
Condensate Extraction Pump - BHRc / RKB-CV
- Enquire Now
Max Head:
Upto 350 mMax Capacity:
Upto 2200 m3/hr
Product Description
Kirloskar Condensate Extraction pump series is widely used for condensate extraction application in thermal and nuclear power plants. Their high Efficiency and low NPSHR characteristics make CEP pumps the most suitable option in these segments.
Product Details
Applications
- Handling steam condensate in various power plants
- Handling steam condensate in industrial plants
Specifications
- Delivery size up to 500 mm
- Capacity from 10 to 2200 m3/hr
- Head from 3 to 350 metres
- Temperature up to 120°C
Features
- Pump with axial thrust balancing arrangement
- Pump comes with anti-friction type axial thrust bearings with oil sump lubrication/grease lubrication
- Pump equipped with segmental pad type thrust and plain radial bearings with oil sump lubrication
- Pump supplied with cardan shaft/flexible tubular shafts as an option
- Pump provided with reverse rotation protection device
- Hydraulic design constantly updated through our research and development efforts to meet the high efficiency and low NPSHR requirements
Condensate Extraction Pump - BHRc / RKB-CV
Kirloskar Condensate Extraction pump series is widely used for condensate extraction application in thermal and nuclear power plants. Their high Efficiency and low NPSHR characteristics make CEP pumps the most suitable option in these segments.
PRIMARY USAGE
APPLICATIONS
- Handling steam condensate in various power plants
- Handling steam condensate in industrial plants
SPECIFICATIONS
- Delivery size up to 500 mm
- Capacity from 10 to 2200 m3/hr
- Head from 3 to 350 metres
- Temperature up to 120°C
FEATURES
- Pump with axial thrust balancing arrangement
- Pump comes with anti-friction type axial thrust bearings with oil sump lubrication/grease lubrication
- Pump equipped with segmental pad type thrust and plain radial bearings with oil sump lubrication
- Pump supplied with cardan shaft/flexible tubular shafts as an option
- Pump provided with reverse rotation protection device
- Hydraulic design constantly updated through our research and development efforts to meet the high efficiency and low NPSHR requirements
DOWNLOADS