Page 2
• For further details, please check with our authorized dealer. Trademarks ™ FGLair is trademark of FUJITSU GENERAL LIMITED in the United States, other countries or both. “AIRSTAGE Mobile” is a trademark of FUJITSU GENERAL LIMITED. Android and Google Play are trademarks of Google LLC.
CONTENTS Part 1. INDOOR UNIT................1 1. Model lineup ....................2 1-1. Indoor unit connection patterns..................4 2. Specifications....................11 2-1. Compact cassette type ....................11 2-2. Mini duct type.........................13 2-3. Slim duct type ........................15 2-4. Medium static pressure duct type ..................17 2-5. Wall mounted type ......................19 2-6.
Page 4
9-8. Sound level check point ....................177 10. Electrical characteristics ................180 11. Safety devices ...................183 12. External input and output.................186 12-1.Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and Ceiling type........................186 12-2.Mini duct type, Slim duct type, and Medium static pressure duct type (ARXG22KMLB) ............................198 12-3.Wall mounted type (KGTB, 18-24KMTB, KETA, and KETA-B) ........204...
Page 5
CONTENTS (continued) 15. Function settings ..................297 15-1.Mini duct, Slim duct types indoor unit (setting by DIP switch) ........297 15-2.Medium static pressure duct type (ARXH22KMTAP)..........299 15-3.Indoor unit (setting by wireless remote controller)............300 15-4.Indoor unit (setting by wired remote controller) ............317 15-5.Indoor unit (setting by simple remote controller) ............328 15-6.Function details......................335...
1-1. Indoor unit connection patterns ¢ 4-unit multi-split type AOYG30KBTA4 Combination no. Unit 1 Unit 2 Unit 3 Unit 4 Total — — — — — — — — — — — — — — — — — — — —...
Page 13
AOYG30KBTA4 Combination no. Unit 1 Unit 2 Unit 3 Unit 4 Total — — — — — — — — — — — — — — — - 5 - 1-1. Indoor unit connection patterns 1. Model lineup...
Page 14
Numbers in column Unit 1 to 4, and Total indicate the indoor unit capacities as follows: 7: 7,000 Btu/h, 9: 9,000 Btu/h, 12: 12,000 Btu/h, 14: 14,000 Btu/h ..- 6 - 1-1. Indoor unit connection patterns 1. Model lineup...
Page 15
¢ 5-unit multi-split type AOYG36KBTA5 Combination no. Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Total — — — — — — — — — — — — — — — — — — — — — — —...
Page 16
AOYG36KBTA5 Combination no. Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Total — — — — — — — — — — — — — — — — — — — — — — — — — — —...
Page 17
AOYG36KBTA5 Combination no. Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Total — — — — — — — — — — — — — — — — — — — — — — — — — — —...
Page 18
AOYG36KBTA5 Combination no. Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Total Numbers in column Unit 1 to 5 and Total indicate the indoor unit capacities as follows: 7: 7,000 Btu/h, 9: 9,000 Btu/h, 12: 12,000 Btu/h, 14: 14,000 Btu/h ..*: As for the 22 model, wall-mounted type indoor unit is only connectable.
2. Specifications 2-1. Compact cassette type Model name AUXG07KVLA AUXG09KVLA AUXG12KVLA AUXG14KVLA Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.15 0.19 0.22 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type ×...
Page 20
Model name AUXG18KVLA AUXG22KVLA Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.30 0.62 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Turbo fan × 1 Motor output HIGH Cooling...
2-2. Mini duct type Model name ARXG07KSLAP ARXG09KSLAP ARXG12KSLAP ARXG14KSLAP Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class HIGH Input power QUIET Running current 0.29 0.33 0.38 0.58 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET...
Page 22
Model name ARXG18KSLAP Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class HIGH Input power QUIET Running current 0.49 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Sirocco fan × 3 Motor output Recommended static pressure 0 to 50...
2-3. Slim duct type Model name ARXG07KLLAP ARXG09KLLAP ARXG12KLLAP ARXG14KLLAP Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.33 0.30 0.35 0.51 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type ×...
Page 24
Model name ARXG18KLLAP Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.44 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Sirocco fan × 3 Motor output Recommended static pressure 0 to 90 HIGH...
2-4. Medium static pressure duct type Model name ARXG22KMLB Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.50 HIGH 1,100 Cooling QUIET Airflow rate HIGH 1,100 Heating QUIET Type × Qty Sirocco fan ×...
Page 26
Model name ARXH22KMTAP Power supply 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.40 HIGH 1,150 Cooling QUIET Airflow rate HIGH 1,150 Heating QUIET Type × Qty Sirocco fan × 2 Motor output...
2-5. Wall mounted type Model name ASYG07KGTB ASYG09KGTB ASYG12KGTB ASYG14KGTB Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.29 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type ×...
Page 28
Model name ASYG07KGTE ASYG09KGTE ASYG12KGTE ASYG14KGTE Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.29 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
Page 29
Model name ASYG07KGTF ASYG09KGTF ASYG12KGTF ASYG14KGTF Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.29 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
Page 30
Model name ASYG18KMTB ASYG22KMTB ASYG24KMTB Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power 37.5 47.0 61.6 Running current 0.35 0.39 0.44 HIGH 1,060 1,170 Cooling QUIET Airflow rate HIGH 1,020 1,060 1,170 Heating QUIET...
Page 31
Model name ASYG18KMTE ASYG22KMTE ASYG24KMTE Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power 37.5 47.0 61.6 Running current 0.35 0.39 0.44 HIGH 1,060 1,170 Cooling QUIET Airflow rate HIGH 1,020 1,060 1,170 Heating QUIET...
Page 32
Model name ASYG07KMTB ASYG09KMTB ASYG12KMTB ASYG14KMTB Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
Page 33
Model name ASYG07KMCC ASYG09KMCC ASYG12KMCC ASYG14KMCC Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
Page 34
Model name ASYG07KMCE ASYG09KMCE ASYG12KMCE ASYG14KMCE Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
Page 35
Model name ASYG07KMCF ASYG09KMCF ASYG12KMCF ASYG14KMCF Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
Page 36
ASYG07KETA ASYG09KETA ASYG12KETA ASYG14KETA Model name ASYG07KETA-B ASYG09KETA-B ASYG12KETA-B ASYG14KETA-B Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type ×...
Page 37
ASYG07KETE ASYG09KETE ASYG12KETE ASYG14KETE Model name ASYG07KETE-B ASYG09KETE-B ASYG12KETE-B ASYG14KETE-B Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type ×...
Page 38
ASYG07KETF ASYG09KETF ASYG12KETF ASYG14KETF Model name ASYG07KETF-B ASYG09KETF-B ASYG12KETF-B ASYG14KETF-B Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.20 0.24 0.24 0.30 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type ×...
2-6. Ceiling type Model name ABYG18KRTA ABYG22KRTA Power supply 1Ø 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.21 0.25 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Sirocco fan × 2 Motor output HIGH Cooling...
2-7. Floor type Model name AGYG09KVCA AGYG12KVCA AGYG14KVCA Power supply 230 V~ 50 Hz Available voltage range 198—264 V Capacity kW class Input power Running current 0.15 0.18 0.20 HIGH Cooling QUIET Airflow rate HIGH Heating QUIET Type × Qty Crossflow fan ×...
After installation of mobile app, user registration is required. For user registration and setup infor- mation, refer to Setting Manual attached with the product. For the latest version of the wireless LAN control manuals, refer to the following web site. https://www.fujitsu-general.com/global/support/ - 33 - 3-1. System requirement...
3-2. Wireless LAN function list NOTE: To use the wireless LAN control, user registration in advance and access to the wireless home network are required. Attached Wireless Item Mobile app Remote Controller Air conditioning Operation on/off ○ ○ control function Operation mode setting ○...
4. Dimensions 4-1. Compact cassette type ¢ Models: AUXG07–22KVLA Unit: mm Grid type grille Hanging bolt position IR receiver Drain hose View A Ceiling Control Box View B View C - 35 - 4-1. Compact cassette type 4. Dimensions...
Page 44
Installation space requirement Unit: mm Strong and durable ceiling or more 1,000 1,000 or more or more 1,800 or more Obstruction Floor Maximum height from floor to ceiling (Unit: mm) 07 and 09 models 12 or larger models Standard 2,700 High ceiling —...
4-2. Mini duct type ¢ Models: ARXG07–14KSLAP Unit: mm Rear view Drain port P 100 × 6 = 600 Side view (L) Top view Side view (R) Front view Bottom view - 37 - 4-2. Mini duct type 4. Dimensions...
Page 46
¢ Model: ARXG18KSLAP Unit: mm Rear view Drain port P 100 × 8 = 800 Side view (L) Top view Side view (R) Front view Bottom view - 38 - 4-2. Mini duct type 4. Dimensions...
Page 47
Installation space requirement Provide sufficient installation space for product safety. Unit: mm Strong and durable ceiling Indoor unit Left Right side side or more* or more *: 400 or more when drain from drain pipe • When intaking air from back: •...
4-3. Slim duct type ¢ Models: ARXG07–14KLLAP Unit: mm View A Rear view Drain port 100 x 6 = 600 Side view Top view Front view Bottom view - 40 - 4-3. Slim duct type 4. Dimensions...
Page 49
¢ Model: ARXG18KLLAP Unit: mm Rear view View A Drain port 100 × 8 = 800 Top view Side view Front view Bottom view - 41 - 4-3. Slim duct type 4. Dimensions...
Page 50
Installation space requirement Provide sufficient installation space for product safety. In ceiling-concealed installations: Unit: mm 300 or more Strong and durable ceiling 20 or more Indoor unit Left Right side side 20 or more Service access Ceiling or more or more Floor ...
4-4. Medium static pressure duct type ¢ Model: ARXG22KMLB Unit: mm Φ205 Φ3.2 Front view 1,177 Gas pipe Drain port Liquid pipe Φ200 Knockout Drain port for fresh air Φ5 Φ3.2 80 80 P125 × 3 = 375 P125 × 3 = 375 Φ5 1,015 1,135...
Page 52
Maintenance space requirement Unit: mm • Provide a maintenance access for maintenance purposes. Maintenance access Control box • The maintenance access necessary for fan units and filter maintenance. Maintenance access Intake panel Control box 1,550 • When using a square duct P174 ×...
Page 53
¢ Model: ARXH22KMTAP Unit: mm Rear view 1,000 P100 × 8 = 800 Hole: × Φ4 PCD*160 Φ125 Φ4.5 P100 × 7 = 700 1,040 *: PCD (Pitch Circle Diameter) Side view (L) Top view Side view (R) Front view - 45 - 4-4.
Page 54
Installation space requirement Unit: mm 20 or more 300 or more 20 or more* Ceiling 2,500 or more (When no ceiling) Floor *: According to the distance between the ceiling and the unit, the construction plan of the mainte- nance access differs.
Page 55
Unit: mm • Distance between the ceiling and the unit is from 20 to 300: Choose one of these methods to set up the maintenance access. Pattern A Maintenance access 1,100 Control box 1,000 100 to 200 Pattern B 1,600 or more Control box 1,000 Bottom view...
4-5. Wall mounted type ¢ Models: ASYG07–14KGTB Unit: mm 373.5 417.5 Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 48 - 4-5. Wall mounted type 4. Dimensions...
Page 57
Installation space requirement Provide sufficient installation space for product safety. Unit: mm 70 or more 40 or more Wall hook bracket Outline of the indoor unit 107 or more 183 or more 1,500 or more A: Install so that the flare connection part is outdoors. - 49 - 4-5.
Page 58
¢ Models: ASYG07–14KGTE and ASYG07–14KGTF Unit: mm 373.5 417.5 (834) Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 50 - 4-5. Wall mounted type 4. Dimensions...
Page 59
Installation space requirement Provide sufficient installation space for product safety. Unit: mm 40 or more 70 or more Wall hook bracket 107 or more 183 or more Outline of the indoor unit 1,500 or more A: Install so that the flare connection part is outdoors. - 51 - 4-5.
Page 60
¢ Models: ASYG18–24KMTB Unit: mm Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 52 - 4-5. Wall mounted type 4. Dimensions...
