 3 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 21 18 15 5 742 636 547 HEAT H M L m3 min ft3 min CFM 21 18 15 5 742 636 547 O D AIR FLOW COOL m3 min ft3 min CFM 50 1766 HEAT m3 min ft3 min CFM 50 1766 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 1 90k 4 2 67 0 P R O D I M HEIGHT H mm inch 235 9 1 4 780 30 23 32 WIDTH W mm ...

Page 35: ...1 90 MOISTURE REMOVAL VOLUME L h Pints h 3 1 6 5 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 30 25 23 1059 883 812 HEAT H M L m3 min ft3 min CFM 30 25 23 1059 883 812 O D AIR FLOW COOL m3 min ft3 min CFM 55 1942 HEAT m3 min ft3 min CFM 55 1942 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 2 80k 6 2 98 8 P R O D I M HEIGHT H mm inch 235 9 1 4 780 30 23 32 WIDTH W mm i...

Page 36: ...W 111 90 MOISTURE REMOVAL VOLUME L h Pints h 4 0 8 4 Extarnal static pressure Pa in WC I D AIR FLOW COOL H M L m3 min ft3 min CFM 34 28 24 1201 989 848 HEAT H M L m3 min ft3 min CFM 34 28 24 1201 989 848 O D AIR FLOW COOL m3 min ft3 min CFM 100 3531 HEAT m3 min ft3 min CFM 100 3531 REFRIGERANT TYPE AMOUNT g lb oz R410A R410A 3 60k 7 9 127 0 P R O D I M HEIGHT H mm inch 235 9 1 4 1230 48 7 16 WIDTH...

Page 37: ... 70CW D8120 4 Source 325 VDC No of pole r p m 230 V High 8P 1360 rpm 124 W Nominal output VAC µF Run capacitor Heat exchanger Coil Aluminum plate fin Copper tube Rows Fin pitch 3 3 64 1 34 mm ft 2 m2 Face area 2 90 0 269 Drain pump Rated Height from drain connection port capacity DC13 V 4 2W 1 64 ft 0 11 gal 500 mm 400 cc PMD 12D13ST 1 DATA SUBJECT TO CHANGE WITHOUT NOTICE Sirocco Fan 2 7 9 32 185...

Page 38: ...101CW D8200 2 Source 325 VDC No of pole r p m 230 V High 8P 1360 rpm 235 W Nominal output VAC µF Run capacitor Heat exchanger Coil Aluminum plate fin Copper tube Rows Fin pitch 3 3 64 1 34 mm ft 2 m2 Face area 4 34 0 403 Drain pump Rated Height from drain connection port capacity DC13 V 4 2W 1 64 ft 0 11 gal 500 mm 400 cc PMD 12D13ST 1 DATA SUBJECT TO CHANGE WITHOUT NOTICE Sirocco Fan 3 7 9 32 185...

Page 39: ...N 0 4 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 170 3 ORG YEL 43 2 Ambient temperature 68 5 3 8 K N P T H W 1 8 1 T L V T H W F VLT ORG 43 2 YEL BLK 60 2 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 5 4 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copper tube 9 4 1 2 h c n i r e p s n i F s w o R ft 2 m2 a e r a e c a F 3 4 3 0 9...

Page 40: ... r 467 0 6 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 75 1 ORG YEL 27 4 Ambient temperature 68 7 2 4 K N P T L V 7 6 T L V T H W F VLT ORG 20 6 YEL BLK 58 0 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 6 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copper tube Rows 2 h c n i r e p s n i F 14 9 ft 2 m2 a e r a e c a F 2 6 7 0 0 2 8...

Page 41: ... r 506 0 6 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 75 1 ORG YEL 27 4 Ambient temperature 68 7 2 4 K N P T L V 7 6 T L V T H W F VLT ORG 20 6 YEL BLK 58 0 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 6 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copper tube Rows 2 h c n i r e p s n i F 14 9 ft 2 m2 a e r a e c a F 2 6 7 0 0 2 8...

Page 42: ...or Model KFT4Q 31A6P C Source 230 208 V 1 phase 60 Hz 4 2 2 1 4 rpm h g i H V 0 3 2 m p r e l o p f o o N 8 8 2 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 260 7 ORG YEL 23 76 Ambient temperature 68 9 5 1 1 K N P L E Y 2 6 2 4 T L V T H W F VLT ORG 30 36 Safety device Operating temperature 14 4 Close F 2 4 7 1 26 VAC µF r o t i c a p a c n u R 8 1 V 0 4 4 µF Heat exchanger Coil Aluminum ...

Page 43: ...3 2 m p r 1 3 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 111 0 ORG YEL 16 7 Ambient temperature 68 9 3 2 K N P K L B 4 5 3 T L V T H W F VLT ORG 13 4 YEL BLK 136 6 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 5 1 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copper tube Rows 3 h c n i r e p s n i F 14 9 ft 2 m2 a e r a e c a F 8 6 ...

Page 44: ...3 2 m p r 0 0 1 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 61 05 ORG YEL 13 23 Ambient temperature 68 5 2 9 1 K L B L E Y 5 5 9 9 T L V T H W F VLT ORG 9 576 BLK PNK 10 81 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 5 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copper tube Rows 3 h c n i r e p s n i F 14 9 ft 2 m2 a e r a e c a ...

Page 45: ...p r 0 0 1 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 61 05 ORG YEL 13 23 Ambient temperature 68 5 2 9 1 K L B L E Y 5 5 9 9 T L V T H W F VLT ORG 9 576 BLK PNK 10 81 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 5 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copper tube Rows 3 h c n i r e p s n i F 14 9 ft 2 m2 a e r a e c a F 6 2 ...

Page 46: ...6P Source 230 208 V 1 phase 60 Hz No of pole 0 2 9 4 rpm h g i H V 0 3 2 m p r 0 0 1 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 74 7 ORG YEL 9 59 Ambient temperature 68 2 5 0 1 K L B L E Y 1 9 1 T L V T H W F VLT ORG 10 5 BLK PNK 21 72 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 5 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copp...

Page 47: ... Source 230 208 V 1 phase 60 Hz 0 4 9 4 rpm h g i H V 0 3 2 m p r e l o p f o o N 0 0 1 W t u p t u o l a n i m o N Coil resistance Ω BRW WHT 39 9 ORG YEL 9 37 Ambient temperature 68 6 8 8 K L B L E Y 1 9 6 T L V T H W F VLT ORG 11 4 BLK PNK 14 3 Safety device Operating temperature 6 6 2 14 4 Close F 2 4 7 1 27 VAC µF r o t i c a p a c n u R 5 V 0 4 4 µF Heat exchanger Coil Aluminum plate fin Copp...

Page 48: ...num plate fin Copper tube 2 3 64 1 21 8P 450 280VDC A73C8682 Microprocessor SIC 62FW D866 3 Turbo 1 Φ19 9 32 Φ490 4 20 0 391 h c n i r e p s n i F s w o R t f a e r a e c a F 2 m2 Panel Model No CZ 36KPU3U Auto louver motor MSBPC20A20 Coil resistance Ambient temperature 77 F Ω V W 2 79 ft 850 mm 0 11gal min 400 cc min DC 13 V 4 2 W overcrrent rotating signal detection fuse PMD 12D13ST 5 300 Ω 7 ph...

Page 49: ...inum plate fin Copper tube 2 3 64 1 21 8P 590 280VDC A73C8683 Microprocessor SIC 72FW D892 4 Turbo 1 Φ19 9 32 Φ490 5 62 0 522 h c n i r e p s n i F s w o R t f a e r a e c a F 2 m2 Panel Model No CZ KPU21 Auto louver motor MSBPC20A20 Coil resistance Ambient temperature 77 F Ω V W 2 79 ft 850 mm 0 11gal min 400 cc min DC 13 V 4 2 W overcrrent rotating signal detection fuse PMD 12D13ST 1 300 Ω 7 pha...

Page 50: ...inum plate fin Copper tube 2 3 64 1 21 8P 610 280VDC A73C8684 Microprocessor SIC 72FW D892 4 Turbo 1 Φ19 9 32 Φ490 5 62 0 522 h c n i r e p s n i F s w o R t f a e r a e c a F 2 m2 Panel Model No CZ KPU21 Auto louver motor MSBPC20A20 Coil resistance Ambient temperature 77 F Ω V W 2 79 ft 850 mm 0 11gal min 400 cc min DC 13 V 4 2 W overcrrent rotating signal detection fuse PMD 12D13ST 1 300 Ω 7 pha...

Page 51: ...V High rpm Coil resistance Ambient temperature 68 F Ω Safety device Heat exchanger Coil Rows fins per inch Face area ft2 m2 in mm 230 208 V 1 phase 60Hz CB 26PK2U6 Cross flow 1 ø3 15 16 ø100 L32 63 64 L838 SIC 41CVJ D847 5 Nominal output W 47 340VDC 8P 1460 overcurrent rotating signal detection fuse Aluminium plate fin Copper tube 3 3 64 1 3 3 46 0 321 26 8 DATA SUBJECT TO CHANGE WITHOUT NOTICE 1 ...

Page 52: ...ource m p r h g i H V 0 3 2 m p r e l o p f o o N 74 W t u p t u o l a n i m o N Safety device Heat exchanger Coil Aluminum plate fin Copper tube 3 1 16 1 34 8P 970 280VDC A73C8687 Microprocessor SIC 60CW D874 2 Sirocco Fan 3 Φ5 26 32 Φ147 5 3 65 0 339 h c n i r e p s n i F s w o R t f a e r a e c a F 2 m2 overcrrent rotating signal detection fuse DATA SUBJECT TO CHANGE WITHOUT NOTICE 1 ...

Page 53: ...rce m p r h g i H V 0 3 2 m p r e l o p f o o N 111 W t u p t u o l a n i m o N Safety device Heat exchanger Coil Aluminum plate fin Copper tube 3 1 16 1 34 8P 1 040 280VDC A73C8688 Microprocessor SIC 70CW D8111 3 Sirocco Fan 4 Φ5 26 32 Φ147 5 4 76 0 442 h c n i r e p s n i F s w o R t f a e r a e c a F 2 m2 overcrrent rotating signal detection fuse DATA SUBJECT TO CHANGE WITHOUT NOTICE 1 ...

Page 54: ...rce m p r h g i H V 0 3 2 m p r e l o p f o o N 111 W t u p t u o l a n i m o N Safety device Heat exchanger Coil Aluminum plate fin Copper tube 3 1 16 1 34 8P 1 080 280VDC A73C8689 Microprocessor SIC 70CW D8111 3 Sirocco Fan 4 Φ5 26 32 Φ147 5 4 76 0 442 h c n i r e p s n i F s w o R t f a e r a e c a F 2 m2 overcrrent rotating signal detection fuse DATA SUBJECT TO CHANGE WITHOUT NOTICE 1 ...

Page 55: ...Fan speeds Max Fan motor Model No Source No of pole W t u p t u o l a n i m o N Coil resistance Ω RED WHT 30 5 WHT BLK 30 5 Ambient temperature 20 K L B C RED 30 5 Safety device Operating temperature Open F C Close F C F µ C A V r o t i c a p a c n u R Heat exchanger Coil in mm h c t i p n i f s w o R Face area ft 2 m2 CR CH4872R Microprocessor C 7RVN153H0U 280 V 25 A U 26PE1U6 230 208 VAC 1 phase...

Page 56: ...x Fan motor Model No Source No of pole W t u p t u o l a n i m o N Coil resistance Ω RED WHT 30 5 WHT BLK 30 5 Ambient temperature 20 K L B C RED 30 5 Safety device Operating temperature Open Close F µ F µ C A V r o t i c a p a c n u R Heat exchanger Coil in mm h c t i p n i f s w o R Face area ft 2 m2 CR CH4872R Microprocessor C 7RVN153H0U 280 V 25 A U 36PE1U6 230 208 VAC 1 phase 60Hz PSi F F O e...

