Carrier Performance data, Nozzle Size, 23XRV Heat Exchanger MIN/MAX Flow Rates, Cooler Pass

Page 9

Performance data

NOZZLE SIZE

 

 

 

NOZZLE SIZE (in.)

 

 

FRAME

 

 

(Nominal Pipe Size)

 

 

SIZE

 

Cooler

 

 

Condenser

 

 

1-Pass

2-Pass

3-Pass

1-Pass

2-Pass

3-Pass

3

10

8

6

10

8

6

4

10

8

6

10

8

6

5

10

8

6

10

10

8

23XRV HEAT EXCHANGER MIN/MAX FLOW RATES*

ENGLISH (GPM)

COOLER

1 PASS

2 PASS

3 PASS

Frame

Size

Min

Max

Min

Max

Min

Max

 

30

611

2,444

305

1222

204

815

 

31

733

2,933

367

1466

244

978

3

32

855

3,422

428

1710

285

1141

 

35

611

2,444

305

1222

204

815

 

36

733

2,933

367

1466

244

978

 

37

855

3,422

428

1710

285

1141

 

40

989

3,959

495

1979

330

1320

 

41

1112

4,448

556

2224

371

1482

4

42

1222

4,888

611

2444

407

1775

 

45

989

3,959

495

1979

330

1320

 

46

1112

4,448

556

2224

371

1482

 

47

1222

4,888

611

2444

407

1775

 

50

1316

5,267

658

2634

439

1756

 

51

1482

5,927

741

2964

494

1976

5

52

1586

6,343

793

3171

529

2114

 

55

1316

5,267

658

2634

439

1756

 

56

1482

5,927

741

2964

494

1976

 

57

1586

6,343

793

3171

529

2114

CONDENSER

1 PASS

2 PASS

3 PASS

Frame

Size

Min

Max

Min

Max

Min

Max

 

30

646

2,582

323

1291

215

861

 

31

791

3,162

395

1581

263

1054

3

32

932

3,731

466

1865

311

1244

 

35

646

2,582

323

1291

215

861

 

36

791

3,162

395

1581

263

1051

 

37

932

3,731

466

1865

311

1244

 

40

1096

4,383

548

2192

365

1461

 

41

1235

4,940

618

2470

412

1647

4

42

1371

5,485

686

2743

457

1828

 

45

1096

4,383

548

2192

365

1461

 

46

1235

4,940

618

2470

412

1647

 

47

1371

5,485

686

2743

457

1828

 

50

1507

6,029

754

3015

502

2010

 

51

1646

6,586

823

3293

549

2195

5

52

1783

7,131

891

3565

594

2377

 

55

1507

6,029

754

3015

502

2010

 

56

1646

6,586

823

3293

549

2195

 

57

1783

7,131

891

3565

594

2377

*Flow rates based on standard tubes in the cooler and condenser. Minimum flow based on tube velocity of 3 ft/sec (0.91 m/sec); maximum flow based on tube velocity of 12 ft/sec (3.66 m/sec). Consult the factory if variable primary flow.

SI (L/s)

COOLER

1 PASS

2 PASS

3 PASS

Frame

Size

Min

Max

Min

Max

Min

Max

 

30

38

154

19

77

13

51

 

31

46

185

23

92

15

62

3

32

54

215

27

108

18

72

 

35

38

154

19

77

13

51

 

36

46

185

23

92

15

62

 

37

54

215

27

108

18

72

 

40

62

249

31

125

21

83

 

41

70

281

35

140

23

93

4

42

77

307

38

154

26

112

 

45

62

249

31

125

21

93

 

46

70

281

35

140

23

93

 

47

77

307

38

154

26

112

 

50

83

332

42

166

28

111

 

51

93

374

47

187

31

125

5

52

100

400

50

200

33

133

 

55

83

332

42

166

28

111

 

56

93

374

47

187

31

125

 

57

100

400

50

200

33

133

CONDENSER

1 PASS

2 PASS

3 PASS

Frame

Size

Min

Max

Min

Max

Min

Max

 

30

41

163

20

81

14

54

 

31

50

199

25

100

17

67

3

32

59

235

29

118

20

79

 

35

41

163

20

81

14

54

 

36

50

199

25

100

17

67

 

37

59

235

29

118

20

79

 

40

69

277

35

138

23

92

 

