CDH, HP, VMHP - high-pressure multistage pumps

Menu
CDH, HP, VMHP - high-pressure multistage pumps
CDH, HP, VMHP - High-Pressure Multistage Pumps

Description and characteristics of horizontal high-pressure multistage pumps CDH, HP, VMHP

CDLF+CDH pumps have a single block structure consisting of two tandem pumps and designed for high-pressure systems of up to 46 bars. HP, VMPH pumps consist of one or two tandem pumps and horizontally installed. VMPH is designed for operation in seawater desalination systems.

Characteristics

  • Capacity: Up to 33,5kWt
  • Pressure: Up to 400m
  • Flow rate: Up to 20m3/hour
  • Price:On request
Order
Read More...

CDLF + CDH

CDLF+CDH electric pump unit has a single block structure consisting of two tandem pumps and designed for high-pressure systems of up to 46 bars.
Vertical multistage centrifugal pumps of normal suction with aligned pipe assembly.
Pump unit wet end and casing are made of stainless steel SS304 or SS316.
CDLF pump is the main pump (booster pump), the CDH is designed for pressure increase. Every pump consists of work steps (impeller, diffuser) installed in a cylindrical case and connected by tie bolts with the bottom or slab and the head end. Dry-motor pump structure makes it less sensitive to impurities in pumped fluid in comparison with similar wet-motor pumps.

HP, VMHP

HP, VMPH pump unit consist of one or two tandem pumps and horizontally installed. The pump is connected with the standard motor by a rigid coupling. Pump impellers are closely installed to balance the strong axial force of the pump.
HP pump unit wet end and casing are made of stainless steel SS304 or SS316. VMHP - of super austenitic stainless steel.

 

 Application

  • Water pressure increase: filtration systems, water transfer in water supply systems.
  • Industrial pressure increase: water supply systems for technological purposes, high-pressure washing plants
  • Water treatment: ultrafiltration systems, reverse osmosis plants.
  • Desalination: desalination of sea water (VMPH pumps only)