Page 57: ... t u o l a n i m o N Coil resistance Ω RED WHT 30 5 WHT BLK 30 5 Ambient temperature 20 K L B C RED 30 5 Safety device Operating temperature Open Close C A V r o t i c a p a c n u R Coil in mm h c t i p n i f s w o R Face area ft 2 m2 CR CH4872R Microprocessor 280 V 25 A P 42PE1U6 230 208 VAC 1 phase 60Hz PSi F F O e r u s s e r p t e S DAJ12 95B61B CR 3 531 6 000 2 ø18 7 64 ø460 830 rpm Inverter ...

Page 58: ...f pole W t u p t u o l a n i m o N Coil resistance Ω RED WHT 30 5 WHT BLK 30 5 Ambient temperature 20 K L B C RED 30 5 Safety device Operating temperature Open Close C A V r o t i c a p a c n u R Coil in mm h c t i p n i f s w o R Face area ft2 m2 CR CH4872R Microprocessor C 7RVN153H0U 280 V 25 A U 26PS1U6 230 208 VAC 1 phase 60Hz PSi F F O e r u s s e r p t e S DAJ12 95B61A CR 1 766 3 000 1 ø18 7...

Page 59: ... t u p t u o l a n i m o N D E R e c n a t s i s e r l i o C WHT 30 5 WHT BLK 30 5 Ambient temperature 20 K L B C RED 30 5 Safety device Operating temperature Open Close C A V r o t i c a p a c n u R Coil in mm h c t i p n i f s w o R Face area ft2 m2 CR CH4872R Microprocessor C 7RVN153H0U 280 V 25 A U 36PS1U6 230 208 VAC 1 phase 60Hz PSi F F O e r u s s e r p t e S DAJ12 95B61A CR 1 942 3 300 1 ø...

Page 60: ... u o l a n i m o N D E R e c n a t s i s e r l i o C WHT 30 5 WHT BLK 30 5 Ambient temperature 20 K L B C RED 30 5 Safety device Operating temperature Open Close C A V r o t i c a p a c n u R Coil in mm h c t i p n i f s w o R Face area ft2 m2 CR CH4872R Microprocessor 280 V 25 A U 42PS1U6 230 208 VAC 1 phase 60Hz PSi F F O e r u s s e r p t e S 3 531 6 000 2 ø18 7 64 ø460 830 rpm Inverter drive c...

Page 61: ... 104 F 3 1 113 F 2 6 Thermistor Comp discharge gas sensor TH6 Coil resistance kΩ 140 F 13 8 194 F 5 1 158 F 9 7 212 F 3 8 167 F 8 2 230 F 2 8 176 F 7 0 248 F 2 2 185 F 5 9 266 F 1 7 Solenoid coil or 4 way valve STF 02U2G e v l a v y a w 4 y l n o l e d o m p m u p t a e H 1 A U 3 0 5 Q A 1 0 F T S l i o c d i o n e l o S DATA SUBJECT TO CHANGE WITHOUT NOTICE Electric expansion valve MOV Valve UKV ...

Page 62: ... F 3 1 113 F 2 6 Thermistor Comp discharge gas sensor TH6 Coil resistance kΩ 140 F 13 8 194 F 5 1 158 F 9 7 212 F 3 8 167 F 8 2 230 F 2 8 176 F 7 0 248 F 2 2 185 F 5 9 266 F 1 7 Solenoid coil or 4 way valve G 2 U 2 0 F T S e v l a v y a w 4 y l n o s l e d o m p m u p t a e H 1 A U 3 0 5 Q A 1 0 F T S l i o c d i o n e l o S DATA SUBJECT TO CHANGE WITHOUT NOTICE Electric expansion valve MOV Valve ...

Page 63: ... sensor TH6 Coil resistance kΩ 140 F 13 8 194 F 5 1 158 F 9 7 212 F 3 8 167 F 8 2 230 F 2 8 176 F 7 0 248 F 2 2 185 F 5 9 266 F 1 7 Solenoid coil or 4 way valve G 1 U 4 0 F T S e v l a v y a w 4 y l n o l e d o m p m u p t a e H 1 A U 3 0 5 Q A 1 0 F T S l i o c d i o n e l o S DATA SUBJECT TO CHANGE WITHOUT NOTICE Electric expansion valve MOV Valve UKV 25D Coil UKV U013E 1 3 Other Component Speci...

Page 64: ...0 Pitch 150 5 21 792 36 57 3 4 55 1 8 41 11 32 Pitch 5 29 32 7 2 51 64 46 59 64 16 20 mm 1 467 1 400 1 050 Pitch 150 7 71 1 192 Air intake port side Air outlet duct side holes Flange O D Suspension bolt pitch Unit inch mm a Refrigerant tubing joint liquid tube b Refrigerant tubing joint gas tube c Upper drain port VP25 O D 1 17 64 O D 32 mm 7 7 8 200 mm flexible hose supplied d Bottom drain port V...

Page 65: ...e connection Refrigerant gas line 5 8 Flare connection Drain connection Power supply entry conduit size 1 2 For discharge duct Suspention bolt mounting For fresh air intake X view X 1917_X_S 14 27 32 22 9 32 Suspention bolt pitch 32 9 32 Ceiling opening 9 1 8 11 1 2 13 11 32 6 3 16 2 5 16 7 5 32 Dimension inch 4 7 8 8 11 16 8 27 32 30 9 16 15 32 15 32 Detail of ø 5 2 9 3 2 ø 6 3 8 4 ø 1 8 h o l e ...

Page 66: ...ection Refrigerant gas line 5 8 Flare connection Drain connection Power supply entry conduit size 1 2 For discharge duct Suspention bolt mounting For fresh air intake X view X 1918_X_S 20 9 16 33 11 16 Suspention bolt pitch 43 11 16 Ceiling opening 9 1 8 11 1 2 13 11 32 7 3 32 6 3 16 2 5 16 7 5 32 Dimension inch 4 7 8 9 19 32 9 13 16 30 9 16 15 32 15 32 Detail of ø 5 2 9 3 2 ø 6 3 8 4 ø 1 8 h o l ...

Page 67: ...ications 1 4 Dimensional Data Dimension inch Refrigerant liquid line 3 8 Flare connection Refrigerant gas line 5 8 Flare connection Drain hose OD 45 64 Drain and wiring port 3 5 32 Indoor Unit Wall Mounted Type K1 1 ...

Page 68: ... power supply Conduit size 1 2 Infrared rays receiver for wireless remote controller Cutting position for fresh air intake 1919_THS_I Dimension inch Air intake Air outlet 2 ft or more Hole for wall through piping View from front 9 7 8 7 17 32 8 7 16 51 3 16 26 3 8 11 1 32 12 7 32 50 13 32 5 25 32 12 19 32 6 5 16 3 3 32 3 3 4 5 25 32 4 23 32 2 17 32 5 9 32 5 25 32 1 3 32 6 5 16 3 9 32 4 9 16 5 3 4 ...

Page 69: ...ole for power supply Conduit size 1 2 Infrared rays receiver for wireless remote controller Cutting position for fresh air intake 1920_TS_I Dimension inch Air intake Air outlet 2 ft or more Hole for wall through piping View from front 9 7 8 9 7 16 8 7 16 62 1 32 26 3 8 11 1 32 12 7 32 61 7 32 7 3 4 12 19 32 6 5 16 5 15 16 5 1 2 7 3 4 6 11 16 4 1 2 7 1 4 7 3 4 1 3 32 6 5 16 3 5 32 4 3 4 5 3 4 7 7 3...

Page 70: ...ube cover Electrical component box Flange for the air intake duct option or field supply 9 10 11 1914_U_I Suspension bolt pitch 16 ø 1 8 Hole 37 7 8 Air outlet duct flange 35 7 16 39 3 8 42 17 32 Suspension bolt pitch 5 29 32 1 9 16 11 13 32 11 12 32 10 23 32 2 15 16 2 9 16 7 3 32 1 7 32 1 7 32 22 27 32 31 32 4 17 32 3 4 11 15 16 10 1 4 Air outlet duct flange Dimension inch 3 17 32 7 9 32 10 11 7 ...

Page 71: ... Electrical component box Flange for the air intake duct option or field supply 9 10 11 1915_U_I Suspension bolt pitch 18 ø1 8 Hole 56 25 32 Air outlet duct flange 9 1 16 P 6 54 11 32 58 9 32 61 13 32 Suspension bolt pitch 5 29 32 1 9 16 13 3 16 13 3 16 13 3 16 12 7 32 2 15 16 2 9 16 9 1 16 1 7 32 1 7 32 22 27 32 31 32 4 17 32 3 4 11 15 16 10 1 4 Air outlet duct flange 10 11 7 32 2 3 4 5 1 8 31 32...

Page 72: ... 32 A B C ø 1 8 Number of holes D E F G H I Type 26 39 9 32 37 7 8 5 7 3 32 5 7 3 32 35 7 16 4 23 32 9 21 32 9 21 32 1 9 27 32 5 8 Type 36 58 3 16 56 25 32 6 9 1 16 6 9 1 16 54 11 32 4 23 32 19 9 32 9 21 32 2 9 7 16 25 32 inch 1 4 Dimensional Data Indoor Unit Low Silhouette Ducted Type F1 Flange for the air intake duct Field supply For Concealed Ducted Type Thickness more than T1 16 inch 1 ...

Page 73: ...4 6 47 64 10 5 64 1 5 16 5 1 8 7 3 32 10 25 32 1 9 32 10 5 8 1 31 32 12 3 4 33 5 64 mm 38 121 171 256 33 5 130 180 274 32 5 270 50 323 8 840 36 42 inch 1 1 2 4 49 64 6 47 64 12 9 16 1 5 16 5 1 8 7 3 32 10 25 32 1 9 32 10 5 8 1 31 32 12 3 4 33 5 64 mm 38 121 171 319 33 5 130 180 274 32 5 270 50 323 8 840 Hole in anchor Hole in plug Concrete Insert Suspension bolt M10 or 3 8 field supply Note For DC...

Page 74: ... 23 64 60 5 16 8 4 9 16 115 9 4 9 16 115 9 11 13 16 300 2 3 4 70 7 16 11 2 41 64 67 2 41 64 67 3 25 64 86 2 23 64 60 Ø 8 0 Ø 3 1 0 6 4 Ø 8 0 Ø 3 1 0 6 4 Wall Mounted Type Front view 1 31 32 50 1 31 32 50 2 61 64 75 1 1 2 2 3 3 Refrigerant tubing liquid tube Type18 1 4 flared Drain hose VP13 outer dia 18 45 64 4 4 Rear panel PL BACK Refrigerant tubing gas tube 5 5 Type24 3 8 flared Type18 1 2 flare...

Page 75: ...s tubing Liquid tubing Right drain position Liquid tubing Gas tubing Right side Right drain position Left side drain hose outlet port Top outlet port Right side drain hose outlet port Side cover Outside air intake duct connection port ø3 15 16 100 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...

Page 76: ...1 68 1 Specifications 1 4 Dimensional Data Outdoor Unit U 26PE1U6 U 26PS1U6 U 36PE1U6 U 36PS1U6 1 ...

Page 77: ...1 69 1 Specifications 1 4 Dimensional Data Outdoor Unit U 42PE1U6 U 42PS1U6 1 ...

Page 78: ... Diagram Outdoor Unit U 26PE1U6 U 26PS1U6 Indoor Unit Type 26 30 36 U 36PE1U6 U 36PS1U6 1 Specifications 1 5 Refrigerant Flow Diagram Outdoor Unit U 26PE1U6 U 26PS1U6 Indoor Unit 26 30 36 Types U 36PE1U6 U 36PS1U6 Ø5 8 in Ø15 88 Ø3 8 in Ø9 52 1 ...

Page 79: ...4 F DB 57 F WB 14 F DB Heating Maximum 86 F DB 64 F WB 75 F DB Minimum F WB 4 F DB 4 F DB 61 1 Specifications 1 5 Refrigerant Flow Diagram Outdoor Unit U 42PE1U6 U 42PS1U6 Indoor Unit 42 Type 1 6 Operating Range Temperature Indoor Air Intake Outdoor Air Intake Cooling Maximum 95 F DB 71 F WB 109 F DB Minimum 67 F DB 57 F WB 0 F DB Heating Maximum 80 F DB 67 F WB 65 F WB Minimum DB WB 5 F WB Ø5 8 i...

