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 Products |
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Model : KC 2 to 12 cylinders in single & two stage
Heavy Duty Industrial refrigeration Compressors Suitable for Round the Clock Operation. Compressors suitable for R717 (Ammonia), R22 & other HFC's. Capacities from 32 TR (112 kW) to 577 TR( 2019 kW) for Ammonia as refrigerant at +10oC evaporating to +40oC Condensing temp (subcooling & superheat at 0oC) & Compressor speed 1000 rpm. |
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KIRLOSKAR PNEUMATIC HEAVY DUTY REFRIGERATION COMPRESSORS 'KC' SERIES |
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Applications : : |
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KC Reciprocating Compressors are most suitable for industrial refrigeration & low temperature applications. They are designed to operate with ammonia, halocarbons, & other refrigerants. Ideally suitable for continuous duty, process refrigeration, liquefaction plants, ice plants, cold storage etc. |
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Features : |
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- All Steel Fabricated Crankcase
- Modular Construction
- Protection Against Liquid Hammer
- Efficient Heat Dissipation
- Quick Service Access for Maintenance
- Protection against Liquid Hammer
- Provision for Cylinder Jacket cooling |
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Accessories : |
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- Drive Set :
1]'V' Belt drives (Fly wheel, Motor pulley, Belts) for a wide range of standard speeds.
2] Direct drive. (Flexible Space saver coupling with flywheel)
- Base frame, Slide rails for motor with foundation bolts.
- Stop valves (shut-off) for suction & discharge lines.
- Electrically operated solenoid valves for capacity control.
- Pressure gauges & Safety pressure cutouts, Crankcase heater & Oil separator.
- Equalizer connection for parallel operating compressors.
- Interstage cooling systems to suit two stage compressors.
- Built in cooling water manifold PLC Control. (Optional) |
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TECHNICAL DATA AND PERFORMANCE CHART
KIRLOSKAR PNEUMATIC HEAVY DUTY REFRIGERATION COMPRESSORS 'KC' SERIES |
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Technical Data :
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Models |
Compressor Type |
Single Stage |
KC2 |
KC3 |
KC4 |
KC6 |
KC9 |
KC12 |
Two Stage |
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KC21 |
KC31 |
KC42 KC51 |
KC63 KC72 |
KC93 KC102 |
Cylinder Arrangement |
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1 X V |
1 X W |
2 X V |
2 X W |
3 X W |
4 X W |
Number of cylinders |
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2 |
3 |
4 |
6 |
9 |
12 |
Bore X Stroke mm |
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160 X 110 |
Permissible speed |
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Belt drive from 400 to 1000 rpm in steps of 50 rpm |
Swept volume m3/hr at 1000 rpm |
Single Stage |
265.4 |
398.1 |
530.8 |
796.2 |
1194.3 |
1592.4 |
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Two Stage |
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265.4 |
398.1 |
530.8 663.5 |
796.2 928.9 |
1194.3 1327 |
Direction of rotation |
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Anticlockwise when viewed from shaft end ( drive end) |
Max discharge pressure |
bar |
21 |
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Weight of Compr
(without flywheel) |
kg |
435 |
535 |
665 |
900 |
1245 |
1585 |
Moment of Inertia GD2 Of Crank mechanism |
kg/m2 |
0.356 |
0.422 |
0.446 |
0.594 |
0.829 |
1.045 |
Overall dimensions mm |
Length |
948 |
945 |
1150 |
1447 |
1861 |
2251 |
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Width |
970 |
1130 |
970 |
1130 |
1130 |
1130 |
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Height |
935 |
935 |
935 |
960 |
960 |
960 |
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Additional product information : |
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User Application Sector |
Power, Oil and Gas, Construction ,Agriculture, Utilities, Refrigeration & Air-conditioning, Industry, Chemical & process, |
User Sub Sector |
Refrigeration, Low temp Application, Process Cooling, Concrete Cooling, Food preservation |
Industry Sector |
Fruits/vegetables preservation, Breweries, Bottling, Dairy,Water chilling, Chemical pharmaceutical, Cold storages, Ice plants |
Application Areas |
Low temp application, cold storages, food preservation, Ice making, Chilling(Water, Milk), liquefaction,Chemical/Pharmaceutical process Cooling, Gas processing, |
Product Category |
Compressor |
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Equipment Manufacturer : Refrigeration Consultant Refrigeration designers
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End User : Refrigeration Installers Users as mentioned in the sectors
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Complimentary Products : Engines from Kirloskar Oil Engines to directly drive the compressor (Please refer engines). Water Pumps from Kirloskar Brothers Ltd for Condensor water circulation in a Refrigeration System (Please refer pumps).
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Notes :
1. At + 10oC / + 40oC; 0oC Subcooling, 0oC Superheating.
2. At - 15oC / + 40oC; 0oC Subcooling, 0oC Superheating.
3. At - 30oC / + 40oC; 0oC Subcooling, 0oC Superheating.
4. At - 40oC / + 40oC; 0oC Subcooling, 0oC Superheating.
5. The performance chart is only a guideline, for other details, please refer to us. |
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