Page 61
Installation space requirement Provide sufficient installation space for product safety. Unit: mm Wall hook bracket 70 or more 40 or more Outline of the indoor unit 160 or more 117 or more 1,500 or more A: Install so that the flare connection part is outdoors. - 53 - 4-5.
Page 62
¢ Models: ASYG18–24KMTE Unit: mm Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 54 - 4-5. Wall mounted type 4. Dimensions...
Page 63
Installation space requirement Provide sufficient installation space for product safety. Unit: mm 40 or more Wall hook bracket 70 or more 117 or more Outline of the indoor unit 160 or more 1,500 or more A: Install so that the flare connection part is outdoors. - 55 - 4-5.
Page 64
¢ Models: ASYG07–14KMTB and ASYG07–14KMCC Unit: mm Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 56 - 4-5. Wall mounted type 4. Dimensions...
Page 65
Installation space requirement Provide sufficient installation space for product safety. Unit: mm 70 or more 40 or more Wall hook bracket Outline of the indoor unit 107 or more 183 or more 1,500 or more A: Install so that the flare connection part is outdoors. - 57 - 4-5.
Page 66
¢ Models: ASYG07–14KMCE and ASYG07–14KMCF Unit: mm Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 58 - 4-5. Wall mounted type 4. Dimensions...
Page 67
Installation space requirement Provide sufficient installation space for product safety. Unit: mm 40 or more 70 or more Wall hook bracket 107 or more 183 or more Outline of the indoor unit 1,500 or more A: Install so that the flare connection part is outdoors. - 59 - 4-5.
Page 68
¢ Models: ASYG07–14KETA, ASYG07–14KETA-B, ASYG07– 14KETE, ASYG07–14KETE-B, ASYG07–14KETF, and ASYG07– 14KETF-B Unit: mm 373.5 417.5 (950) Outline of indoor unit for pipe inlet Ø65 for pipe inlet Ø65 - 60 - 4-5. Wall mounted type 4. Dimensions...
Page 69
Installation space requirement Provide sufficient installation space for product safety. Unit: mm 40 or more 40 or more Wall hook bracket Outline of the indoor unit 166 or more 211 or more 1,500 or more The flare connection part should be installed outdoors.
4-6. Ceiling type ¢ Models: ABYG18–22KRTA Unit: mm 1,080 49 84 125 103 Side view Top view ø100-mm hole Rear view Suspension bolt pitch Dimensions Indoor unit (Top view) (Space required for installation) The length of the bolt here is 30 mm. Indoor unit - 62 - 4-6.
Page 71
¢ Installation space requirement Unit: mm Ceiling Indoor unit 30 or more Ceiling 200 or more 0 or more Obstruction Floor Required ceiling height varies according to the ceiling mode setting of function setting No. 20. Ceiling height (m) Ceiling mode Standard High ceiling 18, 22 models...
4-7. Floor type ¢ Models: AGYG09–14KVCA Unit: mm Side view Front view - 64 - 4-7. Floor type 4. Dimensions...
Page 73
Installation space Unit: mm 100 or more 80 or more 80 or more 50 or more 150 or below from the floor PROHIBITED Grating WARNING • The appliance shall be installed, operated and stored in a room with a floor area larger than X Minimum room area Amount of refrigerant charge M (kg)
5-2. Mini duct type and Slim duct type ¢ Models: ARXG07–18KSLAP and ARXG07–18KLLAP WLAN adapter, Converter etc. (Option) - 67 - 5-2. Mini duct type and Slim duct type 5. Wiring diagrams...
6. Air velocity and temperature distributions 6-1. Compact cassette type ¢ Models: AUXG07–09KVLA • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit : m/s 0.25 0.25 Top view Horizontal louver: Up 0.25 0.25 4 (m) Unit : m/s Side view Horizontal louver: Up 0.25...
Page 93
• Air velocity distribution Fan speed Operation mode Outlet directions Measuring conditions NOTE: Reference data HIGH HEAT 4-way air outlet Unit : m/s Side view Horizontal louver: Down 0.25 0.25 4 (m) • Air temperature distribution Fan speed Operation mode Outlet directions Measuring conditions NOTE: Reference data...
Page 94
¢ Model: AUXG12KVLA • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit : m/s 0.25 0.25 Top view Horizontal louver: Up 0.25 0.25 4 (m) Unit : m/s Side view Horizontal louver: Up 0.25 0.25 4 (m) - 86 - 6-1.
Page 95
• Air velocity distribution Fan speed Operation mode Outlet directions Measuring conditions NOTE: Reference data HIGH HEAT 4-way air outlet Unit : m/s Side view Horizontal louver: Down 0.25 0.25 4 (m) • Air temperature distribution Fan speed Operation mode Outlet directions Measuring conditions NOTE: Reference data...
Page 96
¢ Model: AUXG14KVLA • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit : m/s 0.25 Top view Horizontal louver: Up 0.25 0.25 0.25 4 (m) Unit : m/s Side view Horizontal louver: Up 0.25 0.25 4 (m) - 88 - 6-1.
Page 97
• Air velocity distribution Fan speed Operation mode Outlet directions Measuring conditions NOTE: Reference data HIGH HEAT 4-way air outlet Unit : m/s Side view Horizontal louver: Down 0.25 4 (m) • Air temperature distribution Fan speed Operation mode Outlet directions Measuring conditions NOTE: Reference data HIGH...
Page 98
¢ Model: AUXG18KVLA Fan speed Operation mode Ceiling mode Measuring conditions HIGH STANDARD Unit: m/s 0.25 Top view Horizontal louver: Up 0.25 0.25 0.25 Unit: m/s Side view Horizontal louver: Up 0.25 0.25 Unit: m/s Side view Horizontal louver: Down 0.25 0.25 - 90 -...
Page 99
¢ Model: AUXG22KVLA Fan speed Operation mode Ceiling mode Measuring conditions HIGH STANDARD Unit: m/s 0.25 Top view Horizontal louver: Up 0.25 0.25 0.25 0.25 Unit: m/s Side view Horizontal louver: Up 0.25 0.25 Unit: m/s Side view Horizontal louver: Down 0.25 0.25 - 91 -...
6-2. Mini duct type ¢ Model: ARXG07KSLAP NOTE: This data is measured after installing optional Auto louver grille kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up...
Page 101
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 93 - 6-2.
Page 102
¢ Model: ARXG09KSLAP NOTE: This data is measured after installing optional Auto Louver Grille Kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 103
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 95 - 6-2.
Page 104
¢ Model: ARXG12KSLAP NOTE: This data is measured after installing optional Auto Louver Grille Kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 105
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 97 - 6-2.
Page 106
¢ Model: ARXG14KSLAP NOTE: This data is measured after installing optional Auto louver grille kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 107
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 99 - 6-2.
Page 108
¢ Model: ARXG18KSLAP NOTE: This data is measured after installing optional Auto Louver Grille Kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 109
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 101 - 6-2.
6-3. Slim duct type ¢ Model: ARXG07KLLAP NOTE: This data is measured after installing optional Auto louver grille kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up...
Page 111
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 103 - 6-3.
Page 112
¢ Model: ARXG09KLLAP NOTE: This data is measured after installing optional Auto louver grille kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 113
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 105 - 6-3.
Page 114
¢ Model: ARXG12KLLAP NOTE: This data is measured after installing optional Auto louver grille kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 115
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 107 - 6-3.
Page 116
¢ Model: ARXG14KLLAP NOTE: This data is measured after installing optional Auto louver grille kit. • Air velocity distribution Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 117
• Air velocity distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Fan speed Operation mode Measuring conditions HIGH HEAT Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 109 - 6-3.
Page 118
¢ Model: ARXG18KLLAP NOTE: This data is measured after installing optional Auto Louver Grille Kit. Fan speed Operation mode Measuring conditions HIGH • Air velocity distribution Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
Page 119
Fan speed Operation mode Measuring conditions HIGH HEAT • Air velocity distribution Unit: m/s Side view Horizontal louver: Down Vertical louver: Center • Air temperature distribution Unit: °C Side view Horizontal louver: Down Vertical louver: Center - 111 - 6-3. Slim duct type 6.
6-4. Wall mounted type ¢ Models: ASYG07–09KGTB, ASYG07–09KGTE, ASYG07– 09KGTF, ASYG07–12KMTB, ASYG07–12KMCC, ASYG07– 12KMCE, ASYG07–12KMCF, ASYG07–12KETA, ASYG07– 12KETA-B, ASYG07–12KETE, ASYG07–12KETE-B, ASYG07– 12KETF, and ASYG07–12KETF-B Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up...
Page 121
¢ Models: ASYG18–24KMTB and ASYG18–24KMTE Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left & Right Unit: m/s Side view Horizontal louver: Up Vertical louver: Center Unit: m/s Side view...
Page 122
¢ Models: ASYG12–14KGTB, ASYG12–14KGTE, ASYG12– 14KGTF, ASYG14KMTB, ASYG14KMCC, ASYG14KMCE, ASYG14KMCF, ASYG14KETA, ASYG14KETA-B, ASYG14KETE, ASYG14KETE-B, ASYG14KETF, and ASYG14KETF-B Fan speed Operation mode Measuring conditions HIGH Unit: m/s Top view Horizontal louver: Up Vertical louver: Center Unit: m/s Top view Horizontal louver: Up Vertical louver: Left &...
6-5. Ceiling type ¢ Model: ABYG18KRTA Fan speed Operation mode Measuring conditions HIGH Unit: m/s 0.25 Top view Horizontal louver: Up Vertical louver: Center Unit: m/s 0.25 Top view Horizontal louver: Up Vertical louver: Left & Right 0.25 Unit: m/s Side view 0.25 Horizontal louver: Up...
Page 124
¢ Model: ABYG22KRTA Fan speed Operation mode Measuring conditions HIGH 0.25 Top view Horizontal louver: Up Vertical louver: Center 0.25 Top view Horizontal louver: Up Vertical louver: Left & Right 0.25 Side view 0.25 Horizontal louver: Up Vertical louver: Center Side view Horizontal louver: Down Vertical louver: Center...
6-6. Floor type ¢ Models: AGYG09–14KVCA Fan speed Operation mode Fan select Measuring conditions HIGH Upper and lower Unit: m/s Top view Horizontal louver: Up Vertical louver: Center UPPER LOWER Unit: m/s Top view Horizontal louver: Up Vertical louver: Left & Right Unit: m/s Side view Horizontal louver: Up...
7. Fan performance NOTE: Airflow and capacity/outlet temperature curve data are measured based on the same condi- tions mentioned in "Specifications". 7-1. Mini duct type ¢ Model: ARXG07KSLAP Quiet (SP mode 00) SP mode 03 upper limit Quiet (Normal SP) Quiet (SP mode 03) Hi (SP mode 03) Normal SP upper limit...
Page 127
Characteristics of air volume and capacity • Cooling Capacity Airflow (m • Heating Capacity Airflow (m - 119 - 7-1. Mini duct type 7. Fan performance...
Page 128
¢ Model: ARXG09KSLAP Quiet (SP mode 00) SP mode 03 upper limit Quiet (Normal SP) Hi (SP mode 03) Quiet (SP mode 03) SP mode 00 upper limit SP mode 03 lower limit Normal SP upper limit Hi (Normal SP) Hi (SP mode 00) Airflow (m Available airflow rate range (High level)
Page 129
Characteristics of air volume and capacity • Cooling Capacity Airflow (m • Heating Capacity Airflow (m - 121 - 7-1. Mini duct type 7. Fan performance...
Page 130
¢ Model: ARXG12KSLAP SP mode 03 upper limit Quiet (SP mode 03) Hi (SP mode 03) Quiet Normal SP (Normal SP) upper limit Quiet SP mode 03 (SP mode 00) lower limit SP mode 00 (Normal SP) upper limit Hi (SP mode 00) Airflow (m Available airflow rate range (High level) Hi (SP mode 03)
Page 131
Characteristics of air volume and capacity • Cooling Capacity Airflow (m • Heating Capacity Airflow (m - 123 - 7-1. Mini duct type 7. Fan performance...
