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Sanyo SPW-C256VH, Technical Data & Service Manual

The Sanyo SPW-C256VH Technical Data & Service Manual is a comprehensive resource for users looking to understand and maintain their device. With this manual, available for free download on our website, users gain access to detailed instructions and specifications to ensure optimal product performance.

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4-11

4

Fuse 
(F003)

Fuse 
(F001)

SILENT 
(CN028)

EXCT 
(CN026)

Suction temp. 
(TS)

Comp.discharge 
(TD)

Outdoor air temp. 
(TO)

Sensor at lower side 
of heat exchanger (C1)

Sensor at upper side 
of heat exchanger (C2)

4-2. Outdoor Unit Control PCB

(2-2) Layout Diagram (CR-C366VH:Bottom side)

Fuse 

Fuse 

SILENT 

EXCT 

Suction temp. 

Comp.discharge 

Outdoor air temp. 

Sensor at lower side 
of heat exchanger

Sensor at upper side 
of heat exchanger

SM830160-03̲Classic̲PAC-i̲A4.ind11   11

SM830160-03̲Classic̲PAC-i̲A4.ind11   11

2010/02/16   10:29:34

2010/02/16   10:29:34

Summary of Contents for SPW-C256VH

Page 1: ...A B SPW KR184GH56 A B SPW KR254GH56 A B T Ceiling Mounted SPW TDR124GH56 A B T125H SPW TDR164GH56 A B T165H SPW TDR184GH56 A B T185H SPW TDR254GH56 A B T255H SPW TDR364GH56 A B T365H SPW TDR484GH56 A B T485H SPW TDR604GH56B T605H U Concealed Duct SPW UR124GH56 A B U125H U125HN SPW UR164GH56 A B U165H U165HN SPW UR184SH56 A B U185H U185HN UR184GH56B U185SH U185SHT SPW UR254SH56 A B U255H U255HN UR2...

Page 2: ...utdoor units Get a partner to help and bend your knees when lifting to reduce strain on your back Sharp edges or thin aluminum fins on the air conditioner can cut your fingers WARNING CAUTION When Installing In a Room Properly insulate any tubing run inside a room to prevent sweating that can cause dripping and water damage to walls and floors In Moist or Uneven Locations Use a raised concrete pad...

Page 3: ...single re frigerating device the amount of refrigerant should be as charged in each independent device For the amount of charge in this example The possible amount of leaked refrigerant gas in rooms A B and C is 10 kg The possible amount of leaked refrigerant gas in rooms D E and F is 15 kg Total amount of refrigerant kg Min volume of the indoor unit installed room m3 Density limit kg m3 e g charg...

Page 4: ...86VH SPW UR364GH56 A B x1 SPW C366VH SPW UR364SH56Bx1 SPW C366VH SPW UR484GH56 A B x1 SPW C486VH SPW UR484SH56Bx1 SPW C486VH SPW UR184GH56 A B x2 SPW C366VH SPW UR184SH56Bx2 SPW C366VH SPW UR254GH56 A B x1 SPW C256VH SPW UR254SH56Bx1 SPW C256VH SPW UR124GH56 A B x3 SPW C366VH SPW U125Hx3 SPW C366VH SPW UR124GH56 A B x2 SPW C256VH SPW U125Hx2 SPW C256VH SPW UR124GH56 A B x4 SPW C486VH SPW U125Hx4 S...

Page 5: ...PW C366VH8 SPW UR484GH56 A B x1 SPW C486VH8 SPW UR484SH56Bx1 SPW C486VH8 SPW UR184GH56 A B x2 SPW C366VH8 SPW UR184SH56Bx2 SPW C366VH8 SPW UR184GH56 A B x3 SPW C606VH8 SPW UR184SH56Bx3 SPW C606VH8 SPW UR254GH56 A B x1 SPW C256VH8 SPW UR254SH56Bx1 SPW C256VH8 SPW UR124GH56 A B x3 SPW C366VH8 SPW U125Hx3 SPW C366VH8 SPW UR124GH56 A B x2 SPW C256VH8 SPW U125Hx2 SPW C256VH8 SPW UR124GH56 A B x4 SPW C4...

Page 6: ...t Control PCB Switches and Functions 4 18 Section 5 SERVICE PROCEDURES 5 1 5 1 Meaning of Alarm Messages 5 2 5 2 Contents of LED Display on the Outdoor Unit Control PCB 5 4 5 3 Symptoms and Parts to Inspect 5 5 5 4 Details of Alarm Messages 5 8 5 5 Table of Thermistor Characteristics 5 16 Section 6 OUTDOOR UNIT MAINTENANCE REMOTE CONTROL 6 1 6 1 Overview 6 2 6 2 Functions 6 2 6 3 Normal Display Op...

Page 7: ...Type 1 280 Flange for Air Intake Duct 1 287 B Outdoor Units 1 288 1 5 Refrigerant Flow Diagram 1 291 1 6 Operating Range 1 292 1 7 Capacity Correction Graph According to Temperature Condition 1 293 1 8 Noise Criterion Curves 1 296 1 9 Indoor Fan Performance 1 306 1 10 Air Flow Distance Chart 1 308 1 11 Intaking Fresh Air of Semi Concealed Type and Concealed Duct Type 1 319 1 12 Installation Instru...

Page 8: ... 48 50 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liq...

Page 9: ...lor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube ...

Page 10: ...B A 50 52 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 11: ... Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tu...

Page 12: ...dB A 51 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter...

Page 13: ...4 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid t...

Page 14: ...A 51 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Li...

Page 15: ...olor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube...

Page 16: ...B A 50 52 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 17: ... Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tu...

Page 18: ...te value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 ...

Page 19: ...Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 52 3 ...

Page 20: ...A 51 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Li...

Page 21: ...olor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube...

Page 22: ...ximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 5...

Page 23: ...lue Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 5...

Page 24: ...mate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 ...

Page 25: ...e Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 52 ...

Page 26: ...pproximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in...

Page 27: ...lor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube ...

Page 28: ...olor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube...

Page 29: ...r Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm...

Page 30: ...or Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube m...

Page 31: ...Hi dB A 48 50 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diamet...

Page 32: ...door Hi dB A 50 52 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer d...

Page 33: ...door Hi dB A 51 54 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer d...

Page 34: ...or Hi dB A 51 54 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer dia...

Page 35: ...or Hi dB A 50 52 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer dia...

Page 36: ...e value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 ...

Page 37: ...Hi dB A 51 54 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diamet...

Page 38: ...32 30 Outdoor Hi dB A 48 50 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube...

Page 39: ...door Hi dB A 48 50 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer di...

Page 40: ...35 32 30 Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant t...

Page 41: ...Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer...

Page 42: ... 35 32 30 Outdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant ...

Page 43: ... Outdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube oute...

Page 44: ...Outdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer...

Page 45: ...i dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter...

Page 46: ...6 33 30 Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tu...

Page 47: ...utdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer ...

Page 48: ...or Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm ...

Page 49: ...imate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3...

Page 50: ...tdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer d...

Page 51: ...dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter L...

Page 52: ...A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liqu...

Page 53: ...olor Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube m...

Page 54: ...51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid...

Page 55: ...or Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm ...

Page 56: ...nd Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower...

Page 57: ...r Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than in...

Page 58: ...or Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than i...

Page 59: ... sound Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 60: ...ndoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower tha...

Page 61: ...Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower th...

Page 62: ...n sound Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is ...

Page 63: ...Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower th...

Page 64: ... Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower t...

Page 65: ...ound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is low...

Page 66: ...oor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than ...

Page 67: ...door Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than...

Page 68: ...sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lo...

Page 69: ...ion sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit i...

Page 70: ...door Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than...

Page 71: ...ndoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower tha...

Page 72: ...sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lo...

Page 73: ... sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 74: ...34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 ...

Page 75: ...B A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15...

Page 76: ... 38 34 30 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refriger...

Page 77: ...7 38 34 30 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrige...

Page 78: ...34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 ...

Page 79: ... 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49...

Page 80: ...d Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower ...

Page 81: ...sound Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lo...

Page 82: ... Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than ind...

Page 83: ...r Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than in...

Page 84: ...d Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower ...

Page 85: ...nd Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower...

Page 86: ...dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 1...

Page 87: ...Me Lo dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor ...

Page 88: ...33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Ref...

Page 89: ... 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Re...

Page 90: ...o dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit...

Page 91: ...Lo dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor uni...

Page 92: ... A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 ...

Page 93: ... Lo dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor un...

Page 94: ... 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refri...

Page 95: ...7 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refr...

Page 96: ...dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 1...

Page 97: ... dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit ...

Page 98: ...i Me Lo dB A 32 30 28 34 32 30 Using short circuit connection Outdoor Hi dB A 48 50 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 20 10 65 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower tha...

Page 99: ...door Hi Me Lo dB A 32 30 28 34 32 30 Using short circuit connection Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is low...

Page 100: ...door Hi Me Lo dB A 32 30 28 34 32 30 Using short circuit connection Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is low...

Page 101: ...or Hi Me Lo dB A 34 32 30 36 34 32 Using short circuit connection Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower...

Page 102: ...oor Hi Me Lo dB A 35 33 31 37 35 33 Using short circuit connection Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 103: ...A 47 49 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Li...

Page 104: ...olor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube...

Page 105: ...dB A 50 52 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter...

Page 106: ...52 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid ...

Page 107: ...i dB A 51 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diamet...

Page 108: ... 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid...

Page 109: ...B A 51 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 110: ... Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tu...

Page 111: ...dB A 50 52 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter...

Page 112: ...2 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid t...

Page 113: ...B A 52 55 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 114: ... Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tu...

Page 115: ...mate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 ...

Page 116: ...e Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 52 ...

Page 117: ...B A 51 54 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 118: ... Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tu...

Page 119: ...B A 52 55 Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 120: ... Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tu...

Page 121: ...oximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 ...

Page 122: ...alue Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 ...

Page 123: ...ximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 5...

Page 124: ...lue Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 5...

Page 125: ...Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 52 3 8 Gas t...

Page 126: ... 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8 9 52 3 8 Gas tube mm in...

Page 127: ...Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm i...

Page 128: ...olor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube...

Page 129: ...Color Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tub...

Page 130: ...lor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube ...

Page 131: ...lor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube ...

Page 132: ...lor Approximate value Indoor Munsell 2 5GY 9 0 0 5 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube ...

Page 133: ...r Hi dB A 47 49 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diam...

Page 134: ...tdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer ...

Page 135: ...utdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer...

Page 136: ...oor Hi dB A 51 54 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer di...

Page 137: ...oor Hi dB A 50 52 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer di...

Page 138: ...oor Hi dB A 52 55 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer di...

Page 139: ...te value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 3 8...

Page 140: ... Hi dB A 51 54 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diame...

Page 141: ... Hi dB A 52 55 Color Approximate value Indoor Munsell 3 0Y 8 6 0 8 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diame...

Page 142: ... 32 30 Outdoor Hi dB A 47 49 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tub...

Page 143: ...tdoor Hi dB A 47 49 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer d...

Page 144: ... 35 32 30 Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant ...

Page 145: ... Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube oute...

Page 146: ...A 35 32 30 Outdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant...

Page 147: ...0 Outdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube out...

Page 148: ...0 Outdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube out...

Page 149: ... Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diamet...

Page 150: ...36 33 30 Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant t...

Page 151: ...Outdoor Hi dB A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer...

Page 152: ...36 33 30 Outdoor Hi dB A 52 55 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant t...

Page 153: ...Outdoor Hi dB A 52 55 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer...

Page 154: ...lor Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm...

Page 155: ...ximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm in 9 52 ...

Page 156: ...utdoor Hi dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer ...

Page 157: ... dB A 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 158: ...utdoor Hi dB A 52 55 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer ...

Page 159: ... dB A 52 55 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter ...

Page 160: ... A 50 52 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liq...

Page 161: ...Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube ...

Page 162: ... 51 54 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liqui...

Page 163: ...lor Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm...

Page 164: ... 52 55 Color Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liqui...

Page 165: ...lor Approximate value Indoor Munsell 10Y 9 3 0 4 Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrigerant tube outer diameter Liquid tube mm...

Page 166: ...und Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 167: ...or Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than i...

Page 168: ...oor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than ...

Page 169: ...n sound Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is ...

Page 170: ...Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower th...

Page 171: ... Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower t...

Page 172: ...on sound Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is...

Page 173: ... Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower t...

Page 174: ...d Indoor Hi Me Lo dB A 29 26 22 32 29 26 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower ...

Page 175: ... sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 176: ...ndoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower tha...

Page 177: ...Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower th...

Page 178: ... sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 179: ...tion sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit ...

Page 180: ...ndoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower tha...

Page 181: ...Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower th...

Page 182: ... sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 183: ...n sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is ...

Page 184: ... sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 185: ...ion sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit i...

Page 186: ...ndoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower tha...

Page 187: ...Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower th...

Page 188: ...sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lo...

Page 189: ... sound Indoor Hi Me Lo dB A 30 28 25 33 30 28 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 190: ...A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 4...

Page 191: ... dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit ...

Page 192: ...27 38 34 30 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refrig...

Page 193: ... 27 38 34 30 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refri...

Page 194: ...A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 4...

Page 195: ... A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 ...

Page 196: ...und Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 197: ...n sound Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is ...

Page 198: ...or Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than i...

Page 199: ...oor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than ...

Page 200: ...und Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 201: ...ound Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is low...

Page 202: ...und Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 203: ...n sound Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is ...

Page 204: ...or Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than i...

Page 205: ...oor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than ...

Page 206: ...und Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 207: ...ound Indoor Hi Me Lo dB A 34 30 27 38 34 30 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is low...

Page 208: ... dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit ...

Page 209: ... Me Lo dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor...

Page 210: ... 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Re...

Page 211: ...8 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 R...

Page 212: ...Lo dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor uni...

Page 213: ... Lo dB A 38 33 31 42 38 33 using the booster cable Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor un...

Page 214: ...B A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15...

Page 215: ...e Lo dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor u...

Page 216: ...7 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refr...

Page 217: ...37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Ref...

Page 218: ... dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit ...

Page 219: ...o dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit...

Page 220: ...B A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15...

Page 221: ...e Lo dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor u...

Page 222: ...7 33 44 40 37 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Refr...

Page 223: ...37 33 44 40 37 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit 15 49 Ref...

Page 224: ... dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit ...

Page 225: ...o dB A 40 37 33 44 40 37 using the booster cable Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower than indoor unit...