Page 80: ...1 72 1 Specifications 1 7 Capacity Correction Graph According to Temperature Condition U 26PE1U6 U 26PS1U6 U 36PE1U6 U 36PS1U6 U 42PE1U6 U 42PS1U6 1 ...

Page 81: ...0002 bar MODEL S 36PF2U6 SOUND LEVEL HIGH 39 dB A NC 33 LOW 31 dB A NC 24 CONDITION 4 9 ft directly below unit SOURCE 208 230V 1Phase 60Hz 10 20 30 40 50 60 70 80 90 63 125 250 500 1000 2000 4000 8000 NC 70 NC 60 NC 50 NC 40 NC 30 NC 20 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE 10 20 30 40 50 60 70 80 90 63 125 250 500 1000 2000 4000 8000 NC 70 NC 60 NC 50 NC 40 NC 30 NC 20 APPROXIMATE...

Page 82: ... 60 Hz 60 50 40 30 20 10 OCTAVE BAND SOUND PRESSURE LEVEL dB 0 dB 0 0002 bar 63 125 250 500 1000 2000 4000 8000 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE BAND CENTER FREQUENCIES Hz NC 20 NC 40 NC 50 NC 30 2108_X_I 60 50 40 30 20 10 OCTAVE BAND SOUND PRESSURE LEVEL dB 0 dB 0 0002 bar 63 125 250 500 1000 2000 4000 8000 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE BAND CENTER FRE...

Page 83: ...1 75 1 Specifications 1 8 Noise Criterion Curves Wall Mounted Type K1 SOURCE 208 230 V 1 Phase 60 Hz CONDITION Distance 3 3 ft Under the unit 3 3 ft S 26PK1U6 1 ...

Page 84: ...W 37 dB A NC 31 CONDITION Distance 3 3 ft Under the unit 3 3 ft SOURCE 208 230 V 1 Phase 60 Hz MODEL S 42PT1U6 SOUND LEVEL HIGH 47 dB A NC 40 LOW 38 dB A NC 32 CONDITION Distance 3 3 ft Under the unit 3 3 ft SOURCE 208 230 V 1 Phase 60 Hz 60 50 40 30 20 10 OCTAVE BAND SOUND PRESSURE LEVEL dB 0 dB 0 0002 bar 63 125 250 500 1000 2000 4000 8000 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE BA...

Page 85: ...E 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES Hz OCTAVE BAND SOUND PRESSURE LEVEL dB 0 dB 0 0002 bar NC 50 NC 40 NC 30 NC 20 MODEL S 36PF1U6 SOUND LEVEL HIGH 38 dB A NC 30 LOW 31 dB A NC 21 CONDITION 4 9 ft directly below unit SOURCE 208 230 V 1 Phase 60 Hz 1762_U_I 60 50 40 30 20 10 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE 63 125 250 500 1000 2000 4000 8000 BAND CENTER...

Page 86: ... 20 30 40 50 60 63 125 250 500 1000 2000 4000 8000 NC 40 NC 50 NC 30 NC 20 NC 60 MODEL SOUND LEVEL CONDITION SOURCE S 42PU2U6 High Low 45 dB A 33 dB A Under the unit 4 9 ft 208 230V 1 Phase 60Hz MODEL SOUND LEVEL CONDITION SOURCE S 26PU2U6 High Low 37 dB A 28 dB A Under the unit 4 9 ft 208 230V 1 Phase 60Hz Octave Band Level dB 0dB 0 0002 µbar Octave Band Level dB 0dB 0 0002 µbar Frequency at cent...

Page 87: ...h Low 48 dB A 38 dB A Distance 3 3 ft Under the unit 3 3 ft 208 230V 1 Phase 60Hz Frequency at center of sound pressure band Hz 63 125 250 500 1000 2000 4000 8000 Overall Sound pressure level dB 0dB 0 0002 bar 10 20 30 40 50 60 70 80 90 NC 60 NC 50 NC 40 NC 30 NC 20 NC 70 Approximate minimum audible limit for continuous noise 1 ...

Page 88: ...5 dB A 3 3 ft from front of outlet at height of 3 3 ft MODEL SOUND LEVEL CONDITION S 42PT2U6 High 46 dB A Low 36 dB A 3 3 ft from front of outlet at height of 3 3 ft SOURCE 208 230V 1 Phase 60Hz SOURCE 208 230V 1 Phase 60Hz 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...

Page 89: ...he background noise and other factors 2 The test results were obtained from an nechoic room To evaluate Noise level the maximum number of the measured OCTAVE BAND SOUND PRESSURE LEVEL is used Read the number on each BAND CENTER FREQUENCIES horizontal axis ranging from 63 Hz to 8000 Hz and select the maximum value vertical axis among them U 42PE1U6 U 42PS1U6 U 36PE1U6 U 36PS1U6 U 26PE1U6 U 26PS1U6 ...

Page 90: ...r flow For the Type 26 the air flow is 636 CFM while the external static pressure is 49 Pa at H position If external static pressure is too great due to long extension of duct for example the air flow volume may drop too low at each air outlet This problem may be solved by increasing the fan speed as explained above If external static pressure is too great due to long extension of ducts for exampl...

Page 91: ...pare 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 multiple indoor units with one wired remote controller make the concealed duct type to the main unit Start external static pressure setting a No setting modification b Manual setting set with the PC board TP3...

Page 92: ...the power is switched back on after power outages etc If this is not completed within 8 minutes check the drive mode air speed and air inlet temperature When set in group control connecting multiple indoor units with one wired remote controller the test run operations display will disappear once the external static pressure setting check or auto airflow volume control operation check have been com...

Page 93: ...d down the Press the Select the fan mode and set it to H by pressing the button NOTE The auto external static pressure setting operation and setting check operation will not be performed unless H has been selected for the fan mode 4 5 The fan motor will be activated the auto external static pressure setting operation and setting check operation will be performed for about 3 to 30 minutes The fan s...

Page 94: ...ing to the desired external static pressure setting by pressing the or button Then press the button See the table below When setting to auto airflow volume control Select the setting data to 002 Then press the button Indoor unit Item code 26 36 B0 External static pressure of the rated air flow volume 0 60 in WC 150 Pa 0 60 in WC 150 Pa 0015 0 56 in WC 140 Pa 0 56 in WC 140 Pa 0014 0 52 in WC 130 P...

Page 95: ...ice contact 3 RC setting mode 4 Test run Sel Page Confirm 20 30 THU 8 Press the button TEST will be displayed on the LCD display TEST START 20 30 THU 9 Press the button Test run will be started Test run setting mode screen appears on the LCD display TEST FAN SPEED FLAP 20 30 THU COOL MODE 10 Set the operation mode to and fan speed mode to by pressing the or button or or button Then press the butto...

Page 96: ...eating Cooling Heating Item code Type 26 Airflow Volume 0 50 100 150 180 0 0 20 0 40 0 60 0 72 706 1059 1 3 1 2 3 1 6 5 15 14 13 12 11 8 CFM m3 min 20 30 PQ diagram External static pressure L i m i t l i n e Lim it line Lim it line Limit line Limit line Type 36 Airflow Volume 0 50 100 150 180 0 0 20 0 40 0 60 0 72 15 14 13 12 11 8 6 5 3 706 1059 1412 1 3 1 2 1 CFM m3 min 20 30 40 PQ diagram Extern...

Page 97: ...t sec VERTICAL DISTANCE ft AXIS AIR VELOCITY 2111_X_I Type 26 Type 36 42 LOUVER ANGLE 20 in Cooling mode LOUVER ANGLE 60 in Heating mode Condition Fan Speed Hi Room air temp 80 F DB in cooling mode 68 F DB in heating mode 0 3 7 10 13 17 20 0 3 7 10 13 HORIZONTAL DISTANCE ft AXIS AIR VELOCITY ft sec VERTICAL DISTANCE ft AXIS AIR VELOCITY 2112_X_I 1 ...

Page 98: ...11 Air Throw Distance Chart Wall Mounted Type K1 COOLING HEATING FAN SPEED HIGH HIGH ROOM AIR TEMP 80 F 70 F FLAP ANGLE 0 22 5 45 45 67 5 Axis air velocity ft sec Vertical distance ft Horizontal distance ft 10 13 5 0 Type 26 1 ...

Page 99: ...AIR VELOCITY Type 36 2116_T_I AXIS AIR VELOCITY 0 3 7 10 13 17 20 23 26 29 33 0 3 7 10 13 17 HORIZONTAL DISTANCE ft AXIS AIR VELOCITY ft sec VERTICAL DISTANCE ft Type 42 2117_T_I AXIS AIR VELOCITY FAN SPEED HEATING COOLING ROOM AIR TEMP LOUVER ANGLE HIGH HIGH 68 F 80 F 54 7 COOLING HEATING 0 3 7 10 13 17 20 23 26 29 33 0 3 7 10 13 17 HORIZONTAL DISTANCE ft AXIS AIR VELOCITY ft sec VERTICAL DISTANC...

Page 100: ...temperature approx 70 F Strong wind Discharge angle approx 65 Room temperature approx 70 F 59in s 39in s 20in s 12in s 59in s 39in s 20in s 12in s 91 F 80 F 75 F 86 F Horizontal air flow distance in Cooling Distribution of wind velocity Cooling Distribution of temperature Horizontal air flow distance in Strong wind Discharge angle approx 30 Room temperature approx 80 F 70 F 75 F 79 F 72 F Strong w...

Page 101: ...n Strong wind Discharge angle approx 30 Room temperature approx 80 F 70 F 75 F 79 F 72 F Strong wind Discharge angle approx 30 Room temperature approx 80 F Vertical air flow distance in Vertical air flow distance in Vertical air flow distance in Vertical air flow distance in 59in s 39in s 20in s 12in s 59in s 39in s 20in s 12in s 0 39 79 118 0 39 79 118 197 118 79 39 39 79 118 157 197 0 157 0 39 7...

Page 102: ... 0 0 0 0 0 16 4 13 1 9 8 6 6 3 3 0 16 4 13 1 9 8 6 6 3 3 3 3 6 6 9 8 16 4 13 1 9 8 6 6 3 3 3 3 6 6 9 8 16 4 13 1 9 8 6 6 3 3 0 Horizontal air flow distance ft Horizontal air flow distance ft Horizontal air flow distance ft Horizontal air flow distance ft Strong Outlet Angle 30 Rm temp 80 F Strong Outlet Angle 30 Rm temp 80 F Strong Outlet Angle 60 Rm temp 68 F Strong Outlet Angle 60 Rm temp 68 F 4...

Page 103: ...ng Distribution of temperature Strong wind Discharge angle approx 7 Room temperature approx 80 F Strong wind Discharge angle approx 7 Room temperature approx 80 F Type 26 Ceiling Type T2 1 11 Air Throw Distance Chart 157 79 118 39 157 79 118 39 157 79 118 39 157 79 118 39 Horizontal air flow distance in 0 39 79 118 157 197 236 276 315 354 394 Horizontal air flow distance in 0 39 79 118 157 197 236...

Page 104: ...approx 7 Room temperature approx 80 F Strong wind Discharge angle approx 7 Room temperature approx 80 F Strong wind Discharge angle approx 54 Room temperature approx 70 F 75 F 80 F 86 F 91 F Horizontal air flow distance in Strong wind Discharge angle approx 54 Room temperature approx 70 F Type 36 42 Ceiling Type T2 1 11 Air Throw Distance Chart 59in s 39in s 20in s 12in s 0 39 79 118 157 197 236 2...

Page 105: ...e with the wiring system diagram Wrong wiring may cause the unit to misoperate or become damaged 5 Do not allow wiring to touch the refrigerant tubing compressor or any moving parts of the fan 6 Unauthorized changes in the internal wiring can be very dangerous The manufacturer will accept no responsibility for any damage or misoperation that occurs as a result of such unauthorized changes 7 Regula...

