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High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490

High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490

  • High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490
  • High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490
  • High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490
  • High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490
High Efficiency PID Control Shell Tube Water Cooled Screw Chiller 3770x1200x1490
Szczegóły Produktu:
Place of Origin: China
Nazwa handlowa: EuroKlimat
Orzecznictwo: ISO9001, ISO14001, OHSAS18001, CRAA, CQC
Model Number: EKSC
Zapłata:
Minimum Order Quantity: 2pcs
Cena: Negotiation
Packaging Details: Plywood
Delivery Time: 40 working days after received your payment
Payment Terms: T/T or L/C
Supply Ability: 60pcs per month
Kontakt
Szczegółowy opis produktu
Cooling Capacity(kW): 304.5--1530.6 kW Heating Capacity(kW): 364.-- 1779.7 kW
Cooling power input(kW): 55.3-252 kW heating power input(kW): 69.9--317.5 kW
Refrigerant: R134a Power supply: 380V/3~/50Hz
Compressor type: Semi-closed double-screw compressor Total heat recovery COP: 8.52-9.33
High Light:

industrial water chillers

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ground water source heat pump

EK keeps looking for valuable distributors and partners around international markets…

 

EKSC Series XE High-efficiency Screwtype Water-cooled Chillers

 

Specifications:

 

Model

EKSC090

EKSC110

EKSC125

EKSC135

EKSC145

EKSC160

EKSC170

Cooling

Cooling capacity

U.S.RT

86.6

106.9

125.1

134.4

144.6

158.6

168.0

kW

304.5

376

440.1

472.8

508.7

557.9

590.8

x104kcal/h

26.2

32.3

37.8

40.7

43.7

48.0

50.8

Input power

kW

55.3

67.3

78.4

83.6

86

93.8

101.2

COP

kW/kW

5.51

5.59

5.61

5.66

5.92

5.95

5.84

Chilled water flow

m3/h

52.4

64.7

75.7

81.3

87.5

96.0

101.6

Pressure drop of chilled water

kPa

75

85

77

85

85

85

83

Cooling water flow

m3/h

61.9

76.2

89.2

95.7

102.3

112.1

119.0

Pressure drop of cooling water

kPa

67

62

72

75

69

71

72

Heating*

Heating capacity

U.S.RT

103.5

127.4

148.6

159.3

171.0

187.4

198.5

kW

364.2

448.2

522.7

560.2

601.5

659.1

698.0

x104kcal/h

31.3

38.5

45.0

48.2

51.7

56.7

60.0

Input power

kW

69.9

85.0

99.1

105.5

108.6

118.3

127.8

COP

kW/kW

5.21

5.27

5.28

5.31

5.54

5.57

5.46

Hot water flow rate

m3/h

62.6

77.1

89.9

96.4

103.5

113.4

120.1

Hot water pressure drop

kPa

69

64

73

76

71

73

73

Water source flow rate

m3/h

50.6

62.5

72.9

78.2

84.8

93.0

98.1

Water source pressure drop

kPa

70

79

71

78

80

80

77

Cooling + total heat recovery*

Cooling capacity

U.S.RT

74.1

91.5

107.1

115.1

123.8

135.8

143.8

kW

260.7

321.9

376.8

404.7

435.5

477.7

505.9

x104kcal/h

22.4

27.7

32.4

34.8

37.5

41.1

43.5

Heat recovery capacity

U.S.RT

93.8

115.5

135.1

144.9

154.5

169.2

179.9

kW

330.0

406.2

475.1

509.6

543.3

595.2

632.7

x104kcal/h

28.4

34.9

40.9

43.8

46.7

51.2

54.4

Input power

kW

69.3

84.3

98.3

104.9

107.8

117.5

126.9

Cooling COP

kW/kW

3.76

3.82

3.83

3.86

4.04

4.07

3.99

Heat recovery COP

kW/kW

4.76

4.82

4.83

4.86

5.04

5.07

4.99

Total COP

kW/kW

8.52

8.63

8.67

8.72

9.08

9.13

8.98

Chilled water flow

m3/h

52.4

64.7

75.7

81.3

87.5

96.0

101.6

Pressure drop of chilled water

kPa

75

85

77

85

85

85

83

Hot water flow rate

m3/h

56.8

69.9

81.7

87.7

93.4

102.4

108.8

Hot water pressure drop

kPa

57

53

61

63

58

60

61

Compressor

Type

 

Semi-closed double-screw compressor

Qty.

