Carrier 5H User Manual
Carrier, Data, A pplication
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Carrier
A pplication
Data
Application Détail
CONTENTS
COMPRESSOR PHYSICAL DATA
CONDENSER PHYSICAL DATA
PAGE
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REFRIGERANT 12, 500, 22 AND 502 COMPRESSORS
Operating Requirements
Discharge Temperature
High Compression Ratio
Suction Gas Superheat
Keeping Liquid Refrigerant Out of the Compressor
Compressor Features and Accessories
Electrical Compensation of Compressor Capacity Control
Pneumatic Compensation of Compressor Capacity Control
Motor Selection Data
Motor Selection
Drive Packages
REFRIGERANT 12 AND 22 BOOSTER COMPRESSORS
Booster Application
Rating Basis
"R” Factors
Multi-Stage System Pointers
Safety Factors
Determining Intermediate Pressure
Gas Desuperheating
Liquid Cooling
Oil Separators and Lubrication
Control Pressurestat for Booster Application
Discharge Valve Springs
Water-Cooled Heads
Motor Selection Data
Compressor Starting Torque
Selection Procedure
CONDENSERS
Limitations
Condenser Duty
Pulldown
Fouling Factors
Water Circuiting Arrangements
Piping
Economics
4-20
4
4
4
4
5
7
15
15
17
18
18
21-29
21
21
21
21
26
26
26
26
28
28
28
28
28
29
29
30-31
30
31
31
31
31
31
31
S U P E R S E D E S
SECTION
5F,H-1X
PAGES
1-42
DATE
11-63
Carrier Corporation 1966
Tab 3
SECTION
PAGE
DATE
5F,H-1XA
1
10-66
Document Outline
- Application Data
- REFRIGERANT 12, 22, 500, AND 502 COMPRESSORS
- Keeping Liquid Refrigerant Out of Compressor -
- Compressot' Features and Accessories
- Table 8 - Estimated Operating Weight Distribution
- Fig. 5 - Capacity Controi - Except 5F20, 5F30, 5H120
- Fig. 7 - Operating Sequence of Capacity Reduction Steps with 5F,H Type Compressors (Using the Standard 7-Pound Range Adjustment Spring)
- Fig. 8 - Operating Sequence of Capacity Reduction Steps with 5F,H Type Compressors (Contd) (Using the Standard 7-Pound Range Adjustment Spring)
- Fig. 9 - Operating Sequence of Capacity Reduction Steps with 5F,H Type Compressors (Using the Standard 11-Pound Range Adjustment Spring)
- Fig. 10 - Operating Sequence of Capacity Reduction Steps with 5F,H Type Compressors (Contd) (Using the Standard 11-Pound Range Adjustment Spring)
- Fig. 13 - External Solenoid Type Capacity Control
- REFRIGERANT 12 AND 22 BOOSTER COMPRESSORS
- Fig. 15 - Flow Diagrams for Common Multi-Stage Systems using R- (Not to be used as piping diagrams)
- Control Pressurestat for Booster Application -
- CONDENSERS