Page 133
Characteristics of air volume and capacity • Cooling Capacity Airflow (m • Heating Capacity Airflow (m - 125 - 7-1. Mini duct type 7. Fan performance...
8-2. Mini duct type Airflow Model Operation mode Fan speed High Cooling Quiet ARXG07KSLAP High Heating Quiet High Cooling Quiet ARXG09KSLAP High Heating Quiet High Cooling Quiet ARXG12KSLAP High Heating Quiet High Cooling Quiet ARXG14KSLAP High Heating Quiet High Cooling Quiet ARXG18KSLAP High...
8-3. Slim duct type Airflow Model Operation mode Fan speed High Cooling Quiet ARXG07KLLAP High Heating Quiet High Cooling Quiet ARXG09KLLAP High Heating Quiet High Cooling Quiet ARXG12KLLAP High Heating Quiet High Cooling Quiet ARXG14KLLAP High Heating Quiet High Cooling Quiet ARXG18KLLAP High...
8-4. Medium static pressure duct type Airflow Model Operation mode Fan speed High 1,100 Cooling Quiet ARXG22KMLB High 1,100 Heating Quiet High 1,150 Cooling Quiet ARXH22KMTAP High 1,150 Heating Quiet - 147 - 8-4. Medium static pressure duct type 8. Airflow...
8-5. Wall mounted type Airflow Model Operation mode Fan speed High Cooling Quiet ASYG07KGTB High Heating Quiet High Cooling Quiet ASYG09KGTB High Heating Quiet High Cooling Quiet ASYG12KGTB High Heating Quiet High Cooling Quiet ASYG14KGTB High Heating Quiet High Cooling Quiet ASYG07KGTE High...
Page 157
Airflow Model Operation mode Fan speed High Cooling Quiet ASYG12KGTE High Heating Quiet High Cooling Quiet ASYG14KGTE High Heating Quiet High Cooling Quiet ASYG07KGTF High Heating Quiet High Cooling Quiet ASYG09KGTF High Heating Quiet High Cooling Quiet ASYG12KGTF High Heating Quiet High Cooling...
Page 158
Airflow Model Operation mode Fan speed High Cooling Quiet ASYG18KMTB High 1,020 Heating Quiet High 1,060 Cooling Quiet ASYG22KMTB High 1,060 Heating Quiet High 1,170 Cooling Quiet ASYG24KMTB High 1,170 Heating Quiet High Cooling Quiet ASYG18KMTE High 1,020 Heating Quiet High 1,060 Cooling...
Page 159
Airflow Model Operation mode Fan speed High Cooling Quiet ASYG07KMTB High Heating Quiet High Cooling Quiet ASYG09KMTB High Heating Quiet High Cooling Quiet ASYG12KMTB High Heating Quiet High Cooling Quiet ASYG14KMTB High Heating Quiet High Cooling Quiet ASYG07KMCC High Heating Quiet High Cooling...
Page 160
Airflow Model Operation mode Fan speed High Cooling Quiet ASYG12KMCC High Heating Quiet High Cooling Quiet ASYG14KMCC High Heating Quiet High Cooling Quiet ASYG07KMCE High Heating Quiet High Cooling Quiet ASYG09KMCE High Heating Quiet High Cooling Quiet ASYG12KMCE High Heating Quiet High Cooling...
Page 161
Airflow Model Operation mode Fan speed High Cooling Quiet ASYG07KMCF High Heating Quiet High Cooling Quiet ASYG09KMCF High Heating Quiet High Cooling Quiet ASYG12KMCF High Heating Quiet High Cooling Quiet ASYG14KMCF High Heating Quiet High Cooling ASYG07KETA Quiet High ASYG07KETA-B Heating Quiet High...
Page 162
Airflow Model Operation mode Fan speed High Cooling ASYG12KETA Quiet ASYG12KETA-B High Heating Quiet High Cooling ASYG14KETA Quiet High ASYG14KETA-B Heating Quiet High Cooling ASYG07KETE Quiet ASYG07KETE-B High Heating Quiet High Cooling ASYG09KETE Quiet ASYG09KETE-B High Heating Quiet High Cooling ASYG12KETE Quiet High...
Page 163
Airflow Model Operation mode Fan speed High Cooling ASYG07KETF Quiet ASYG07KETF-B High Heating Quiet High Cooling ASYG09KETF Quiet High ASYG09KETF-B Heating Quiet High Cooling ASYG12KETF Quiet ASYG12KETF-B High Heating Quiet High Cooling ASYG14KETF Quiet ASYG14KETF-B High Heating Quiet - 155 - 8-5.
8-6. Ceiling type Airflow Model Operation mode Fan speed High Cooling Quiet ABYG18KRTA High Heating Quiet High Cooling Quiet ABYG22KRTA High Heating Quiet - 156 - 8-6. Ceiling type 8. Airflow...
8-7. Floor type Airflow Model Operation mode Fan speed High Cooling Quiet AGYG09KVCA High Heating Quiet High Cooling Quiet AGYG12KVCA High Heating Quiet High Cooling Quiet AGYG14KVCA High Heating Quiet - 157 - 8-7. Floor type 8. Airflow...
9-8. Sound level check point ¢ Compact cassette type Microphone 1.5 m Microphone - 177 - 9-8. Sound level check point 9. Noise level curve...
Page 186
¢ Mini duct type, Slim duct type, and Medium static pressure duct type Product Measuring duct Measuring duct (Set the static pressure as rating in this area.) Microphone Microphone Front view Side view ¢ Wall mounted type Microphone Microphone NOTE: Detailed shape of the actual indoor unit might be slightly different from the one illustrated above.
Page 189
Wiring spec. of connection Power supply cable Indoor rated (50 Hz, 230 V) (Indoor unit to outdoor unit) Cross- Limited Input sectional wiring power Type Model name area length ASYG07KGTB 0.25 0.20 ASYG09KGTB 0.30 0.24 ASYG12KGTB 0.30 0.24 ASYG14KGTB 0.37 0.29 ASYG07KGTE 0.25...
Page 190
Wiring spec. of connection Power supply cable Indoor rated (50 Hz, 230 V) (Indoor unit to outdoor unit) Cross- Limited Input sectional wiring power Type Model name area length ASYG07KETA 0.25 0.20 ASYG07KETA-B ASYG09KETA 0.30 0.24 ASYG09KETA-B ASYG12KETA 0.30 0.24 ASYG12KETA-B ASYG14KETA 0.38...
Activate: 135 ±15 °C Fan motor stop ARXG22KMLB ― Reset: 115 ±15 °C Fan motor restart Medium static pressure duct Activate: 115 ±15 °C Fan motor stop ARXH22KMTAP ○ Reset: 70 °C Fan motor restart - 183 - 11. Safety devices...
Page 192
Terminal Indoor unit Float Model name PCB* fuse Fan motor thermal protector thermal type switch fuse ASYG07KGTB Activate: 110 ±15 °C Fan motor speed down Reset: 110 ±15 °C ASYG09KGTB Fan motor speed recover ASYG12KGTB Activate: 125 ±10 °C Fan motor stop Reset: 100 ±10 °C ASYG14KGTB Fan motor restart...
Page 193
Terminal Indoor unit Float Model name PCB* fuse Fan motor thermal protector thermal type switch fuse ASYG07KMCC Activate: 170 °C ASYG09KMCC Fan motor stop ASYG12KMCC Reset: 145 °C ASYG14KMCC Fan motor restart ASYG07KMCE Activate: 170 °C ASYG09KMCE Fan motor stop ―...
NOTE: For details of the switching function, refer to "Setting of external input and output" on page 190. - 186 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 195
*1: The switches can be used on the following condition: DC 12 V to 24 V, 1 mA to 15 mA. *2: Make the power supply DC 12 V to 24 V, 10 mA or more. - 187 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 196
NOTE: The input signal supports the following switch type: • Edge: Alternate type switch • Pulse: Momentary type switch - 188 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 197
(Operation status) Power supply Connected device 2 (Error status) Power supply Connected device 3 (Indoor unit fan operation status) - 189 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 198
46. • *: The external input other than “Operation/Stop” is available only when the SW2 is set to “Edge”. - 190 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 199
• The last command has priority. • The indoor units within the same remote controller group operates in the same mode. - 191 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 200
• When forced stop function is used with forming a remote controller group, connect the same equipment to each indoor unit within the group. - 192 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 201
NOTE: When "Operation/Stop" mode 2 function is used with forming a remote controller group, connect the same equipment to each indoor unit within the group. - 193 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 202
2, B, C, D Ex IN 1 Output PCB On → Off Normal operation Ex IN 1 Compressor Room temp. Set temp. - 194 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 203
The output is on when an error is generated for the indoor unit. Error Indoor unit Normal CN47 Ex OUT 1, 2, 3 - 195 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 204
During thermostat off when in dry mode operation. Fan run Indoor unit Fan stop CN47 Ex OUT 2, 3 - 196 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
Page 205
• And Tr decrease below 10°C, signal output is off. Tr-Ts Tr-Ts=-1 °C Tr-Ts=-3 °C Tr-Ts=-10 °C Tr-Ts=-12 °C The output also turns off in defrost operation. - 197 - 12-1. Compact cassette type, Medium static pressure duct type (ARXH22KMTAP), and 12. External input and output Ceiling type...
12-2. Mini duct type, Slim duct type, and Medium static pressure duct type (ARXG22KMLB) Exterior of the indoor unit PCB and the component location differ by the type of the indoor unit as follows. • Mini duct type, Slim duct type, and Medium static pressure duct types (ARXG22KMLB): CN47 (Ext.
Page 207
¢ External input With using external input function, some functions on this product can be controlled from an external device. • “Operation/Stop” mode or "Forced stop" mode can be selected with function setting of indoor unit. • A twisted pair cable (22AWG) should be used. Maximum length of cable is 150 m. •...
Page 208
¢ Combination of external input and output By combining the function setting of the indoor unit, you can select various combinations of func- tions. Combination examples of external input and output are as follows: External input External output Mode Function setting Terminal CN47 60—00...
Page 209
¢ Details of function Control input function • When function setting is "Operation/Stop" mode 1 Function setting External input Input signal Command Off → On Operation 46—00 Terminal On → Off Stop Input Operation Indoor unit Stop Remote controller NOTES: •...
Page 210
• When function setting is "Operation/Stop" mode 2 Function setting External input Input signal Command Off → On Operation 46—03 Terminal Stop (Remote controller On → Off disabled) Input Operation Indoor unit Stop (R.C. disabled) Remote controller NOTE: When "Operation/Stop" mode 2 function is used with forming a remote controller group, connect the same equipment to each indoor unit within the group.
Page 211
Indoor unit fan operation status Function setting External output Output signal Command Low → High Fan run 60—10 CN47 High → Low Fan stop Output signal Condition The indoor unit fan is operating. Low → High The fan is stopped or during cold air prevention. During thermostat off when in dry mode operation.
12-3. Wall mounted type (KGTB, 18-24KMTB, KETA, and KETA- External Input and Output PCB SW301 SW302 Rotary switch CN314 CN313 CN312 CN311 CN310 CN308 To CN6 on Indoor unit PCB Input External input External output Connector Input select signal Operation/Stop CN313/ Edge/Pulse Dry contact/...
Page 213
¢ External input With using external input function, some functions on this product can be controlled from an external device. • “Operation/Stop” mode or "Forced stop" mode can be selected with function setting of indoor unit. • A twisted pair cable should be used. Maximum length of cable is 150 m. •...
Page 214
¢ External output Use an external output cable with appropriate external dimension, depending on the number of ca- bles to be installed. External Input and Output PCB • A twisted pair cable (22AWG) should be used. Maximum length of cable is 25 m. •...
Page 215
¢ Combination of external input and output By combining the function setting of the indoor unit and rotary switch setting of the External Input and Output PCB, you can select various combinations of functions. Combination examples of external input and output are as follows: External input External Input Function...
Page 216
Input signal type External Input and Output PCB: The input signal type can be selected. Signal type (edge or pulse) can be switched by the DIP switch SW302 on the External Input and Output PCB. The width of pulse must be longer than 200 msec.