Page 226: ... Hi Me Lo dB A 32 30 28 34 32 30 Using short circuit connection Outdoor Hi dB A 47 49 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 40 131 Limit of tubing length at shipment m ft 3 30 10 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lower t...

Page 227: ...ndoor Hi Me Lo dB A 32 30 28 34 32 30 Using short circuit connection Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lo...

Page 228: ...Indoor Hi Me Lo dB A 32 30 28 34 32 30 Using short circuit connection Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is l...

Page 229: ...oor Hi Me Lo dB A 34 32 30 36 34 32 Using short circuit connection Outdoor Hi dB A 51 54 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 230: ...door Hi Me Lo dB A 35 33 31 37 35 33 Using short circuit connection Outdoor Hi dB A 50 52 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is low...

Page 231: ...oor Hi Me Lo dB A 35 33 31 37 35 33 Using short circuit connection Outdoor Hi dB A 52 55 Color Approximate value Indoor Outdoor Munsell 1Y 8 5 0 5 REFRIGERANT TUBING Indoor unit Outdoor unit Limit of tubing length m ft 50 164 Limit of tubing length at shipment m ft 5 30 16 98 Limit of elevation difference between the two units m ft Outdoor unit is higher than indoor unit 30 98 Outdoor unit is lowe...

Page 232: ...se No of pole rpm 230V High rpm 8P 380 Coil resistance Ambient temperature 20 C Ω RED WHT 87 0 WHT BLK 87 0 BLK RED 87 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 25 Face area m2 0 36 Panel Indoor unit Model No PNR XD484G...

Page 233: ... pole rpm 230V High rpm 8P 390 Coil resistance Ambient temperature 20 C Ω RED WHT 87 0 WHT BLK 87 0 BLK RED 87 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 25 Face area m2 0 36 Panel Indoor unit Model No PNR XD484GHAB opti...

Page 234: ... pole rpm 230V High rpm 8P 440 Coil resistance Ambient temperature 20 C Ω RED WHT 87 0 WHT BLK 87 0 BLK RED 87 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 25 Face area m2 0 405 Panel Indoor unit Model No PNR XD484GHAB opt...

Page 235: ...pole rpm 230V High rpm 8P 540 Coil resistance Ambient temperature 20 C Ω RED WHT 43 0 WHT BLK 43 0 BLK RED 43 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 25 Face area m2 0 584 Panel Indoor unit Model No PNR XD484GHAB opti...

Page 236: ...pole rpm 230V High rpm 8P 620 Coil resistance Ambient temperature 20 C Ω RED WHT 43 0 WHT BLK 43 0 BLK RED 43 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 25 Face area m2 0 584 Panel Indoor unit Model No PNR XD484GHAB opti...

Page 237: ...f pole rpm 230V High rpm 8P 640 Coil resistance Ambient temperature 20 C Ω RED WHT 43 0 WHT BLK 43 0 BLK RED 43 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 25 Face area m2 0 584 Panel Indoor unit Model No PNR XD484GHAB op...

Page 238: ... of pole rpm 230V High rpm 8P 12 Type 540 16 Type 640 18 Type 750 Coil resistance Ambient temperature 20 C Ω Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 2 1 4 Face area m2 0 27 Panel Indoor unit Model No PNR XM185 optional Dew ...

Page 239: ...230V High rpm 4P 1 205 Coil resistance Ambient temperature 20 C Ω BRN WHT 490 5 ORG YEL 39 18 WHT VLT 78 43 YEL PNK 213 5 VLT ORG 62 63 Safety device Operation temperature 17AM033E5 4 Open C 130 5 Close C 83 15 Operation temperature 9700k211 215 Open C 130 8 Close C 79 15 Run capacitor VAC µF 440 VAC 1 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Al...

Page 240: ... 147 Coil resistance Ambient temperature 20 C Ω BRN WHT 490 5 ORG YEL 39 18 WHT VLT 78 43 YEL PNK 213 5 VLT ORG 62 63 Safety device Operation temperature 17AM033E5 4 Open C 130 5 Close C 83 15 Operation temperature 9700k211 215 Open C 130 8 Close C 79 15 Run capacitor VAC µF 440 VAC 1 2 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin ...

Page 241: ...4P 1 147 Coil resistance Ambient temperature 20 C Ω BRN WHT 307 5 ORG YEL 23 4 WHT VLT 54 6 YEL PNK 97 8 VLT ORG 34 5 Safety device Operation temperature 17AM033E5 4 Open C 130 5 Close C 83 15 Operation temperature 9700k211 215 Open C 130 8 Close C 79 15 Run capacitor VAC µF 440 VAC 1 8 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin ...

Page 242: ...W DK8 63C280H 30W Source 280 340V DC 3phase No of pole rpm 230V High rpm 8P 920 Coil resistance Ambient temperature 20 C Ω RED WHT 53 0 WHT BLK 53 0 BLK RED 53 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 ...

Page 243: ...C280H 30W Source 280 340V DC 3phase No of pole rpm 230V High rpm 8P 960 Coil resistance Ambient temperature 20 C Ω RED WHT 53 0 WHT BLK 53 0 BLK RED 53 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 154 Pane...

Page 244: ...D280H 40W Source 280 340V DC 3phase No of pole rpm 230V High rpm 8P 980 Coil resistance Ambient temperature 20 C Ω RED WHT 53 0 WHT BLK 53 0 BLK RED 53 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 222 Pane...

Page 245: ...C280H 80W Source 280 340V DC 3phase No of pole rpm 230V High rpm 8P 1040 Coil resistance Ambient temperature 20 C Ω RED WHT 37 0 WHT BLK 37 0 BLK RED 37 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 326 Pan...

Page 246: ...C280H 80W Source 280 340V DC 3phase No of pole rpm 230V High rpm 8P 1100 Coil resistance Ambient temperature 20 C Ω RED WHT 37 0 WHT BLK 37 0 BLK RED 37 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 326 Pan...

Page 247: ...3C280H 80W Source 280 340V DC 3 phase No of pole rpm 230V High rpm 8P 1180 Coil resistance Ambient temperature 20 C Ω RED WHT 37 0 WHT BLK 37 0 BLK RED 37 0 Run capacitor VAC µF Safety device overcurrent rotating signal detection fuse Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 326 P...

Page 248: ...High rpm 4P 834 Coil resistance Ambient temperature 20 C Ω BRN WHT 76 88 ORG YEL 14 42 WHT VLT 12 66 YEL BLK 26 76 VLT ORG 21 01 BLK PNK 25 17 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 1 5 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch ...

Page 249: ...igh rpm 4P 1 191 Coil resistance Ambient temperature 20 C Ω BRN WHT 76 88 ORG YEL 14 42 WHT VLT 12 66 YEL BLK 26 76 VLT ORG 21 01 BLK PNK 25 17 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 2 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch...

Page 250: ...igh rpm 4P 1 191 Coil resistance Ambient temperature 20 C Ω BRN WHT 76 88 ORG YEL 14 42 WHT VLT 12 66 YEL BLK 26 76 VLT ORG 21 01 BLK PNK 25 17 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 2 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch...

Page 251: ... High rpm 4P 1 191 Coil resistance Ambient temperature 20 C Ω BRN WHT 76 88 ORG YEL 14 42 WHT VLT 12 66 YEL BLK 26 76 VLT ORG 21 01 BLK PNK 25 17 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 2 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pit...

Page 252: ...pm 230V High rpm 4P 1 063 Coil resistance Ambient temperature 20 C Ω BRN WHT 74 72 ORG YEL 9 588 WHT VLT 19 14 YEL BLK 10 52 VLT ORG 10 52 BLK PNK 21 72 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 5 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows ...

Page 253: ... rpm 230V High rpm 4P 1 063 Coil resistance Ambient temperature 20 C Ω BRN WHT 74 92 ORG YEL 9 588 WHT VLT 19 14 YEL BLK 10 52 VLT ORG 10 52 BLK PNK 21 72 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 5 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Row...

Page 254: ... rpm 230V High rpm 4P 1 111 Coil resistance Ambient temperature 20 C Ω BRN WHT 25 79 ORG YEL 5 792 WHT VLT 5 086 YEL BLK 6 746 VLT ORG 8 626 BLK PNK 6 361 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 6 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Row...

Page 255: ...le rpm 230V High rpm 4P 1 111 Coil resistance Ambient temperature 20 C Ω BRN WHT 25 79 ORG YEL 5 792 WHT VLT 5 086 YEL BLK 6 746 VLT ORG 8 626 BLK PNK 6 361 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 6 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube R...

Page 256: ... rpm 230V High rpm 4P 1 207 Coil resistance Ambient temperature 20 C Ω BRN WHT 25 79 ORG YEL 5 792 WHT VLT 5 086 YEL BLK 6 746 VLT ORG 8 626 BLK PNK 6 361 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 8 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Row...

Page 257: ...le rpm 230V High rpm 4P 1 207 Coil resistance Ambient temperature 20 C Ω BRN WHT 25 79 ORG YEL 5 792 WHT VLT 5 086 YEL BLK 6 746 VLT ORG 8 626 BLK PNK 6 361 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 8 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube R...

Page 258: ... rpm 230V High rpm 4P 1 207 Coil resistance Ambient temperature 20 C Ω BRN WHT 25 79 ORG YEL 5 792 WHT VLT 5 086 YEL BLK 6 746 VLT ORG 8 626 BLK PNK 6 361 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 8 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Row...

Page 259: ...le rpm 230V High rpm 4P 1 207 Coil resistance Ambient temperature 20 C Ω BRN WHT 25 79 ORG YEL 5 792 WHT VLT 5 086 YEL BLK 6 746 VLT ORG 8 626 BLK PNK 6 361 Safety device Operation temperature Open C 130 5 Operation temperature Close C 115 5 Run capacitor VAC µF 450 VAC 8 0 µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube R...

Page 260: ...tput W DK8 63G280H 60W Source 280 340 V DC 3phase 50 60Hz No of pole rpm 230V High rpm 8P 834 Coil resistance Ambient temperature 20 C Ω Run capacitor VAC µF Electronic expansion valve Coil Coil resistance at 20 C Ω Valve body Heat Exchanger Coil Aluminium plate fin Copper tube Rows fin pitch mm 3 1 4 Face area m2 0 128 Panel Model No Dew proof heater Auto louver motor Coil resistance at 20 C Ω Dr...

Page 261: ... C Ω C R 0 452 R S 0 452 C S 0 452 Safety control Overload relay models Excessive current control Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 1 7 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø420 Air circulation m3 h 2 220 Fan speeds Max 1 000 rpm Inverter drive control Fan motor Mod...

Page 262: ...C Ω C R 0 665 R S 0 665 C S 0 665 Safety control Overload relay models Excessive current control Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 2 6 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø490 Air circulation m3 h 3 900 Fan speeds Max 860 rpm Inverter drive control Fan motor Model ...

Page 263: ... C Ω C R 0 219 R S 0 219 C S 0 219 Safety control Overload relay models Excessive current control Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 2 75 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø490 Air circulation m3 h 3 900 Fan speeds Max 860 rpm Inverter drive control Fan motor Mode...

Page 264: ...emperature 25 C Ω C R 2 459 R S 2 459 C S 2 459 Safety control Overload relay models Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 1 9 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø460 Air circulation m3 h 3 000 Fan speeds Max 800 rpm Inverter drive control Fan motor Model No DAJ12 95A...

Page 265: ...emperature 25 C Ω C R 2 459 R S 2 459 C S 2 459 Safety control Overload relay models Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 2 8 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø460 Air circulation m3 h 3 300 Fan speeds Max 830 rpm Inverter drive control Fan motor Model No DAJ12 95A...

Page 266: ... Ω C R 0 552 R S 0 552 C S 0 552 Safety control Overload relay models Excessive current control Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 2 75 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø490 Air circulation m3 h 3 900 Fan speeds Max 860 rpm Inverter drive control Fan motor Model ...

Page 267: ... Ω C R 0 552 R S 0 552 C S 0 552 Safety control Overload relay models Excessive current control Discharge temperature control Operation temperature Open C Close C Crank case heater Refrigerant amount at shipment kg R410A 2 75 High pressure switch Set pressure OFF kg cm2 ON kg cm2 Fan Number diameter mm 1 ø490 Air circulation m3 h 3 900 Fan speeds Max 860 rpm Inverter drive control Fan motor Model ...

Page 268: ...rmistor Coil sensor TH PB2M 41E S3 PB3M 41E AS1 Resistance kΩ 10 C 23 7 5 20 C 6 5 5 5 C 18 8 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Coil sensor KTEC 35 S98 Resistance kΩ 0 C 16 5 5 40 C 2 7 5 5 C 12 8 5 45 C 2 2 5 10 C 10 0 5 50 C 1 8 5 20 C 6 3 5 55 C 1 5 5 30 C 4 0 5 Electronic expansion valve Valve body Coil Drain pump ADP 1414 Rated AC230V 12...

Page 269: ...ensor TH PB2M 41E S15 1 Resistance kΩ 10 C 23 7 5 20 C 6 5 5 5 C 18 8 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Coil sensor KTEC 35 S98 Resistance kΩ 0 C 16 5 5 40 C 2 7 5 5 C 12 8 5 45 C 2 2 5 10 C 10 0 5 50 C 1 8 5 20 C 6 3 5 55 C 1 5 5 30 C 4 0 5 Electronic expansion valve Valve body Coil Drain pump PLD 12230ST 2 Rated AC230V 12W Float switch FS 0...

Page 270: ...nce Ω Thermal cut off temperature C 150 C Thermistor Coil sensor TH PBC 41E AS7 1 PBC 41E AS7 3 Resistance kΩ 10 C 23 7 5 20 C 6 5 5 5 C 18 8 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Coil sensor KTEC 35 S Resistance kΩ 0 C 16 5 5 40 C 2 7 5 5 C 12 8 5 45 C 2 2 5 10 C 10 0 5 50 C 1 8 5 20 C 6 3 5 55 C 1 5 5 30 C 4 0 5 Electronic expansion valve Valve...

Page 271: ...ff temperature C Thermistor Coil sensor TH PBC 41E AS4 PBC 41E AS8 5 Resistance kΩ 10 C 23 7 5 20 C 6 5 5 5 C 18 8 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Coil sensor KTEC 35 S98 Resistance kΩ 0 C 16 5 5 40 C 2 7 5 5 C 12 8 5 45 C 2 2 5 10 C 10 0 5 50 C 1 8 5 20 C 6 3 5 55 C 1 5 5 30 C 4 0 5 Electronic expansion valve Valve body Coil Drain pump Rat...