 

1

1

1

1

1

1

1

Startup type

 

Y-Δ

Capacity modulation

%

25%-100% stepless modulation

Power supply

 

380V/3~/50Hz

Condenser

Type

 

Water-cooled shell-tube type

Qty.

 

1

1

1

1

1

1

1

Evaporator

Type

 

Dry shell-tube type

Qty.

 

1

1

1

1

1

1

1

Refrigerant type

 

R134a

Lubricant

Code

 

EK02

Filling

L

13x1

13x1

19x1

19x1

23x1

23x1

23x1

Temperature control

 

PID control over water temperature

Outer diameter of chilled water inlet/outlet pipe

φ(mm)

139.7

139.7

168.3

168.3

168.3

168.3

168.3

Outer diameter of cooling water inlet/outlet pipe

φ(mm)

114.3

114.3

114.3

114.3

139.7

139.7

139.7

Heat-insulation material

 

PID control over water temperature

Weight of a single indoor unit

kg

1850

1870

2240

2260

2830

2860

3080

Operating weight

kg

2090

2110

2640

2660

3240

3260

3490

Rated current (cooling)

A

95

115

133

143

147

160

172

Rated current (heating*)

A

120

146

169

180

186

202

218

Rated current (cooling + heat recovery*)

A

119

145

167

179

184

201

217

Startup current

A

287

343

545

545

660

660

749

Max. startup current (cooling)

A

287

343

545

545

660

660

749

Max. startup current (heating*)

A

287

343

545

545

660

660

749

L x W x H

mm

3770x1200x1490

3840x1330x1660

3840x1500x1670

 

 

 

Model

EKSC185

EKSC195

EKSC205

EKSC220

EKSC235

EKSC250

EKSC270

Cooling

Cooling capacity

U.S.RT

184.1

193.7

204.0

217.6

232.0

250.3

268.9

kW

647.5

681.3

717.6

765.3

816.1

880.2

945.6

x104kcal/h

55.7

58.6

61.7

65.8

70.2

75.7

81.3

Input power

kW

107.4

113.3

118.4

126

145.7

156.8

167.2

COP

kW/kW

6.03

6.01

6.06

6.07

5.60

5.61

5.66

Chilled water flow

m3/h

111.4

117.2

123.4

131.6

140.4

151.4

162.6

Pressure drop of chilled water

kPa

85

70

70

65

71

73

65

Cooling water flow

m3/h

129.8

136.7

143.8

153.3

165.4

178.4

191.4

Pressure drop of cooling water

kPa

72

70

67

62

69

71

75

Heating*

Heating capacity

U.S.RT

217.3

227.6

239.4

254.4

276.1

297.2

318.5

kW

764.1

800.6

842.0

894.7

970.9

1045.2

1120.3

x104kcal/h

65.7

68.9

72.4

76.9

83.5

89.9

96.3

Input power

kW

135.6

143.0

149.6

159.8

183.9

198.0

211.1

COP

kW/kW

5.63

5.60

5.63

5.60

5.28

5.28

5.31

Hot water flow rate

m3/h

131.4

137.7

144.8

153.9

167.0

179.8

192.7

Hot water pressure drop

kPa

74

71

68

63

70

72

76

Water source flow rate

m3/h

108.1

113.1

119.1

126.4

135.4

145.7

156.4

Water source pressure drop

kPa

80

65

65

60

66

67

60

Cooling + total heat recovery*

Cooling capacity

U.S.RT

157.6

166.0

174.7

185.7

198.7

214.3

230.2

kW

554.4

583.7

614.4

653.2

698.7

753.6

809.5

x104kcal/h

47.7

50.2

52.8

56.2

60.1

64.8

69.6

Heat recovery capacity

U.S.RT

195.9

206.3

216.9

230.3

250.6

270.1

289.7

kW

689.0

725.7

762.8

810.1

881.3

950.1

1019.0

x104kcal/h

59.3

62.4

65.6

69.7

75.8

81.7

87.6

Input power

kW

134.6

142.0

148.4

156.9

182.6

196.5

209.5

Cooling COP

kW/kW

4.12

4.11

4.14

4.16

3.83

3.84

3.86

Heat recovery COP

kW/kW

5.12

5.11

5.14

5.16

4.83

4.84

4.86

Total COP

kW/kW

9.24

9.22

9.28

9.33

8.65

8.67

8.73

Chilled water flow

m3/h

111.4

117.2

123.4

131.6

140.4

151.4

162.6

Pressure drop of chilled water

kPa

85

70

70

65

71

73

65

Hot water flow rate

m3/h

118.5

124.8

131.2

139.3

151.6

163.4

175.3

Hot water pressure drop

kPa

60

59

56

52

58

60

63

Compressor

Type

 

Semi-closed double-screw compressor

Qty.