Page 106: ... 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 Refer to the installation instructions supplied with the remote controller unit optional 5 Ensure that the ground shield cable for...

Page 107: ...ly clamp each stripped wire end with a ring pressure terminal 4 Place the ring pressure terminal and replace and tighten the removed terminal screw using a screwdriver Fig 1 4 Wiring sample Type F2 WARNING Loose wiring may cause the terminal to overheat or result in unit malfunction A fire hazard may also occur Therefore ensure that all wiring is tightly connected When connecting each power wire t...

Page 108: ...ower 50 Single Main tubing L H1 Table 1 4 Tubing Data for Models U 26PE1U6 U 26PS1U6 U 36PE1U6 U 36PS1U6 U 42PE1U6 U 42PS1U6 Tubing size outer diameter Liquid tube in mm 3 8 9 52 3 8 9 52 3 8 9 52 Gas tube in mm 5 8 15 88 5 8 15 88 5 8 15 88 165 165 165 ft ft ft ft Limit of tubing length Limit of elevation difference between the 2 units Outdoor unit is placed 100 100 100 higher Outdoor unit is pla...

Page 109: ...y Suffocation from leakage of refrigerant is almost non existent With the recent increase in the number of high density buildings however the installation of multi air conditioner systems is on the increase because of the need for effective use of floor space individual control energy conservation by curtailing heat and carrying power etc Most importantly the multi air conditioner system is able t...

Page 110: ...ct the unit against possible water damage and decreased service life Fig 1 8 use lug bolts or equal to bolt down unit reducing vibration and noise Fig 1 7 Out door unit Heat source Hot air Exhaust fan 4 2 3 1 More than 1 2 More than 3 3 ft More than 1 2 Inlet side C Outlet side 1 Inlet side More than 8 field supply A B Ground Air direction chamber Obstruction above unit Obstruction on inlet side A...

Page 111: ...ay not run and damage to the There may be no air flow The tubing may freeze and burst The condenser pressure may drop because of strong wind and the indoor unit may freeze 3 4 Precautions for Installation in Heavy Snow Areas 1 depth Fig 1 10 2 used for the platform and the platform should be installed beneath the air intake side of outdoor unit 3 must be secured with anchor bolts 4 The platform sh...

Page 112: ...y regions if there is concern that snow may enter the air discharge chamber remove the base of the chamber 10 screws before using 1 2 25 32 25 32 25 32 25 32 21 13 16 9 7 8 22 7 16 23 15 32 1 1 16 5 5 32 5 3 16 9 27 32 9 27 32 21 13 16 15 16 17 32 21 39 64 2 Rectangular hole both sides 6 ø15 64 hole 3 ø5 32 hole Unit inch 9 7 16 1 1 8 1 1 8 1 3 8 21 5 32 12 15 32 2 3 4 Rectangular hole Rectangular...

Page 113: ...5 2 13 32 Wind direction Wind direction Wind direction Wind direction Wind direction 37 30 23 32 23 32 9 7 8 21 5 8 4 1 16 5 3 16 Wind direction Unit inch 4 5 16 25 31 32 6 11 16 1 2 1 2 13 3 8 15 15 16 14 31 32 13 32 19 32 25 32 25 32 1 2 2 11 36 21 13 32 11 13 16 Wind direction Wind direction 37 23 32 48 7 16 Wind direction Wind direction Wind direction Wind direction 11 13 16 4 1 4 39 1 4 Wind ...

Page 114: ...ar rows CAUTION The top and both sides must remain open If there are obstacles to the front and rear of the outdoor unit the obstacle at either the front or rear must be no taller than the height of the outdoor unit CAUTION The front and top must remain open The obstacles must be no taller than the height of the outdoor unit CAUTION The front and both sides must remain open Min 39 3 8 Min 7 7 8 Un...

Page 115: ...31 32 11 29 32 16 25 32 9 3 16 27 29 32 30 3 32 1 4 5 6 2 1 21 32 25 32 5 3 32 19 11 16 9 3 8 30 11 16 28 3 4 19 11 16 5 8 13 25 32 3 3 4 Fastened by screws at 13 locations Fastened by screws at 3 locations also on reverse side Fastened by screw at 1 location also on reverse side Unit anchor hole 6 ø7 hole Unit inch 17 15 32 25 13 32 9 3 16 28 13 16 15 9 32 47 19 32 2 3 11 7 8 3 31 32 9 3 16 28 13...

Page 116: ... 19 32 25 32 30 5 64 25 25 64 7 3 64 3 4 30 45 64 37 1 64 Wind direction Wind direction Wind direction Wind direction Wind direction Wind direction Unit inch 11 57 64 28 13 16 Wind direction Wind direction Wind direction Wind direction Wind direction Wind direction 48 27 64 47 19 32 37 1 64 24 7 8 15 15 16 14 61 64 25 64 19 32 25 32 25 32 30 5 64 25 25 64 7 3 64 Unit inch 1 ...

Page 117: ...e Unit inch Min C Min E Min F Min E Min E Min B Min A Min D Min G 1 Single unit installation 3 Multiple unit installation 2 or more units Note In cases 2 and 3 the height of the obstacle must be no taller than the height of the outdoor unit 2 Obstacles on both sides A B C D E F G 5 29 32 5 29 32 11 13 16 7 7 8 11 13 16 5 29 32 7 7 8 Min I Min I Min H Min J 1 Single unit installation 2 Multiple uni...

Page 118: ...must remain open Either the obstacle to the front or the obstacle to the rear must be no taller than the height of the outdoor unit Unit inch Min 11 13 36 Min 11 13 16 Min 39 3 8 Min 7 7 8 Q Q Min P Min O 1 Single unit installation 2 Obstacles on both sides Dimension Q If a snow protection duct is attached after the unit is installed verify that dimension Q is 19 11 16 in or more O 39 3 8 P 5 29 3...

Page 119: ...and wiring can be extended out in 4 directions front rear right and down The service valves are housed inside the unit To access them remove the inspection panel To remove the inspection panel remove the 3 screws then slide the panel downward and pull it toward you 1 If the routing direction is through the front rear or right use a nipper or similar tool to cut out the knockout holes for the inter...

Page 120: ... required length with a tube 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 filings etc from entering the tubing Figs 1 14 and 1 15 3 mount it on the copper tube 4 Remove the flare nut from the unit and be sure to Make a flare at the end of the ...

Page 121: ... flare nuts apply specified torque as shown at right When removing the flare nuts from the tubing connections or when tightening them after connecting the tubing be sure to use 2 adjustable wrenches or spanners Fig 1 19 If the flare nuts are over tightened the flare may be damaged which could result in refrigerant leakage and cause injury or asphyxiation to room occupants When removing or tighteni...

Page 122: ...erior of the outdoor unit valves has been finished with a square duct covering make sure you allow sufficient space to access the valves and to allow the panels to be attached and removed Taping the flare nuts Wind the white insulation tape around the flare nuts at the gas tube connections Then cover up the tubing connections with the flare insulator and fill the gap at the union with the supplied...

Page 123: ...p half of each previous tape turn 3 Clamp the tubing bundle to the wall using 1 clamp approx each meter 3 feet Fig 1 24 NOTE Do not wind the armoring tape too tightly since this will decrease the heat insulation effect Also ensure that the condensation drain hose splits away from the bundle and drips clear of the unit and the tubing 5 Finishing the Installation After finishing insulating and tapin...

Page 124: ...s 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 length of up to 100 ft The tubing may exceed this length up to the maximum permitted length however an additional charge is necessary for the amount that the tubi...

Page 125: ...n the system pressure is reduced to normal disconnect the hose from the cylinder 2 Evacuation Be sure to use a vacuum pump that includes a function for prevention of back flow in order to prevent back flow of pump oil into the unit tubing when the pump is stopped Perform vacuuming of the indoor unit and tubing Connect the vacuum pump to the gas tube valve and apply vacuum at a pressure of 101 kPa ...

Page 126: ... charge has been performed list the refrigerant tubing length and amount of additional refrigerant charge on the product label inside the panel 4 Finishing the Job 1 With a hex wrench turn the liquid tube service valve stem counter clockwise to fully open the valve 2 Turn the gas tube service valve stem counter clockwise to fully open the valve 3 Loosen the charge hose connected to the gas tube se...

Page 127: ...iling where the temperature or humidity inside is high over 86 F 30 C RH 70 add insulating material to the surface of the unit to avoid dew condensation install the unit within the maximum elevation difference above or below the outdoor unit and within a total tubing length L from the outdoor unit as detailed in the installation instructions packed with the outdoor unit allow room for mounting the...

Page 128: ...Table 1 7 Type A B C D E F 26 inch 42 1 64 39 3 8 29 17 32 Pitch 5 29 32 5 53 64 31 3 16 16 mm 1 067 1 000 750 Pitch 150 5 21 792 36 inch 57 3 4 55 1 8 41 11 32 Pitch 5 29 32 7 2 51 64 46 59 64 20 mm 1 467 1 400 1 050 Pitch 150 7 71 1 192 Air intake port side Air outlet duct side holes Flange O D Suspension bolt pitch Unit inch mm Fig 1 33 a Refrigerant tubing joint liquid tube b Refrigerant tubin...

Page 129: ...to protrude from the ceiling Fig 1 34 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 1 36 and 1 37 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 Nuts and washers use for upper and lower Suspension lug Double nuts Susp...

Page 130: ... not install an air bleeder as this may cause water to spray from the drain pipe outlet Fig 1 41 Prohibited Air bleeder Fig 1 41 If it is necessary to increase the height of the drain pipe the section directly after the connection port can be raised a maximum of 1 64 ft 500 mm Do not raise it any higher than 1 64 ft 500 mm as this could result in water leaks Fig 1 42 11 13 16 300 mm or less 19 11 ...

Page 131: ...o the duct flange supplied See the figure for the dimension of the installation hole Use M4 self tapping screws for installation 49 64 19 4 1 5 32 29 4 6 1 16 154 A B C D 5 29 32 P150 x 1 1 16 27 7 21 64 186 5 33 64 140 29 32 23 E ø1 8 ø3 holes for M4 self tapping screw unit inch mm Connection to the duct flange optional See the figure for the dimension of the installation hole F G H ø7 7 8 ø unit...

Page 132: ... the positions of the suspen sion fitting the unit and the panel Type Length Table 1 9 Unit inch mm S 26PU1U6 CZ 24KPU1U S 36PU1U6 S 42PU1U6 CZ 36KPU1U A 6 3 16 157 6 3 16 157 7 5 32 182 7 5 32 182 10 9 32 261 11 15 32 291 12 1 8 308 13 1 16 338 4 7 8 124 4 7 8 124 D E B C Hole in anchor Hole in plug Concrete Insert Suspension bolt M10 or 3 8 field supply Fig 1 46 g n i n e p o g n i l i e C 2 3 9...

Page 133: ... The length of each suspension bolt must be appropriate for a distance between the bottom of the bolt and the bottom of the ceiling of 5 8 or more as shown in Fig 1 49 3 Thread the 2 hexagonal nuts field supply and washers onto the 4 suspension bolts as shown in Fig 1 50 Use 2 sets of nuts and washers upper and lower so that the unit will not fall off the suspension lugs 4 Remove the protective ca...

Page 134: ...e raised a maximum of 19 1 2 Do not raise it any higher than 19 1 2 as this could result in water leaks Fig 1 54 Do not install the pipe with an upward gradient from the connection port This will cause drain water to flow backwards and leak when the unit is stopped Fig 1 55 Do not apply force to the piping on the unit side when connecting the drain pipe The pipe should not be allowed to hang unsup...

Page 135: ...stallation When performing Test Run refer to the installation instructions attached to the outdoor unit 3 After drain checking is finished return the Opera tion Selector switch to the RUN position ON posi tion and remount the tube cover WARNING Do not supply power to the unit until the tubing and wir ing to the outdoor unit are completed CAUTION Be careful since the fan will start turning when che...