Page 272: ... cut off temperature C Thermistor Coil sensor TH PBC 41E S36 PBC 41E AS8 1 2 PB2M 41E S6 1 PB2M 41E S3 2 Resistance kΩ 10 C 23 7 5 20 C 6 5 5 5 C 18 8 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Coil sensor KTEC 35 S85 KTEC 35 S99 1 Resistance kΩ 0 C 16 5 5 40 C 2 7 5 5 C 12 8 5 45 C 2 2 5 10 C 10 0 5 50 C 1 8 5 20 C 6 3 5 55 C 1 5 5 30 C 4 0 5 Electro...

Page 273: ...41E S15 1 E1 E2 Resistance kΩ 10 C 23 7 5 20 C 6 5 5 5 C 18 8 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Coil sensor KTEC 35 S6 Resistance kΩ 0 C 16 5 5 40 C 2 7 5 5 C 12 8 5 45 C 2 2 5 10 C 10 0 5 50 C 1 8 5 20 C 6 3 5 55 C 1 5 5 30 C 4 0 5 Electronic expansion valve Valve body Coil Drain pump PLD 12230ST 2 Rated AC 230 V 12 W Float switch FS 0218 10...

Page 274: ...C 19 3 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 CM 12 Resistance kΩ 60 C 12 4 5 90 C 4 6 5 70 C 8 7 5 100 C 3 4 7 75 C 7 4 5 110 C 2 5 7 80 C 6 3 5 120 C 1 9 7 85 C 5 3 5 130 C 1 5 7 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 18D13 Magne...

Page 275: ... 3 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 CM 12 Resistance kΩ 60 C 12 4 5 90 C 4 6 5 70 C 8 7 5 100 C 3 4 7 75 C 7 4 5 110 C 2 5 7 80 C 6 3 5 120 C 1 9 7 85 C 5 3 5 130 C 1 5 7 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 25D14 Magnetic ...

Page 276: ... 3 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 CM 12 Resistance kΩ 60 C 12 4 5 90 C 4 6 5 70 C 8 7 5 100 C 3 4 7 75 C 7 4 5 110 C 2 5 7 80 C 6 3 5 120 C 1 9 7 85 C 5 3 5 130 C 1 5 7 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 25D14 Magnetic ...

Page 277: ... 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 DTN C583G3U TKS236B Resistance kΩ 60 C 13 8 5 90 C 5 1 5 70 C 9 7 5 100 C 3 8 5 75 C 8 2 5 110 C 2 8 5 80 C 7 0 5 120 C 2 2 5 85 C 5 9 5 130 C 1 7 5 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 18D13...

Page 278: ... 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 DTN C583G3U TKS236B Resistance kΩ 60 C 13 8 5 90 C 5 1 5 70 C 9 7 5 100 C 3 8 5 75 C 8 2 5 110 C 2 8 5 80 C 7 0 5 120 C 2 2 5 85 C 5 9 5 130 C 1 7 5 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 18D13...

Page 279: ...9 3 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 CM 12 Resistance kΩ 60 C 12 4 5 90 C 4 6 5 70 C 8 7 5 100 C 3 4 7 75 C 7 4 5 110 C 2 5 7 80 C 6 3 5 120 C 1 9 7 85 C 5 3 5 130 C 1 5 7 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 25D14 Magnetic...

Page 280: ...9 3 5 30 C 4 4 5 0 C 15 0 5 40 C 3 1 5 5 C 12 1 5 45 C 2 6 5 10 C 9 7 5 50 C 2 1 5 Thermistor Discharge gas sensor TH5 CM 12 Resistance kΩ 60 C 12 4 5 90 C 4 6 5 70 C 8 7 5 100 C 3 4 7 75 C 7 4 5 110 C 2 5 7 80 C 6 3 5 120 C 1 9 7 85 C 5 3 5 130 C 1 5 7 Relay Comp Magnetic Contactor Coil rated VAC Contact rating VAC A Coil resistance at 20 C Ω Sol Control Valve Sol control valve UKV 25D14 Magnetic...

Page 281: ... in the fi gure at right If the suspension bolt is too long it will contact the ceiling panel and the unit cannot be installed Less than 35 Air intake Discharge outlet Refrigerant tubing liquid tube 12 18 type ø6 35 fl ared 25 type ø9 52 fl ared Refrigerant tubing gas tube 12 18 type ø12 7 fl ared 25 type ø15 88 fl ared Drain tube connection port VP25 outer dia ø32 Power supply port Discharge duct...

Page 282: ... below the lower surface of the main unit as shown in the fi gure at right If the suspension bolt is too long it will contact the ceiling panel and the unit cannot be installed Air intake Discharge outlet Refrigerant tubing liquid tube ø9 52 fl ared Refrigerant tubing gas tube ø15 88 fl ared Drain tube connection port VP25 outer dia ø32 Power supply port Discharge duct connection port ø150 Vaporiz...

Page 283: ...an 25 The length of the suspension bolts should be selected so that there is a gap of 30 mm or the ceiling 17 mm or more below the lower surface of the main unit as shown in the fi gure at right If the suspension bolts is too long it will contact the ceiling panel and the unit cannot be installed Air intake Discharge outlet Refrigerant tubing liquid tube 12 18 type ø6 35 fl ared Refrigerant tubing...

Page 284: ...Types 25 Type Gas tube ø12 7 length Approx 400 mm Liquid tube ø6 35 length Approx 470 mm Drain and wiring port ø9 52 Drain hose VP13 length Approx 450 mm Drain hose VP13 length Approx 450 mm Gas tube ø15 88 length Approx 500 mm Drain and wiring port ø9 52 Liquid tube ø9 52 length Approx 570 mm Unit mm ...

Page 285: ...t mm Length Type A B C 12 16 18 855 910 210 25 1125 1180 210 36 48 1540 1595 210 Suspension bolt pitch Ceiling side Air intake Air outlet Suspension bolt pitch Gas tubing Left side Rear Figure shows view from front Right side Liquid tubing Gas tubing Closed with rubber stopper at time of shipment Left drain position Right drain position Liquid tubing ...

Page 286: ...SPW UR184GH56 A B U185H U185HN Refrigerant liquid line ø6 35 liquid tube Refrigerant gas line ø12 7 Upper drain port O D 32 mm Bottom drain port O D 32 mm Suspension lug Power supply outlet 2 ø30 Fresh air intake port ø150 Flange for the flexible air outlet duct ø200 Tube cover Electrical component box Flange for the air intake duct Option or field supply Inspection access 450 450 Field supply Hol...

Page 287: ...liquid tube Use the tube connector Refrigerant gas line ø15 88 gas tube Upper drain port O D 32 mm Bottom drain port O D 32 mm Suspension lug Power supply outlet 2 ø30 Fresh air intake port ø150 Flange for the flexible air outlet duct ø200 Tube cover Electrical component box Flange for the air intake duct Option or field supply Inspection access 450 450 Field supply Hole 1080 Suspension bolt pitch...

Page 288: ...4GH56 A B U605H U605HN Refrigerant liquid line ø9 52 liquid tube Refrigerant gas line ø15 88 Upper drain port O D 32 mm Bottom drain port O D 32 mm Suspension lug Power supply outlet 2 ø30 Fresh air intake port ø150 Flange for the flexible air outlet duct ø200 Tube cover Electrical component box Flange for the air intake duct Option or field supply Inspection access 450 450 Field supply Hole 1560 ...

Page 289: ...igerant tubing joint Ø12 7Flare gas tube Upper drain port VP25 O D 32 mm ℓ200 flexible hose supplied Bottom drain port VP25 O D 32 mm Suspension lug 4 12 x 37 mm Power supply outlet 2 Ø30 mm Fresh air intake port Ø150 mm Flange for flexible air outlet duct Tube cover Electrical component box Wind pressure endurance Flange for air intake duct Filter 608x241 x1 Flange for air outlet duct Ceiling Ins...

Page 290: ...ant tubing joint Ø15 88Flare gas tube Upper drain port VP25 O D 32 mm ℓ200 flexible hose supplied Bottom drain port VP25 O D 32 mm Suspension lug 4 12 x 37 mm Power supply outlet 2 Ø30 mm Fresh air intake port Ø150 mm Flange for flexible air outlet duct Tube cover Electrical component box Wind pressure endurance Flange for air intake duct Filter 437x241 x2 Flange for air outlet duct Ceiling Inspec...

Page 291: ... 52Flare liquid tube Refrigerant tubing joint Ø15 88Flare gas tube Upper drain port VP25 O D 32 mm ℓ200 flexible hose supplied Bottom drain port VP25 O D 32 mm Suspension lug 4 12 x 37 mm Power supply outlet 2 Ø30 mm Fresh air intake port Ø150 mm Flange for flexible air outlet duct Tube cover Electrical component box Wind pressure endurance Flange for air intake duct Filter 677x241 x2 Flange for a...

Page 292: ...20 40 14 15 14 14 10 3 1 10 9 8 7 6 5 4 3 2 1 Refrigerant tubing joint narrow tube Refrigerant tubing joint wide tube Upper and bottom drain port O D 26mm Suspension lug Power supply outlet 2 ø30 Frange for air inlet duct Pl cover Electrical component box Filter Signal output board ACC SG AGB optional Inspection access 450 450 Field supply Water inlet Hole Filter uninstalled Hole Suspension bolt p...

Page 293: ... more than T1 2 mm mm A B C D E F G 7 9 12 16 18 types 698 662 12 ø3 3 3 200P 60 1 340P 340 8 ø6 170 25 type 998 962 16 ø3 3 3 180P 900 245 250 245 740 12 ø6 120 36 48 types 1 478 1 442 18 ø3 3 6 230P 1 380 245 245 240 245 245 1 220 16 ø6 120 Note Each pitch digit in the parenthesis is displayed from the left Unit mm ...

Page 294: ...50 50 249 320 100 97 46 13 23 5 27 5 13 50 50 12 46 85 608 285 336 310 157 153 161 51 149 25 110 109 B Outdoor Unit SPW C256VH8 C366VH8 940 339 366 3 2 780 4 4 4 4 5 5 5 5 1 50 50 170 110 340 15 10 380 405 660 27 1 2 3 4 5 Unit mm Hole for anchor bolt 4 R6 5 Anchor bolt M10 Refrigerant tube joint liquid line tube Flare connection 3 8 in ø9 52 mm Refrigerant tube joint gas line tube Flare connectio...

Page 295: ...maining 3 holes 170 105 660 219 290 26 75 75 13 110 20 10 380 20 20 18 13 60 4 1 340 Of the 4 ø32 holes use 1 of the 2 holes specified for drain use to install the port Air intak Air intake e Air intake Installation anchoring hole 4 R6 5 Anchor bolt M10 Refrigerant tubing joint liquid tube Flare connection ø9 52 mm 3 8 in Refrigerant tubing joint gas tube Flare connection ø15 88 mm 5 8 in Refriger...

Page 296: ...ion ø9 52 mm 3 8 in Refrigerant tubing joint gas tube Flare connection ø15 88 mm 5 8 in Refrigerant tubing port Electrical wiring port ø16 mm Electrical wiring port ø19 mm Electrical wiring port ø29 mm Electrical wiring port ø38 mm 170 105 660 219 290 26 75 75 13 1 110 20 10 380 20 20 18 13 4 60 Air discharge Air intake 2 ø32 holes holes for drain Use rubber plugs to seal the remaining 3 holes 340...

Page 297: ...ve Liquid line service valve Cooling cycle Heating cycle Strainer Heat exchanger Strainer Distributor Flare connection Flare connection M P EC P ø15 88 ø9 52 Compressor Heat exchanger Accumulator Gas line service valve Muffler 4 way valve Electronic ref control valve Liquid line service valve Cooling cycle Heating cycle Strainer Heat exchanger Strainer Distributor Distributor Freeze prevention coi...

Page 298: ...nstall an air discharge chamber and a snow proof duct 1 5 Refrigerant Flow Diagram Outdoor Unit SPW C366VH SPW C486VH 8 SPW C606VH8 M EC P ø15 88 ø9 52 Indoor Unit Heat exchanger Strainer Distributor Cooling cycle Heating cycle Heat exchanger Distributor Accumulator Compressor Accumulator Gas line service valve Muffler Strainer included 4 way valve Liquid line service valve Electronic ref control ...

Page 299: ...put coeffi cient Capacity coeffi cient Outdoor air intake temp C DB Indoor air intake temp C WB Indoor air intake temp C WB Input coeffi cient Capacity coeffi cient Indoor air intake temp C DB Indoor air intake temp C DB Outdoor air intake temp C WB Cooling capacity ratio maximum capacity Heating capacity ratio maximum capacity Indoor air intake temp C WB Outdoor air intake temp C DB Input coeffi ...

Page 300: ...C WB Indoor air intake temp C DB Indoor air intake temp C DB Indoor air intake temp C DB Indoor air intake temp C DB Outdoor air intake temp C WB Input coeffi cient Capacity coeffi cient Outdoor air intake temp C DB Indoor air intake temp C WB Indoor air intake temp C WB 1 7 Capacity Correction Graph According to Temperature Condition SPW C366VH For 50 Hz and 60 Hz SPW C486VH For 50 Hz and 60 Hz C...

Page 301: ... 2 3 4 5 6 Correction coefficient 1 0 1 0 0 97 0 96 0 96 0 95 0 94 0 91 0 89 0 88 0 87 0 87 0 87 0 88 0 89 0 91 0 92 0 95 1 0 To calculate the heating capacity with consideration for frosting defrosting operation multiply the heating capacity found from the capacity graph by the correction coefficient from the table above Input coeffi cient Capacity coeffi cient Outdoor air intake temp C DB Coolin...

Page 302: ...se Approximate minimum audible limit for continuous noise Approximate minimum audible limit for continuous noise MODEL SOUND LEVEL CONDITION MODEL SOUND LEVEL CONDITION MODEL SOUND LEVEL CONDITION Overall Frequency at center of sound pressure band Hz Sound pressure level dB 0dB 0 0002 μbar Sound pressure level dB 0dB 0 0002 μbar Overall Frequency at center of sound pressure band Hz Sound pressure ...

Page 303: ...B 0dB 0 0002 μbar Approximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz Both 50Hz 60Hz Strong Weak MODEL SOUND LEVEL CONDITION SPW XM165H STRONG 36 dB A WEAK 28 dB A 1 5 m directly below unit Sound pressure level dB 0dB 0 0002 μbar Approximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz MODE...

