SiUS30-604
Normal Control
Function
69
Three outside units installation
∆
GR<0
∆
GR>0
Master unit
Master unit
Master unit
Master unit
Master unit
Master unit
Master unit
Master unit
OFF
(Condenser)
Slave unit 1
OFF
(Condenser)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Control of heat exchange
capacity balance
Slave unit 2
OFF
(Condenser)
Control of heat exchange
capacity balance
∆
GR>0
∆
GR
<0
OFF
(Condenser)
Slave unit 1
OFF
(Condenser)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Control of heat exchange
capacity balance
Slave unit 2
OFF
(Condenser)
0 pulse
∆
GR>0
∆
GR
<0
OFF
(Condenser)
Slave unit 1
ON
(Evaporator)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Slave unit 2
ON
(Evaporator)
∆
GR>0
∆
GR
<0
OFF
(Condenser)
Slave unit 1
ON
(Evaporator)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Control of heat exchange
capacity balance
Slave unit 2
ON
(Evaporator)
∆
GR>0
∆
GR
<0
OFF
(Condenser)
Slave unit 1
ON
(Evaporator)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Control of heat exchange
capacity balance
Slave unit 2
ON
(Evaporator)
Control of heat exchange
capacity balance
ON
(Evaporator)
Slave unit 1
OFF
(Condenser)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Slave unit 2
OFF
(Condenser)
∆
GR>0
∆
GR
<0
ON
(Evaporator)
Slave unit 1
ON
(Evaporator)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Control of heat exchange
capacity balance
Slave unit 2
ON
(Evaporator)
∆
GR>0
∆
GR
<0
ON
(Evaporator)
Slave unit 1
ON
(Evaporator)
Four-way changeover valve for
heat exchanger [Y7S] (For the
application of heat exchanger)
Content of the control of
electronic expansion valve [Y1E]
Control of heat exchange
capacity balance
Control of heat exchange
capacity balance
Slave unit 2
ON
(Evaporator)
Control of heat exchange
capacity balance
Note 1:
∆
GR=Target of heat exchange
capacity balance – Actual
measurement of heat
balance
∆
GR>0: Insufficient evaporation
(Excessive condensation)
∆
GR<0: Insufficient condensation
(Excessive evaporation)
2: Control of heat exchange capacity
balance
Control the electronic expansion
valve so that Te or Tc will obtain
the target value.
0 pulse
0 pulse
0 pulse
0 pulse
0 pulse
0 pulse
Summary of Contents for BSVQ36MVJU
Page 1: ...SiUS30 604 Water Cooled Inverter Series Heat Pump Heat Recovery 60Hz ...
Page 7: ...SiUS30 604 vi Table of Contents Index i Drawings Flow Charts v ...
Page 13: ...Introduction SiUS30 604 xii ...
Page 27: ...Capacity Range SiUS30 604 14 General Information ...
Page 49: ...Specifications SiUS30 604 36 Specifications ...
Page 61: ...Refrigerant Flow for Each Operation Mode SiUS30 604 48 Refrigerant Circuit ...
Page 276: ...SiUS30 604 Piping Diagrams Appendix 263 1 3 BS Unit BSVQ36MVJU BSVQ60MVJU 4D045338 ...
Page 283: ...Wiring Diagrams SiUS30 604 270 Appendix FXLQ12M 18M 24MVJU FXNQ12M 18M 24MVJU 3D045644A ...
Page 284: ...SiUS30 604 Wiring Diagrams Appendix 271 2 4 BS Unit BSVQ36M 60MVJU 3D045069A ...
Page 305: ...Precautions for New Refrigerant R 410A SiUS30 604 292 Precautions for New Refrigerant R 410A ...
Page 309: ...SiUS39 601 iv Index ...