Page 136: ...ll the air intake grille towards you to remove it from the ceiling panel 2 Pull down the two panel catches on the body of the indoor unit body Fig 1 60 CAUTION Never touch or attempt to move the air direction louver by hand or you may dam age the unit Instead use the remote controller if you want to change the direction or air flow Ceiling panel Air intake grille Latch Screw Safety cord Air filter...

Page 137: ...he ceiling panel has been properly aligned use the supplied 4 mounting screws M5 with washers to permanently fasten the ceiling panel 4 Install the wiring connector from the ceiling panel to the connector in the electrical component box of the indoor unit After installing the connector use the clamp on the body of the indoor unit to secure the wiring 5 Install the air filter and air intake grille ...

Page 138: ... box with the accessory screws M4 L1 2 4 pcs Fasten the air intake plenum with the supplied screws M5 L4 7 8 4 pcs CAUTION When installing in a pre existing location install the indoor unit before installing the duct connection box Air intake plenum Type CZ 26BCU1U CZ 24KPU1U S 26PU1U6 CZ 42BCU1U CZ 36KPU1U S 36PU1U6 S 42PU1U6 Air intake plenum for fastening Duct connection flange box for fastenin...

Page 139: ...ntake plenum side clamper Connect the 3P socket white and 2P socket green to the other side of the 3P socket white and 2P socket green respectively Reattach the socket cover Fig 1 63 Duct connection box Duct connection flange Panel catch M4xL1 2 4pcs Installation screws Ceiling panel Please fix the socket cover located on the switch box after closing the lid for the switch box CAUTION Take adequat...

Page 140: ...precautions are also applicable if tubing goes through the wall in any other location 4 Using a sabre saw key hole saw or hole cutting drill attachment cut a hole in the wall See Table 1 10 and Fig 1 67 Table 1 10 5 Measure the thickness of the wall from the inside edge to the outside edge and cut PVC pipe at a slight angle 1 4 shorter than the thickness of the wall Fig 1 68 6 Place the plastic co...

Page 141: ...le bolts to go through the holes on the panel or drill 3 16 dia holes in the panel over the stud locations and then mount the rear panel 2 Double check with a ruler or level gauge that the panel is level This is important to install the unit properly Fig 1 71 3 Make sure the panel is flush against the wall Any space between the wall and unit will cause noise and vibration b If Block Brick Concrete...

Page 142: ... the grille into the lower part while align ing its tabs on the upper part Fig 1 74a Insert the tabs in the slots and push the lower part of the grille back into position 3 Press at each of the 5 tabs to completely close the grille Make sure that the grille and frame are firmly fitted together Fig 1 74b 6 18 Preparing the Indoor Side Tubing Arrangement of tubing by directions a Right tubing The co...

Page 143: ...onnections 1 Insert the inter unit wiring according to local electrical codes into the through the wall PVC pipe Run the wiring toward the indoor side allowing approx 10 inches to extend from the wall face Fig 1 77 2 Route the inter unit wiring from the back of the indoor unit and pull it toward the front for connection Figs 1 78a and 1 78b 3 Connect the inter unit wiring to the corresponding term...

Page 144: ...late it with insulating tape Fig 1 80 5 Assemble the refrigerant tubing drain hose and inter unit wiring as shown in Fig 1 81 6 22 Installing the Drain Hose 1 The drain hose should be slanted downward on the outdoor side Fig 1 82 2 Never form a trap in the course of the hose 3 If the drain hose will run in the room insulate the hose so that chilled condensation will not damage furniture or floors ...

Page 145: ...1 85 or b Use existing ceiling supports or construct a suitable support as shown in Fig 1 86 WARNING It is important that you use extreme care in supporting the indoor unit from the ceiling Ensure that the ceiling is sufficiently 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 allowin...

Page 146: ...g 1 89 6 Preparation for suspending the indoor unit The suspension method varies depending on whether the unit is next to the ceiling or not Figs 1 90 and 1 91 e d i l S Hinge Air intake grille Pull out the air Intake grille pushing claws of the hinges Screw Latch Fig 1 88 Slide toward front side Side panel Fig 1 89 unit Suspension bolt field supply Ceiling surface Washer supplied Double nut field...

Page 147: ...unit as shown in Fig 1 94 NOTE A ceiling surface is not always level Please confirm that the indoor unit is evenly suspended For the instal lation to be correct leave a clearance of about 3 8 between the ceiling panel and the ceiling surface and fill the gap with an appropriate insulation or filler material 8 If the tubing and wiring are to go towards the rear of the unit make holes in the wall Fi...

Page 148: ...o occur in the course of the piping Insulate any piping inside the room to prevent dripping Use the supplied drain pipe to connect the drain pipe with the drain outlet of the indoor unit After connecting the drain pipe securely wrap the supplied drain pipe insulator around the pipe seal the gap at the drain socket with the supplied black insulation tape then secure it with clamps Fig 1 100 After t...

Page 149: ...joint gas tube Upper drain port O D 1 1 4 in Bottom drain port O D 1 1 32 in Suspension lug Power supply outlet 2 ø1 3 16 hole Fresh air intake port ø5 29 32 hole Flange for the flexible air outlet duct ø7 7 8 hole Tube cover Electrical component box Flange for the air intake duct Option or field supply 9 10 9 10 11 11 Suspension bolt pitch h c t i p t l o b n o i s n e p s u S M ø1 8 Hole 4 ø15 3...

Page 150: ...llowing them to protrude from the ceiling as shown in Fig 1 103 Cut the ceiling material if necessary 3 Thread the 2 hexagonal nuts and washers field supply onto the 4 suspension bolts as shown in Figs 1 105 and 1 106 Use 2 sets of nuts and washers upper and lower so that the unit will not fall off the suspension lugs WARNING It is important that you use extreme care in supporting the indoor unit ...

Page 151: ...ly wrap the supplied packing and drain pipe insulator around the pipe then secure it with the supplied clamps Fig 1 109 NOTE Make sure the drain pipe has a downward gradient 1 100 or more and that there are no water traps CAUTION Tighten the hose clamps so their locking nuts face upward Fig 1 108 Air outlet duct Air outlet grille Ceiling material Indoor unit Bolt anchor Suspension bolt Air intake ...

Page 152: ...ing are completed use the following procedure to check that the water will drain smoothly For this prepare a bucket and wiping cloth to catch and wipe up spilled water 1 Connect power to the power terminal board L1 L2 terminal inside the electrical component box 2 Remove the tube cover and through the opening slowly pour about 0 3 gal of water into the drain pan to check drainage 3 Short the check...

Page 153: ...curves for HT H M and L fan speed control are shown The nameplate values are shown based on the H air flow For the Type 26 the air flow is 636 CFM while the external static pressure is 49 Pa at H position If external static pressure is too great due to long extension of duct for example the air flow volume may drop too low at each air outlet This problem may be solved by increasing the fan speed a...

Page 154: ...nward gradient against horizontal Fig 1 116 6 32 Required Minimum Space for Installation and Service If the ceiling tiles cannot be removed provide the opening holes on the lower side of the indoor unit for removing the unit in order to maintain and clean the drain pan and heat exchanger or provide a minimum of 1 0 ft or more space Fig 1 117 Prohibited Prohibited Air outlet duct flange Level gauge...

Page 155: ...her insulation is completed Refrigerant piping and drain piping Water leakage 4 Make sure whether drain water is running smoothly Water leakage 5 Make sure whether the power voltage matches the nameplate Inoperative burnout 6 Make sure whether there is miswiring or incorrect connection Inoperative burnout 7 Make sure whether the ground construction is completed Ground leakage 8 Make sure whether t...

Page 156: ...tdoor 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 within a total tubing length L from the outdoor unit as detailed in the installation manual packed with the outdoor unit allow room for mounting the remote controller about 3 3 ft 1 m off the floor in an ar...

Page 157: ...910 860 to 910 Table 1 14 Type E F G H I J K L M N O P Q 26 inch 1 1 2 4 49 64 6 47 64 10 5 64 1 5 16 5 1 8 7 3 32 10 25 32 1 9 32 10 5 8 1 31 32 12 3 4 33 5 64 mm 38 121 171 256 33 5 130 180 274 32 5 270 50 323 8 840 36 42 inch 1 1 2 4 49 64 6 47 64 12 9 16 1 5 16 5 1 8 7 3 32 10 25 32 1 9 32 10 5 8 1 31 32 12 3 4 33 5 64 mm 38 121 171 319 33 5 130 180 274 32 5 270 50 323 8 840 Hole in anchor Hol...

Page 158: ...2 washers field supply onto each of the 4 suspension bolts as shown in Fig 1 123 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 15 32 12 mm 43 64 17 mm Tighten the nuts on the upper side and lower side of the suspension lug 5 Remove t...

Page 159: ...face of the ceiling Do not attempt to raise it higher than 2 79 ft 850 mm Doing so will result in water leakage Fig 1 124 2 Limitations of Drain Pipe Connection CAUTION Do not install the drain pipe with an upward gradient from the drain port connection This will cause the drain water to flow backward and leak when the unit is not operating Fig 1 125 Do not install an air bleeder as this may cause...

Page 160: ...drain port hose 5 Move the drain socket showing in the direction of the arrow toward the drain hose and connect with the adhesive approx 0 07 oz 2 6 Then connect the hard PVC pipe field supply on the opposite side of the drain socket Apply the adhesive approx 0 07 oz 2 between the two parts After connection remove sticky adhesive left over the surface Fig 1 129 After checking the drainage wrap the...

Page 161: ...ver 5 Checkpoint after installation Fig 1 130 Drainage check Over 3 15 16 100 mm Plastic container for water intake Water Approx 0 3gal 1 200 cc Drain pan outlet Indoor Unit control PC board CHK CAUTION Be careful because the fan will start when you short the pin on the indoor control board Checkpoint Checkpoint Symptom Check Remark 1 Make sure whether indoor and outdoor units are correctly instal...

Page 162: ...allation complies with all relevant rules and regulations 8 To prevent malfunction of the air conditioner caused by electrical noise care must be taken when wiring as follows The remote control wiring and the inter unit control wiring should be wired apart from the inter unit power wiring Use shielded wires for inter unit control wiring between units and ground the shield on single side 9 If the p...

Page 163: ... relative to the unit 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 1 134 Fig 1 134 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 pan...

Page 164: ...afety 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 directions of the air intake grille lattices when installing multiple units and the position of the label showing the company name on the corner panel can be changed according to customer s requests as shown in the figure below However the wireless sig...

Page 165: ...om the P C Board Procedure Stop the system before performing these steps 1 Open the electrical component box cover then check the indoor unit control PCB 2 Connect the jumper connector 2P yellow which was supplied with the optional parts 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 Setting Setting No 3...

Page 166: ... LCD display Select YES and press the button If air blocking material is used use same procedure as in steps 3 6 above and change the setting for Code no 62 to 0000 If you wish to change the selected indoor unit follow the step 2 Procedure of CZ RTC4 Stop the system before performing these steps 1 Press and hold the and buttons simultaneously for 4 seconds or longer 2 If group control is in effect...

Page 167: ...own airflow direction Electrical component box 5 Press the timer time buttons to select the desired setting data Flap position 1 2 3 4 5 Fig 1 141 Setting data refer to Fig 1 141 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 t...

Page 168: ... the Set data by pressing the or button Select one of the Setting Data YYYY by pressing the or button Then press the button Flap position 1 2 3 4 5 Fig 1 142 Setting data refer to Fig 1 142 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 ...

Page 169: ...1 143 Setting data refer to Fig 1 143 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 A When the flap position is set to 4 or 5 and the unit is in the cooling or dry mode the flap position is moved to 3 and the operation is started r...

Page 170: ...s tube Drain hose 1 Hose band 1 For securing drain hose Drain socket 1 Packing 1 For drain hose joint Drain insulator 1 Part Name Figure Q ty Remarks Full scale installation diagram 1 Card board Part Name Figure Q ty Remarks Wire mounting bracket 1 Wire cover 1 Clamper 1 Screw 3 For wire mounting bracket and wire cover Part Name Figure Q ty Remarks Operating Instructions 1 Installation Instruction...

