Component Rating - Toshiba RUAGP Series Original Owner's Manual

Heat Pump
Standard Specification
Compressor Motor (kW)
Fan Motor
Pump Motor
High Pressure Switch
Overcurrent Protection
Pump Motor Overload Protection
Fan Motor Overload Protection
Fan Cycling Type
Dehumidification
Disc. Gas Overheat Prevention Thermo
Suct. Gas Temperature(only at cooling)
Antifreeze Thermo
High Water Temp. Prevention Thermo
Low Pressure 1
Low Pressure 2 (only at cooling)
Low Water Flow Protection
Water Pressure
Case Heater
Fuse (Control Circuit)
Transformer capacity
Transformer capacity
Fuse (Case Heater, Solenoid Valve)
Fuse (Drain Pan Heater) (Note1)
Fuse (Fan Fuse)
Fuse (For MC)
Fuse (Fan Motor)
Drain Pan Heater (Note1)
SCCR
Cooling-Only
Standard Specification
Compressor Motor (kW)
Fan Motor
Pump Motor
High Pressure Switch
Overcurrent Protection
Pump Motor Overload Protection
Fan Motor Overload Protection
Fan Cycling Type
Disc. Gas Overheat Prevention Thermo
Suct. Gas Temperature (only at cooling)
Antifreeze Thermo
High Water Temp. Prevention Thermo
Low Pressure 1
Low Pressure 2 (only at cooling)
Low Water Flow Protection
Water Pressure
Case Heater
Fuse (Control Circuit)
Transformer capacity
Transformer capacity
Fuse (Case Heater, Solenoid Valve)
Fuse (Fan Motor)
Fuse (Fan Fuse)
Fuse (For MC)
SCCR
(note1) Powerful heating type only
(note2) Value is for one module unit.
(note3) The suction pressure value is determined and automatically changed based on the leaving water temperature.
The timing values will also automatically change in correspondence with the evaporating temperature.

Component Rating

50HP
Std. 9.0 × 4
with pump
High-EER 9.0 × 4
Std. 9.0 × 4
without pump
High-EER 9.0 × 4
(kW)
(kW)
(MPa) 63H
(A) A4 IPDU 19.0 × 4
(°C) UC CPU
(°C) UC CPU
(°C) UC CPU
(°C) UC CPU
(MPa) UC CPU
(MPa) UC CPU
(L/min) UC CPU
(kPa) UC CPU
(W) CH
(A) F1
(VA) Tr
(VA) Tr (MC)
(A) EEV
(A) F4,5
(A) IO
(A) MC
(A) F2,3
DH
(W)
(A)
50HP
Std. 9.0 × 4
with pump
High-EER 9.0 × 4
Std. 9.0 × 4
without pump
High-EER 9.0 × 4
(kW)
(kW)
(MPa) 63H
(A) A4 IPDU 19.0 × 4
(°C) UC CPU
(°C) UC CPU
(°C) UC CPU
(°C) UC CPU
(MPa) UC CPU
(MPa) UC CPU
Low pressure ≦ 0.56 MPa continues more than 30 sec
(L/min) UC CPU
(kPa) UC CPU
(W) CH
(A) F1
(VA) Tr
(VA) Tr (MC)
(A) EEV
(A) F2,3
(A) IO
MC
(A)
(A)
50HP
(Powerful heating type)
9.0 × 4
9.0 × 4
9.0 × 4
9.0 × 4
1.5 (2P)
4.15 (Open) / 3.25 (Close)
19.0 × 4
Microprocessor control
Microprocessor control
Microprocessor control
Shunt Type - Reverse cycle type
≦ Pure water -5.0°C
Cooling: ≦ 0.45MPa
continues 1 min. or more
Heating: below 0.12 MPa
Low pressure ≦ 0.56 MPa continues more than 30 sec
- 16
- 75 × 6
60HP
11.2 × 4
11.1 × 4
11.2 × 4
11.1 × 4
1.2 × 4
1.5 (2P)
4.15 (Open) / 3.25 (Close)
22.3 × 4
Microprocessor control
Microprocessor control
Microprocessor control
≧ 120°C
≦ Pure water -5.0°C
≦ 2.0°C
≧ 60.0°C
≦ 0.45 MPa continues 1 min. or more
≧ 150 (L/min)
≧ 1000 (kPa)
37 × 4
16
600
50
6.3 × 2
20 A
3
1
10 kA
- 67 -
60HP
60HP
(Powerful heating type)
11.2 × 4 12.5 × 4
11.1 × 4 12.5 × 4
11.2 × 4 12.5 × 4
11.1 × 4 12.5 × 4
1.2 × 4
22.3 × 4 24.2 × 4
≧ 120°C
≦ 2.0°C
≧ 60.0°C
0 MPa (depend on OAT)
≧ 150 (L/min)
≧ 1000 (kPa)
37 × 4
16
600
50
6.3 × 2
- 16
3
1
20 A
- 75 × 6
10 kA
70HP
13.3 × 4
12.5 × 4
13.3 × 4
12.5 × 4
2.2 (2P)
26.8 × 4
(note2)
70HP
13.3 × 4
12.5 × 4
13.3 × 4
12.5 × 4
2.2 (2P)
26.8 × 4
Cooling: ≦ 0.45 MPa
continues 1 min. or more
Heating: below 0.12 Mpa
(note2)
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