Page 304: ... minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz Both 50Hz 60Hz Strong Weak MODEL SOUND LEVEL CONDITION SPW KR184GH56 A B STRONG 38 dB A MEDIUM 34 dB A WEAK 30 dB A 1 m in front at height of 1 m Sound pressure level dB 0dB 0 0002μbar Overall Frequency at center of sound pressure band Hz MODEL SOUND LEVEL CONDITION SPW KR254GH56 A B STRONG 41 dB A ME...

Page 305: ...oximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz MODEL SOUND LEVEL CONDITION SPW TDR254 GH56 A B SPW T255H STRONG 38 dB A WEAK 33 dB A 1 m from front of outlet at height of 1 m Sound pressure level dB 0dB 0 0002μbar Approximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz MODEL SOUND LEVEL C...

Page 306: ...sound pressure band Hz MODEL SOUND LEVEL CONDITION SOURCE SPW UR164 184GH56 A B SPW UR184SH56B SPW U165 185H N SPW U185SH T STRONG 30 dB A NC 23 WEAK 25 dB A NC 17 Under the unit 1 5 m 220 230 240 V Single Phase 50 Hz Sound pressure level dB 0dB 0 0002μbar Frequency at center of sound pressure band Hz MODEL SOUND LEVEL CONDITION SOURCE SPW UR254GH56 A B SPW UR254SH56B SPW U255H N SPW U255SH T STRO...

Page 307: ...esults were obtained from an anechoic room 3 The layout of the testing condition is shown at right REMARKS NOTE To evaluate the noise level the maximum value of the measured sound pressure level is used Read the value at each frequency level on horizontal axis center of the sound pressure band from 63 Hz to 8000 Hz and select the corresponding maximum value indicated on the vertical axis MODEL SOU...

Page 308: ...ter of the sound pressure band from 63 Hz to 8000 Hz and select the corresponding maximum value indicated on the vertical axis REMARKS NOTE Both 50Hz 60Hz Strong Weak MODEL SOUND LEVEL CONDITION SPW US165H STRONG 34 dB A WEAK 30 dB A 1 5 m directly below unit Sound pressure level dB 0dB 0 0002μbar Approximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure ...

Page 309: ...luate 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 SPW C256VH 65 7 dB A Cooling SOUND POWER LEVEL Approximate minimum audible limit for continuous noise Overall Frequency at center of sound pressure band Hz MO...

Page 310: ...Approximate minimum audible limit for continuous noise MODEL SOUND LEVEL CONDITION SOURCE SPW C486VH Cooling 51 dB A Heating 54 dB A 1 m in front at height of 1 5 m 220 230 240 V 1 Phase 50 Hz Octave Band Level dB 0dB 0 0002 μbar Overall Frequency at center of sound pressure band Hz Cooling Heating SPW C256VH8 64 1 dB A Cooling SOUND POWER LEVEL Overall Frequency at center of sound pressure band H...

Page 311: ...e 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 SPW C486VH8 67 8 dB A Cooling SOUND POWER LEVEL Overall Frequency at center of sound pressure band Hz MODEL SOUND POWER LEVEL Approximate minimum audible limit for cont...

Page 312: ...cable sockets between the disconnected fan motor sockets in step 2 as shown in Fig 1 1 5 Place the cable neatly in the box and reinstall the cover plate How to Read the Diagram The vertical axis is the external static pressure Pa while the horizontal axis represents the airflow m3 minute The characteristic curves for HT H M and L fan speed control are shown The nameplate values are shown based on ...

Page 313: ...ote controller LCD display At this time the indoor unit fan or all indoor unit fans in the case of group control begins operating Press the temperature setting buttons to select the item code Press the timer time buttons to select the desired setting data For item codes and setting data refer to the right table Press the button The display stops blinking and remains lit and setting is completed Pr...

Page 314: ... 27 24 30 0 5 4 3 2 1 0 1 2 3 4 5 1 2 3 0 1 2 3 0 5 4 3 2 1 0 1 2 3 4 5 1 2 3 0 1 2 3 1 5m s 1 0m s 0 5m s 0 3m s 20 24 26 22 SPW XDR124 164 184GH56 A B X125 165 185H Heating Distribution of wind velocity Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Heating Distribution of temperature Cooling Distribution of wind ve...

Page 315: ...f wind velocity Cooling Distribution of temperature Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 30 Room temperature approx 27 C Vertical air fl ow distan...

Page 316: ...f wind velocity Cooling Distribution of temperature Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 30 Room temperature approx 27 C Vertical air fl ow distan...

Page 317: ...on of wind velocity Cooling Distribution of temperature Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 65 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 30 Room temperature approx 27 C Vertical air fl ow di...

Page 318: ...velocity Cooling Distribution of temperature Strong wind Discharge angle approx 60 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 60 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 30 Room temperature approx 27 C Vertical air fl ow distance m Ho...

Page 319: ...d velocity Cooling Distribution of temperature Strong wind Discharge angle approx 60 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 60 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 30 Room temperature approx 27 C Vertical air fl ow distance m ...

Page 320: ...Horizontal air flow distance m Horizontal air flow distance m Horizontal air flow distance m SPW KR124 164GH56 A B Strong wind Discharge angle app 60 Rm temp app 20 C Strong wind Discharge angle app 60 Rm temp app 20 C Strong wind Discharge angle app 30 Rm temp app 27 C Strong wind Discharge angle app 30 Rm temp app 27 C Heating Distribution of wind velocity Heating Distribution of temperature Coo...

Page 321: ...istribution of wind velocity Cooling Distribution of temperature Vertical air fl ow distance m Vertical air fl ow distance m Vertical air fl ow distance m Vertical air fl ow distance m Horizontal air flow distance m Horizontal air flow distance m Horizontal air flow distance m Horizontal air flow distance m Strong wind Discharge angle app 60 Rm temp app 20 C Strong wind Discharge angle app 60 Rm t...

Page 322: ...oling Distribution of wind velocity Cooling Distribution of temperature Strong wind Discharge angle approx 54 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 54 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 7 Room temperature approx 27 C Vertic...

Page 323: ...d velocity Cooling Distribution of temperature Strong wind Discharge angle approx 54 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 54 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 7 Room temperature approx 27 C Vertical air fl ow distance m H...

Page 324: ...d velocity Cooling Distribution of temperature Strong wind Discharge angle approx 54 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 54 Room temperature approx 20 C Vertical air fl ow distance m Horizontal air flow distance m Strong wind Discharge angle approx 7 Room temperature approx 27 C Vertical air fl ow distance m H...

Page 325: ...hen the external temperature is low This problem is to be solved by either feeding external air into the room after it has been processed or reducing the amount of external air that is fed in When used in combination with humidifiers External air must always be processed when the external air temperature reaches freezing point to prevent the risk of the humidifier freezing 4 Arranging Ducts and Fi...

Page 326: ...ise when only external air is being fed as shown in the graph for operation noise characteristics and the operation noise of the unit as stipulated in the catalogue The operation noise conforms to JIS standards and constitute measurements taken in an anechoic chamber 1 5m directly beneath the indoor unit Under normal circumstances the values shown here are greater owing to the effects of surroundi...

Page 327: ...the most distant indoor unit L L ℓ1 L ℓ2 L ℓ1 L ℓ2 L ℓ3 L L1 ℓ1 L L1 ℓ2 L L2 ℓ3 L L2 ℓ4 50 40 50 Maximum distribution tubing length Maximum length following the first branch point No 1 distribution ℓ1 ℓ2 ℓ1 ℓ2 ℓ3 L1 ℓ1 L1 ℓ2 L2 ℓ3 L2 ℓ4 15 15 Maximum branch tubing length Difference between the maximum length and minimum length in tubing following the first branch point ℓ1 ℓ2 ℓ1 ℓ2 ℓ1 ℓ2 ℓ3 ℓ1 ℓ2 ℓ...

Page 328: ...ize and length of the liquid tubing Amount of additional refrigerant charge g Twin Triple Double Twin Do not remove refrigerant from the system even if the result of the calculation is negative Use with the current refrigerant charge a Actual length m of main tubing ø9 52 b Total length of distribution tubing ø9 52 c Total length of distribution tubing ø6 35 Refrigerant charge per 1 m of actual le...

Page 329: ...on which is interlocked with a leak detector Total refrigerant charged amount kg Min indoor volume where the indoor unit is installed m3 Limit density 0 3 kg m3 The limit density of refrigerant which is used in this unit is 0 3 kg m3 ISO 5149 The shipped outdoor unit comes charged with the amount of refrigerant fixed for each type so add it to the amount that is charged at the field For the refrig...

Page 330: ...e 16 type 18 type 25 type 36 type 48 type 60 type Gas tube 12 7 1 2 15 88 5 8 Liquid tube 6 53 1 4 9 52 3 8 Unit mm in Table 1 5 Size of connection point on each part shown is inside diameter of tubing Size Part A Part B Part C Part D Part E mm ø19 05 ø15 88 ø12 7 ø9 52 ø6 35 Unit mm Distribution Joint Insulation for gas tube APR P160BG Distribution Joint Insulation for liquid tube Unit mm APR RTP...

Page 331: ... other foreign substance inside the distribution tubing Install the distribution tubing so that it is either horizontal or vertical Use the supplied thermal insulation to insulate the distribution tubing If other insulation is used be sure to use insulation that can withstand temperatures of at least 120 C For details refer to Information for the Person in Charge of Installation Nitrogen gas repla...

Page 332: ...ly the distribution joints are horizontal with respect to the ground The collective tubes are vertical with respect to the ground The collective tube and distribution joint are horizontal with respect to the ground Collective tube Distribution joint Gas tube side Only the distribution joints are horizontal with respect to the ground The collective tubes are vertical with respect to the ground The ...

Page 333: ...passages places where the false ceiling is not noticeably on an incline DO select an appropriate position from which every corner of the room can be uniformly cooled select a location where the ceiling is strong enough to support the weight of the unit select a location where tubing and drain pipe have the shortest run to the outdoor unit allow room for operation and maintenance as well as unrestr...

Page 334: ... m over 1 m of space is required For compressor replacement 50 cm or more is required on the front side even when using the air discharge chamber 1 Installation may not be possible depending on the pipe laying method 3 Obstructions on the front side and above the unit Left side right side and rear side are opened Fig 1 7 See the tables on the right for other models In case of multiple installation...

Page 335: ...ir flow c The tubing may freeze and burst d The condenser pressure may drop because of strong wind and the indoor unit may freeze Precautions for Installation in Heavy Snow Areas 1 The platform should be higher than the max snow depth Fig 1 10 2 The 2 anchoring feet of the outdoor unit should be used for the platform and the platform should be installed beneath the air intake side of outdoor unit ...

Page 336: ...r bolt M8 Reference diagram for air discharge support field supply STK FV140B Unit mm hole Air discharge support STK FV140B Left side installation fixture STK UFE56E T1 0 Right side installation fixture STK UFE56E T1 0 Center side installation fixture STK UFE56E T1 0 15 569 70 790 12 336 310 285 46 588 303 295 85 608 285 23 555 1 2 3 4 9 25 25 9 550 518 518 550 568 568 CL 62 4 110 110 110 5 106 3 ...

Page 337: ...18 568 9 160 3 9 3 47 9 86 378 552 7 15 10 21 63 15 10 21 63 8 23 11 3 19 56 40 40 438 7 2 o6 2 o5 2 o5 2 Reference diagram for left side installation fixture field supply STK UFE56E Reference diagram for right side installation fixture field supply STK UFE56E Unit mm hole Unit mm hole hole 2 ø3 3 protrusion hole reverse side 2 ø3 3 protrusion hole reverse side hole hole hole ...

Page 338: ... 70 25 155 200 155 25 R 2 5 R 2 5 R 2 5 R 2 5 560 32 5 32 5 495 CL 4 Reference diagram for center side installation fixture field supply STK UFE56E Unit mm hole Cyclic bending Same on reverse side 2 ø 3 3 p r o t r u s i o n h o l e r e v e r s e s i d e A View ...

Page 339: ...am for SPW C256 366VH8 Unit mm 1 2 20 20 20 20 554 250 570 596 27 131 132 250 250 554 24 13 549 2 6 ø6 3 ø4 1 2 Reference diagram for air discharge support field supply STR DRV80U Unit mm Air discharge chamber Air discharge chamber base hole hole Rectangular hole both sides 340 64 554 13 170 660 110 13 13 380 405 15 20 20 10 250 549 103 132 940 780 18 Air discharge Air Intake Air Intake Air discha...

Page 340: ...e support STK FV140B Left side installation fixture STK UFV80E T1 0 Right side installation fixture STK UFV80E T1 0 Center side installation fixture STK UFV80E T1 0 Installation anchoring hole 4 R6 5 Anchor bolt M10 Unit mm Air discharge Air Intake Air Intake Air Intake Reverse side Air discharge support STK FV140B Left side installation fixture STK UFV80E T1 0 Right side installation fixture STK ...

Page 341: ...8 518 550 568 568 CL 62 4 110 110 110 5 106 3 110 110 110 5 2 31 50 441 5 90 110 8 o4 5 1 Reference diagram for air discharge support field supply STK FV140B Reference diagram for left side installation fixture field supply STK UFV80E Unit mm Unit mm hole 2 ø3 3 protrusion hole reverse side h o l e hole ...

Page 342: ...24 518 579 45 562 9 1 8 8 7 34 5 8 25 15 11 33 23 21 32 3 Reference diagram for right side installation fixture field supply STK UFV80E Unit mm 2 ø3 3 protrusion hole reverse side hole Reference diagram for center side installation fixture field supply STK UFV80E Unit mm 3 ø3 3 protrusion hole reverse side h o l e Cyclic bending Cyclic bending h o l e Same on reverse side ...

Page 343: ...nit Installation in front rear rows Installation with intakes facing intakes or outlets facing outlets The front and both sides must remain open Reference diagram for air discharge chamber field supply The models of SPW C256VH with STK FV140B and STK UFE56E SPW C256 366VH8 with STK DRV80U SPW C366 486VH with STK FV140B and STK UFV80E SPW C486 606VH8 with STK FV140B and STK UFV80E NOTE The amount o...

Page 344: ...ly STK DGE56E Unit mm Unit mm h o l e 2 ø12 hole Anchor bolt M8 Drain port Electrical wiring inlet Refrigerant tubing joint liquid tube Flare connection ø9 52 mm Refrigerant tubing joint gas tube Flare connection ø15 88 mm Equivalent to the reverse side h o l e Drain port 22 38 505 569 15 70 790 12 336 310 285 85 608 18 2 19 295 46 535 250 43 484 2 187 55 109 0 8 23 458 505 5 11 3 500 522 6 23 458...