Page 171: ...r panel 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 1 149 NOTE In the case of left rear tubing use the measuremen...

Page 172: ...e to install 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 1 153 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 3 16 5 mm dia holes in the panel over the stud locations and then mount the rear p...

Page 173: ... to remove it Fig 1 159 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...

Page 174: ... wiring diagram 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 m...

Page 175: ...67 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 1 168 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 runoff won t stain the wall 4 ...

Page 176: ...ater is 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 1 174 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 rea...

Page 177: ... the gap is appropriate less than 5 64 2 mm 6 54 Drain Hose a The drain hose should be slanted downward to the outdoors Fig 1 178 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 1 179 Foamed polyethylene or its equivalent is recommended WARNING Do not supply...

Page 178: ...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 within a total tubing ...

Page 179: ...e of shipment Left drain position Gas tubing Liquid tubing Right drain position Liquid tubing Gas tubing Right side Right drain position Left side drain hose outlet port Top outlet port Right side drain hose outlet port Side cover Outside air intake duct connection port ø3 15 16 100 cutout Rear outlet port Figure shows view from front Remote control wiring and inter unit wiring inlet port Left rea...

Page 180: ...cket in its original position Center bracket Fig 1 188 6 58 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 each suspension bolt ...

Page 181: ...ff M8 or 5 16 suspension bolts M8 or 5 16 suspension bolt Fig 1 197 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 1 31 32 10 mm between the ceiling panel and the ceiling surface and fill the gap with an appropriate insulation or filler material 6 59 Duct for Fresh Air Field supply There is...

Page 182: ... 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 the outside Fig 1 202 Correct Incorrect Downward slant min 1 100 Upward slant Fig 1 202 Never allow water traps to occur in the course of the piping Insulate any piping inside the room to prevent dripping After the drai...

Page 183: ...n 6 57 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 Fig 1 206 Ceiling Part Name Figure Q ty Remarks Special washer 4 For temporarily suspending indoor unit from ceiling Drain insulator 2 For drain hose joint Flare insulator 1 For gas tube joint 1 For liquid tube joint Clamper 4 For flare insulator C...

Page 184: ...llowing places In direct sunlight Behind a curtain or other place where it is covered More than 26 ft away from the air conditioner In the path of the air conditioner s airstream Where it may become extremely hot or cold Where it may be subject to electrical or magnetic interference 1 If Wall mounted Fixed Position Install the remote controller at a convenient location on a nearby wall However bef...

Page 185: ... their remote controller Up to 6 indoor units can be controlled separately through the address switches The operating control has the reception address switch and the remote controller has the transmission address switch This function is utilized by matching the transmission and reception address switches 7 4 Setting the Model Code Flap display selector switch Make the slide switch settings in the...

Page 186: ...crews 4 L13 32 2 Connect the operating controller 2 wires WHT BLK to the remote control wire WHT in the electrical component box For details on wiring see the section 7 9 Electrical wiring 3 Install the ceiling panel 4 Connect the indicator section and the operating controller with the 6P connector white 5 Form the wires with vinyl clamps and fasten 6 Connect the ceiling panel wiring connector 2P ...

Page 187: ...allation Install the operating controller on the top face of the air intake section space between the fan motor and the electrical component box Fig 1 215 1 Fasten the operating controller to the ceiling panel of the air intake section with the 2 supplied screws 4 L13 32 2 Draw the lead wires into the electrical component box and connect the operating controller 2 wires WHT BLK to the remote contr...

Page 188: ...not possible without the ceiling panel installation To protect the air conditioner from overloading the outdoor unit will not start running for 3 minutes after power is applied or the air conditioner is turned off and then back on When the air conditioner fails to start the test run 1 or more of the 3 alarm indicator lamps on the indoor unit will flash See next section When the DIP switch is set t...

Page 189: ...lamp lamp S C errors between the indoor unit s controller PCB and the remote controller Compressor protector is working S C errors between indoor and outdoor units Indoor or outdoor thermistor is malfunctioning Outdoor unit protector is working Indoor unit protector is working TEST RUN switch on the operation controller is in ON state S C Serial communications OPERATION lamp TIMER lamp STANDBY lam...

Page 190: ...pin of the ceiling panel Fig 1 222 Then slide the corner cover onto the ceiling panel until the three clips are correctly located and then fix it in place with the screws Fig 1 219 Fig 1 220 Fig 1 221 Fig 1 222 Make sure the wire is not caught Refer to the installation instructions supplied with the panel For more information about wiring and test operation see the sections on Wiring for the Recei...

Page 191: ...ed Temperature cannot be changed The test operation mode is automatically turned off in 60 minutes To prevent continuous test operation Outdoor units do not operate for approx 3 minutes after the power is turned on or operation is stopped Before installing the receiver see the sections on Wiringfor the Receiver and Setting Address Switches Then check the settings of the S003 DIP switch on the rece...

Page 192: ...ough the panel install the receiver in the hole in the panel The projecting parts of the receiver is held in the hole in the panel 4 Fasten the receiver s lead wire to the cable clip that is holding the wire from the louver motor Fig 1 225 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 cable clip Fig 1 226 Use...

Page 193: ...r the sub bus of the outdoor unit Operation of indoor protection device Alternately Operation of outdoor protection device Alternately Alternately Alternately Simultaneously F30 F31 Simultaneously Simultaneously Simultaneously conditioner A01 A31 Simultaneously Inconsistency in Cooling Heating Including an auto temp setting for a model without auto temp settings Alternately Oil alarm Same as opera...

Page 194: ... can be mounted using a conventional wall box for flush mounting 1 If Wall mounted Fixed Position Install the remote controller at a convenient location on a nearby wall However before attaching the remote controller mounting cradle check that the remote controller can operate from the desired wall position Fig 1 228 How to Install Batteries See Fig 1 229 1 Press and slide the lid on the back of t...

Page 195: ...over plate by inserting a flathead screwdriver into the notch in the lower section and prying it off 2 Cut out a section 3 3 4 2 1 32 on the ceiling using the paper pattern supplied as a guide 3 Run the wire through the mounting carrier and insert into the installation hole as shown in Fig 1 234 4 Fit securely into the ceiling material at sections A and B as shown in Fig 1 235 5 Connect the wire 2...

Page 196: ...ring the test run the OPER TIMER and STDBY LED all blink To protect the air conditioner from overloading the outdoor unit will not start running for approximately 3 minutes after power is applied or the air conditioner is turned off and then back on When the DIP switch is set to TEST ON temperature control from the wireless remote controller is disabled Do not use this setting at any time other th...

Page 197: ...MER STANDBY u g i r B a C t e l b u o r T f o e s h lamp lamp lamp No power supply or mis wiring of signal receiving unit S C errors between the indoor unit s controller PCB and signal receiving unit S C errors between indoor and outdoor units Alternately Indoor unit protector is activated Alternately Outdoor unit protector is activated Compressor protector is activated Concurrent Mis setting of i...

Page 198: ... indoor unit address is assigned to each indoor unit Operation takes place successively at intervals of 1 second by using combinations of the address setting of each unit In case of using shielded wires for inter unit control wiring ground the shield on one side Fig 1 240 Otherwise misoperation because of electrical noise may occur Shielded wire Ground Fig 1 240 U1 U2 U1 U2 1 2 Ground earth Outdoo...

Page 199: ...ccessive unit will respond at one second intervals following the order of the group address when the remote controller is operated When using multiple signal receiving units up to 2 can be used one is the main signal receiving unit and the other is the sub signal receiving unit To set up a sub signal receiving unit change its remote control address connector RCU ADR located on its PCB from main to...

Page 200: ...ons A maximum of 2 signal receiving units can be installed Setting method To execute this control make the setting according to the following procedure 1 Of the two installed signal receiving units make one the main signal receiving unit factory shipped state 2 On the other signal receiving unit change the address connector on the PCB from main to sub position In this state it functions as a sub s...

Page 201: ...gs press the RESET hole Check the Check Items Before the Test Run Set the indoor unit controller to TEST Return the indoor unit controller to NORM Item 7 29 3 NO Is operation possible Verify the combination wiring of indoor and outdoor units Check using the Diagnosis function table Refer to 7 32 YES Note Check the indoor side drainage Item 7 28 Item 7 29 3 Wireless remote controller transmitter Ve...

Page 202: ... no obstructions which can block the signal between the remote controller and the receiver When the remote controller signal is received correctly the indoor unit beeps It beeps twice only when operation is started Do not drop throw or wash the remote controller Do not place the remote controller in a location exposed to direct sunlight or near a stove or similar appliance 7 29 3 Test Run Using th...

Page 203: ...l PCB will be tripped in order to protect the PCB Correct the wiring connections then disconnect the 2P connectors indoor unit blue OC CN40 outdoor unit blue OC which are connected to the PCB and connect the other 2P connectors indoor unit brown EMG CN44 outdoor unit brown EMG See the figure below If operation is still not possible with the brown connectors connected cut the varistor black for bot...

Page 204: ...ting is not necessary for the case of using wireless remote controller only The slide switch setting at the time of factory shipment for model Type K1 is B When using wired remote controller as sub to set its data to sub in remote controller setting mode When using wireless remote controller as sub set the switch on the indoor unit control PCS to A S 26PK1U6 A Nos 1 2 OFF No 3 ON B Nos 1 2 3 all O...

Page 205: ...indoor unit ceiling panel connector is not connected correctly Group connection Remote controller is not connected with indoor unit correctly Indoor unit power is not ON Automatic address setting has not been completed Inter unit control wiring is cut or is not connected correctly Remote controller is not connected with indoor unit correctly Remote controller is not connected with indoor unit corr...

Page 206: ...1 198 1 Specifications 8 HOW TO INSTALL THE TIMER WIRED REMOTE CONTROLLER NOTE Refer to the Instruction Manual attached to the Timer Remote Controller 1 ...

Page 207: ...rol 2 2 2 2 Cold Draft Prevention Heating Cycle 2 4 2 3 Automatic Fan Speed Indoor Unit 2 5 2 4 Control Functions 2 6 2 5 Outdoor Unit Control PCB 2 9 2 6 Outdoor Unit Control PCB CR CH4272R 2 10 2 PROCESSES AND FUNCTIONS 2 1 2 ...

Page 208: ... For 5 minutes after the compressor is first turned on and for 3 minutes after it is turned off the compressor is not controlled by the room sensor Thermo ON When room temperature rises 2 F 4 F when set on body sensor above the set temperature T T 2 F or T 4 F when set on body sensor Compressor ON Thermo OFF When the room temperature is 2 F below the set temperature T Compressor OFF 2 1 Room Tempe...

Page 209: ...FF OFF 88 F 81 F 77 F 1134_THS_I THERMO OFF THERMO OFF LL LL LL L L SETTING TEMP SET TEMP Chart Summary and Explanations Once the compressor starts it keeps running for 5 minutes Once the compressor stops it will not start running again for 3 minutes If you change the operation mode HEAT COOL or FAN during the heating cycle the control circuit stops the compressor for 3 minutes For 5 minutes after...

Page 210: ... the indoor fan motor is OFF When the temperature at sensor E2 falls below 50 F the indoor fan motor stops running 2 2 Cold Draft Prevention Heating Cycle The cold draft prevention function controls indoor fan speed so a strong draft of cold air will not blow out before the indoor heat exchange coils have warmed up STANDBY shows on the remote controller when the indoor fan speed is LL very low or ...

Page 211: ...4_M_S ROOM TEMP deg SET TEMP 2 4 H M High Middle L Low Chart Explanations and notes When the fan speed changes it keeps the speed step for at least 1 minute even if the temperature changes to another speed step during the time 2 3 Automatic Fan Speed Indoor Unit By pressing the FAN SPEED button on the remote controller the fan speed can be set at one of four steps AUTO HI MED or LO When set at AUT...