Page 217
¢ Details of function Control input function • When function setting is "Operation/Stop" mode 1 – In the case of "Edge" input: Rotary SW on Function External Input and External input Input signal Command setting / Output PCB Off → On Operation External Input and 46-00...
Page 218
• When function setting is "Forced stop" mode – In the case of "Edge" input: Rotary SW on Function External Input and External input Input signal Command setting / Output PCB Off → On Forced stop External Input and 46-02 60-00 / 1 CN313 Output PCB...
Page 219
• When function setting is "Operation/Stop" mode 2 – In the case of "Edge" input: Rotary SW on Function External Input and External input Input signal Command setting / Output PCB Off → On Operation Stop External Input and 46-03 60-00 / 1 CN313 (Remote...
Page 220
• Forced thermostat off function Rotary SW on Function External Input and External input Input signal Command setting / Output PCB Thermostat 60-00 / 2 Off → On External Input and Output 60-09 / B CN313 Normal On → Off 60-10 / C operation Input...
Page 221
Control output function • Operation/Stop status Rotary SW on Function Output External Input and External output Command setting / signal Output PCB Off → On Operation External Input and Output 60-00 / 1 CN310 On → Off Stop The output is low when the unit is stopped. Operation Indoor unit Stop...
12-4. Wall mounted type (07-14KMTB and KMCC) With using external input and output functions, this product can be operated inter-connectedly with an external device. Connector Input Output Remarks CNA01 Control input — See external input/output CNB01 — Operation status output settings for details.
Page 223
• Circuit diagram example • Contact capacity: DC 24 V or more, 10 Indoor unit mA or more. Communication kit Connected unit control PCB • *: Make the distance from the PCB to Example: Switch Connector the connected unit within 10 m. •...
Page 224
• Optional part Part name Model name Exterior External input wire External Connect Kit UTY-XWZXZ5 Communication Kit UTY-TWBXF2 * For operating the external function, the wall mounted type requires the communication kit in addi- tion to the wire (UTY-XWZXZ5). - 216 - 12-4.
Page 225
¢ External output With using external output function, operating status of this product can be transmitted to the exter- nal device, and also, this product can be inter-connected with the external device. Operation status output Air conditioner operation status signal can be output. •...
Page 226
Error status output Air conditioner error status signal can be output. • Circuit diagram example: Indoor unit control PCB Communication kit Connected unit Connector DC 24 V Example: Relay unit Example: Display Relay power supply 10 m* Signal Optional parts Locally purchased –...
Page 228
¢ External input With using external input function, some functions on this product can be controlled from an external device. • “Operation/Stop” mode or "Forced stop" mode can be selected with function setting of indoor unit. • A twisted pair cable should be used. Maximum length of cable is 150 m. •...
Page 229
External Input and Output PCB The indoor unit Operation/Stop can be set by using the input connector on the PCB. • Input select: Use either one of these types of connectors according to the application. (Both types of connec- tors cannot be used simultaneously.) –...
Page 230
¢ External output Use an external output cable with appropriate external dimension, depending on the number of ca- bles to be installed. Indoor unit • A twisted pair cable should be used. Maximum length of cable is 25 m. •...
Page 231
External Input and Output PCB • A twisted pair cable should be used. Maximum length of cable is 25 m. • Output voltage: High DC 12 V±2 V, Low 0 V. • Permissible current: 50 mA • For details, refer to "Combination of external input and output"...
Page 232
¢ Combination of external input and output By combining the function setting of the indoor unit and rotary switch setting of the External Input and Output PCB, you can select various combinations of functions. Combination examples of external input and output are as follows: External input Function Rotary...
Page 233
Input signal type External Input and Output PCB: The input signal type can be selected. Signal type (edge or pulse) can be switched by the DIP switch SW302 on the External Input and Output PCB. The width of pulse must be longer than 200 msec.
Page 234
¢ Details of function Control input function • When function setting is “Operation/Stop” mode 1 – In the case of “Edge” input: Function Rotary SW on External External input Input signal Command setting Input and Output PCB Off → On Operation External Input and 46-00...
Page 235
• When function setting is “Forced stop” mode – In the case of “Edge” input: Function Rotary SW on External External input Input signal Command setting Input and Output PCB Off → On Forced stop External Input and 46-02 CN313 Output PCB On →...
Page 236
• When function setting is “Operation/Stop” mode 2 – In the case of “Edge” input: Function Rotary SW on External External input Input signal Command setting Input and Output PCB Off → On Operation Stop External Input and 46-03 CN313 (Remote Output PCB On →...
Page 237
• Forced thermostat off function Rotary SW on Input Function setting / External Input External input Command signal and Output PCB Thermostat 60-00 Off → On External Input and 60-09 CN313 Output PCB Normal On → Off 60-10 operation Input Compressor Room temp.
Page 238
Control output function • Operation/Stop status Rotary SW on Output Function setting / External Input External output Command signal and Output PCB 60-00 / 1 Off → On Operation Output of indoor unit CN47 60-00 / 2 On → Off Stop 60-00 / 1 Off →...
Page 239
• Indoor unit fan operation status Rotary SW on Output Function setting / External Input External output Command signal and Output PCB Off → On Fan run 60-10 / C Output of indoor unit CN47 On → Off Fan stop 60-00 / 2 Off →...
Page 240
External heater output Function setting Indoor unit Wired R. C. Control Primary heater Auxiliary heater Control switching external heaters Sensor activation* No. 61 Auxiliary heater Heat pump 61-00 — External device* control 1 Auxiliary heater Heat pump External device 61-01 —...
Page 241
• Design and install external heater appropriately with considering its protection. • Inappropriate designing and installation of external heater may cause a fire by emitted heat from the external heater. • Fujitsu General Ltd. is not responsible for inappropriate designing or installation of external heating device. - 233 - 12-5.
Page 242
Auxiliary heater control 1 Operation Condition Heater on Heater is on as shown in following diagram of heating temperature. • Heater is off as shown in following diagram of heating temperature. • Other than heating mode Heater off • Error occurred •...
Page 243
Heat pump prohibition control Perform heating by external heater only. Indoor unit is continuous thermostat off. • Compact cassette type Operation Condition Heater is on as shown in following diagram of heating Heater on temperature. • Heater is off as shown in following diagram of heating temperature.
Page 244
• Operation status – Compact cassette type Heating operation 0.5°C Set temp. Room temperature -0.5°C Comp. On/Off 12 V Heater 3 min or more – Slim duct type Heating operation 0.5°C Set temp. Room temperature -0.5°C Comp. On/Off 12 V Heater 3 min or more DIP-SW101-3 On...
Page 245
Auxiliary heater control by outdoor temperature 1 This control selects heat pump or external heater according to the outdoor temperature. When out- door temperature is high, the heating is performed by using heat pump only. Operation Condition Heater on Heater is on as shown in following diagram of heating temperature. •...
Page 246
• Operation status 8°C 6°C Outdoor temperature (Factory setting) -18°C -20°C Heat pump Heat pump Combination zone prohibition only zone zone Outdoor temperature zone * Comp. On/Off 12 V Heater * The outdoor temperature zone transition from one to another will stay in that zone for minimum of 30 min. NOTE: In following operations, compressor will be on in heat pump prohibition zone.
Page 247
Auxiliary heater control by outdoor temperature 2 This control selects heat pump or external heater according to the outdoor temperature. Even when outdoor temperature is high, the heating is performed by using both of heat pump and external heater. Operation Condition Heater on Heater is on as shown in following diagram of heating temperature.
Page 248
• Operation status 8°C 6°C Outdoor temperature (Factory setting) -18°C -20°C Heat pump prohibition Combination zone zone Outdoor temperature zone * Comp. On/Off 12 V Heater * The outdoor temperature zone transition from one to another will stay in that zone for minimum of 30 min. NOTE: In following operations, compressor will be on in heat pump prohibition zone.
12-6. Floor type Indoor unit PCB CN 23 CN 21 CN 15 CN 14 P 190 External input External output Connector Input signal Operation/Stop CN14 Forced stop — Edge Forced thermostat off CN15 Operation status Indoor unit Error status CN20/CN21/ —...
Page 250
¢ External output Use an external output cable with appropriate external dimension, depending on the number of ca- bles to be installed. Indoor unit • A twisted pair cable (22AWG) should be used. Maximum length of cable is 25 m . •...
Page 251
¢ Combination of external input and output By combining the function setting of the indoor unit, you can select various combinations of func- tions. Combination examples of external input and output are as follows: External input Function Mode Indoor unit setting CN14 CN15...
Page 252
¢ Details of function Control input function • When function setting is "Operation/Stop" mode 1 – In the case of "Edge" input Mode Function setting External input Input signal Command Off → On Operation — CN14 On → Off Stop 46-00 Input of indoor unit...
Page 253
• When function setting is "Operation/Stop"mode 2 – In the case of "Edge" input Mode Function setting External input Input signal Command Off → On Operation Stop — CN14 (Remote On → Off controller disabled) 46-03 Input of indoor unit Off →...
Page 254
Control output function • Operation/Stop status Output Mode Function setting External output Command signal Low → High Operation 60-00 CN15 High → Low Stop Output of indoor unit Off → On Operation 60-00 CN20 On → Off Stop The output is low when the unit is stopped. Operation Indoor unit Stop...
Page 255
• Indoor unit fan operation status Output Mode Function setting External output Command signal Low → High Fan run 60-10 CN15 High → Low Fan stop Output of indoor unit Off → On Fan run 60-00 CN22 On → Off Fan stop Output signal Condition...
Page 256
• Design and install external heater appropriately with considering its protection. • Inappropriate designing and installation of external heater may cause a fire by emitted heat from the external heater. • Fujitsu General Ltd. is not responsible for inappropriate designing or installation of external heating device. - 248 - 12-6.
Page 257
• Auxiliary heater control 1 Operation Condition Heater on Heater is on as shown in following diagram of heating temperature. • Heater is off as shown in following diagram of heating temperature. • Other than heating mode Heater off • Error occurred •...
13. Group connection NOTE: Group control cannot be used together with WLAN Adapter. Installation procedure for group control system: A number of indoor units can be operated at the same time using a single remote controller. NOTE: When different type of indoor units (such as wall mounted type and cassette type, cassette type and duct type, or other combinations) are connected using group control system, some functions may no longer be available.
Page 259
2. Set the remote controller address. (Function setting) • Addresses will be automatically set when initially starting up this unit. In such a case, do not change the remote controller address for the indoor unit, and keep it at the initial setting of “00”.
14. Remote controller 14-1. Wireless remote controller (AR-REW4E, AR-REM4E, and AR-REB1E) ¢ Overview AR-REW4E Signal transmitter MODE button FAN button 10°C HEAT button SWING button ECONOMY button TEMP. button OUTDOOR UNIT SET button LOW NOISE button POWERFUL button WEEKLY button TIMER SETTING button Start/Stop button...
Page 261
To facilitate explanation, the accompanying illustration has been drawn to show all possible indicators; in actual operation, however, the display will only show those indicators appropriate to the current oper- ation. - 253 - 14-1. Wireless remote controller (AR-REW4E, AR-REM4E, and AR-REB1E) 14.
Page 262
AR-REM4E Signal SENSOR button transmitter MODE button FAN button 10°C HEAT button SWING button ECONOMY button TEMP. button OUTDOOR UNIT SET button LOW NOISE button POWERFUL button WEEKLY button TIMER SETTING button Start/Stop button ON/OFF button SEND button SLEEP button SELECT button RESET button NEXT button...
Page 263
AR-REB1E Signal transmitter MODE button FAN button 10°C HEAT button ECONOMY button SWING button OUTDOOR UNIT SET button LOW NOISE button TEMP. button ON TIMER button POWERFUL button OFF TIMER button Start/Stop button TIMER SELECT button RESET button SLEEP TIMER button CLOCK ADJUST button TIMER CANCEL button NOTE: Functions may differ by type of the indoor unit.