Page 345: ...nsions of wind proof Duct continued Reference diagram for SPW C366VH Unit mm hole Equivalent to the reverse side Reference diagram for wind proof duct field supply STK DGV160E Unit mm Hole for anchor bolt 4 R6 5 Anchor bolt M10 Air discharge Air Intake Air Intake Air discharge Air discharge Air discharge Air Intake Air discharge Air discharge Air discharge Air discharge ...

Page 346: ...ensions of Wind proof Duct continued Reference diagram for SPW C486VH 8 606VH8 Reference diagram for wind proof duct field supply STK DGV160E Air Intake Air discharge hole Equivalent to the reverse side Unit mm Unit mm Air discharge Air discharge Air discharge Air discharge Air discharge Air discharge Air Intake Air discharge Hole for anchor bolt 4 R6 5 Anchor bolt M10 ...

Page 347: ... 549 20 21 81 170 133 6 7 2 6 6 1 Reference diagram for snow proof duct field supply STK BDE56E Unit mm Unit mm hole 2 ø12 hole Anchor bolt M8 Electrical wiring inlet Refrigerant tubing joint liquid tube Flare connection ø9 52 mm Refrigerant tubing joint gas tube Flare connection ø15 88 mm Dimensions of Snow proof Duct Reference diagram for SPW C256VH Drain port 2 ø3 3 protrusion hole reverse side...

Page 348: ...5 10 11 5 16 6 26 7 1 25 10 11 5 16 6 26 I D 18 I D 18 I D 70 I D 20 5 I D 791 I D 2 7 7 X 14 1 3 Reference diagram for snow proof duct field supply STK BDE56E Unit mm hole Dimensions of Snow proof Duct continued Reference diagram for snow proof duct field supply STK BDE56E 3 ø3 3 protrusion hole reverse side Unit mm ø3 3 protrusion hole reverse side hole hole hole hole ...

Page 349: ...ly STK BDRE80A Unit mm Unit top snow proof vent Unit left side Unit right side Unit reverse side Unit reverse side Unit sides reinforcement brackets for snow proof vent 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 302 425 405 380 10 15 20 764 645 179 19 780 940 Air Intake Ai...

Page 350: ...me on the reverse side Fastened by screws Same on the reverse side Fastened by screws at 2 locations For SPW C366VH 7 X 10 hole Fixing with rear panel 2 ø7hole Fixing with top panel 2 ø7hole Unit anchor holes Unit fixed bottom plate The number in parenthesis shows the installation dimension for the following outdoor unit SPW C366VH Unit top snow proof duct Unit right snow proof duct Unit left snow...

Page 351: ...le Outdoor unit A B C D E F G SPW C256VH 150 150 250 200 250 150 200 Outdoor unit H I J SPW C256VH 500 250 1000 Outdoor unit M N SPW C256VH 500 300 Outdoor unit K L SPW C256VH 300 150 1 In cases 2 and 3 the height of the obstacle must be no taller than the height of the outdoor unit 2 Necessary dimensions for the maintenance of the snow proof duct and installation are noted above Notes Unit mm Min...

Page 352: ...e of the snow proof duct and installation are noted above 1 Single unit installation 2 Obstacles on both sides Installation is possible with the maximum 3 outdoor units Dimension Q If a snow protection duct is attached after the unit is installed verify that dimension Q is 500 mm or more Installation in front rear rows The top and both sides must remain open Either the obstacle to the front or the...

Page 353: ...s blocked by an obstacle z Outdoor unit A B C D E F G SPW C256 366VH8 150 150 300 200 300 150 200 Outdoor unit H I J SPW C256 366VH8 500 300 1000 Outdoor unit M N SPW C256 366VH8 1000 1000 Outdoor unit K L SPW C256 366VH8 500 150 In cases 2 and 3 the height of the obstacle must be no taller than the height of the outdoor unit Notes Unit mm Min B Min C Min A Min D Min E Min G Min K Min L Min H Min ...

Page 354: ...sides Installation in front rear rows The top and both sides 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 z Min 1000 Min P or more Min O or more Min 300 Min 300 Min 1000 Min 300 Dimension Q If a snow protection duct is attached after the unit is installed verify that dimension Q is 500 mm or more Outdoor unit O ...

Page 355: ... M N SPW C366 486VH SPW C486 606VH8 500 300 Outdoor unit K L SPW C366 486VH SPW C486 606VH8 300 150 1 In cases 2 and 3 the height of the obstacle must be no taller than the height of the outdoor unit 2 Necessary dimensions for the maintenance of the snow proof duct and installation are noted above Notes Unit mm Min B or more Min C or more Min A or more Min D or more Min E or more Min G or more Min...

Page 356: ...llation are noted above 1 Single unit installation 2 Obstacles on both sides Installation is possible with the maximum 3 outdoor units Installation in front rear rows The top and both sides 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 Min 300 or more Min 1500 or more Min P or more Min O or more Min 300 or more M...

Page 357: ...r the feet with anchor bolts M10 In addition use anchoring washers on the top side Use large square 32 x 32 SUS washers with JIS nominal diameter of 10 Field supply Fig 1 12 2 Air discharge For SPW C256VH Drain port Unit mm 4 ø12 Anchor bolt hole Anchor bolt M8 Piping direction Air Intake Air Intake Drain port Drain port Fig 1 12 3 For SPW C366VH Unit mm Air Intake Air Intake Air discharge Anchor ...

Page 358: ...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 unit control wiring outlet power wiring outlet and tubing outlet from the appropriate covers A and B 2 If the rou...

Page 359: ...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 both sides 9 If the power supply cord of this appliance is damaged it must be replaced by a repair shop designated by the manufacturer because special purpose tools are required Recommended Wire Length and Wire Diameter for...

Page 360: ...Diameter for Power Supply System for the explanation of A B C D and E in the above diagram 2 The basic connection diagram of the indoor unit at right shows the 7P terminal board so the terminal board in your equipment may differ from the diagram Fig 1 15 3 The Refrigerant Circuit R C address should be set before turning the power on 4 Regarding R C address setting refer to the instruction manual s...

Page 361: ...planation of A B C D and E in the above diagram 2 The basic connection diagram of the indoor unit at right shows the 7P terminal board so the terminal board in your equipment may differ from the diagram Fig 1 17 3 The Refrigerant Circuit R C address should be set before turning the power on 4 Regarding R C address setting refer to the instruction manual supplied with the remote controller unit opt...

Page 362: ...a loop 3 Do not install inter unit control wiring such as star branch wiring Star branch wiring causes mis address setting 4 If branching the inter unit control wiring the number of branch points should be 16 or fewer Branches less than 1 m are not included in the total branch number Outdoor unit Indoor unit Indoor unit Indoor unit Indoor unit Branch point Outdoor unit Outdoor unit Outdoor unit In...

Page 363: ...w of the terminal plate How to connect wiring to the terminal For stranded wiring 1 Cut the wire end with cutting pliers then strip the insulation to expose the stranded wiring about 10 mm and tightly twist the wire ends 2 Using a Phillips head screwdriver remove the terminal screw s on the terminal plate 3 Using a ring connector fastener or pliers securely clamp each stripped wire end with a ring...

Page 364: ... MEMO 1 358 ...

Page 365: ...rol 2 13 X T U Types for Link Wiring 2 17 Caution 2 16 2 18 Test Run Procedure 2 17 2 19 Items to Check Before the Test Run 2 17 2 20 Test Run Using the Remote Controller 2 17 2 21 Table of Self Diagnostic Functions and Corrections X T U Types 2 18 2 22 Automatic Address Setting 2 18 K Type for Link Wiring 2 23 Caution 2 21 2 24 Test Run Procedure 2 22 2 25 Table of Self Diagnostic Functions and C...

Page 366: ...d in a single type refrigerant system where 1 outdoor unit is connected to 1 indoor unit and also in a system where 1 outdoor unit is connected to multiple indoor units maximum 4 If multiple indoor units are used also refer to 2 8 System Control The indoor and outdoor unit control PCB utilizes a semiconductor memory element EEPROM The settings required for operation were made at the time of shipme...

Page 367: ...orm the actual steps Be sure to pass the manuals and warranty certificate to the customer Check that the 220 240 V AC power is not connected to the inter unit control wiring connector terminal If 220 240 V AC is accidentally applied the indoor or outdoor unit control PCB fuse will blow in order to protect the PCB Correct the wiring connections then disconnect the 2P connectors indoor blue OC outdo...

Page 368: ...m Control and make the correct settings E15 displayed Indoor unit capacity is too low Same at left Same at left Same at left Check that the total capacities of the indoor and outdoor units are appropriate E16 displayed Indoor unit capacity is too high E20 displayed No serial signal is being received at all from the indoor units Check that the indoor unit power is ON and that the inter unit control...

Page 369: ...es Miswiring will damage the units for single phase outdoor unit Fig 2 5 1 System address rotary switch Set to 0 at the time of shipment For a simultaneous operation multi system a maximum of 4 indoor units can be connected to 1 outdoor unit Leakage breaker Leakage breaker Ground Ground Ground Ground Outdoor unit Indoor unit Indoor unit Indoor unit Inter unit control wiring Optional Wired remote c...

Page 370: ...as shown in the diagram 1 2 1 2 1 2 U2 U1 1 2 U2 U1 1 2 U2 U1 1 2 1 2 L N L N L N N N L L 1 2 U2 U1 L N L N 1 2 U2 U1 WHT BLK Fig 2 6 1 Leakage breaker Ground Outdoor unit System address rotary switch Change the setting Leakage breaker Leakage breaker System address rotary switch Change the setting Outdoor unit Ground Inter unit control wiring Indoor power crossover wiring up to 16 units no heater...

Page 371: ...h Set to 0 at time of shipment System address rotary switch System address DIP switch ON System address No System address 10s digit 2P DIP switch System address 1s place Rotary switch 0 Automatic address Setting at shipment 0 1 If outdoor unit is No 1 2 If outdoor unit is No 2 11 If outdoor unit is No 11 21 If outdoor unit is No 21 30 If outdoor unit is No 30 Both OFF Both OFF Both OFF 10s digit O...

Page 372: ...stem returns to normal stopped status Again press the remote controller timer time button and the button simultaneously Then in the same way as above use the button to display R C 2 select the next system and perform automatic address setting 2 8 5 Indicating marking the indoor and outdoor unit combination number Indicate mark the number after automatic address setting is completed 1 So that the c...

Page 373: ...ndoor unit 2 Ground Ground Remote controller setting mode To set the remote controller main sub setting or change the sensor follow the steps below 1 Press both and buttons on the remote controller for more than 4 seconds together 2 Select CODE No with buttons 3 Change DATA with TIMER buttons 4 Press Finally press DATA is memorized in the RCU DATA setting will not be changed even when the power is...

Page 374: ...received up to a distance of approximately 8 m Use this distance as a guide This distance may vary somewhat depending on the battery capacity and other factors Be sure that there are no objects between the remote controller and the receiver which may block the signal The unit beeps when a signal is received correctly For operation start only the unit beeps twice Do not drop throw or wash the remot...

Page 375: ...If correct operation is not possible the trouble will be indicated by the indicator lamps Refer to Table of Self Diagnostic Functions and Corrections and correct the problem 5 After the test is completed change the control unit switch from TEST J ON Confirm that the indicator lamps have stopped blinking A function is included which cancels the test run after a 60 minute timer has elapsed in order ...

Page 376: ...ut or is not connected correctly Refer to 2 16 System Control and make the correct settings E15 displayed Indoor unit capacity is too low Same at left Check that the total capacities of the indoor and outdoor units are appropriate E16 displayed Indoor unit capacity is too high Same at left Reverse 2 phases of the outdoor unit 3 phase power and connect them correctly P05 displayed Operation lamp an...

Page 377: ...ndoor unit terminal plate and to 1 and 2 on the outdoor unit terminal plate Also connect the inter unit control wiring between the indoor units 4 When the indoor and outdoor unit power is turned ON automatic address setting is performed when there is only 1 outdoor unit or when the system address is 0 NOTE If the system address is 0 automatic address setting is performed when the power is turned O...

Page 378: ...lates of the No 1 indoor unit and the other indoor units as shown in Basic wiring diagram 2 3 Connect the inter unit control wiring to 1 and 2 on the No 1 indoor unit terminal plate and to 1 and 2 on the outdoor unit terminal plate Connect the wiring in the same way from the other outdoor units to U1 and U2 on the indoor units terminal plates different refrigerant system 4 Perform automatic addres...

Page 379: ...it where the power was turned ON Communication for automatic address setting begins LED 1 and 2 on the outdoor unit control PCB blink alternately and turn OFF when address setting is completed Approximately 4 5 minutes are required 2 Next turn ON the power only at the indoor and outdoor units in a different system Press the automatic address setting button black on the outdoor unit LED 1 and 2 on ...

Page 380: ...current address on the remote controller display If this address matches the indoor unit wireless PCB address the buzzer will sound If ALL is set the buzzer will always sound If ALL is set operation is possible regardless of the indoor unit address Point the remote controller toward the receiver indoor unit that you wish to operate and send the operation signal Remote controller address setting Pr...

Page 381: ...n mode after a 60 minute timer has elapsed in order to prevent continuous test run operation 5 For the test run of an inverter outdoor unit operate the compressors for a minimum of 10 minutes in order to check for open phase 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 Fig 2 16 Recheck t...

Page 382: ...wer and connect them correctly Fill up the gas appropriately P09 displayed Timer lamp and Standby lamp are blinking alternately Ceiling panel connector at one of the indoor units in the group is not connected correctly Connect the indoor unit ceiling panel connector correctly P12 displayed DC fan trouble at one of the indoor units in the group Check whether the fan holder is loose Check the wiring...

Page 383: ... 2 Press the automatic address setting button black at the outdoor unit where automatic address setting will be performed 3 LED 1 and 2 blink alternately The compressors begin running in Cooling or Heating mode Communication for automatic address setting begins using the temperature changes at the indoor units All indoor units are in operating status Address setting is completed when the compresso...

Page 384: ...oor unit addresses Therefore perform this step after completing the refrigerant tubing work All systems automatic address setting Display item code AA 1 Press the remote controller timer time button and button simultaneously Hold for 4 seconds or longer 2 Next press the button Automatic address setting is performed in sequence for all outdoor units from No 1 to No 30 When automatic address setting...

