Basic Control
Si39-306
68
Function
2.5
Heat Exchange Mode in Heating Operation or
Simultaneous Cooling / Heating Operation
In heating or simultaneous cooling / heating operation, a target condensing and evaporating
temperature can be secured by switching the air heat exchanger of the outdoor unit (main, sub)
into evaporator or condenser with load.
Step A1
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Condenser
Condenser
Not used
Not used
Condenser
Condenser
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Evaporator
Condenser
Evaporator
Not used
Not used
Not used
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Evaporator
Condenser
Evaporator
Evaporator
Not used
Not used
Step A2
Step A3
Step B1
Step B2
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Not used
Condenser
Not used
Not used
Condenser
Condenser
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Not used
Condenser
Not used
Not used
Condenser
Not used
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Evaporator
Condenser
Not used
Not used
Not used
Not used
Step B3
GR > 900
GR < –250
GR > 250
GR < –250
GR > 250
GR < –250
GR > 250
GR < –250
GR > 250
GR < –250
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Evaporator
Evaporator
Evaporator
Not used
Evaporator
Not used
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Evaporator
Evaporator
Evaporator
Evaporator
Evaporator
Evaporator
Step C1
Step C2
Master unit
Slave unit 1
Slave unit 2
Main heat exchanger Sub heat exchanger
Evaporator
Evaporator
Not used
Not used
Not used
Not used
Step C3
GR > 250
GR < – 250
GR > 250
GR < –250
GR > 900
GR > –400
*
• The GR is a numerical value representing the current balancing
conditions, which is computed in accordance with the target
condensing temperature, target evaporating temperature, current
condensing temperature, and current evaporating temperature.
• If there are no steps to receive transition when one or two outdoor
units are installed, the steps will be skipped.
Содержание VRV II REYQ10MY1B
Страница 19: ...Model Selection Si39 306 8 General Information ...
Страница 150: ...Si39 306 Troubleshooting by Remote Controller Troubleshooting 139 ...
Страница 249: ...Piping Diagrams Si39 306 238 Appendix 1 Piping Diagrams 1 1 Outdoor Unit REYQ8MY1B REYQ10MY1B REYQ12MY1B 4D042069A ...
Страница 250: ...Si39 306 Piping Diagrams Appendix 239 REYQ14MY1B REYQ16MY1B 4D042070A ...
Страница 252: ...Si39 306 Piping Diagrams Appendix 241 1 3 BS Unit BSVQ100MV1 BSVQ160MV1 BSVQ250MV1 4D042115 ...
Страница 254: ...Si39 306 Wiring Diagrams for Reference Appendix 243 REYQ14MY1B REYQ16MY1B 3D038572 ...
Страница 255: ...Wiring Diagrams for Reference Si39 306 244 Appendix 2 2 Field Wiring REYQ8 10 12 14 16MY1B 3D043435 ...
Страница 256: ...Si39 306 Wiring Diagrams for Reference Appendix 245 REYQ18 20 22 24 26 28 30 32MY1B 3D043436 ...
Страница 257: ...Wiring Diagrams for Reference Si39 306 246 Appendix REYQ34 36 38 40 42 44 46 48MY1B 3D043437 ...
Страница 258: ...Si39 306 Wiring Diagrams for Reference Appendix 247 2 3 Indoor Unit FXCQ20M 25M 32M 63MVE 3D039556A ...
Страница 259: ...Wiring Diagrams for Reference Si39 306 248 Appendix FXCQ40M 50M 80M 125MVE 3D039557A ...
Страница 260: ...Si39 306 Wiring Diagrams for Reference Appendix 249 FXZQ20M 25M 32M 40M 50MVE 3D038359 ...
Страница 261: ...Wiring Diagrams for Reference Si39 306 250 Appendix FXFQ25M 32M 40M 50M 63M 80M 100M 125MVE 3D039600 ...
Страница 262: ...Si39 306 Wiring Diagrams for Reference Appendix 251 FXKQ25M 32M 40M 63MVE 3D039564A ...
Страница 263: ...Wiring Diagrams for Reference Si39 306 252 Appendix FXSQ20M 25M 32M 40M 50M 63M 80M 100M 125MVE 3D039561A ...
Страница 264: ...Si39 306 Wiring Diagrams for Reference Appendix 253 FXMQ40M 50M 63M 80M 100M 125MVE 3D039620A ...
Страница 265: ...Wiring Diagrams for Reference Si39 306 254 Appendix FXMQ200M 250MVE 3D039621A ...
Страница 266: ...Si39 306 Wiring Diagrams for Reference Appendix 255 FXHQ32M 63M 100MVE 3D039801C ...
Страница 267: ...Wiring Diagrams for Reference Si39 306 256 Appendix FXAQ20M 25M 32MVE 40M 50M 63MVE 3D034206A ...
Страница 269: ...Wiring Diagrams for Reference Si39 306 258 Appendix 2 4 BS Unit BSVQ100MV1 BSVQ160MV1 BSVQ250MV1 3D039903 ...
Страница 283: ...REFNET Pipe System Si39 306 272 Appendix ...
Страница 284: ...Si39 306 Appendix 273 DPSOH RI RQQHFWLRQ 5 7 SH 5 4 0 HDW 5HFRYHU ...
Страница 285: ...Si39 306 274 Appendix ...
Страница 291: ...Method of Replacing The Inverter s Power Transistors and Diode Modules Si39 306 280 Appendix ...
Страница 305: ...Si39 306 iv Index ...