Page 264
¢ Specifications Controller Unit: mm Top view Front view Side view Size (H × W × D) 205 × 61 × 17 Weight 124 (without batteries) Holder Unit: mm 48.5 Ø 3.5 (Hole) Hole 26.2 69.3 Front View Side View Bottom View Size (H ×...
14-7. Wired remote controller (UTY-RNNYM: Optional part) ¢ Overview a START/STOP button Starts and stops operation. b SET TEMP. button Selects the setting temperature. c MODE button Selects the operating mode (AUTO , HEAT ,FAN COOL , and DRY d FAN button Selects the fan speed AUTO ,QUIET , LOW...
Page 277
¢ System diagram 1 remote controller: 2 remote controllers: Indoor unit Indoor unit A, B, C: Remote controller cable A ≤ 500 m;B + C ≤ 500 m Primary Secondary Remote controllers Remote controller ¢ Electrical wiring 1 remote controller: 2 remote controllers: Indoor unit Indoor unit...
Page 278
¢ Specifications Dimensions and other specifications on the wired remote controller are as follows. Unit: mm Front view Side view Size (H × W × D) 120 × 120 × 18 Weight Cable length (accessory) Power Wiring specifications Cable size Wire type Remarks Remote controller cable...
Page 279
When connecting to Communication Kit (for KM models in Wall mounted type) When connecting the remote controller to optional Communication Kit, follow the procedures men- tioned below. Modify the remote controller cable as follows: • Use a tool to cut off the terminal on the end of the remote controller cable and then remove the insulation from the cut end of the cable as shown in following figure.
14-8. Wired remote controller (UTY-RLRY: Optional part) ¢ Overview a LED lamp (Operation indicator) Lights while the indoor unit is operating. Blinks when an error occurred. b FAN button Each time the button is pressed, fan speed switches as follows: Auto High Quiet...
Page 281
¢ System diagram 1 remote controller: 2 remote controllers: Indoor unit Indoor unit A, B, C: Remote controller cable A ≤ 500 m;B + C ≤ 500 m Primary Secondary Remote controllers Remote controller ¢ Electrical wiring 1 remote controller: 2 remote controllers: Indoor unit Indoor unit...
Page 282
¢ Specifications Dimensions and other specifications on the wired remote controller are as follows. Unit: mm Hole: 9 × 4.5 Hole: 12.5 × 4.5 Hole: 6 × 4.5 Front view Side view Rear view Size (H × W × D) 120 ×...
14-9. Wired remote controller (UTY-RVNYM: Optional part) ¢ Overview a Display panel (with backlight) b Screen switch button (Left) c Menu button d Cancel button e Cursor button f Screen switch button (Right) g Power indicator h On/off button i Enter button - 275 - 14-9.
Page 284
¢ System diagram 1 remote controller: 2 remote controllers: Indoor unit Indoor unit A, B, C: Remote controller cable A ≤ 500 m;B + C ≤ 500 m Primary Secondary Remote controllers Remote controller ¢ Electrical wiring 1 remote controller: 2 remote controllers: Indoor unit Indoor unit...
Page 285
¢ Specifications Unit: mm 21.3 Front view Side view Size (H × W × D) 120 × 120 × 21.3 Weight Wiring specifications Cable size Wire type Remarks Remote controller cable Polar 3 core Use sheathed PVC cable. 0.33 mm - 277 - 14-9.
Page 286
¢ Installation (Remote control main unit) Installation space: Unit : mm or more or more or more 220 or more* NOTE: Secure enough space where a flat-blade screwdriver to remove the case can be inserted. Installation procedures: 1. Process the remote controller cable. Unit : mm 1.
Page 287
3. Attach the remote controller. • When attaching to switch box: a. Seal the wiring hole of the remote controller cable. b. Put a remote controller cable through the hole of the rear case. c. Fix the rear case by securing it with attached screws (2 places). •...
Page 288
4. Connect the cable to the terminals on the front case. Fix the cable together with the sheath with the cable tie. Cut off the excess cable tie. Tightening torque Terminal screw 0.8 to 1.2 N•m 1. 12V (Red) 2. Signal (White) 3.
Page 289
5. Attach the front case. • Insert after adjusting upper part of front case. • When insert the front case, do not pinch the cable. Front case Click! Good Prohibited Prohibited Prohibited CAUTION Insert the upper case firmly. If improperly attached, it will cause the upper case to fall off. ¢...
Page 290
When connecting to Communication Kit (for KM models in Wall mounted type) When connecting the remote controller to optional Communication Kit, follow the procedures men- tioned below. Modify the remote controller cable as follows: • Use a tool to cut off the terminal on the end of the remote controller cable and then remove the insulation from the cut end of the cable as shown in following figure.
14-10. Wired remote controller (UTY-RNRYZ*: Optional part) ¢ Overview a Remote temperature sensor (inside) b On/off button Operable only while displaying the “Monitor mode” screen. c LED lamp (operation indicator) d Touch panel display e Set temperature Operating temperature can be set. f Remote controller group name g Mode Operation mode can be set.
Page 292
¢ System diagram 1 remote controller: 2 remote controllers: Indoor unit Indoor unit A, B, C: Remote controller cable A ≤ 500 m;B + C ≤ 500 m Primary Secondary Remote controllers Remote controller ¢ Electrical wiring 1 remote controller: 2 remote controllers: Indoor unit Indoor unit...
Page 293
¢ Specifications Dimensions and other specifications on the wired remote controller are as follows. [Unit : mm] 20.4 Model name UTY-RNRYZ* Display 3.8-inch FSTN LCD (255 × 160 dots) with touch panel Dimensions (H × W × D) 120 × 120 × 20.4 Weight Input voltage DC 12...
14-11. Wired remote controller (UTY-RCRYZ1: Optional part) ¢ Overview a Display panel b MODE button c Menu button buttons (Set temperature buttons) e FAN button f On/off button g Wireless remote controller signal receiving section - 286 - 14-11. Wired remote controller (UTY-RCRYZ1: Optional part) 14.
Page 295
¢ System diagrams • Single remote control I.U. Remote controller cable A ≤ 500 m ¢ Electrical wiring Indoor unit Remote controller - 287 - 14-11. Wired remote controller (UTY-RCRYZ1: Optional part) 14. Remote controller...
Page 296
¢ Specifications Unit: mm Hole × 2 (for M4 screws) Size (H × W × D) 86 × 86 × 32 Weight Wiring specifications Cable size Wire type Remarks Remote controller 0.33 to 1.25 mm Non polar 2-core Use sheathed twist pair cable.* cable (22 to 16 AWG) *: Use shielded cable (locally purchased) in accordance with the regional cable standard.
Page 297
• Pattern B 1. Use a tool to cut off the terminal on the end of the remote controller cable, and then remove the insulation from the cut end of the cable as shown below. 20 mm Remote controller cable (Non-polar) 2.
14-12. Simple remote controller (UTY-RSNYM: Optional part) ¢ Overview a START/STOP button Starts and stops operation. b Display backlight button Lights during operation. c Operation lamp Lights during operation. d FAN button Selects the fan speed (AUTO ,HIGH , MED , and QUIET ).
Page 299
¢ System diagram 1 remote controller: 2 remote controllers: Indoor unit Indoor unit A, B, C: Remote controller cable A ≤ 500 m;B + C ≤ 500 m Primary Secondary Remote controllers Remote controller ¢ Electrical wiring 1 remote controller: 2 remote controllers: Indoor unit Indoor unit...
Page 300
¢ Specifications Dimensions and other specifications on the wired remote controller are as follows. Unit: mm hole x 2 hole x 2 Front View Side View Rear View Size (H × W × D) 120 × 75 × 14 Weight Cable length (accessory) Power ...
Page 301
When connecting to Communication Kit (for KM models in Wall mounted type) When connecting the remote controller to optional Communication Kit, follow the procedures men- tioned below. Modify the remote controller cable as follows: • Use a tool to cut off the terminal on the end of the remote controller cable and then remove the insulation from the cut end of the cable as shown in following figure.
14-13. Simple remote controller (UTY-RSRY and UTY-RHRY: Optional parts) ¢ Overview a LED lamp Lights during operation. b Louver button Adjusts the airflow direction. c START/STOP button Starts and stops operation. d FAN control button Switches the fan speed as follows: Auto High Quiet...
Page 303
¢ System diagram 1 remote controller: 2 remote controllers: Indoor unit Indoor unit A, B, C: Remote controller cable A ≤ 500 m;B + C ≤ 500 m Primary Secondary Remote controllers Remote controller ¢ Electrical wiring 1 remote controller: 2 remote controllers: Indoor unit Indoor unit...
Page 304
¢ Specifications Dimensions and other specifications on the wired remote controller are as follows. Unit: mm 30.0 30.0 Hole: 9 × 4.5 23.0 Hole: 6 × 4.5 Hole: 12.5 × 4.5 Front View Side View Rear View Size (H × W × D) 120 ×...
15. Function settings To adjust the functions of this product according to the installation environment, various types of function settings are available. NOTE: Incorrect settings can cause a product malfunction. 15-1. Mini duct, Slim duct types indoor unit (setting by DIP switch) By using some components on the PCB, you can change the function settings.
Page 306
¢ DIP switch setting • SW100: Remote controller address setting When operating a number of indoor units by using a wired remote controller, DIP switch set- ting for assigning unit number to each indoor unit is required. The slide switches are normally set to make the unit number 00. Remote Switch number controller...
15-2. Medium static pressure duct type (ARXH22KMTAP) By using some components on the PCB, you can change the function settings. Related components on the PCB and the applicable settings Component Setting content Drainage function setting Setting change prohibited DIP switch101...
15-3. Indoor unit (setting by wireless remote controller) CAUTION This setting changes the function settings used to control the indoor unit according to the installa- tion conditions. Incorrect settings can cause a product malfunction. • After the power is turned on, perform the “Function setting” according to the installation conditions using the remote controller.
Page 309
¢ AR-REM4E (for Wall mounted type KGTB), AR-REW3E (for Wall mounted type KGTE and KGTF), AR-REW4E (for Wall mounted type KETA[-B], KETE[-B], and KETF[-B]), AR-REW2E (for Wall mounted type KMTB and KMTE), and AR-REM7E (for Floor type) Button name and function During address setting mode, indoor unit reject the any operation command from remote con- troller.
Page 310
Function setting procedure Connect the power supply of the outdoor unit. To enter the function setting mode, while holding down the POWERFUL and TEMP. button, press the RESET button. POWERFUL TEMP. ( RESET Function setting mode display Select the function number by pressing the or the buttons.
Page 311
Press the MODE button once to transmit the function mode information. Press the button once to transmit the function setting information. 2 short beeps will be emitted from the indoor unit when the signal is received correctly. If wrong code is set, no beep sound will be emitted.
Page 312
Resetting the power after setting up all indoor units Important: • If the reset is not performed, function cannot be read correctly. • After all the functions have been set, the circuit breaker needs to be switched off for at least 2 minutes.
Page 313
Remote controller custom code setting Custom code setting of wireless remote controller needs to be same as the setting of the indoor unit. When you change the custom code setting of the wireless remote controller, do as follows: Press the START/STOP button until only the clock is displayed on the display. Press the MODE button for at least 5 seconds to display the current custom code (initially set to Press the TEMP.
Page 314
¢ AR-REB1E (for Wall mounted type KMCC) and AR-RMB1E (for Wall mounted type KMCE and KMCF) Button name and function During address setting mode, indoor unit reject the any operation command from remote con- troller. Function number Refer to Function details. Setting number Refer to Function details.
Page 315
Function setting procedure Connect the power supply of the outdoor unit. To enter the function setting mode, while holding down the POWERFUL and SET TEMP. buttons, press the RESET button. POWERFUL SET TEMP. ( RESET Function setting mode display Select the function number by pressing the or the buttons.
Page 316
Press the MODE button once to transmit the function mode information. 2 short beeps Press the button once to transmit the function setting information. 2 short beeps will be emitted from the indoor unit when the signal is received correctly. If wrong code is set, no beep sound will be emitted.
