RCUG - 120AHYZ1

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Note:Specifications in this sheet are just for reference only.Hitachi shall reserve right to change specification in this sheet without any notice. AIR-COOLED TYPE WATER CHILLER-Screw Type-H Series MODEL NUMBER Nominal cooling capacity Cooling capacity(design) EVAPORATOR Type Material shell/tube Insulation Chilled water outlet temperature Chilled water inlet temperature Chilled water flow rate Evaporator pressure drop CONDENSER Type(Material) Condenser air inlet temperature CONDENSER FAN Type(Material) Quantity Starting method COMPRESSOR Type Circuits Revolutions Model Quantity Refrigerant The measuring point is 1 m from the centre of the machine's surface and 1.5 m from floor level. NOISE Net weight Height Width Depth DIMENSIONS AND WEIGHT Input power(Comp.+fan) Running current(Comp.) Starting current(Comp.No.1-) Maximum unit current Minimum unit voltage Maximum unit voltage Power supply ELECTRICAL DATA Output power(motor) Insulation class Number of poles Starting method Motor type Capacity control dB(A) Octave band (Hz) Right,left and back of unit(without electric box side) Front/rear side of unit(with electric box side) OPERATING SPACE RCUG120AHYZ1 340(12/7 & DB35) Shell-and-Tube, Dry Expansion Type Steel/Copper Polyethylene(25mm) Cross Fin Type(Aluminium/Copper) 2880 Semi-Hermetic Screw Type 60ASCCW-Z 2 Three-Phase asynchronism R407C 100~15(7.5),0 2 45 F 2 Star Delta 1,940 4,490 197 178/178 380/3/50 418 342 342 1200,1200&100 900 2170 3,280 kW kW Deg.C Deg.C m3/h kPa Direct drive Propeller Fan(Aluminium Alloy) Deg.C 8 960 Drip-Proof Enclosure 50Hz-r/min. % V V kW A V/Phase/Hz mm kW A A mm mm mm kg mm 2800-5600 1400-2800 710-1400 355-710 5600-11200 180-355 90-180 45-90 Insulation class Input power(motor) Number of poles Quantity Revolutions FAN MOTOR Type 8 Direct-On-Line Starting 6 1.1 E 50Hz-r/min. kW 332.6 7 12 57.2 53 37 125.6 71.8 46.7 66.9 67.8 66.5 42.2 65.4 57.2 52.8 [APPLICABLE MODEL FROM COMPUTER] Specific Fouling Factor m2.Deg.C/kW 0.018 HAPG - Version 4.22

Transcript of RCUG - 120AHYZ1

Page 1: RCUG - 120AHYZ1

Note:Specifications in this sheet are just for reference only.Hitachi shall

reserve right to change specification in this sheet without any notice.

AIR-COOLED TYPE WATER CHILLER-Screw Type-H SeriesMODEL NUMBERNominal cooling capacity

Cooling capacity(design)

EVAPORATOR

Type

Material shell/tube

Insulation

Chilled water outlet temperature

Chilled water inlet temperature

Chilled water flow rate

Evaporator pressure drop

CONDENSERType(Material)

Condenser air inlet temperature

CONDENSER FANType(Material)

Quantity

Starting method

COMPRESSORType

Circuits

Revolutions

Model

Quantity

Refrigerant

The measuring point is 1 m from the centre of the machine's surface and 1.5 m from floor level.

NOISE

Net weight

Height

Width

Depth

DIMENSIONS AND WEIGHT

Input power(Comp.+fan)

Running current(Comp.)

Starting current(Comp.No.1-)

Maximum unit current

Minimum unit voltage

Maximum unit voltage

Power supply

ELECTRICAL DATA

Output power(motor)

Insulation class

Number of poles

Starting method

Motor type

Capacity control

dB(A)

Octave band (Hz)

Right,left and back of unit(without electric box side)

Front/rear side of unit(with electric box side)

OPERATING SPACE

RCUG120AHYZ1

340(12/7 & DB35)

Shell-and-Tube, Dry Expansion Type

Steel/Copper

Polyethylene(25mm)

Cross Fin Type(Aluminium/Copper)

2880

Semi-Hermetic Screw Type

60ASCCW-Z

2

Three-Phase asynchronism

R407C

100~15(7.5),0

2

45

F

2

Star Delta

1,940

4,490

197

178/178

380/3/50

418

342

342

1200,1200&100

900

2170

3,280

kW

kW

Deg.C

Deg.C

m3/h

kPa

Direct drive Propeller Fan(Aluminium Alloy)

Deg.C

8

960

Drip-Proof Enclosure

50Hz-r/min.

%

V

V

kW

A

V/Phase/Hz

mm

kW

A

A

mm

mm

mm

kg

mm

2800-56001400-2800710-1400355-710 5600-11200180-35590-18045-90

Insulation class

Input power(motor)

Number of poles

Quantity

Revolutions

FAN MOTORType

8

Direct-On-Line Starting

6

1.1

E

50Hz-r/min.

kW

332.6

7

12

57.2

53

37

125.6

71.8 46.766.967.866.5 42.265.457.252.8

[APPLICABLE MODEL FROM COMPUTER]

Specific Fouling Factor m2.Deg.C/kW 0.018

HAPG - Version 4.22