Page 212: ...is abnormal or has become disconnected the fan will not operate and a protective device is activated 2 Heating fan control 1 The outdoor unit fan minimum speed and maximum speed are determined according to the outdoor air temperature and operating frequency The speed is controlled in stages between the minimum speed and maximum speed based on the outdoor heat exchanger temperature C1 at that time ...

Page 213: ...ea operating frequency control area and the outdoor air temperature is less than 90 F the compressor maximum operating frequency is limited according to the indoor unit fan speed 4 If the temperature is in the I area normal operating area the compressors operate normally 5 If the temperature is continuously in the J area and the compressor operating frequency reaches 0 then temperature A temperatu...

Page 214: ...temperature is 7 F or above and outdoor heat exchanger temperature C1 of 0 F or below is detected continuously for 20 seconds 3 Outdoor air temperature is below 7 F and outdoor heat exchanger temperature C1 of below outdoor air temperature 10 F is detected continuously for 20 seconds 2 Defrost cancel Defrost end conditions 1 Outdoor heat exchanger temperature C1 rises to 54 F or higher 2 Outdoor h...

Page 215: ...XCT plug CN026 Automatic address setting switch S001 Snowfall sensor Cooling test Test pin CN036 Operation circuit fuse F002 LED 1 2 Serial 1 plug Terminal plug CN015 Serial 2 plug If the operation circuit fuse F002 has blown determine and correct the cause for the blown fuse then change the socket from the serial 1 plug to the serial 2 plug Position detection plug CN003 Refrigerant System address...

Page 216: ... of 30 systems maximum 64 units can be connected In the case of group control or central control set the sys tem address to a setting other than 0 1 or above If the number of systems is greater than 9 this switch can be used in combination with DIP switch S003 to set up to 30 systems The setting can be made as high as 39 however all settings above 30 are handled as 30 for control For details refer...

Page 217: ...iring between the outdoor unit PCB and the relay is 2 m Lead wire with 2P plug special order part WIRE K CV6231612098 Relay field supply contact input specifications DC 5 V 0 5 mA Recommended relay Fuji Electric HH62SW compatible with micro contacts Use a commercially available timer such as the Omron H5 daily time switch Terminal plug CN015 Quiet mode CN028 Example of wiring 1 2 CN028 1 2 Quiet m...

Page 218: ...2 12 MEMO ...

Page 219: ...3 1 3 2 Indoor Units 3 2 Outdoor Units 3 14 3 ELECTRICAL DATA 3 1 3 ...

Page 220: ...3 2 3 Electrical data 3 1 Indoor Units Concealed Duct Type S 26PF2U6 S 36PF2U6 3 ...

Page 221: ...3 3 3 Electrical data 4 Way Cassette Type S 26PU1U6 S 36PU1U6 S 42PU1U6 3 ...

Page 222: ...3 4 3 Electrical data 4 Way Cassette Type S 26PU1U6 S 36PU1U6 S 42PU1U6 3 ...

Page 223: ...3 5 3 Electrical data Wall Mounted Type S 26PK1U6 3 ...

Page 224: ...3 6 3 Electrical data Wall Mounted Type S 26PK1U6 3 ...

Page 225: ...3 7 3 Electrical data Ceiling Type S 26PT1U6 S 36PT1U6 S 42PT1U6 3 ...

Page 226: ...3 8 3 Electrical data Ceiling Type S 26PT1U6 S 36PT1U6 S 42PT1U6 3 ...

Page 227: ...3 9 3 Electrical data Low Silhouette Ducted Type S 26PF1U6 S 36PF1U6 3 ...

Page 228: ...3 10 3 Electrical data Low Silhouette Ducted Type S 26PF1U6 S 36PF1U6 3 ...

Page 229: ...WHT FS RED 22 1 3 1 3 1 5 7 GRL WHT OPTION WHT 1 6 T10 YEL 1 6 PMV WHT 1 6 1 TA YEL 1 2 E1 RED 1 2 E2 BLK 1 2 1 BL GRN 2 OC BLU 1 2 EMG BRN 1 2 E3 BRN 1 3 RC BLU 1 3 DRAIN PUMP M R R R W BL BL BL BL t t TERMINAL BOARD TERMINAL BOARD NOISE FILTER CIRCUIT RECTIFICATION CIRCUIT CONTROL BOARD MAIN DCM WHT 1 4 5 6 7 AC IN BLK OP1 YEL 1 3 E M FAN MOTOR R W B Y BL L1 R W G FUSE F301 T5A L250V EXCT RED FA...

Page 230: ...3 12 3 Electrical data Wall Mounted Type S 26PK2U6 3 ...

Page 231: ...L BOARD NOISE FILTER CIRCUIT RECTIFICATION CIRCUIT CONTROL BOARD MAIN DCM WHT AC IN BLK OP1 YEL 1 3 E L1 R W G FUSE F301 T5A L250V EXCT RED FAN DRIVE WHT 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 TP6 WHT TP3 YEL TP1 RED TEST BLK 1 10 TOOL BLK DISP BLK CHK BLK L2 ELECTRIC CIRCUIT DIAGRAM CAUTION Terminal No are D C signal circuit Do not supply 208 230V R1 R2 U1 U2 1 3 1 HEATER BLK 2 1 4 5 6 7 BL R W B Y R W ...

Page 232: ...3 14 3 Electrical data 3 2 Outdoor Units U 26PE1U6 3 ...

Page 233: ...3 15 3 Electrical data U 26PE1U6 3 ...

Page 234: ...3 16 3 Electrical data U 26PS1U6 3 ...

Page 235: ...3 17 3 Electrical data U 26PS1U6 3 ...

Page 236: ...3 18 3 Electrical data U 36PE1U6 3 ...

Page 237: ...3 19 3 Electrical data U 36PE1U6 3 ...

Page 238: ...3 20 3 Electrical data U 36PS1U6 3 ...

Page 239: ...3 21 3 Electrical data U 36PS1U6 3 ...

Page 240: ...3 22 3 Electrical data U 42PE1U6 3 ...

Page 241: ...3 23 3 Electrical data U 42PE1U6 3 ...

Page 242: ...3 24 3 Electrical data U 42PS1U6 3 ...

Page 243: ...3 25 3 Electrical data U 42PS1U6 3 ...

Page 244: ... MEMO 3 26 ...

Page 245: ...4 1 Meaning of Alarm Messages 4 2 4 2 Symptoms and Parts to Inspect 4 5 4 3 Details of Alarm Messages 4 8 4 4 Table of Thermistor Characteristics 4 16 4 SERVICE PROCEDURES 4 1 4 ...

Page 246: ... setting failed An indoor unit detected trouble in the signal from another indoor unit Communications trouble between units Setting error Mis setting Continued Error in transmitting serial communications signal I Starting auto address setting is prohibited This alarm message shows that the auto address connector CN100 is shorted while other RC line is executing auto address operation ndoor unit ca...

Page 247: ...uble MDC Simultaneous operation multi control trouble Compressor current failure overload Indoor heat exchanger temperature sensor E1 Indoor heat exchanger temperature sensor E2 Indoor temperature sensor Discharge temperature TD Outdoor heat exchanger temperature C1 Outdoor heat exchanger temperature C2 Outdoor air temperature TO Intake temperature TS Indoor EEPROM error Outdoor protection Thermis...

Page 248: ...larm display below 3 H alarm 4 E alarm 5 F alarm Alternate blinking during alarms Insufficient gas indicator Refrigerant recovery mode Automatic address setting Displayed during automatic address setting 1 and initial communication After these are completed alarm F31 is displayed Pre trip P20 Pre trip insufficient gas Pre trip other 0 25 0 75 0 75 0 25 0 25 0 75 0 75 0 25 0 25 0 75 0 75 0 25 ON LE...

Page 249: ... has been ON for 5 minutes Indoor heat exchanger temp drops although compressors are ON in heating mode min E1 E2 50 F Indoor heat exchanger temp rises although compressors are ON in cooling mode E2 104 F 1 Check 4 way valve 2 Check 4 way valve wiring 3 Check outdoor unit control PCB High pressure protection trouble 1 Refrigerant cycle overload operation 2 Outdoor coil temperature sensor C1 or C2 ...

Page 250: ...CB position detection circuit trouble Inverter stops after alarm is detected Position detection circuit is activated even when the compressor 3P connector is disconnected and the compressor operated Replace the inverter control PCB Disconnection open circuit or short circuit in discharge temp sensor TD Sensor detection trouble minutes have elapsed after compressor stopped Open circuit Automatic re...

Page 251: ...fy No of units Automatic recovery Automatic recovery 1 Check inter unit control wiring 2 Check outdoor unit Outdoor unit sending failure to indoor unit l o r t n o c t i n u r e t n i k c e h C 1 e r u l i a f g n i d n e s l a n g i s l a i r e S wiring 2 Check outdoor unit control PCB Settings failure Duplicated master unit in simultaneous operation multi control Detected by outdoor unit Recover...

Page 252: ... wiring OK Check and correct wiring Are wiring and connector connections OK Check and correct wiring Is compressor OK Ground fault Replace compressor Coil resistor short circuit Coil open circuit Is there abnormal refrigerant accumulation Replace compressor Is operation of electronic control valve OK Replace outdoor unit control PCB Are C1 and TS sensors OK Replace C1 and TS sensors Replace electr...

Page 253: ...t wiring connector connections and reactor connections OK Correct Has filter PCB RY001 or RY002 relay activated Has filter PCB AC fuse blown Replace filter PCB Disconnect U V W output terminal on HIC PCB and start operation Does alarm P26 occur Replace HIC PCB Is compressor OK Check for layer short circuit Replace compressor Is resistance between each terminal on HIC PCB OK See following page Chec...

Page 254: ...r more 300 kΩ or more 300 kΩ or more 300 kΩ or more 200 kΩ or more 200 kΩ or more 200 kΩ or more No Yes Replace outdoor unit control PCB 3 Alarm E31 communications trouble within unit IGBT short circuit protection Is E31 displayed even after the power voltage is reset Normal HIC CH4872R Type 42 HIC CH2672R Type 26 36 4 ...

Page 255: ...te black 30 40 Ω 3 Black red 30 40 Ω Disconnect connector CN004 and measure on the plug side Motor position detection circuit resis tance is OK if it is as shown below Disconnect connector CN003 and measure on the plug side 1 Grey yellow 100 kΩ or more or open 2 Grey blue 100 kΩ or more or open 3 Grey orange 100 kΩ or more or open Fan motor is OK outdoor unit control PCB has failed Replace Fan mot...

Page 256: ... F04 F06 F07 F08 F12 Are connectors CN020 021 022 023 and 024 TD TO C1 C2 and TS sensors connected correctly to the outdoor unit control PCB Correct the connector connections Are the TD TO C1 C2 and TS sensor resistance characteristics OK Replace the TD TO C1 C2 or TS sensor Refer to 4 4 Table of Thermistor Characteristics 4 ...

Page 257: ... item code to the address of the sensor to monitor For the relationships between the sensor addresses and sensor types refer to the table of temperature sensors and addresses on the next page 4 If group control is in effect press the button to select the unit to monitor Press the temperature setting buttons to select the item code to change 5 Press the button to return to normal remote controller ...

Page 258: ...s Then press the button Display sensor information of the unit Refer the information by pressing the or button Fig 2 CZ RTC3 CZ RTC5 Maintenance func 1 Outdoor unit error data 2 Service contact 3 RC setting mode 4 Test run Sel Page Confirm 20 30 THU Maintenance func 5 Sensor info 6 Servicing check 8 Detailed settings Sel Page Confirm 20 30 THU 7 Simple settings Sensor info Unit no Code no Data Sel...

Page 259: ... Unit No X X main unit No item code XX sensor address and service monitor 00XX sensor tem perature appear on the remote controller LCD See figure 3 Press the temperature setting and buttons and change the item code to the sensor address of the sensor that you want to monitor For the relationship between the sensor address and the sensor type refer to the below Sensor Tempera ture Correlation Table...