Page 317
Resetting the power after setting up all indoor units Important: • If the reset is not performed, function cannot be read correctly. • After all the functions have been set, the circuit breaker needs to be switched off for at least 2 minutes.
Page 318
Remote controller custom code setting Custom code setting of wireless remote controller needs to be same as the setting of the indoor unit. When you change the custom code setting of the wireless remote controller, do as follows: Press the START/STOP button until only the clock is displayed on the display. Press the MODE button for at least 5 seconds to display the current custom code (initially set to Press the SET TEMP.
Page 319
¢ UTY-LNTY (for Compact cassette type) or AR-REJ1E (included in UTY-LBTYM for Duct type, UTY-LBTYH for Ceiling type) Button name and function During address setting mode, indoor unit reject the any operation command from remote con- troller. Function number Refer to Function details.
Page 320
Function setting procedure Connect the power supply of the outdoor unit. To enter the function setting mode, while holding down the ECONOMY and SET TEMP. buttons, press the RESET button. ECONOMY SET TEMP. ( RESET Function setting mode display - 312 - 15-3.
Page 321
Select the function number by pressing the or the buttons. Each time the 10°C HEAT button is pressed, it switches between the right digit and the left digit. Change digit Change digit Proceed to the setting number by pressing the ECONOMY button. (To return to the function number selection, press the ECONOMY button again.) Select the function number by pressing the or the...
Page 322
Press the button once to transmit the function setting information. 1 short beep will be emit- ted from the indoor unit or the IR receiver when the signal is received correctly. If wrong code is set, no beep sound will be emitted. 1 short beep NOTE: Press button within 30 seconds after pressing MODE button.
Page 323
Setting up each indoor unit Repeat step from 1. to 8. to set up each indoor unit. If the custom code is other than " ", steps from 1. to 2. and 8. need to be performed. Resetting the power after setting up all indoor units Important: •...
Page 324
Remote controller custom code setting Custom code setting of wireless remote controller needs to be same as the setting of the indoor unit. When you change the custom code setting of the wireless remote controller, do as follows: Press the START/STOP button until only the clock is displayed on the display. Press the MODE button for at least 5 seconds to display the current custom code (initially set to Press the SET TEMP.
15-4. Indoor unit (setting by wired remote controller) • The function settings of the control of the indoor unit can be changed by this procedure according to the installation conditions. Incorrect settings can cause the indoor unit malfunction. • After the power is turned on, perform the “Function setting” according to the installation conditions using the remote controller.
Page 326
¢ UTY-RNNYM Button name and function During address setting mode, indoor unit reject the any operation command from remote controller. Function number Refer to Function details Remote controller address Setting number Refer to Function details Λ SET TEMP. “V” and “ ”...
Page 327
Confirm the setting by pressing the TIMER SET button. The data will be transferred to the indoor unit. Not good Good ● Data is not set up on the indoor unit Data is correctly set up on the indoor unit correctly (-- is displayed.) (Flashing display changes to illuminated display.) ●...
Page 328
¢ UTY-RLRY Setting procedure by using wired remote controller The function number and the associated setting value are displayed on the LCD of the remote con- troller. Follow the instructions written in the local setup procedure supplied with the remote controller, and select appropriate setting according to the installation environment.
Page 329
Pressing the "+" or "-" button, to select the function number. Then press the "ENTER" button. Function number Pressing the "+" or "-" button, to select the setting number. Then press the "ENTER" button. Setting number Example: Function number 30 Setting number 01 Error Good...
Page 330
¢ UTY-RVNYM Function setting procedure Connect the power supply of the outdoor unit. Switch to the function setting mode. When [Menu button] is pressed twice while “Monitor” screen is displayed, it switches to the “Submenu” screen. If [Menu button] is pressed while the “Submenu” screen is displayed, the display returns to the “Monitor”...
Page 331
Select the [Function No.] with pressing the [Cursor button (Left/Right)], and select the Function No. to be set with pressing the [Cursor button (Up/Down)]. Function setting Mo 10:00AM R.C. Function Setting address Cancel: Version Error history Select the [Setting No.] with pressing the [Cursor button (Left/Right)], and select the Setting No. to be set with pressing the [Cursor button (Up/Down)].
Page 332
When [Cancel button] is pressed twice while “Function setting” screen is displayed, it switches to the “Submenu” screen. Function setting Mo 10:00AM R.C. Function Setting Submenu Mo 10:00AM address Date and time Screen Cancel: Filter sign Version Error history R.C. sensor control Room temp.
Page 333
¢ UTY-RNRYZ* Setting procedure by using wired remote controller The function number and the associated setting value are displayed on the LCD of the remote con- troller. Follow the instructions written in the local setup procedure supplied with the remote controller, and select appropriate setting according to the installation environment.
Page 334
“Function No.” screen is displayed. Set the “Function No.” with Function No. Cancel When the “OK” is touched, the display returns to the “Function Setting” screen. Touch the “Function No.” on the “Function Setting” screen. Function Setting Address [002–01] Function No. [30] Setting No.
Page 335
Touch the “Yes” of the verification screen. Function Setting Function setting will be performed. OK? In case of “ERROR” In case of “OK” Function Setting Function Setting Address [002–01] Address [002–01] Function No. [30] Function No. [30] Setting No. [01] Setting No.
15-5. Indoor unit (setting by simple remote controller) • The function settings of the control of the indoor unit can be changed by this procedure according to the installation conditions. Incorrect settings can cause the indoor unit malfunction. • After the power is turned on, perform the “Function setting” according to the installation conditions using the remote controller.
Page 337
¢ UTY-RSNYM Button name and function During address setting mode, indoor unit reject the any operation command from remote controller. Function number Setting number Refer to Function details Refer to Function details Remote controller address START/STOP button Transmits function setting FAN button SET TEMP.
Page 338
Select the setting number by pressing the SET TEMP. or SET TEMP. button. The setting number indicator flashes during setting number selection. Setting number Example) Function number : 30, Setting number : 01 Confirm the setting by pressing the TIMER SET button. The data will be transferred to the indoor unit.
Page 339
Resetting the power after setting up function of all indoor units NOTES: • If the reset is not performed, function cannot be read correctly. • After all the functions have been set, the circuit breaker needs to be switched off for at least 2 minutes.
Page 340
¢ UTY-RSRY/UTY-RHRY Setting procedure by using wired remote controller The function number and the associated setting value are displayed on the LCD of the remote con- troller. Follow the instructions written in the local setup procedure supplied with the remote controller, and select appropriate setting according to the installation environment.
Page 341
Select the item number to be set with the SET TEMP. or SET TEMP. button, and press button to switch to the setting screen. Select the “13” in Menu 2-F1 settings. Then, press the button. Select the 2-wire remote controller address with the SET TEMP. or SET TEMP.
Page 342
Setting results are displayed after data transmission. Press the button to return to the 2-wire remote controller address selection screen of step 9. If setting has been completed, press the FAN button to return to the Menu 2-F1 item se- lection screen.
15-6. Function details ¢ Contents of function setting Each function setting listed in this section is adjustable in accordance with the installation environ- ment. NOTE: Setting will not be changed if invalid numbers or setting values are selected. Function setting list Medium static pressure duct Functio...
Page 346
1) Remote controller address setting (for Wall-mounted type only) NOTES: • Because this setting is normally done automatically when 2-wire-type wired remote controller is installed, setting is unnecessary. • This setting is configurable only by wireless remote controller, but not configurable by Polar 3- wired remote controller.
Page 347
3) Ceiling height (for Compact cassette type and Ceiling type only) Select the appropriate ceiling height according to the place of installation. Function number Setting value Setting description Factory setting Standard ♦ High ceiling For the specific height for each setting value, refer to “Installation space” in Chapter 4. "Dimensions"...
Page 348
30 Pa 40 Pa 50 Pa 60 Pa 70 Pa 80 Pa 90 Pa Standard (25 Pa) ♦ Medium static pressure duct type (ARXH22KMTAP): Function number Setting value Setting description Factory setting 30 Pa 40 Pa 50 Pa 60 Pa...
Page 349
7) Horizontal louver direction switching for dew condensation prevention (for KE model in Wall-mounted type only) Automatically switches the position of the horizontal louver if the airflow direction is set at lower than the dew condensation limit position in cooling or drying operation. Select suitable adjustment position according to the customer’s preference.
Page 350
9) Room temperature control for wired remote controller sensor (for other than Floor type) Depending on the installed environment, correction of the wire remote temperature sensor may be required. Select the appropriate control setting according to the installed environment. To change this setting, set Function 42 to Both “01”. Ensure that the Thermo Sensor icon is displayed on the remote controller screen.
Page 351
12) Remote controller custom code (Only for wireless remote controller) The indoor unit custom code can be changed. Select the appropriate custom code. Function number Setting value Setting description Factory setting ♦ 13) External input control "Operation/Stop" mode or "Forced stop" mode can be selected. Function number Setting value Setting description...
Page 352
Indoor unit fan operation status (Setting prohibited) 17) Auto mode type (for Medium static pressure duct type (ARXH22KMTAP)) Switches the setting method of the auto mode between single or dual (cooling and heating.) Set the primary indoor unit using a wired remote controller for heat pump systems.
15-7. Wired remote controller (UTY-RNNYM) Prohibited Dual remote controller setting Prohibited DIP switch 1 °F/°C switch Prohibited Memory backup setting * Do not use DIP switch 2. ¢ Switch location Front case (back side) DIP switch 2 DIP switch 1 ¢...
Page 354
SW6: Memory backup setting Set to “ON” to use batteries for the memory backup. When batteries are not used, all of settings stored in memory will be deleted if there is a power failure. Memory backup Factory setting Disable ♦...
15-8. Wired remote controller (UTY-RVNYM) Memory backup setting DIP switch 1 Dual remote controller setting ¢ Switch location ¢ DIP switch setting SW1: Memory backup setting Set to “ON” to use batteries for the memory backup. When batteries are not used, all of settings stored in memory will be deleted if there is a power failure.
15-9. Wired remote controller (UTY-RLRY) DIP switch Memory backup setting ¢ Switch location Front case (back side) Set the DIP switch to ON ¢ Dip switch setting SW1: Memory backup setting Set to “ON” to use batteries for the memory backup. When batteries are not used, all of settings stored in memory will be deleted if there is a power failure.
15-11. Simple remote controller (UTY-RSNYM) Prohibited Dual remote controller setting °F/°C switch DIP switch Prohibited Prohibited Prohibited ¢ Switch location DIP Switch ¢ DIP switch setting SW2: Dual remote controller setting Set the remote controller SW2 according to the following table. Primary unit Secondary unit Number of remote controller...
16-2. Mini duct type ¢ Models: ARXG07–14KSLAP Part name Exterior Part name Exterior Operation manual Drain hose Operation manual Hose band (CD-ROM) Installation manual Drain hose insulation B Installation template Washer (Carton top) Coupler heat insulation Cable tie (large) (large) Coupler heat insulation Cable tie (medium) (small)
Page 360
¢ Model: ARXG18KSLAP Part name Exterior Part name Exterior Operation manual Drain hose Operation manual Hose band (CD-ROM) Installation manual Drain hose insulation B Installation template Washer (Carton top) Coupler heat insulation Cable tie (large) (large) Coupler heat insulation Cable tie (medium) (small) Insulation Filter (large)
Hanger (small) M10 nut A Drain hose insulation (with flange) M10 nut B Cable tie (large) (with spring lock washer) ¢ Model: ARXH22KMTAP Part name Exterior Part name Exterior Operation manual Cable tie (large) Operation manual Cable tie (medium) (CD-ROM)
16-6. Ceiling type ¢ Models: ABYG18–22KRTA Part name Exterior Part name Exterior Operation manual Insulation Operation manual Drain hose (CD-ROM) Installation manual Hose band Template Cable tie (large) M10 nut A Cable tie (small) (with flange) M10 nut B Remote controller cable (with spring lock hole cap washer)
Page 373
• *2: Optional Communication Kit (UTY-TWRXZ2) is necessary for the installation. • *3: Optional Communication Kit (UTY-TWRXZ3) is necessary for the installation. - 365 - 17-1. Controllers 17. Optional parts...