 

1

1

1

1

2

2

2

Startup type

 

Y-Δ

Capacity modulation

%

25%-100% stepless modulation

12.5%-100% stepless modulation

Power supply

 

380V/3~/50Hz

Condenser

Type

 

Water-cooled shell-tube type

Qty.

 

1

1

1

1

2

2

2

Evaporator

Type

 

Dry shell-tube type

Qty.

 

1

1

1

1

1

1

1

Refrigerant type

 

R134a

Lubricant

Code

 

EK02

Filling

L

23x1

23x1

23x1

25x1

13+19

19x2

19x2

Temperature control

 

PID control over water temperature

Outer diameter of chilled water inlet/outlet pipe

φ(mm)

168.3

219.1

219.1

219.1

219.1

219.1

219.1

Outer diameter of cooling water inlet/outlet pipe

φ(mm)

139.7

139.7

139.7

168.3

114.3

114.3

114.3

Heat-insulation material

 

PID control over water temperature

Weight of a single indoor unit

kg

3290

3540

3460

3740

3740

3970

4010

Operating weight

kg

3690

4140

4160

4340

4240

4580

4620

Rated current (cooling)

A

184

193

203

216

249

268

285

Rated current (heating*)

A

232

244

255

276

314

338

361

Rated current (cooling + heat recovery*)

A

230

242

253

264

312

336

357

Startup current

A

749

749

749

850

343

545

545

Max. startup current (cooling)

A

749

749

749

850

467

679

688

Max. startup current (heating*)

A

749

749

749

850

500

714

725

L x W x H

mm

3870x1500x1760

3880x1520x1740

4480x1500x1690

3930x1520x2110

3920x1520x2110

 
 

 

