Products

 

Water-to-Water Heat Pump Chillers

Continental’s Water-to-Water Heat Pump Chillers feature rotary screw compressors, brazed plate evaporator/condenser. Each refrigerant circuit is complete with a filter drier, sight glass, solenoid valve, expansion valve and reversing valve. The NEMA 12 control center is complete with all power, operating and safety controls, and is ETL listed to UL 508A. All components are mounted on one common skid, constructed from structural steel welded to form a solid heavy-duty frame.

Models HPWR use ground water and are very efficient to cool and heat. The cooling energy –efficiency of models HPWR is 20-24 EER, compared to an EER of 10-12 for a conventional chiller. Likewise, in heating mode, HPWR has a COP of 3 to 4, which means for every kW of electrical input, the output is 3 to 4 times, compared to a commercial boiler which is 0.7 to 0.8.

Continental’s chillers are Engineered Green™  by using environmentally-friendly, non-ozone depleting refrigerant technology for energy-efficiency.

Let our engineers help you get more for your money – on your installation and operation – by customizing a Water-to-Water Heat Pump Chiller to optimize your application. Continental is proud to offer over 35 factory supplied options with its chillers. Get the most out of a Continental Water-to-Water Heat Pump Chiller system by adding:

  • Hot water heat recovery

  • Pump with or without VFD

  • Click here for our complete list of factory mounted options

For assistance with selection and system optimization, contact Continental’s Application Engineering Department at 888-CHILL11 (888-244-5511) or sales@continentalteam.com. Or fill out our online inquiry form – it’s fast and easy. No “required” fields, no “automated” responses – we guarantee a person, not a computer, will promptly answer your inquiry.

Model

Number of Circuits

Cooling Tons 1

Cooling GPM

Heating

Mbh 2

Heating GPM

Water Connections, “

Unit MCA @ 460V*

Dimensions

L"

W"

H"

HPWR-50

1

44

106

521

104

2.5

73

80

35

68

HPWR-60

1

55

132

669

134

2.5

103

80

35

68

HPWR-70

1

65

156

740

148

2.5

120

90

35

68

HPWR-80

1

75

180

883

177

4

125

90

35

68

HPWR-90

1

85

204

1030

206

4

146

90

35

68

HPWR-102

2

88

211

1042

209

4

131

80

70

68

HPWR-110

1

107

257

1205

241

4

178

96

35

70

HPWR-122

2

110

264

1338

268

4

185

80

70

68

HPWR-120

1

122

293

1419

284

4

199

96

35

72

HPWR-142

2

130

312

1480

296

4

216

90

70

68

HWPR-140

1

140

336

1666

333

4

225

96

35

72

HPWR-162

2

150

360

1766

353

5

225

90

70

68

HPWR-182

2

170

408

2060

412

6

263

90

70

68

HPWR-180

1

184

442

2056

411

6

225

120

35

78

HPWR-204

4

177

425

2084

417

6

247

144

72

78

HPWR-210

1

211

507

2446

490

6

482

144

72

78

HPWR-222

2

214

514

2410

482

6

320

144

72

78

1 cooling tons are based on building water conditions of 54/44° F chilled water and source at 75/85° F
2 heating Mbh is based on building water at 120° F, source at 50/40° F
* For 208/230 V or 575 V, contact factory