Page 374
¢ Parts Exterior Part name Model name Summary Easy finger touch operation with LCD panel. Backlit LCD enables easy Wired Remote UTY-RNRYZ* operation in a dark room. Controller Wire type: Non-polar 2-wire High visibility and easy operation. Room temperature can be accurately Wired Remote UTY-RLRY controlled using the thermo sensor.
Page 375
Exterior Part name Model name Summary Compact remote controller concentrates on the basic functions such as Start/Stop, fan control, temperature setting, and operation Simple Remote UTY-RSNYM mode. Controller Wire type: Polar 3-wire IR Receiver Kit Unit control is performed by Wireless with Wireless UTY-LBTYM Remote Controller...
17-2. Cassette grille ¢ Lineup Indoor unit type Model Compact cassette UTG-UFYF-W ¢ Part Exterior Part name Model name Summary This cassette grille can be installed Cassette Grille UTG-UFYF-W appropriately on the grid type ceiling common in the office. - 368 - 17-2.
Page 382
¢ Parts Exterior Part name Model name Summary Thermo-sensor for sensing the Remote Sensor temperature of arbitrary place in the UTY-XSZX Unit room. Thermo-sensor for sensing the Remote Sensor temperature of arbitrary place in the UTY-XSZXZ* Unit room. Width: 683 mm For 07, 09, 12, and 14 models Auto Louver UTD-GXTA-W...
Page 383
Exterior Part name Model name Summary Optional drain lift up mechanism Drain Pump Unit UTZ-PX1NBA allows more flexible installation. Use to connect with various peripheral devices and air conditioner PCB. External UTY-XWZX Connect Kit Required when external device is connected. External UTY-XWZXZ5 Connect Kit...
Page 384
Exterior Part name Model name Summary External Input For installing the External input and and Output PCB UTZ-GXDA output PCB. External Input For installing the External input and and Output PCB UTZ-GXEA output PCB. For Ceiling type Communication Use to connect Non-polar 2-core wired UTY-TWRXZ3 remote controller.
Page 385
Exterior Part name Model name Summary For connection between indoor unit with UART interface and a KNX open KNX Convertor UTY-VKSX network. This converter is required when Network connecting single split system to VRF UTY-VTGX Converter network system. Network This converter is required when Converter connecting single split system to VRF UTY-VTGXV...
18. Indoor unit installation precautions NOTE: The information listed below are general precautions. Some models also include items that do not apply. 18-1. Places where prohibited for use • Places where there is a danger of combustible gas leakage. • Places where sulfur gas, chlorine gas, acid, alkali, or other matter which effects equipment is gen- erated.
Page 387
Condition Contents Countermeasures (Reference) When inside the When the indoor unit is installed where the inside of the 1. Add heat insulating material to ceiling is high ceiling is 30 °C RH80% or greater, the dew point the outside of the indoor unit temperature temperature of the outer perimeter may become higher cabinet.
Page 388
Condition which requires addition of outside heat insulation Relative humidity 80 % Dry bulb temperature 30 °C Figure 18-1 Moist air curve Slit of heat insulating material Heat insulation reinforcement material Flare connection facing upward (locally purchased) To indoor unit Covered gas pipe (heat insulation...
1. Specifications Type Inverter heat pump Model name AOYG30KBTA4 Power source 230 V 50 Hz Available voltage range 198—264V Wall mounted Standard combination of indoor unit ASYG07KMCC ×4 Rated Btu/h 27,300 Cooling 2.4—10.1 Min.—Max. Btu/h 8,200—34,500 Capacity Rated Btu/h 32,800 Heating 3.0—11.2 Min.—Max.
Page 391
Specifications for ErP Lot10 Model name AOYG30KBTA4 Cooling Energy efficiency class Heating (Average) Cooling 8.0 (35 °C) Pdesign Heating (Average) 6.5 (-10 °C) SEER Cooling 8.50 kWh/kWh SCOP Heating (Average) 4.60 Annual energy consumption kWh/a QHE (Average) 1,978 Cooling Sound power level HIGH dB (A) Heating...
2. Dimensions 2-1. Model: AOYG30KBTA4 Unit: mm 4-M10 hole Pitch of bolts for installation Top view Side view Front view Side view Airflow Drain port Ø42 Bottom view Side view (Valve part) - 384 - 2-1. Model: AOYG30KBTA4 2. Dimensions...
3. Installation space 3-1. Model: AOYG30KBTA4 ¢ Space requirement Provide sufficient installation space for product safety. CAUTION Keep the space shown in the installation examples. If the installation is not performed accordingly, it could cause a short circuit and result in a lack of operating performance.
Page 394
Multiple outdoor unit installation • Provide at least 250 mm of space between the outdoor units if multiple units are installed. • When routing the piping from the side of an outdoor unit, provide space for piping. • No more than 3 units must be installed side by side. When 4 units or more are arranged in a line, provide the space as shown in the following ex- ample “When an obstruction in the upper space:”.
Page 395
Outdoor units installation in multi-row Unit: mm Single parallel unit arrangement Multiple parallel unit arrangement 100 or more 200 or more 1,000 or more 2,000 or more 200 or more 400 or more 500 or more 1,000 or more 200 or more 250 or more 1,000 or more...
6. Capacity table 6-1. Combinations ¢ Model: AOYG30KBTA4 Cooling Combination of indoor Rated capacity for each indoor unit Total capacity Input power (kW) Seasonal data unit (kW) (kW) Room Room (W/W) Pdesign SEER Energy effi- Min. Rated Max. Min. Rated Max.
Page 399
Combination of indoor Rated capacity for each indoor unit Total capacity Input power (kW) Seasonal data unit (kW) (kW) Room Room (W/W) Pdesign SEER Energy effi- Min. Rated Max. Min. Rated Max. Total (kW) (kWh/kWh) ciency class 1.37 1.37 1.76 3.50 8.00 10.1...
Page 400
Heating Rated capacity for each indoor Total capacity Combination of indoor unit Input power (kW) Seasonal data unit (kW) (kW) Room Room SCOP Energy (W/W) Pdesign Min. Rated Max. Min. Rated Max. (kWh/ efficien- Total (kW) kWh) cy class —...
Page 401
Rated capacity for each indoor Total capacity Combination of indoor unit Input power (kW) Seasonal data unit (kW) (kW) Room Room SCOP Energy (W/W) Pdesign Min. Rated Max. Min. Rated Max. (kWh/ efficien- Total (kW) kWh) cy class 1.54 1.96 3.05 3.05 9.60...
6-2. Cooling capacity NOTE: Values mentioned in the table are calculated based on the maximum capacity. ¢ Model: AOYG30KBTA4 Indoor temperature Indoor unit connect- Outdoor temperature 18.0 °CDB 21.0 °CDB 23.0 °CDB 27.0 °CDB 29.0 °CDB 32.0 °CDB ing capacity 12.0 °CWB 15.0 °CWB 16.0 °CWB...
6-3. Heating capacity NOTE: Values mentioned in the table are calculated based on the maximum capacity. ¢ Model: AOYG30KBTA4 Indoor temperature Indoor unit connecting Outdoor temperature capacity 16.0 °CDB 18.0 °CDB 20.0 °CDB 22.0 °CDB 24.0 °CDB kBtu/h °CDB °CWB -15.0 -16.0 2.96...
Page 429
NOTES: • TC: Total Capacity (kW), IP: Input Power (kW) • Values mentioned in the table are based on the following conditions: – Power source of specifications: 230 V – Pipe length: 5 m, Height difference: 0 m (Outdoor unit—Indoor unit) •...
7. Capacity compensation rate for pipe length and height difference Height difference H Indoor unit is higher than outdoor unit Indoor unit is lower than outdoor unit Outdoor unit Indoor unit Outdoor unit Indoor unit Connection pipe Connection pipe 7-1. Model: AOYG30KBTA4 NOTE: Values mentioned in the table are calculated based on the maximum capacity.
11. Electrical characteristics Model name AOYG30KBTA4 Voltage 230 ~ Power supply Frequency 18.5 Maximum operating current * Starting current Main fuse (Circuit breaker) current Power cable Wiring spec. * Connection Cross-sectional area cable * Limited wiring length : Maximum operating current is the total current of the indoor unit and the outdoor unit. : Selected sample based on Japan Electrotechnical Standards and Codes Committee E0005.
12. Safety devices Model Type of Protection form protection AOYG30KBTA4 250 V, 5 A Current fuse Circuit protection 250 V, 20 A (Main PCB) 250 V, 3.15 A 125 ±10°C Activate Fan motor stop Fan motor Thermal protector protection 120 ±10°C Reset Fan motor restart 110°C...
13. Function settings 13-1. Setting methods WARNING Never touch electrical components such as the terminal blocks or reactor except the switch on the display board. It may cause a serious accident such as electric shock. CAUTION • Once refrigerant charging is completed, be sure to open the valve prior to performing the local settings.
Page 460
¢ Setting method Various settings can be adjusted by changing DIP switches and push switches on the PCB of the outdoor unit. LED display part POWER MONITOR ERROR /MODE ( GRN ) ( RED ) TEST RUN / SET 1 SET 2 CHECK PUMP DOWN...
Page 461
¢ Description of display LED lamp Function or operation method • Turns on when the power supply is ON (Including when error occurs). (1) POWER/MODE Green • Indicate the MODE by the number of flashes when the installation function is active. (2) ERROR Flashes at high-speed when there is an error.
13-2. Outdoor unit low noise operation function (option) Change the outdoor unit low noise operation by using this setting. CAUTION • When the low noise operation function is working, cooling and heating capacity will de- crease. • When changing the settings, explain to the customer beforehand that the capacity decreas- NOTES: •...
14. Check and test 14-1. Check run • The check run is a function to screen and detect any wiring errors. • After carrying out the check run, you can use the automatic wiring correction function to correct the wiring. •...
Page 464
¢ Operating procedure for check run CAUTION Initiate check run after more than 12 hours after the power supply is connected. NOTE: Be sure that the indoor unit and outdoor unit are not operating before starting the check run. Press the CHECK switch for 3 seconds or more. CHECK The number of indoor units (and the places) connected through the communication lines is dis- played.
Page 465
After the check run is completed, results will be displayed. Fill the displayed results in the result table accordingly. • If the connection is correct (Example: When 4 indoor units are connected) After the number of connected units are displayed, the LED for each unit will light up in order from A to D.
Page 466
[How to record the contents] • Fill the displayed results according to the following example. Example: When piping A to D is connected but the wires for B and C are connected in reverse. <Displayed results> The LEDs will light up in 7 second intervals in the following order. POWER MONITOR ERROR...
Page 467
c. Select the correction method. Correct the wiring manually.*2 Proceed to step 6. Use the Automatic wiring correction function.*1 Proceed to step 5. Write down the same results in the label on the reverse side of the service panel. The results recorded are needed at the time of servicing. <Result Table>...
Page 468
¢ Failure indication of check-run judgment The check run stops when there is an error, and the LED shows the relevant error indication. When you encounter the errors described here, perform checking by using the cooling test run of the indoor unit.
14-2. Test run CAUTION Always connect the power supply 12 hours prior to the start of the operation in order to protect the compressor. 1. Indoor unit a. Is the drain normal? b. Is there any abnormal noise and vibration during operation? 2.
Push TEST RUN switch for more than 3 seconds. POWER MONITOR ERROR /MODE ( GRN ) ( RED ) POWER/MODE LED will turn on, and test run stops. 14-3. Error code If an error occurs, the LED lights to inform the relevant location and the code. When error occurs, the error LED blinks at high speed.
Page 471
¢ Error code display While the error is occurring, briefly push the SW1. The error code is displayed. Example: Coil error (Error cord = 9A.1) POWER ERROR MONITOR /MODE ( GRN ) ( RED ) [A(10)] Blink (High speed) (9-blink) Display mode LED on: Blink:...
Page 472
Error code Error type 11.3 Serial communication error 11.4 Serial communication error during operation 16.5 Communication error between controller and outdoor unit 22.1 Indoor unit capacity error 23.1 Connection prohibited (Series error) 5U.1 Indoor unit error 62.1 PCB model information error 62.3 EEPROM access error 62.8...