41

78

312

39

156

26

104

4

42

86

346

43

173

29

115

 

45

69

277

35

138

23

92

 

46

78

312

39

156

26

104

 

47

86

346

43

173

29

115

 

50

95

380

48

190

32

127

 

51

104

416

52

208

35

138

5

52

112

450

56

225

37

150

 

55

95

380

48

190

32

127

 

56

104

416

52

208

35

138

 

57

112

450

56

225

37

150

*Flow rates based on standard tubes in the cooler and condenser. Minimum flow based on tube velocity of 3 ft/sec (0.91 m/sec); maximum flow based on tube velocity of 12 ft/sec (3.66 m/sec). Consult the factory if variable primary flow.

9

Image 9
Contents Features/Benefits Product reliability23XRV Table of contents Microprocessor controls features Heat exchanger featuresA23-1648 Model number nomenclatureComponent Weights 23XRV Compressor and Motor Weights23XRV Heat Exchanger Weights Physical dataNumber Additional Weights for 23XRV Marine WaterboxesFrame PassesOption ACCESSORY† → Options and accessories23XRV Dimensions Dimensions23XRV Dimensions NOZZLE-IN-HEAD Waterbox 23XRV Dimensions Marine WaterboxNozzle Size Performance data23XRV Heat Exchanger MIN/MAX Flow Rates Cooler PassElectrical data VFD Frame SizesAuxiliary Ratings Controls FeaturesMicroprocessor controls Control systemControl Panel Display Front View CCM CCN Communication Wiring for Multiple Chillers TypicalControl Sequence Control sequence23XRV Chiller Typical piping and wiringControl wiring schematic 23XRV Component ArrangementGND Ground Application data Dimensions mm→ 23XRV Machine Footprint 23XRVA23-1647 23XRV Isolation with Accessory Soleplate PackageCooler Waterboxes 23XRV Nozzle ArrangementsCondenser Waterboxes Out23XRV Nozzle Arrangements Relief Valve Arrangements Relief Valve LocationsRelief valve discharge pipe sizing Vent and drain connectionsAsme stamping Design pressures23XRV Minimum FIELD-INSTALLED Insulation Requirements → Minimum fluid loop volumeInsulation Condensation VS Relative HumidityHvac Guide Specifications Guide specificationsWarranty Guide specifications Page Guide specifications Page Guide specifications Page Carrier Corporation Syracuse, New York 910

23XRV specifications

The Carrier 23XRV is a high-performance commercial rooftop unit designed for versatility and efficiency in various applications. As part of Carrier's commitment to providing superior HVAC solutions, the 23XRV combines advanced technologies with robust construction to meet the demands of modern commercial environments.

One of the standout features of the 23XRV is its superior energy efficiency. The unit is equipped with a variable speed compressor that adjusts the cooling output based on real-time demand. This allows for optimal efficiency even during partial load conditions, significantly reducing energy consumption and operational costs. It boasts a high SEER (Seasonal Energy Efficiency Ratio) and EER (Energy Efficiency Ratio) ratings, making it an environmentally friendly option that helps to lower carbon footprints.

The 23XRV is constructed with a strong focus on durability. Its robust frame and high-quality materials ensure resilience against harsh weather conditions and extend the unit's service life. The design also incorporates sound-attenuating features, minimizing operational noise and making it suitable for noise-sensitive environments like schools and hospitals.

In terms of technology, the Carrier 23XRV utilizes advanced microprocessor controls that enable precise temperature management and system diagnostics. This smart control system provides enhanced functionality, allowing for easy monitoring and configuration through a user-friendly interface. Additionally, the unit is compatible with remote monitoring systems, enabling building managers to track performance and make adjustments as necessary from any location.

The refrigerant used in the 23XRV is R-410A, which is chlorine-free and meets stringent environmental regulations. The choice of refrigerant not only enhances the efficiency of the system but also aligns with global efforts to phase out ozone-depleting substances.

Maintenance and serviceability are also key considerations in the design of the 23XRV. Features such as easy access to components for routine maintenance, modular construction for quicker repairs, and extensive diagnostic capabilities reduce downtime and enhance overall reliability.

Overall, the Carrier 23XRV stands out in the commercial HVAC market with its combination of efficiency, durability, and advanced technology. It is an excellent choice for various commercial applications, providing reliable performance and improved energy management for building owners and operators looking to enhance their HVAC systems.