Page 385: ...e number after automatic address setting is completed 1 So that the combination of each indoor unit can be easily checked when multiple units are installed ensure that the indoor and outdoor unit numbers correspond to the system address number on the outdoor unit control PCB and use a magic marker or similar means which cannot be easily removed to indicate the numbers in an easily visible location...

Page 386: ...k the indoor side drainage See 2 26 2 How to Set the Outdoor Unit System Address Set the outdoor unit system address See 2 26 1 2 How to Set Automatic Address Set the automatic address setting from outdoor unit See 2 25 See 2 26 3 See 2 26 3 4 Is system single type 1 indoor unit is connected to 1 outdoor unit Are multiple outdoor units used Turn ON the indoor and outdoor power Automatic Address se...

Page 387: ...ol wiring is cut or is not connected correctly Refer to 2 26 1 Basic wiring diagram and make the correct setting E15 displayed Indoor unit capacity is too low Check that the total capacities of the indoor and outdoor units are appropriate E16 displayed Indoor unit capacity is too high P05 displayed Timer lamp and Standby lamp are blinking alternately Reversed phase or open phase in the 3 phase pow...

Page 388: ...efer to 2 16 System Control basic wiring diagrams and wiring procedures when wiring System address 1 System address 2 System address 3 Change setting to 1 Change setting to 2 Change setting to 3 Change the terminal plug black short circuit socket 2P DIP switch black is attached due to a type of model Change the terminal plug black short circuit socket 2P DIP switch black is attached due to a type ...

Page 389: ...P switch System address 1s place Rotary switch 0 Automatic address Setting at shipment 0 1 If outdoor unit is No 1 2 If outdoor unit is No 2 11 If outdoor unit is No 11 21 If outdoor unit is No 21 30 If outdoor unit is No 30 Both OFF Both OFF Both OFF 10s digit ON 20s digit ON 10s digit and 20s digit ON 0 setting 1 setting 2 setting 1 setting 0 setting 1 setting System address No System address 10...

Page 390: ...seconds or longer simple settings mode ALL appears on the remote controller Then press the button and select the indoor address For the system addresses of the No 1 outdoor unit each time the button is pressed the address changes as follows 1 1 1 2 The indoor unit fan operates only at the selected indoor unit Confirm the indoor unit address For the system addresses of the No 2 outdoor unit the dis...

Page 391: ...door units maximum 4 Double Twin This test run explanation describes primarily the procedure when using the wired remote controller If link wiring is used set the outdoor unit system address to allow the combination of indoor and outdoor units to be identified At the same time indicate the indoor outdoor unit combination number in a location where it can be checked easily near the indoor unit name...

Page 392: ...60 minute timer has elapsed in order to prevent continuous test run operation 5 For the test run of an inverter outdoor unit operate the compressors for a minimum of 10 minutes in order to check for open phase 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 Fig 2 28 Recheck the items to che...

Page 393: ... Indoor outdoor inter unit wiring is cut or is not connected correctly Refer to 2 32 1 System Control and make the correct settings E15 displayed Indoor unit capacity is too low Check that the total capacities of the indoor and outdoor units are appropriate E16 displayed Indoor unit capacity is too high P05 displayed Operation lamp and Standby lamp are blinking alternately Reversed phase at one of...

Page 394: ...pproximately 4 5 minutes are required 2 Next turn ON the power only at the indoor and outdoor units in a different system Press the automatic address setting button black on the outdoor unit LED 1 and 2 on the outdoor unit control PCB blink alternately and turn OFF when address setting is completed Repeat the same procedure for each system and complete automatic address setting 3 Operation using t...

Page 395: ...erformed for refrigerant system 1 When automatic address setting for system 1 is completed the units return to normal stopped status Approximately 4 5 minutes are required During automatic address setting SETTING blinks on the remote controller display This display disappears when address setting is completed Case 4 If the power cannot be turned ON separately for the indoor and outdoor units in ea...

Page 396: ...urs at the indoor unit and that the A C begins operating Fasten the remote control mount with screws Fitting the remote control in the mount Remote control mount Press Put in Fig 2 32 Installing the batteries 1 Press on both sides of the remote controller cover and slide it downward to remove it 2 Insert 2 AAA alkaline batteries Pay attention to the and directions 3 Gently insert one end of an unf...

Page 397: ...tion will be stopped although no alarm will be displayed on the remote controller If this occurs close the valve and restart operation 3 When the valve service port pressure is approximately 0 1 MPa short the PUMP DOWN pin or press the PUMP DOWN button again to end refrigerant recovery In order to protect the compressor do not continue operating to generate a negative pressure in the inter unit tu...

Page 398: ... MEMO 2 34 ...

Page 399: ...r Units Electric Wiring Diagram Schematic Diagram 3 2 4 Way Air Discharge Semi Concealed Type 3 2 Wall Mounted Type 3 5 Ceiling Mounted Type 3 9 Concealed Duct Type 3 11 3 2 Outdoor Units Electric Wiring Diagram Schematic Diagram 3 19 ...

Page 400: ...3 2 3 3 1 Indoor Units 4 Way Air Discharge Semi Concealed Type SPW XDR124 164 184 254 364 484 604GH56 A B SPW X125 165 185 255 365 485 605H Electric Wiring Diagram 䡵 ...

Page 401: ...3 3 3 3 1 Indoor Units 4 Way Air Discharge Semi Concealed Type SPW XDR124 164 184 254 364 484 604GH56 A B SPW X125 165 185 255 365 485 605H Schematic Diagram 䡵 ...

Page 402: ...3 4 3 3 1 Indoor Units 4 Way Air Discharge Semi Concealed Type SPW XM125 165 185H Electric Wiring Diagram 䡵 ...

Page 403: ...3 5 3 3 1 Indoor Units Wall Mounted Type SPW KR124GH56 SPW KR184GH56 Electric Wiring Diagram 䡵 ...

Page 404: ...3 6 3 3 1 Indoor Units Wall Mounted Type SPW KR124GH56 SPW KR184GH56 Schematic Diagram 䡵 ...

Page 405: ...3 7 3 3 1 Indoor Units Wall Mounted Type SPW KR254GH56 Electric Wiring Diagram 䡵 ...

Page 406: ...3 8 3 3 1 Indoor Units Wall Mounted Type SPW KR254GH56 Schematic Diagram 䡵 ...

Page 407: ...3 9 3 3 1 Indoor Units Ceiling Mounted Type SPW TDR124 164 184 254 364 484 604GH56 A B SPW T125 165 185 255 365 485 605H Electric Wiring Diagram 䡵 ...

Page 408: ...3 10 3 3 1 Indoor Units Ceiling Mounted Type SPW TDR124 164 184 254 364 484 604GH56 A B SPW T125 165 185 255 365 485 605H Schematic Diagram 䡵 ...

Page 409: ...3 11 3 3 1 Indoor Units Concealed Duct Type SPW UR124 164 184 254 364 484 604GH56 A B Electric Wiring Diagram 䡵 ...

Page 410: ...3 12 3 3 1 Indoor Units Concealed Duct Type SPW UR124 164 184 254 364 484 604GH56 A B Schematic Diagram 䡵 ...

Page 411: ...3 13 3 3 1 Indoor Units Concealed Duct Type SPW U125 165 185 255 365 485 605H Electric Wiring Diagram 䡵 ...

Page 412: ...3 14 3 3 1 Indoor Units Concealed Duct Type SPW U125 165 185 255 365 485 605H Schematic Diagram 䡵 ...

Page 413: ...3 15 3 3 1 Indoor Units Concealed Duct Type SPW UR184 254 364 484 604SH56B U125 165 185 255 365 485 605HN U185 255 365 485 605SH U185 255 365 485 605SHT Electric Wiring Diagram 䡵 ...

Page 414: ...3 16 3 3 1 Indoor Units Concealed Duct Type SPW UR184 254 364 484 604SH56B U125 165 185 255 365 485 605HN U185 255 365 485 605SH U185 255 365 485 605SHT Schematic Diagram 䡵 ...

Page 415: ...3 17 3 3 1 Indoor Units Concealed Duct Type SPW US125 165 185H Electric Wiring Diagram 䡵 ...

Page 416: ...3 18 3 3 1 Indoor Units Concealed Duct Type SPW US125 165 185H Schematic Diagram 䡵 ...

Page 417: ...3 19 3 3 2 Outdoor Units Electric Wiring Diagram SPW C256VH ...

Page 418: ...or Units Schematic Diagram SPW C256VH TURN OFF THE MAIN POWER SUPPLY SWITCH WHEN CHANGING P C B CONFIRM ALL THE L E D S ON THE P C B ARE OFF AND START TO REWORK OTHERWISE YOU MAY BE KILLED BY AN ELECTRIC SHOCK WARNING ...

Page 419: ...3 21 3 3 2 Outdoor Units Electric Wiring Diagram SPW C366VH ...

Page 420: ...or Units Schematic Diagram SPW C366VH TURN OFF THE MAIN POWER SUPPLY SWITCH WHEN CHANGING P C B CONFIRM ALL THE L E D S ON THE P C B ARE OFF AND START TO REWORK OTHERWISE YOU MAY BE KILLED BY AN ELECTRIC SHOCK WARNING ...

Page 421: ...3 23 3 3 2 Outdoor Units Electric Wiring Diagram SPW C486VH ...

Page 422: ...or Units Schematic Diagram SPW C486VH TURN OFF THE MAIN POWER SUPPLY SWITCH WHEN CHANGING P C B CONFIRM ALL THE L E D S ON THE P C B ARE OFF AND START TO REWORK OTHERWISE YOU MAY BE KILLED BY AN ELECTRIC SHOCK WARNING ...

Page 423: ...3 25 3 3 2 Outdoor Units Electric Wiring Diagram SPW C256 366VH8 ...

Page 424: ... Units Schematic Diagram SPW C256 366VH8 TURN OFF THE MAIN POWER SUPPLY SWITCH WHEN CHANGING P C B CONFIRM ALL THE L E D S ON THE P C B ARE OFF AND START TO REWORK OTHERWISE YOU MAY BE KILLED BY AN ELECTRIC SHOCK WARNING ...

Page 425: ...3 27 3 3 2 Outdoor Units Electric Wiring Diagram SPW C486 606VH8 ...

Page 426: ... Units Schematic Diagram SPW C486 606VH8 TURN OFF THE MAIN POWER SUPPLY SWITCH WHEN CHANGING P C B CONFIRM ALL THE L E D S ON THE P C B ARE OFF AND START TO REWORK OTHERWISE YOU MAY BE KILLED BY AN ELECTRIC SHOCK WARNING ...

Page 427: ...4 1 4 4 PROCESS AND FUNCTIONS 4 1 Control Functions 4 2 4 2 Outdoor Unit Control PCB 4 8 4 3 Indoor Unit Control PCB Switches and Functions 4 18 ...

Page 428: ...erter is limited by either of the following controls depending on whether the cooling or heating mode is in operation Cooling Mode Indoor air temperature control Maximum and minimum frequency control Current release control Cooling high load prevention control Cooling freeze prevention control Discharge temperature control T 1 0 1 0 0 T 1 0 1 0 0 Heating Mode Indoor air temperature control Maximum...

Page 429: ... 1 Current release control with primary current The limited values are modified in accordance with outdoor air temperature Single phase 3 phase Type 256 366 486 Type 256 366 486 606 Is A Cooling 17 0 21 0 28 5 Is A Cooling 4 8 6 2 12 0 13 5 Heating 17 5 22 0 28 5 Heating 4 8 6 2 13 0 15 0 NOTE The limited values are lowered when the outdoor air temperature is higher than 40 in the cooling mode and...

Page 430: ...essor is decreased The operation frequency is amended every 30 seconds as long as the temperature is in this zone 2 If the temperature is in the K zone operating frequency increase prevention zone the operating frequency of the compressor is maintained 3 If the temperature is in the H zone operating frequency restriction zone and the outdoor air temperature is less than 32 the maximum operating fr...

Page 431: ...erformed in accordance with the outdoor air temperature TO and the outdoor heat exchanger temperature sensor C1 However frost adherence detection is not performed for the first fifteen minutes of compressor operations in the normal heating mode Frost adherence detection conditions a With the outdoor air temperature TO being 13 or above the frost adherence condition shown below are satisfied for wh...

Page 432: ...riate rotations per minute for the outdoor unit fan are determined in accordance with the outdoor air temperature and the frequency of the compressor inverter The outdoor unit fan step is controlled between a range of W1 Step 1 and WF Step 16 However the outdoor unit fan is halted Step 0 when defrosting is being carried out 10 Outdoor Unit s Electrical Expansion Valve Control The electrical expans...

Page 433: ...in calibrations of 5 between 70 and 100 with the outdoor unit s maintenance remote controller For details on how to amend the parameters see the chapter on the outdoor maintenance remote controller Refor to the section 6 6 Settings Modes Setting the Outdoor Unit EEPROM A value amendments Parameters are amended with item code 50 demand 1 B value amendments Parameters are amended with item code 51 d...

Page 434: ...P007 R C ADD S003 RC P CN032 R C ADD S002 PUMP DOWN pin CN042 LED1 LED2 MODE pin CN031 TEST pin CN036 EEPROM IC006 4 2 Outdoor Unit Control PCB 1 1 Layout Diagram CR C256VH Up side A ADD pin TERMINAL PUMP DOWN pin MODE pin TEST pin EEPROM ...

Page 435: ...de of heat exchanger C1 Sensor at upper side of heat exchanger C2 4 2 Outdoor Unit Control PCB 1 2 Layout Diagram CR C256VH Bottom side Fuse Fuse SILENT EXCT Suction temp Comp discharge TD Outdoor air temp TO Sensor at lower side of heat exchanger Sensor at upper side of heat exchanger ...

Page 436: ...PCB 2 1 Layout Diagram CR C366VH Up side A ADD pin CN041 TERMINAL S010 JP007 R C ADD S003 RC P CN032 R C ADD S002 PUMP DOWN pin CN042 LED1 LED2 MODE pin CN031 TEST pin CN036 EEPROM IC006 TERMINAL PUMP DOWN pin MODE pin TEST pin EEPROM ...

Page 437: ... TO Sensor at lower side of heat exchanger C1 Sensor at upper side of heat exchanger C2 4 2 Outdoor Unit Control PCB 2 2 Layout Diagram CR C366VH Bottom side Fuse Fuse SILENT EXCT Suction temp Comp discharge Outdoor air temp Sensor at lower side of heat exchanger Sensor at upper side of heat exchanger ...

