Rodelta BHRC (VS6)
The VS6 type, BHRC can type Condensate Extraction Pump series is widely used for condensate extraction application in thermal and nuclear power plants. High Efficiency and Low NPSHR characteristics make CEP pumps the best suitable in these segments.
For alternative specifications contact us.
Chemical Industry
Drinking Water
Dry Dock
Flood Control
General Industry
Oil & Gas Downstream
Oil & Gas Upstream
Power Generation
Wast Water
Water Treatment
Rodelta BHRC (VS6)
Features:
- Vertical Can (Barrel) – type ring-section pump. Suction & stage Impellers are radial flow type design. Pump can be single or multistage. Pump can be either with Single or Double Suction Impeller to have lower NPSHR
- Pumps with axial thrust balancing arrangement.
- Pumps are with antifriction type axial thrust bearings with oil sump lubrication / grease lubrication.
- Pumps are with segmental pad type thrust and plain radial bearings with oil sump lubrication.
- Pumps are with Can (Barrel) for standard pump suction and discharge nozzle with above the ground floor for special arrangement suction nozzle can be below the installation floor as per the site layout.
- Pumps supplied with cardan shaft/flexible tubular shafts as an option.
- Pumps provided with reverse rotation protection device.
- Hydraulic design constantly being updated through our research and development work to meet high efficiency and low NPSHR requirements.
- The pumps are offered with CE marking
- Depending on the application, area classification ATEX certification possible
Diffuser
A diffuser with integral cast vanes.
Suction Bell/Bell Mouth
Designed for smooth inflow of condensate with minimum entry losses
Shaft
Made of high tensile strength steel or chrome steel, In the shaft seal area the shaft is provided with a replacable shaft sleeve.
Column Pipe
Fabricated column pipes to house the line shaft bearings and direct the condensate from pump unit to the discharge head.
Transmission Bearings
Cutless bearings are of natural rubber / Synthetic rubber / Elastomeric with outer shell of brass or suitable material. Carbon filled Teflon bearings or carbon with outer steel shell can also be provided.
Axial Thrust Bearings
Tilting pad type or anti-friction type to absorb residual hydraulic axial thrust and weight of rotor assembly. Bearing lubrication with either oil or grease.
Thrust bearing arrangement available either independently in pump and in motor or combined in motor.
Nozzle position
Suction and Discharge nozzle horizontal, above the installation floor. If required suction nozzle can be below the floor level.
Can (Outer Shell)
Fabricated ‘Can’ made out of steel is connected to the discharge head. Length of the ‘Can’ depends upon the NPSHA at site.
Non-Reverse Ratchet
Non reverse ratchet (optional) to prevent the reverse rotation.
Specifications:
- Delivery size up to 500mm
- Capacity 10m3/hr to 2200m3/hr
- Head upto 380m per stage
- Suitable for liquid Temperature: Up to 120ºC Depending on Pump size 120ºC
- Sealing Arrangement: Gland packing or with mechanical seals
- Flanges Drilling Standard: Flanges can be as per DIN, ISO or as per ASME standard
Applications:
- Handling Steam Condensate in thermal and nuclear power plant
- Handling Steam Condensate in industrial plant
Applications:
- Thermal and Nuclear power plants
- Features Double casing diffuser, radial flow enclosed impeller design
- Capacity @ BEP Upto 2200 m3/hr Upto 9690 Gpm
- Head Upto 380 m Upto 1246 feet
- Temperature range 10 to 120 °C 50 to 248 °F
- Discharge pressure Upto PN 16/PN 25 upto Class 125/Class 150
- Material (Casing/Impeller) Cast Iron, Bronze, SS, Duplex, Super Duplex
- Standard Motor Sync. Speed 1800 rpm 1200 rpm
- Options Gland packing / Mechanical Seal, Direct or right angle drive
- Flange drilling standard BS EN/DIN/ANSI/AWWA