Page 260: ...p TS Thermistor Check results Normal Abnormal LED 1 and 2 OFF LED 1 lit LED 1 lit LED 1 lit LED 2 lit 2 4 way valve turns ON for 1 second 3 Forced cooling or heating operation 4 4 Table of Thermistor Characteristics 1 Outdoor Air Temp TO Intake Temp TS Heat Exchanger Temp C1 Thermistor Heat Exchanger Temp C2 Thermistor 2 Discharge Temp TD Thermistor 4 Resistance k Resistance k Temperature F Temper...

Page 261: ... Alarm History Display of Outdoor Unit Alarm History 5 6 Setting Modes Setting the Outdoor Unit EEPROM 5 OUTDOOR UNIT MAINTENANCE REMOTE CONTROL 5 7 Overview In the case of CZ RTC4 5 8 Functions 5 9 Normal Display Operations and Functions 5 10 Monitoring Operations Display of Indoor Unit and Outdoor Unit Sensor Temperatures 5 11 Monitoring the Outdoor Unit Alarm History Display of Outdoor Unit Ala...

Page 262: ...082 The special service checker wiring is required in order to connect the outdoor unit maintenance remote control ler to the outdoor unit PCB Even when the outdoor unit maintenance remote controller is connected a separate remote controller or other control device must be connected to the indoor unit 5 2 Functions Normal display functions 1 Functions Button operations can be used to perform the f...

Page 263: ...e overall system status for that refrigerant system All units start stop Fig 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 1 Operation The button switches between heating and cooling modes Th...

Page 264: ...igerant system No of connected 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 hr units 3 11 12 13 14 15 16 Total power ON time of outdoor unit in 1 hr units 17 Compressor start count 18 19 FE Outdoor unit microcomput...

Page 265: ...y allowing unit Nos up to 80 to be displayed Sample displays of the unit Nos of connected indoor units The colon display changes automatically every 10 seconds The display does not change if higher unit numbers do not exist Pressing the button switches the display immediately to the next higher level even if 10 seconds have not passed A and B are displayed alternately B A 10 Total compressor opera...

Page 266: ...ons to select the item 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 3 1 4 2 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...

Page 267: ... 08 01 indicates the most recent alarm 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 5 6 Setting Modes Setting the Outdoor Unit EEPROM Setting mode 1 Operating procedure 1...

Page 268: ...nit is running or stopped 2 During cooling only 4 hours stopped 20 minutes operating regardless of whether the unit is running or stopped 3 At all times 4 hours stopped 20 minutes operating 4 At all times 2 hours stopped 20 minutes operating 0d Odor countermeasure when Do not set indoor cooling thermostat is OFF y l n o l o o C 1 p m u p t a e H 0 y l n o l o o C E 0 0F Control system schedule 10 ...

Page 269: ...is displayed blinking The display shows the set outdoor unit address System XX YY System XX System address YY Address at outdoor unit sub bus item code number DN value in the table below and the setting data 6 digits The setting data is displayed in 6 digits The display changes between the first 3 digits Fig A and the last 3 digits Fig B When the first 3 digits are displayed the top point of the c...

Page 270: ...em schedule 83 Control system schedule 84 3 phase or single phase 0 3 phase 1 single phase 85 Power frequency Do not set 86 Control system schedule List of Item Codes Figures represent the capacity data for each model Do not set 8E Control system schedule Do not set 8b Control system schedule Do not set 8A Control system schedule 0 No 1 Yes 89 Crank case heater control Do not set 88 Control system...

Page 271: ...oor unit maintenance remote controller does not function as an ordinary remote controller It is therefore only used for test runs and during servicing l The special service checker wiring is required in order to connect the outdoor unit maintenance remote controller to the outdoor unit PCB l Ordinary remote controllers or other controller are still required for the indoor units even when the outdo...

Page 272: ...isplay No of indoor outdoor units Unit Nos of connected indoor outdoor units Indoor outdoor unit operating status blinks when an alarm occurs Indoor unit thermostat ON Display of individual outdoor unit alarms Total operating time of outdoor unit compressors Oil level of the outdoor unit oil sensor Total outdoor unit power ON time Outdoor unit microcomputer version other information n Temperature ...

Page 273: ...P BLU Outdoor unit PCB Terminal board l If the communications line in the inter unit control wiring is connected it can be left as is l In case of an independent outdoor unit 1 maintenance remote controller connected to 1 outdoor unit automatic address setting for indoor units not completed both setting mode 1 and setting mode 2 can be used l The overall system status for that refrigerant system i...

Page 274: ...ng operation The display indicates the operating mode of the indoor unit with the lowest unit No l All units test run Fig 4 Operation The Check button can be used to start and stop a test run for all indoor units Press and hold for 4 seconds to turn ON During the test run is displayed The status of test runs performed from the indoor unit remote controller is not displayed on the outdoor unit main...

Page 275: ...t refrigerant system blinks when alarms occur 2 04 Unit Nos of indoor units in that refrigerant system where the thermostats are ON 2 05 No of outdoor units connected in that refrigerant system No of connected 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...

Page 276: ...ed XX Outdoor system address on main bus line 1 30 YY Outdoor unit sub bus address 1 4 1 appears when there is only 1 outdoor unit Locations where À Á and  are displayed as shown in Fig 6 01 No of connected indoor units 4 units connected Sample displays 02 Unit Nos 1 2 3 and 4 are connected Fig 6 Fig 7 Fig 8 A A LED À Á  A 5 ...

Page 277: ...ess the Flap button n The total compressor operating time is displayed in 1 hour units using 8 digits When the first 4 digits are displayed the top dot of the colon is illuminated Figure A When the last 4 digits are displayed the colon dot is OFF Figure B The display of the first 4 digits and last 4 digits changes automatically after 10 seconds The display can also be changed by pressing the Flap ...

Page 278: ...re monitoring is illuminates The display and operations are the same as for monitor mode using the indoor unit remote controller Á Press the button and select the indoor unit to monitor  Press the temperature setting and buttons and select the item code of the temperature to monitor The unit No of the selected indoor unit and the temperature data are displayed à To end monitoring press the Check ...

Page 279: ...eat exchanger temp E1 04 Indoor unit heat exchanger temp E2 05 06 Indoor unit discharge temp 07 08 09 Outdoor unit data 0A Discharge temp TD 0b 0C 0d Intake temp TS 0E Outdoor unit heat exchanger temp C1 0F Outdoor unit heat exchanger temp C2 10 11 Outdoor air temp TO 12 13 14 Current value 15 Outdoor MV value 19 Frequency Depending on the model some items may not be displayed 5 ...

Page 280: ...NIT No display shows the outdoor unit address Á Press the button and select the outdoor unit for which to monitor the alarm history  Press the temperature setting and buttons and select the item code for the alarm history The select outdoor unit address the item code and the alarm history alarm data are displayed The outdoor unit address is displayed as R C XX YY System XX Outdoor unit system add...

Page 281: ...tton At this time display stops blinking and remains lit During this mode is displayed blinking The outdoor unit address display section displays ALL the item code and number DN value in the table and the setting data 6 digits The setting data is displayed in 6 digits The display changes between the first 3 digits Fig A and the last 3 digits Fig B B B A A When the first 3 digits are displayed the ...

Page 282: ...nit is running or stopped 2 During cooling only 4 hours stopped 20 minutes operating regardless of whether the unit is running or stopped 3 At all times 4 hours stopped 20 minutes operating 4 At all times 2 hours stopped 20 minutes operating 0d Odor countermeasure when Do not set indoor cooling thermostat is OFF y l n o l o o C 1 p m u p t a e H 0 y l n o l o o C E 0 0F Control system schedule 10 ...

Page 283: ...o not set 82 Control system schedule 83 Control system schedule 84 3 phase or single phase 0 3 phase 1 single phase 85 Power frequency Do not set 86 Control system schedule List of Item Codes continued Figures represent the capacity data for each model Do not set 8E Control system schedule Do not set 8b Control system schedule Do not set 8A Control system schedule 0 No 1 Yes 89 Crank case heater c...

Page 284: ...5 24 MEMO ...

Page 285: ...6 4 Items to Check Before theTest Run 6 5 Test Run Using the Remote Controller 6 6 Precautions 6 7 Table of Self Diagnostic Functions and Corrections Type F2 U2 T2 K2 U1 K1 T1 and F1 6 8 Examples of Wiring Diagrams 6 2 6 3 6 3 6 4 6 4 6 5 6 6 6 7 6 TEST RUN 6 1 6 ...

Page 286: ... bottom of the compressor should be warm to the touch and the crankcase heater around the feet of the com pressor should be hot to the touch Fig 6 1 6 Both the gas and liquid tube service valves are open If not open them now Fig 6 2 7 Request that the customer be present for the trial run Explain the contents of the instruction manual then have the customer actually operate the system 8 Be sure to...

Page 287: ...st run manual describes primarily the procedure when using the wired remote controller 6 3 Test Run Procedure Recheck the items see 6 4 to check before the test run Turn ON the indoor and outdoor power Set the remote controller to test run Return the remote controller to normal control YES NO Automatic address See the section 1 12 ELECTRICAL WIRING See 6 5 Check the combination wiring of indoor an...

Page 288: ...ossible a code appears on the remote controller LCD display After the test run is completed press the For the test run of an inverter outdoor unit operate the compressors for a minimum of 10 minutes When performing a test run using a wired remote controller operation is possible without attaching the cassette type ceiling panel P09 will not be displayed CZ RTC2 Procedure of CZ RTC3 CZ RTC5 1 Keep ...

Page 289: ...sible an error code is displayed on the remote controller LCD display 3 4 1 2 6 6 Precautions Request that the customer be present when the test run is performed At this time explain the operation manual and have the customer perform the actual steps Be sure to pass the manuals and warranty certificate to the customer Check that the AC 230 208 V power is not connected to the inter unit control wir...

Page 290: ...in the 3 phase power at one of the outdoor units in the group Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Same as at left Remote controller crossover wiring is cut or is no...

Page 291: ... the wires Miswiring will damage the units 1 2 1 2 0 L2 U1 RC U2 L1 U2 U1 G 1 2 System address rotary switch Set to 0 at the time of shipment Outdoor unit Indoor unit Wired remote controller WHT BLK Optional Remote controller wiring Field supply Ground Power supply Single phase 230 208 V Inter unit power line 230 208 V 60 Hz Fig 6 6 6 ...

Page 292: ...fore turning on the remote power switch Refer to Setting the system addresses on next page Set using the system address rotary switch on the outdoor unit control PCB Wiring procedure 1 Connect the remote controller to the indoor unit remote controller wiring Use the remote controller connection wire coming from the indoor unit and field supply wire and a wire joint to complete the connection as sh...

Page 293: ...e remote controller display Item code AA appears All systems automatic address setting Automatic address setting is performed in sequence for all outdoor units from No 1 to No 30 When automatic address setting is completed the units return to normal stopped status System address rotary switch System address 10s digit and 20s digit DIP switch Automatic address button black Terminal plug black Proce...

Page 294: ...de no O D unit no Sel Next 20 30 THU 1 A1 CZ RTC3 CZ RTC5 START 20 30 THU Maintenance func 10 Set elec consumption 12 Check touch key Sel Page Confirm 20 30 THU 11 Set touch key 9 Auto address button Press the remote controller timer time button and button at the same time Press and hold for 4 seconds or longer Next press either the temperature setting button Check that the item code is A1 Use eit...

Page 295: ...an is operating and indicate address on the indoor unit Press the button again to return to the normal remote controller mode For details refer to the separate handbook Main sub remote controller control Control using 2 remote controller switches Main sub remote controller control refers to the use of 2 remote controllers to control 1 indoor unit A maximum of 2 remote controllers can be connected ...

Page 296: ...utton RC setting mode Code no Set data Sel Next 20 30 THU 0001 01 Press the remote controller button and button at the same time Press and hold for 4 seconds or longer Select the CODE No by pressing the temperature setting button Select the SET DATA by pressing the button Then press the button Finally press the button 4 3 2 1 the Main sub Main Sub Code no Set Data ITEM 0000 02 32 01 0001 Clock typ...

Page 297: ...201510 ...

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