Page 438: ...or at lower side of heat exchanger C1 Sensor at upper side of heat exchanger C2 EEPROM IC007 JP007 Fuse F001 EXCT CN026 QUIET MODE CN028 PUMP DOWN S005 LED2 RC P CN032 LED1 Terminal CN015 EXCT QUIET MODE PUMP DOWN Terminal Fuse EEPROM Sensor at lower side of heat exchanger C1 Suction temp TS Outdoor air temp TO Comp discharge temp AUTO ADD TEST MODE Fuse Sensor at upper side of heat exchanger C2 ...

Page 439: ...t lower side of heat exchanger C1 Sensor at upper side of heat exchanger C2 EEPROM IC007 Fuse F002 MODE CN031 EXCT CN026 QUIET MODE CN028 PUMP DOWN S005 LED2 LED1 Terminal CN015 Fuse Terminal Fuse TEST MODE AUTO ADD EXCT QUIET MODE PUMP DOWN EEPROM Sensor at lower side of heat exchanger C1 Sensor at upper side of heat exchanger C2 Suction temp TS Outdoor air temp TO Comp discharge temp TD ...

Page 440: ...t lower side of heat exchanger C1 Sensor at upper side of heat exchanger C2 EEPROM IC007 JP007 EXCT CN026 SILENT CN028 PUMP DOWN S005 LED2 RC P CN032 LED1 Terminal CN015 Fuse F200 Fuse F201 EXCT Terminal Fuse EEPROM Sensor at upper side of heat exchanger C2 Sensor at lower sideof heat exchanger C1 Suction temp TS Outdoor air temp TO TEST MODE Fuse AUTO ADD Comp discharge temp TD PUMP DOWN SILENT F...

Page 441: ...e connected In the case of group control or central control set the system 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 to Table 4 1 If system addresses are ...

Page 442: ...he system 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 to Table 4 1 If system addresses are duplicated the same address exists more than once LED 1 on the ou...

Page 443: ...02 rotary black S003 2P DIP switch blue Outdoor system address No S002 setting system address switch S003 setting 1P 10s digit place 2P 20s digit place 1 system only 1 0 OFF OFF Central control 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF 10 11 12 13 14 15 16 17 18 19 0 1 2 3 4 5 6 7 8 9 ON ON ON ON ON ON ON ON ON ON OFF OFF OFF OFF OF...

Page 444: ...the wired remote controller Refer to the Remote Control Section Use a ventilation fan which can accept the no voltage contact A signal as the external input signal Filter 2P WHT This terminal is used to connect contact input from the differential pressure switch used to detect filter clogging When the contact is ON FILTER appears on the display of the wired remote controller Power LED LED RED Illu...

Page 445: ...B B 䡵 䡵 VARISTOR VA100 OPTION CN060 DISP CN072 T10 CN061 POWER LED D002 GRL CN020 JP001 OC CN040 EMG CN044 EEPROM IC010 CHK CN071 FILTER CN070 EXCT CN073 FAN DRIVE CN032 POWER LED D002 EEPROM IC010 OC CN040 EMG CN044 VARISTOR VA100 EXCT CN073 JP001 DISP CN063 CHK CN062 FILTER CN070 T10 CN061 OPTION CN060 FAN DRIVE CN032 GRL CN020 ...

Page 446: ...ION CN014 T10 CN015 FAN DRIVE CN017 DISP CN010 CHK CN011 VARISTOR VA002 EMG CN018 OC CN019 EEPROM IC002 JP001 EXCT CN009 FILTER CN012 EEPROM IC002 JP001 OC CN019 EMG CN018 VARISTOR VA002 DISP CN010 CHK CN011 FAN DRIVE CN017 OPTION CN014 T10 CN015 FILTER CN012 EXCT CN009 ...

Page 447: ...EDURES 5 1 Meaning of Alarm Messages 5 2 5 2 Contents of LED Display on the Outdoor Unit Control PCB 5 4 5 3 Symptoms and Parts to Inspect 5 5 5 4 Details of Alarm Messages 5 8 5 5 Table of Thermistor Characteristics 5 16 ...

Page 448: ...gnaled from outdoor unit Error in receiving serial communications signal In case the power source wire is disconnected the error may sometimes occur E04 Error in transmitting serial communications signal E05 Outdoor unit is detecting error signaled from indoor unit Error in receiving serial communications signal including unit quantity verification failure E06 Error in transmitting serial communic...

Page 449: ...ressor trouble HIC PCB P26 Inverter compressor trouble MDC P29 Simultaneous operation multi control trouble P31 Compressor current failure overload H01 Thermistor fault Thermistor open circuit Short circuit indoor Indoor heat exchanger temperature sensor E1 F01 Indoor heat exchanger temperature sensor E2 F02 Indoor temperature sensor F10 Thermistor open circuit Short circuit outdoor Discharge temp...

Page 450: ...ow Insufficient gas indicator Refrigerant recovery mode Automatic address setting Automatic address setting in progress Automatic address setting alarm E15 Automatic address setting alarm E20 Automatic address setting alarm Other than E15 and E20 0 25 0 75 0 75 0 25 0 25 0 75 0 75 0 25 Blinking alternately Blinking simultaneously Blinking simultaneously Blinking simultaneously ON Blinking 0 25 0 7...

Page 451: ... during the heating mode min E1 E2 is 10 or lower The indoor unit heat exchanger temperature rises even though the compressor is switched on during the cooling mode E2 is 50 or higher Pre trip 2 times Recovery at restart 1 Check 4 way valve 2 Check 4 way valve wiring 3 Check outdoor unit control PCB P20 High pressure protection error caused by cooling high load max C1 C2 temperature Halted if the ...

Page 452: ...O 2 Check outdoor unit control PCB F12 Disconnection open circuit or short circuit in suction temp sensor TS Open circuit or short circuit Automatic recovery 1 Check suction temp sensor TS 2 Check outdoor unit control PCB F31 EEPROM trouble Reading writing failure Power reset recovery 1 Check EEPROM IC007 2 Check outdoor unit control PCB L02 Indoor and outdoor units incompatible PAC i ECO i GHP In...

Page 453: ...iring 2 Check indoor and outdoor unit control PCB E20 Automatic address setting failure Outdoor unit cannot receive any serial signals from indoor units Power reset recovery 1 Check inter unit control wiring 2 Check indoor and outdoor unit control PCB E22 Miswiring error Inter unit connection are miswiring error Missing phase for the outdoor unit power supply Power reset recovery Check wiring E31 ...

Page 454: ...rature sensor display function 2 With the indoor unit remote controller Check with the sensor address 14 of the temperature sensor display function No Abnormal resistance value Replace the outdoor unit control PCB Verification method Measure the resistance at all areas on the HIC control mounted on the outdoor unit control PCB Refer to the page 5 12 Replace the outdoor unit control PCB if the read...

Page 455: ...resistance value Replace the HIC PCB Verification method Remove the HIC PCB and measure the resistance at all areas Refer to the page 5 12 Replace the HIC PCB if the readings are below permissible values No Defective insulation Replace the compressor Potential cause Insulation failure caused by the compressor lock Verification Method Remove the wires from the connectors on the top of the compresso...

Page 456: ...pipes during the heating mode C1 and C2 thermistor error on the outdoor unit during the cooling mode E1 and E2 thermistor error on the indoor unit during the heating mode 2 Temperature on the high pressure side during normal operations Cooling Temperature of the C2 thermistor on the outdoor unit is approximately between 45 and 55 Heating Temperature of the E2 thermistor on the indoor unit is appro...

Page 457: ...Temperature of the E2 thermistor on the indoor unit is approximately between 40 and 50 There are cases in which the above temperatures will be lower depending on the operation conditions No alarm P26 output Replace the HIC PCB The HIC PCB is considered faulty if the alarm P26 occurs even if the compressor is not operating owing to the U V and W wires being disconnected Replace the HIC PCB No Abnor...

Page 458: ...s Resistance Between terminals Resistance Tester terminal Tester terminal Tester terminal Tester terminal HIC HIC 100 kΩ Ω HIC HIC 100 kΩ Ω HIC U 100 kΩ Ω HIC U 1 kΩ 5 kΩ HIC V 100 kΩ Ω HIC V 1 kΩ 5 kΩ HIC W 100 kΩ Ω HIC W 1 kΩ 5 kΩ Be sure to measure by an analog tester The table shows the value measured in kΩ 3 Alarm E31 communications trouble at unit Is E31 displayed even after the power voltag...

Page 459: ...0 FAN Type 486 606 A CN003 FM1 CN005 FM2 Connectors Type 256 366 A CN030 FAN Type 486 606 A CN003 FM1 CN005 FM2 Does the fan rotate without resistance when spun manually after the connectors A are disconnected from the outdoor unit control PCB Normal operation Outdoor unit control PCB is faulty Replace Complete No Yes No Yes Correct the connections Fan motor trouble Replace Fan motor trouble Repla...

Page 460: ...6 366 A CN020 C2 A CN021 C1 A CN022 TO A CN023 TD TS Type 486 A CN020 C2 A CN021 C1 A CN022 TS A CN023 TO A CN024 TD Correct the connections Are the characteristics of resistance values of the sensors C2 C1 TS TO and TD sensors normal Replace the sensors C2 C1 TS TO and TD No Yes Check the outdoor unit control PCB Replace if PCB has failed Refer to 5 5 Table of Thermistor Characteristics ...

Page 461: ...on to return to normal remote controller operation NOTE The temperature display reads for units that are not connected If monitor mode is selected during normal operation the only parts of the LCD that change are those shown in the figure 2 All other displays do not change and remain as they were during normal operation Sensor Temperature Correlation Table Sensor installation location Sensor addre...

Page 462: ...er Temp C1 Sensor Heat Exchanger Temp C2 Sensor 2 Discharge Temp TD Sensor Resistance k Resistance k Temperature C Temperature C 40 35 30 25 20 15 10 5 0 20 15 10 5 0 5 10 15 20 8 7 6 5 4 3 2 1 0 20 30 40 50 60 Resistance k Temperature C 0 10 20 30 40 50 60 70 80 90 100 110 0 40 60 80 100 120 140 160 180 200 20 ...

Page 463: ...2 6 3 Normal Display Operations and Functions 6 3 6 4 Monitoring Operations Display of Indoor Unit and Outdoor Unit Sensor Temperatures 6 6 6 5 Monitoring the Outdoor Unit Alarm History Display of Outdoor Unit Alarm History 6 7 6 6 Settings Modes Setting the Outdoor Unit EEPROM 6 7 ...

Page 464: ...lay functions 1 Functions Button operations can be used to perform the following functions Start stop of all indoor units Switching between cooling and heating Test run of all indoor units High speed operation of indoor units Do not use with actual units This may damage the devices 2 Display The following can be displayed Alarm details display No of indoor outdoor units Unit Nos of connected indoo...

Page 465: ... turns ON when 1 or more indoor units is operating The LED blinks when an alarm has occurred at 1 or more indoor units during operation Switching between cooling heating Fig 6 1 Operation The button switches between heating and cooling modes The specifications are equivalent to the heating cooling input that was present on earlier outdoor unit PCBs The display shows the operating mode of the indoo...

Page 466: ...its 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 microcomputer firmware version FF Outdoor un...

Page 467: ... When the last 4 digits are displayed the colon points are not lit The display of the first 4 and last 4 digits changes automatically every 10 seconds It can also be changed by pressing the button NOTE With the outdoor unit maintenance remote controller when connected to the outdoor unit the unit remote controller check functions will not operate Display for unit Nos 1 20 Not lit Lit Not lit Lit N...

Page 468: ...ions Display of Indoor Unit and Outdoor Unit Sensor Temperatures Operating procedure 1 Press and hold the button and button simultaneously for 4 seconds or longer to switch to temperature monitor mode During temperature monitoring Service Monitor is lit The display and operations are the same as when monitor mode is started from the unit remote controller 2 Press the button and select the indoor u...

Page 469: ...larm The alarm history is indicated by the alarm code If there have been no alarm codes is displayed 4 To clear the alarm history press the button The outdoor unit alarm history will be cleared 5 To end press the button The display returns to the normal remote controller display 6 6 Settings Modes Setting the Outdoor Unit EEPROM Setting mode 1 Operating procedure 1 Press and hold the button and bu...

Page 470: ...nly 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 Control system schedule Do not set 0E Cooling only 0 Heat pump 1 Cooling only 0F Control system schedule Do not set 10 Control system schedule Do not set 11 Multi floor installation 0 Non 1 Available...

Page 471: ...display returns to the normal display mode List of Item Codes Item code Parameter 80 Refrigerant type 407 R407C 22 R22 410 R410A 81 Outdoor unit capacity 0 Disabled 22 25 28 32 36 40 45 50 56 63 71 80 90 100 112 125 140 160 180 200 224 250 280 340 355 400 450 500 560 600 630 670 710 800 840 82 Control system schedule Do not set 83 Control system schedule Do not set 84 3 phase or single phase 0 3 p...

Page 472: ... MEMO 6 10 ...

Page 473: ...g Items 7 3 7 3 Detailed Settings Function 7 4 7 4 List of Detailed Setting Items 7 5 7 5 Simple Setting Items 7 9 7 6 Detaild Setting Items 7 12 7 7 Remote Controller Servicing Functions 7 16 7 8 Test Run Function 7 16 7 REMOTE CONTROLLER FUNCTIONS SECTION 7 1 ...

Page 474: ...d blinking on the remote controller LCD display Fig 7 1 At this time the indoor unit fan or all indoor unit fans in the case of group control begins operating 3 If group control is in effect press the button and select the address unit No of the indoor unit to set At this time the fan at the indoor unit begins operating If unit No is displayed the same setting will be made for all indoor units 4 P...

Page 475: ... 0001 MED LO 0002 LO LO 0004 MED 1 min LO 3 min MED 0005 MED MED 0006 LO MED Heating intake temperature shift 0000 No shift 0001 Shifts intake temperature 1 C down 0002 Shifts intake temperature 2 C down 0003 Shifts intake temperature 3 C down 0004 Shifts intake temperature 4 C down 0005 Shifts intake temperature 5 C down 0006 Shifts intake temperature 6 C down Electric heater installation 0000 No...