14-4. Pump down WARNING During the pump down operation, make sure that compressor is off before you remove the refriger- ant pipe. Do not remove the connection pipe while the compressor is in operation with valve open. This may cause abnormal pressure in the refrigeration cycle that leads to breakage and even injury. ¢...
Page 474
7. Disconnect the power supply or turn off the breaker. NOTE: • Even if the pump down operation is not stopped by pushing the switch as in step 6, the operation stops automatically after 15 minutes, and the LED light as fol- lows.
15. Accessories 15-1. Model: AOYG30KBTA4 Part name Exterior Part name Exterior Adapter K Installation manual 12.70 mm (1/2 in) to 9.52 mm (3/8 in) Drain pipe - 467 - 15-1. Model: AOYG30KBTA4 15. Accessories...
16. Outdoor unit installation precautions NOTE: The information listed below are general precautions. Some models also include items that do not apply. 16-1. Places where prohibited for use • Places where there is a danger of combustible gas leakage. • Places where sulfur gas, chlorine gas, acid, alkali, or other matter which effects equipment is gen- erated.
1. Specifications Type Inverter heat pump Model name AOYG36KBTA5 Power source 230 V 50 Hz Available voltage range 198—264V Wall mounted Standard combination of indoor unit ASYG07KMCC ×5 Rated Btu/h 32,400 Cooling 3.0—11.0 Min.—Max. Btu/h 10,200—37,500 Capacity 10.6 Rated Btu/h 36,200 Heating 3.5—12.0...
Page 479
Specifications for ErP Lot10 Model name AOYG36KBTA5 Cooling Energy efficiency class Heating (Average) Cooling 9.5 (35 °C) Pdesign Heating (Average) 7.0 (-10 °C) SEER Cooling 8.50 kWh/kWh SCOP Heating (Average) 4.60 Annual energy consumption kWh/a QHE (Average) 2,130 Cooling Sound power level HIGH dB (A) Heating...
2. Dimensions 2-1. Model: AOYG36KBTA5 Unit: mm 4-M10 hole Pitch of bolts for installation Top view Side view Front view Side view Airflow Drain port Ø42 Bottom view Side view (Valve part) - 472 - 2-1. Model: AOYG36KBTA5 2. Dimensions...
3. Installation space 3-1. Model: AOYG36KBTA5 ¢ Space requirement Provide sufficient installation space for product safety. CAUTION Keep the space shown in the installation examples. If the installation is not performed accordingly, it could cause a short circuit and result in a lack of operating performance.
Page 482
Multiple outdoor unit installation • Provide at least 250 mm of space between the outdoor units if multiple units are installed. • When routing the piping from the side of an outdoor unit, provide space for piping. • No more than 3 units must be installed side by side. When 4 units or more are arranged in a line, provide the space as shown in the following ex- ample “When an obstruction in the upper space:”.
Page 483
Outdoor units installation in multi-row Unit: mm Single parallel unit arrangement Multiple parallel unit arrangement 100 or more 200 or more 1,000 or more 2,000 or more 200 or more 400 or more 500 or more 1,000 or more 200 or more 250 or more 1,000 or more...
6. Capacity table 6-1. Combinations ¢ Model: AOYG36KBTA5 Cooling Total capacity Combination of indoor unit Rated capacity for each indoor unit (kW) Input power (kW) Seasonal data (kW) Room Room (W/W) Pdesign SEER Energy effi- Min. Rated Max. Min. Rated Max.
Page 487
Total capacity Combination of indoor unit Rated capacity for each indoor unit (kW) Input power (kW) Seasonal data (kW) Room Room (W/W) Pdesign SEER Energy effi- Min. Rated Max. Min. Rated Max. Total (kW) (kWh/kWh) ciency class — 1.90 1.90 1.90 3.80 —...
Page 488
Total capacity Combination of indoor unit Rated capacity for each indoor unit (kW) Input power (kW) Seasonal data (kW) Room Room (W/W) Pdesign SEER Energy effi- Min. Rated Max. Min. Rated Max. Total (kW) (kWh/kWh) ciency class 1.33 1.33 1.71 1.71 3.42 9.50...
Page 489
Heating Total capacity Combination of indoor unit Rated capacity for each indoor unit (kW) Input power (kW) Seasonal data (kW) Room Room Energy ef- (W/W) Pdesign SCOP Min. Rated Max. Min. Rated Max. ficiency Total (kW) (kWh/kWh) class — —...
Page 490
Total capacity Combination of indoor unit Rated capacity for each indoor unit (kW) Input power (kW) Seasonal data (kW) Room Room Energy ef- (W/W) Pdesign SCOP Min. Rated Max. Min. Rated Max. ficiency Total (kW) (kWh/kWh) class — 1.55 1.55 2.64 4.86 —...
Page 491
Total capacity Combination of indoor unit Rated capacity for each indoor unit (kW) Input power (kW) Seasonal data (kW) Room Room Energy ef- (W/W) Pdesign SCOP Min. Rated Max. Min. Rated Max. ficiency Total (kW) (kWh/kWh) class 1.50 1.95 1.95 2.60 2.60 10.60...
6-2. Cooling capacity NOTE: Values mentioned in the table are calculated based on the maximum capacity. ¢ Model: AOYG36KBTA5 Indoor temperature Indoor unit connect- Outdoor temperature 18.0 °CDB 21.0 °CDB 23.0 °CDB 27.0 °CDB 29.0 °CDB 32.0 °CDB ing capacity 12.0 °CWB 15.0 °CWB 16.0 °CWB...
6-3. Heating capacity NOTE: Values mentioned in the table are calculated based on the maximum capacity. ¢ Model: AOYG36KBTA5 Indoor temperature Indoor unit connecting Outdoor temperature capacity 16.0 °CDB 18.0 °CDB 20.0 °CDB 22.0 °CDB 24.0 °CDB kBtu/h °CDB °CWB -15.0 -16.0 2.88...
7. Capacity compensation rate for pipe length and height difference Height difference H Indoor unit is higher than outdoor unit Indoor unit is lower than outdoor unit Outdoor unit Indoor unit Outdoor unit Indoor unit Connection pipe Connection pipe 7-1. Model: AOYG36KBTA5 NOTE: Values mentioned in the table are calculated based on the maximum capacity.
11. Electrical characteristics Model name AOYG36KBTA5 Voltage 230 ~ Power supply Frequency 20.0 Maximum operating current * Starting current 11.1 Main fuse (Circuit breaker) current Power cable Wiring spec. * Connection Cross-sectional area cable * Limited wiring length : Maximum operating current is the total current of the indoor unit and the outdoor unit. : Selected sample based on Japan Electrotechnical Standards and Codes Committee E0005.
12. Safety devices Model Type of Protection form protection AOYG36KBTA5 250 V, 5 A Current fuse Circuit protection 250 V, 20 A (Main PCB) 250 V, 3.15 A 125 ±10 °C Activate Fan motor stop Fan motor Thermal protector protection 120 ±10 °C Reset Fan motor restart...
13. Function settings 13-1. Setting methods WARNING Never touch electrical components such as the terminal blocks or reactor except the switch on the display board. It may cause a serious accident such as electric shock. CAUTION • Once refrigerant charging is completed, be sure to open the valve prior to performing the local settings.
Page 550
¢ Setting method Various settings can be adjusted by changing DIP switches and push switches on the PCB of the outdoor unit. LED display part POWER MONITOR ERROR /MODE ( GRN ) ( RED ) TEST RUN / SET 1 SET 2 CHECK PUMP DOWN...
Page 551
¢ Description of display LED lamp Function or operation method • Turns on when the power supply is ON (Including when error occurs). (1) POWER/MODE Green • Indicate the MODE by the number of flashes when the installation function is active. (2) ERROR Flashes at high-speed when there is an error.
13-2. Outdoor unit low noise operation function (option) Change the outdoor unit low noise operation by using this setting. CAUTION • When the low noise operation function is working, cooling and heating capacity will de- crease. • When changing the settings, explain to the customer beforehand that the capacity decreas- NOTES: •...
14. Check and test 14-1. Check run • The check run is a function to screen and detect any wiring errors. • After carrying out the check run, you can use the automatic wiring correction function to correct the wiring. •...
Page 554
¢ Operating procedure for check run CAUTION Initiate check run after more than 12 hours after the power supply is connected. NOTE: Be sure that the indoor unit and outdoor unit are not operating before starting the check run. Press the CHECK switch for 3 seconds or more. CHECK The number of indoor units (and the places) connected through the communication lines is dis- played.
Page 555
After the check run is completed, results will be displayed. Fill the displayed results in the result table accordingly. • If the connection is correct (Example: When 4 indoor units are connected) After the number of connected units are displayed, the LED for each unit will light up in order from A to D.
Page 556
[How to record the contents] • Fill the displayed results according to the following example. Example: When piping A to D is connected but the wires for B and C are connected in reverse. <Displayed results> The LEDs will light up in 7 second intervals in the following order. POWER MONITOR ERROR...
Page 557
c. Select the correction method. Correct the wiring manually.*2 Proceed to step 6. Use the Automatic wiring correction function.*1 Proceed to step 5. Write down the same results in the label on the reverse side of the service panel. The results recorded are needed at the time of servicing. <Result Table>...
Page 558
¢ Failure indication of check-run judgment The check run stops when there is an error, and the LED shows the relevant error indication. When you encounter the errors described here, perform checking by using the cooling test run of the indoor unit.
14-2. Test run CAUTION Always connect the power supply 12 hours prior to the start of the operation in order to protect the compressor. 1. Indoor unit a. Is the drain normal? b. Is there any abnormal noise and vibration during operation? 2.
Push TEST RUN switch for more than 3 seconds. POWER MONITOR ERROR /MODE ( GRN ) ( RED ) POWER/MODE LED will turn on, and test run stops. 14-3. Error code If an error occurs, the LED lights to inform the relevant location and the code. When error occurs, the error LED blinks at high speed.
Page 561
¢ Error code display While the error is occurring, briefly push the SW1. The error code is displayed. Example: Coil error (Error cord = 9A.1) POWER ERROR MONITOR /MODE ( GRN ) ( RED ) [A(10)] Blink (High speed) (9-blink) Display mode LED on: Blink:...
Page 562
Error code Error type 11.3 Serial communication error 11.4 Serial communication error during operation 16.5 Communication error between controller and outdoor unit 22.1 Indoor unit capacity error 23.1 Connection prohibited (Series error) 5U.1 Indoor unit error 62.1 PCB model information error 62.3 EEPROM access error 62.8...
14-4. Pump down WARNING During the pump down operation, make sure that compressor is off before you remove the refriger- ant pipe. Do not remove the connection pipe while the compressor is in operation with valve open. This may cause abnormal pressure in the refrigeration cycle that leads to breakage and even injury. ¢...
Page 564
7. Disconnect the power supply or turn off the breaker. NOTE: • Even if the pump down operation is not stopped by pushing the switch as in step 6, the operation stops automatically after 15 minutes, and the LED light as fol- lows.
15. Accessories 15-1. Model: AOYG36KBTA5 Part name Exterior Part name Exterior Adapter K: mm (in) Installation manual 12.70 (1/2) to 9.52 (3/8) Adapter H: mm (in) Drain pipe 9.52 (3/8) to 12.70 (1/2) Cable tie (small) - 557 - 15-1. Model: AOYG36KBTA5 15.
16. Optional parts Exterior Part name Model name Summary Set temperatures on timers to best meet individuals’ needs. Includes a large backlit LCD and 4-way navigation pad. Remote controller cable: 0.33 mm² (22AWG) NOTES: • The remote controller cable supplied with this controller is for indoor use.
17. Outdoor unit installation precautions NOTE: The information listed below are general precautions. Some models also include items that do not apply. 17-1. Places where prohibited for use • Places where there is a danger of combustible gas leakage. • Places where sulfur gas, chlorine gas, acid, alkali, or other matter which effects equipment is gen- erated.