Product

SCW Series Compressor
Products

    R134a-LBP COMPRESSOR PERFORMANCE PARAMETER


    This SCW series compressor belongs to the hermetical piston rod type by electromotor driving. It adopts PTC starter and matches overload protection. Widely used for refrigerating show box, automatic selling machine, deepfreeze of auto and ship, for family and business refrigerator, freezing refrigeration, dehumidifier, low temperature experiment equipments, and other low temperature equipments etc.


Feature:

                       
1. Excellent starting performance

2. Small space, light weight

3. Reasonable structure and compact size

4. Low noise, little vibration

5.High efficiency, energy saving  

6.Stable performance, high security

7. Good adaptability of voltage

8. Excellent refrigeration

9.Wild range of refrigerant capacity

 

SCW Series Compressor Drawing


 

 

 

 

 

 


 

 Series

        Model

Displacement(cm)

  Capacity   (W)

 Input power         (W) 

C.O.P

Current  (A)

Cooling Type

  Motor Type

          HP

FRWSeries220V/50HZ

FRW6.0

6.0

119

115

1.03

0.87

ST/OC

RSIR/CSIR

1/6

FRW7.5

7.5

139

133

1.05

0.93

ST/OC

RSIR/CSIR

1/5

FRW8.5

8.5

171

159

1.07

1.25

ST/OC

RSIR/CSIR

1/4

FRW10

10.0

188

188

1

1.61

ST/OC

RSIR/CSIR

1/4+

SCWSeries220V /50Hz

SCW10

10.0

253

220

1.15

1.9

ST/OC

RSIR/CSIR

1/4+

SCW12

12.0

320

278

1.15

2.08

ST/OC

RSIR/CSIR

1/3

SCW15

15.0

384

326

1.18

2.46

ST/OC

RSIR/CSIR

3/8

SCW18

18.0

445

383

1.2

2.8

ST/OC

RSIR/CSIR

1/2-

SCW21

21.0

567

449

1.26

3.2

ST/OC

RSIR/CSIR

1/2+

FRWSeries240V/50HZ

FRW6.0M

6.0

115

113

1.02

0.85

ST/OC

RSIR/CSIR

1/6

FRW7.5M

7.5

135

130

1.04

0.91

ST/OC

RSIR/CSIR

1/5

FRW8.5M

8.5

168

155

1.08

1.23

ST/OC

RSIR/CSIR

1/4

FRW10M

10.0

185

182

1.02

1.58

ST/OC

RSIR/CSIR

1/4+

SCWSeries240V /50Hz

SCW10M

10.0

250

219

1.14

1.89

ST/OC

RSIR/CSIR

1/4+

SCW12M

12.0

318

274

1.16

2.05

ST/OC

RSIR/CSIR

1/3

SCW15M

15.0

382

326

1.17

2.46

ST/OC

RSIR/CSIR

3/8

SCW18M

18.0

443

375

1.18

2.56

ST/OC

RSIR/CSIR

1/2-

SCW21M

21.0

563

461

1.22

3.00

ST/OC

RSIR/CSIR

1/2+

FRWSeries115V/60HZ

FRW6.0U6

6.0

134

127

1.05

0.8

ST/OC

RSIR/CSIR

1/6

FRW7.5U6

7.5

160

148

1.08

0.85

ST/OC

RSIR/CSIR

1/5

FRW8.5U6

8.5

193

174

1.11

1.16

ST/OC

RSIR/CSIR

1/4

FRW10U6

10.0

214

206

1.04

1.48

ST/OC

RSIR/CSIR

1/4+

SCWSeries115V/60Hz

SCW10U6

10.0

326

276

1.18

1.86

ST/OC

RSIR/CSIR

1/4+

SCW12U6

12.0

373

316

1.18

1.98

ST/OC

RSIR/CSIR

1/3

SCW15U6

15.0

451

377

1.19

2.34

ST/OC

RSIR/CSIR

3/8

SCW18U6

18.0

532

444

1.2

2.77

ST/OC

RSIR/CSIR

1/2-

SCW21U6

21.0

639

499

1.28

2.36

ST/OC

RSIR/CSIR

1/2+

FRWSeries110V/60HZ

FRW6.0T6

6.0

132

125

1.06

0.83

ST/OC

RSIR/CSIR

1/6

FRW7.5T6

7.5

158

146

1.08

0.84

ST/OC

RSIR/CSIR

1/5

FRW8.5T6

8.5

191

171

1.12

1.14

ST/OC

RSIR/CSIR

1/4

FRW10T6

10.0

212

203

1.04

1.45

ST/OC

RSIR/CSIR

1/4+

SCWSeries110V/60Hz

SCW10T6

10.0

322

275

1.17

1.85

ST/OC

RSIR/CSIR

1/4+

SCW12T6

12.0

370

316

1.17

1.98

ST/OC

RSIR/CSIR

1/3

SCW15T6

15.0

450

381

1.18

2.36

ST/OC

RSIR/CSIR

3/8

SCW18T6

18.0

530

441

1.2

2.75

ST/OC

RSIR/CSIR

1/2-

SCW21T6

21.0

635

508

1.25

2.38

ST/OC

RSIR/CSIR

1/2+

FRWSeries110V/60HZ

FRW6.0J6

6.0

131

122

1.07

0.82

ST/OC

RSIR/CSIR

1/6

FRW7.5J6

7.5

156

145

1.08

1.84

ST/OC

RSIR/CSIR

1/5

FRW8.5J6

8.5

189

169

1.12

1.12

ST/OC

RSIR/CSIR

1/4

FRW10J6

10.0

211

201

1.05

1.43

ST/OC

RSIR/CSIR

1/4+

SCWSeries100V/60Hz

SCW10J6

10.0

320

271

1.18

1.86

ST/OC

RSIR/CSIR

1/4+

SCW12J6

12.0

369

312

1.18

1.95

ST/OC

RSIR/CSIR

1/3

SCW15J6

15.0

457

381

1.2

2.36

ST/OC

RSIR/CSIR

3/8

SCW18J6

18.0

528

444

1.19

2.77

ST/OC

RSIR/CSIR

1/2-

SCW21J6

21.0

635

520

1.22

2.45

ST/OC

RSIR/CSIR

1/2+

Test Conditions(ASHRAE)

Conversion Table:

Evaporting Temp.:-23.3C

 

 

Kcal/h1.163=W

Ambient Temp.:32.2C

 

 

Kcal/h3.968=Btu/h

Suction Temp.:32.2C

 

 

W3.412=Btu/h

Subcooling Temp.:32.2C

 

 

W0.864=Btu/h

Condensing Temp.:54.4C