Page 476: ...tings data are displayed blinking on the remote controller LCD display Fig 7 2 At this time the indoor unit fan or all indoor unit fans in the case of group control begins operating 3 If group control is in effect press the button and select the address unit No of the indoor unit to set At this time the fan at the indoor unit begins operating 4 Press the temperature setting buttons to select the i...

Page 477: ... No 1 0002 Unit No 2 0003 Unit No 3 0064 Unit No 64 0099 Not set Group control address 0000 Individual 1 1 Indoor unit with no group wiring 0001 Main unit One of the group control indoor units 0002 Sub unit All group control indoor units except for main unit 0099 Not set Cooling intake temperature shift 010 Shifts intake temperature by 10 C 009 Shifts intake temperature by 9 C 001 Shifts intake te...

Page 478: ...30 C Upper limit at shipment Upper limit Lower limit Drying 0018 18 C Lower limit at shipment 0019 19 C 0029 29 C 0030 30 C Upper limit at shipment Upper limit Lower limit Auto heat cool 0017 17 C Lower limit at shipment 0018 18 C 0026 26 C 0027 27 C Upper limit at shipment Humidifier operation 0000 Normal 0001 Ignore heat exchanger temperature conditions Filter CN70 input switching 0000 Filter in...

Page 479: ...emperature 25 C 0026 Control temperature 26 C Fan output switching 0000 Output linked with fan ON when indoor unit fan is operating 0001 Fan mode operation output Drain pump delayed start time 0000 No delayed start 0001 1 sec delayed start 0002 2 sec delayed start 0058 58 sec delayed start 0059 59 sec delayed start 0060 60 sec delayed start Humidifier setting 0000 Humidifier output OFF Drain pump ...

Page 480: ... panel For low static pressure filter Antibacterial high performance filter 90 Antibacterial high performance filter 65 Air cleaning unit air cleaning unit optical regenerative deodorizing filter deodorant activated charcoal filter For air blocking material For 3 way discharge when discharge duct is connected 0006 For air blocking material For 2 way discharge Humidifier ON time ON time per 60 seco...

Page 481: ...ischarge Semi Concealed S x x 2500 1250 10000 5000 2500 1250 2500 1250 x 0003 1 Way Air Discharge Semi Concealed Slim SL x x 2500 1250 x x x x x x x 0005 Concealed Duct U x x 2500 1250 5000 2500 2500 1250 5000 2500 x 0006 Concealed Duct High Static Pressure D x x 2500 1250 x x 2500 1250 5000 2500 x 0007 Ceiling Mounted T x x 2500 1250 x x 2500 1250 x x x 0008 Wall Mounted K 150 75 x x x x x x x x ...

Page 482: ...en there are multiple remote controllers in the same refrigerant system it is possible to set one remote controller as the priority remote controller the remote controller which is given priority for selecting the operating mode If 2 or more remote controllers are set as priority remote controllers an alarm will occur at the remote controllers and operation will not be possible When the priority r...

Page 483: ...g intake temperature shift Shifts the intake temperature during heating Can be set when the body thermostat is used 07 Electric heater installation Set when cost distribution is performed using an AMY central control system or similar system and when an optional electric heater is installed This is unrelated to control of the electric heater 08 Humidifying when heater thermostat is OFF Normally hu...

Page 484: ...Use this setting to change the time for forced operation at installation or servicing from 5 minutes to 4 minutes Enabled only with PAC i models 1C Cooling discharge temperature shift Shifts the set value for models which perform discharge temperature control Discharge temperature control models Floor discharge wall built in direct expansion coil outdoor air treatment high fresh 1d Heating dischar...

Page 485: ... or for fire prevention input 31 Ventilation fan operation from remote controller It is possible to install a total heat exchanger and ventilation fan in the system which can be started and stopped by the wired remote controller The ventilation fan can operate linked with the start and stop of the indoor unit or can be operated even when the indoor unit is stopped Use a ventilation fan that can ac...

Page 486: ...uction mode 46 DC flap swing mode Selects the swing operation mode for the flap 5d DC fan tap setting Sets the DC fan tap according to the purpose of use Change the settings data at the same time 5E Humidifier ON time Sets the humidifier output ON time for when the humidifier is operating ON OFF control is performed during humidifier operation This setting therefore sets the ON time per 60 second ...

Page 487: ...40A Air blocking material when a discharge duct is connected INS DS140A 6 Air blocking material for 2 direction discharge INS DS140A Setting No 1 Go to 2 Setting No 3 Go to 3 Setting No 6 Go to 4 DC Fan Tap Change Procedure 2 Setting No 1 Open the cover of the electrical component box and connect the supplied short circuit connector 2P yellow to short circuit pin TP1 2P red on the indoor unit cont...

Page 488: ...ttons for 4 seconds or longer When settings are made from a remote controller the indoor unit where that remote controller is connected stops Detailed settings System address indoor unit address central control address and other settings Press and hold the and buttons for 4 seconds or longer Automatic address Automatic address setting based on command from the wired remote controller Press and hol...

Page 489: ...erature display appears as for units that are not connected If monitor mode is engaged while normal operation is in progress only the parts of the LCD display shown in the figure will change Other parts continue to display the same information as during normal operation Fig 7 4 Indoor unit sensors Outdoor unit sensors 02 Intake temp Unit No 1 Unit No 2 Unit No 3 Unit No 4 03 E1 0A 2A 4A 6A Dischar...

Page 490: ... MEMO 7 18 ...

Page 491: ...tiple In Outdoor Units Simultaneously Group Control 8 7 8 10 Using the Remote Control 8 7 8 11 For Best Results 8 7 8 12 Addresses 8 7 8 13 Emergency Operation 8 9 8 14 Miscellaneous Settings 8 10 8 15 Before Requesting Service 8 10 How to Install the Wireless Remote Controller Receiver 8 11 8 16 Common to All Models 8 11 8 17 RCS SH80BG WL 8 12 8 18 RCS TRP80BG WL 8 14 8 19 RCS SS80BG WL 8 17 8 2...

Page 492: ...Remote Controls 1 If a remote control is to be operated from a remote control holder that is hung on a wall turn on the lights in the room as well as any electrical appliances and then check to make sure the air conditioner works with the remote control in the location where it will be installed If it works continue with installation 2 If the air conditioner is to be switched from the main sensor ...

Page 493: ...mote control by the sensor button 10 Temperature setting buttons raises the temperature setting 1 at a time lowers the temperature setting 1 at a time 11 Filter button RCS BH80BG WL Press to turn off the filter lamp on the receiver 12 Mode Select button Press to switch the operation mode 13 Ventilation button Use this when connected to an aftermarket fan Pressing this button starts and stops the f...

Page 494: ...wired remote control sold separately Consult with the dealer where the product was purchased about making the settings Test On switch This is used during service It is not for normal use Test Run On switch This is used during service It is not for normal use 9 Address switch Differentiate between incoming and outgoing signals NOTE If a heat pump model is being used it will beep twice and the opera...

Page 495: ...of the indoor unit at least 14 hours before operation 1 Press 2 Press and select from among Auto Heat Dry Cool and Fan 3 Press and select the desired speed If set to Auto the fan speed switches automatically Auto does not work when in the Fan mode 4 Press one of the buttons and set the desired temperature Temperature settings cannot be made when in the Fan mode Auto Heat Dry Cool MAX 27 30 30 MIN ...

Page 496: ...remote control When the unit stops the flap up down wind direction plate automatically faces downwards When the unit is in heating standby the flap up down wind direction plate faces upward Also bear in mind that the flap starts swinging after the heating standby mode is released but the display on the remote control indicates Auto Flap during standby heating as well RCS SH80BG WL RCS TRP80BG WL R...

Page 497: ...installed in the same room with a compatible remote control addresses can be set up to avoid crosstalk By setting the address switches on the receivers and matching them with the number of addresses on the remote control up to six indoor units can be controlled separately with the remote control When using units in a flexible combination or operating multiple units simultaneously as they are opera...

Page 498: ...the receiver s address switch does not matter For 1 2 and 3 set the switch on the left and for 4 5 and 6 to the right Setting Addresses RCS XM18BG WL K Types Setting the address of the indoor unit 1 First of all set the address for the remote control with Setting Remote Control Address See Page 8 7 2 Press Emergency Operation of the indoor unit for four seconds or more When you do this the lamps o...

Page 499: ...he Test Run On and Test On switches are for use when the unit is installed and test run It is not for normal use If the Normal Stop ALL switch is on Stop ALL the unit cannot receive signals from the remote control RCS BH80BG WL RCS SS80BG WL 1 Press Emergency Operation of the receiver If the indoor temperature is 24 C or greater when the unit starts running it will act as a cooler If the indoor te...

Page 500: ...or unit is ON Is the Normal Stop All switch in the Stop All position See Page 8 4 Switch it to the Normal position and cancel operation Are the remote control s batteries dead Change the batteries Is there a mismatch between the display lamp and cooling heating or is it set to something other than Auto The operating lamp stays lit while the timer lamp and the standby lamp blink alternately Change ...

Page 501: ...f the indoor unit before connecting them so there are no mistakes in the wiring Damage will occur if high voltage e g supply voltage is applied 2 It is not possible to use more than one wireless remote control kit with one indoor unit A receiver located separately can be used at the same time 3 If both a wireless and a wired remote control are to be installed and used at the same time one of them ...

Page 502: ...y necessary to put the sponge packing back in place before continuing with the installation 4 After wiring according to the directions in Wiring the Receiver Unit on the next page leave enough wiring so the receiver s adjustable corner cap can be removed and fasten the cable clamp with its screw Fig 8 3 5 Install the panel on the receiver When doing so slide the panel so its tabs fit into their 3 ...

Page 503: ... any commands from the remote control for about 1 minute This is not an error In fact it does receive signals but they are cancelled 5 Setting Address Switches When more than one receiver and remote control are installed in the same room setting up addresses allows them to avoid interfering with each other Refer to the Users Manual for information on how to change the addresses of the remote contr...

Page 504: ...nted on the lid wiggling the lid free Fig 8 7 Be careful not to scratch the panel 3 After passing the lead wire through the panel install the receiver in the hole of the panel The projecting parts of the receiver is held in the hole of the panel 4 Fasten the receiver s lead wire to the clamp that is holding the wire from the louver motor Fig 8 8 5 Attach the side panel 6 Put the receiver s lead wi...

Page 505: ... 13 NOTE 1 If the wiring for the receiver is bundled with other wires such as the incoming line it may cause a malfunction so avoid putting them together 2 Fasten the lead wire securely so it does not get wrapped up in the fan 3 If something causes the unit s power source to make noise it will be necessary to resolve the problem such as by installing a noise filter For more information about wirin...

Page 506: ... receive any commands from the remote control for about 1 minute This is not an error In fact it does receive signals but they are cancelled 5 Setting Address Switches When more than one receiver and remote control are installed in the same room setting up addresses allows them to avoid interfering with each other Refer to the Users Manual for information on how to change the addresses of the remo...

Page 507: ...over A so remove the 1 screw and detach it by pressing on it from the front side of the panel Fig 8 17 2 Connect the wiring W2 for the display that is sticking out from the operation panel and fit the display into the panel Make sure the 6P white connector is firmly connected all the way in 3 Bend the lead wire of the display into shape so it does not come in contact with the louver shaft There is...

Page 508: ...erly route the lead wire of the operation panel and fasten it with the twist lock Fig 8 20 6 Install the ceiling panel NOTE 1 If the wiring to the operation panel is bundled together with other wiring such as the incoming line from the power source it can cause a malfunction so avoid doing so 2 If something causes the unit s power source to make noise it will be necessary to resolve the problem su...

Page 509: ...in the cable clamp tighten its screw NOTE 1 This is hard on the device so only use this for the test run 2 After turning on the power the unit will not receive any commands from the remote control for about 1 minute This is not an error In fact it does receive signals but they are cancelled 5 Setting Address Switches When more than one display operation panel and remote control are installed in th...

Page 510: ...head screwdriver or the like into the groove on the bottom of the receiver unit and twist it to remove the bottom of the case Fig 8 25 2 To enable the receiver s wiring to stick out from the upper part of the case thin part at center top use side cutters or the like to cut a hole in the case big enough for the remote control cord sold separately Fig 8 26 3 Disconnect the wires that were connected ...

Page 511: ...es not matter If it is to be used as an embedded model Wiring Diagram If it is to be used as an exposed model Wiring Diagram Use remote control cord sold separately for wiring a separately installed receiver 1 For instructions on how to install a remote control cord sold separately refer to the chapter on Using as an Embedded Model in Installing Separate Receivers 2 If a remote control cord sold s...

Page 512: ...e the face plate of the receiver s PCB and turn the DIP switch to RUN On Down Æ Up and operate the wireless remote control with its Start Stop button 2 During a test run all display lamps on the display will light up 3 During a test run it is not possible to adjust the temperature 4 After completing a test run be absolutely sure to return the Test Run switch to OFF Up Æ Down and make sure none of ...

Page 513: ...2 Installing the Receiver Unit As the receiver can only be installed in the corner where the panel wire comes out as shown in Fig 8 32 consideration should be given to orientation when fitting the panel to the indoor unit 1 Twist off the circled area shown in Fig 8 32 with pliers or similar 2 Remove the suction grille and corner cover Fig 8 33 Panel wire Break off Panel wire Corner cover Fig 8 32 ...

Page 514: ...lamp the receiver wire and panel wire together with the supplied clamper Fig 8 35 7 Insert the receiver wire and panel wire into the wire saddles Fig 8 35 Refer to the Users Manual supplied with the panel NOTE 1 Do not twist the receiver wire and the power lead in wire together as this could lead to malfunction 2 If the unit power source is affected by noise install a noise filter or take similar ...

Page 515: ...a model without auto temp settings Alternately Oil Alarm Same as operation of outdoor protection device Alternately Test Run Simultaneously Off On Blinking 0 5 sec intervals When using RCS BH80BG WL If you have either an outdoor maintenance remote control or a wired remote control and a service checker special wiring 623 178 5082 for service use at hand you can get more detailed information about ...

Page 516: ... changed as well repeat steps 2 to 4 6 When all settings have been made press the Start Stop button Example Operation mode setting screen Item Number Setting Item Setting Content Setting when Shipped 1 Operation Mode 2 Flap Display No display Note 1 3 Select Fan Speed No display 4 Display of Set Temperature CÆ F Æ Setting Off Note 2 C 5 Time Display 24 Hour No Display ÆAM PM 24 Hour 6 Ventilation ...

Page 517: ...SANYO Electric Co Ltd Printed in Japan 201002E DC ...

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