Tandem Central Compressor Unit (Low Temp Overcooled)

  • Tandem Central Compressor Unit (Low Temp Overcooled) Manufacturers, Tandem Central Compressor Unit (Low Temp Overcooled) Factory, Supply Tandem Central Compressor Unit (Low Temp Overcooled)
Tandem Central Compressor Unit (Low Temp Overcooled)
  • Bingshan
  • China
  • 60-90days
  • 3000 set/year

Scope
Low Temp Overcooled Tandem Central Compressor Units (60HP~125HP)55.64kw~104.86kw
Application
Multi-compressor parallel unit is widely applied in supermarket, logistic center etc. medium and low temp cold storage.

Tandem Central Compressor Unit (Low Temp Overcooled)


Features

 

1. Large Capacity Range. Long Running Life

2. Adopt reasonable energy-saving stage 4~6 and similar power compressor to keep good energy-saving effect and 15years design running life.

3. Reliable Oil Level Control

4. Large capacity oil tank and purely mechanical oil level float valve control system ensure compressor head oil return effectively and reliability.

5. Complete Security Design

6. Adopt double loop circuit to ensure system avoid from losing. Any components failure will not affect another loop normal work.

7. To ensure partial failure does not affect the unit running, the unit is added maintenance valve on the refrigerant loop. Add partial RCCB on the circuit to ensure 1/2`~2/3 capacity as the failure is happened.

 

Low Temp Overcooled Tandem Central Compressor Units Technology Parameter Table


Type

Refrigerant

Nominal Condition

Evap. Temp. Range

Cond. Temp. Range

Compressor

Noise

Outline

Net Weight

Ref. Cap.

Input Power

Type

Displacement/unit

Cooling Method

Length

Width

Height



kw

Kw


m3/h


dBA

mm

mm

mm

kg

LCU-601LMPJ-G

R22

55.64

28.83

—40~—20

20~57

Four-compressor Parallel

Liquid Injection Cooling +Fan Cooling

Liquid Injection Cooling +Fan Cooling

74.2

2365

1130

1763

1615

LCU-701LMPJ-G

R22

62.06

32.55

—40~—20

20~57

Four-compressor Parallel

39.5*1,73.5*3

Liquid Injection Cooling +Fan Cooling

74.2

2365

1130

1763

1665

LCU-801LMPJ-G

R22

69.55

37.2

—40~—20

20~57

Four-compressor Parallel

73.5×4

Liquid Injection Cooling +Fan Cooling

73

2365

1130

1763

1715

LCU-901LMPJ-G

R22

80.25

41.85

—40~—20

20~57

Five-compressor Parallel

39.5*1,73.5×4

Liquid Injection Cooling +Fan Cooling

74.4

2915

1130

1763

2005

LCU-1001LMPJ-G

R22

86.67

46.5

—40~—20

20~57

Five-compressor Parallel

73.5×5

Liquid Injection Cooling +Fan Cooling

74

2915

1130

1763

2060

LCU-1101LMPJ-G

R22

97.37

51.15

—40~—20

20~57

Six-compressor Parallel

39.5*1,73.5×,5

Liquid Injection Cooling +Fan Cooling

74

4013

1046

1895

2420

LCU-1201LMPJ-G

R22

104.86

56.73

—40~—20

20~57

Six-compressor Parallel

73.5×6

Liquid Injection Cooling +Fan Cooling

74

4013

1046

1895

2475

LCU-N601LMPJ-Y

R22

54

37

—45~—20

20~55

Four-compressor Parallel

45.4*2,73.5×2,5.8~23.2

Liquid Injection Cooling

77

2365

1130

1763

1705

LCU-N701LMPJ-Y

R22

61

43

—45~—20

20~55

Four-compressor Parallel

45.4*1.73.5×3,5.8~23.2

Liquid Injection Cooling +Fan Cooling

77

2365

1130

1763

1755

LCU-N801LMPJ-Y

R22

68

48

—45~—20

20~55

Four-compressor Parallel

73.5×4,5.8~23.2

Liquid Injection Cooling +Fan Cooling

77

2365

1130

1763

1805

LCU-N901LMPJ-Y

R22

78

53

—45~—20

20~55

Five-compressor Parallel

45.4*1,73.5×4,5.8~23.2

Liquid Injection Cooling +Fan Cooling

77.5

2915

1130

1763

2095

LCU-N1001LMPJ-Y

R22

83

58

—45~—20

20~55

Five-compressor Parallel

73.5×5,5.8~23.2

Liquid Injection Cooling +Fan Cooling

77.5

2915

1130

1763

2150

LCU-N1101LMPJ-Y

R22

93

63

—45~—20

20~55

Six-compressor Parallel

45.4*1,73.5×5,5.8~23.2

Liquid Injection Cooling +Fan Cooling

77.8

4013

1046

1895

2510

LCU-N1201LMPJ-Y

R22

99

69

—45~—20

20~55

Six-compressor Parallel

73.5×6,5.8~23.2

Liquid Injection Cooling +Fan Cooling

77.8

4013

1046

1895

2565

 

Note:

1.Ref. Cap, input power test condition (nominal condition): Evap. Temp: -31.7℃, Cond. Temp: 40.6℃, Suction Temp.: 18.3℃,  Ambient Temp: 35℃

2.Noise value is tested in front of unit within 1m x 1m at high condensing pressure. The actual noise value could be different as per actual condition.

3.Low Temp Overcooled Unit is applied in overcooled small type compressor with displacement from 5.8m3/h to 23.2m3/h. Cooling way is in nature.

 


Get the latest price? We'll respond as soon as possible(within 12 hours)
close left right