Model

EKSC290

EKSC320

EKSC340

EKSC370

EKSC390

EKSC410

EKSC440

Cooling

Cooling capacity

U.S.RT

289.3

317.3

338.8

368.2

387.4

408.1

435.2

kW

1017.4

1115.8

1191.5

1295

1362.6

1435.2

1530.6

x104kcal/h

87.5

96.0

102.5

111.4

117.2

123.4

131.6

Input power

kW

172

187.6

204

214.8

226.6

236.8

252

COP

kW/kW

5.92

5.95

5.84

6.03

6.01

6.06

6.07

Chilled water flow

m3/h

175.0

191.9

204.9

222.7

234.4

246.9

263.3

Pressure drop of chilled water

kPa

65

65

70

70

69

71

71

Cooling water flow

m3/h

204.6

224.2

240.0

259.7

273.3

287.6

306.6

Pressure drop of cooling water

kPa

67

72

72

67

67

67

67

Heating*

Heating capacity

U.S.RT

342.1

374.8

400.3

434.5

455.2

478.8

506.0

kW

1203.1

1318.2

1407.7

1528.1

1601.1

1684.0

1779.7

x104kcal/h

103.5

113.4

121.1

131.4

137.7

144.8

153.1

Input power

kW

217.2

236.8

257.6

271.3

286.3

299.0

317.5

COP

kW/kW

5.54

5.57

5.46

5.63

5.59

5.63

5.60

Hot water flow rate

m3/h

206.9

226.7

242.1

262.8

275.4

289.6

306.1

Hot water pressure drop

kPa

69

74

73

69

68

68

67

Water source flow rate

m3/h

169.6

186.0

197.8

216.2

226.1

238.2

251.5

Water source pressure drop

kPa

61

61

65

66

64

66

64

Cooling + total heat recovery*

Cooling capacity

U.S.RT

247.6

271.6

290.0

315.3

331.9

349.4

369.4

kW

871.0

955.3

1020.1

1108.8

1167.2

1228.7

1299.1

x104kcal/h

74.9

82.2

87.7

95.4

100.4

105.7

111.7

Heat recovery capacity

U.S.RT

308.9

338.5

362.7

391.8

412.6

433.8

458.0

kW

1086.5

1190.5

1275.7

1378.1

1451.3

1525.6

1610.9

x104kcal/h

93.4

102.4

109.7

118.5

124.8

131.2

138.5

Input power

kW

215.5

235.2

255.6

269.3

284.0

296.8

311.8

Cooling COP

kW/kW

4.04

4.06

3.99

4.12

4.11

4.14

4.17

Heat recovery COP

kW/kW

5.04

5.06

4.99

5.12

5.11

5.14

5.17

Total COP

kW/kW

9.08

9.12

8.98

9.24

9.22

9.28

9.33

Chilled water flow

m3/h

175.0

191.9

204.9

222.7

234.4

246.9

263.3

Pressure drop of chilled water

kPa

65

65

70

70

69

71

71

Hot water flow rate

m3/h

186.9

204.8

219.4

237.0

249.6

262.4

277.1

Hot water pressure drop

kPa

56

61

61

56

56

56

55

Compressor

Type

 

Semi-closed double-screw compressor

Qty.

 

2

2

2

2

2

2

2

Startup type

 

Y-Δ

Capacity modulation

%

12.5%-100% stepless modulation

Power supply

 

380V/3~/50Hz

Condenser

Type

 

Water-cooled shell-tube type

Qty.

 

2

2

2

2

2

2

2

Evaporator

Type

 

Dry shell-tube type

Qty.

 

1

1

1

2

2

2

2

Refrigerant type

 

R134a

Lubricant

Code

 

EK02

Filling

L

23x2

23x2

23x2

23x2

23x2

23x2

25x2

Temperature control

 

PID control over water temperature

Outer diameter of chilled water inlet/outlet pipe

φ(mm)

219.1

219.1

219.1

273

273

273

273

Outer diameter of cooling water inlet/outlet pipe

φ(mm)

139.7

139.7

139.7

139.7

139.7

139.7

168.3

Heat-insulation material

 

PID control over water temperature

Weight of a single indoor unit

kg

4690

4830

5200

5560

6000

6040

6240

Operating weight

kg

5410

5580

6020

6360

7190

7230

7430

Rated current (cooling)

A

294

321

348

366

387

404

427

Rated current (heating*)

A

371

405

440

463

489

511

548

Rated current (cooling + heat recovery*)

A

368

401

436

460

485

507

525

Startup current

A

660

660

749

749

749

749

850

Max. startup current (cooling)

A

807

820

923

932

943

951

1064

Max. startup current (heating*)

A

845

863

969

980

993

1004

1124

L x W x H

mm

4200x1560x2220

4500x1560x2220

4490x1560x2230

3880x2370x2300

3880x2370x2380

4480x2370x2420

 

 

 

Description:

EKSC series XE high-efficiency screw-type watercooled chillers feature a leading-edge total heat recovery and screw uni t design, use R134a environment-friendly refrigerant, inherit EK air conditioning innovations over 40 years and integrate 13 patents. The EER reaches Class A by European standard, and the TCO is the lowest in the industry. Equipped with a compact and reliable structure and a lead-edge control system, the units best applies to

places have many buildings and require central air conditioning and hot water systems, such as highrank hotels, office buildings, schools, hospitals, and factories.

 

 

Applications:

 

Business Organizations

supermarket, large-scale shopping malls, exclusive agency, chain shops, large-scale sales, star-rated hotels, restaurants, travel agencies, pharmacy.

Financial Organizations

Banks, negotiable securities, funds, insurance companies, pawnshops;

Non-profit Organizations: Telecommunications, post offices, hospital, schools;

Public Places

subway, airports, stations, gas stations, toll stations, bookstores, parks, exhibition halls, stadiums, museums, convention centers, ticket agencies, HR market, lottery centers; Real Estate Property: Apartments, villas, offices, commercial buildings, model rooms, property brokers;

Entertainments

Movie theaters, fitness halls, country clubs, clubs, massage rooms, bars, cafes, Internet bars, beauty shops, golf course

 

 

 

 

Competitive Advantage:

 

1.R134a High-efficiency Double Screw Compressor with High Efficiency and Low Noise

2.High heat exchange efficiency with European patented heat exchanger

3. Precise Control, Reliable Operation

4. Name brand electronic expansion valve ensuring precise control

5. Best integration and all-round energy saving

6. Compact Structure, Safe and Convenient

7. R134a Environment-friendly and Energy-saving Refrigerant

8. Smart Control,Information Display,User Interface ,Centralized control

Features of a heat recovery system:

1.Free hot water, energy saving and environment friendly

2.Higher EER with total heat recovery technology

 

Szczegóły kontaktu
Guangdong EuroKlimat Air-Conditioning & Refrigeration Co., Ltd

Osoba kontaktowa: LENG

Tel: +8613828797702

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