more than

50 years

of managing Fluids

You have landed on the Pollard Pumps page

Pompes Pollard Logo
Manufactured in France

 

High Viscosity Vane Pumps

pollard_pumps_CNtec_volumetric technology

 

CMtec - Curved stator, Monoblock blade Technology.

Combines the advantages of a Gear pump and a Vane pump;

  • Exceptional reliability.

  • Ability to handle highly viscous products and fluids with particles.

  • High volumetric efficiency Positive-displacement pumping whatever the rotation speed and viscosity.

  • High aspiration capacity to facilitate self priming.

  • Integrated safety by-pass valve protecting the circuit.

  • Can be tailor made due to the technically simplicity.

  • Easy and rapid maintenance.

  • Soft transferring: no shearing effect.

  • Low noise levels.

Application examples

  • Lubrication of machine tools.

  • Diesel feeder on railway engines.

  • Transfer of products in oil-related industries.

  • Lubrication of public works equipment.

  • Emptying of industrial fryers.

  • Cleaning of oil in closed circuits. 

  • Hydraulic transfer for lubricating units

Model

Capacity

ml/rev

Flow

 l/min

Max.

RPM

ByPass

Pressure

Max

Pressure

Viscosity

Range

cSt

Temp

Range

oC

Max Hard

Solids

Ports 
P01 0.001 2.7 @ 2P 3000 5 bar 10 bar 1-10 000 -20 to +150 200 m Gf
P06 0.006 16.3 @ 2P 3000 5 bar 10 bar 1-10 000 -20 to +150 200 m Gf
pollard_pump_P06
P01 & P06 Bare Shaft MP01 & MP06 with Motor
 
Model

Capacity

ml/rev

Flow

 l/min

Max.

RPM

ByPass

Pressure

Max

Pressure

Viscosity

Range

cSt

Temp

Range

oC

Max Hard

Solids

Ports 
P250.02535.2 @ 4P 1500 5 bar10 bar 1-10 000 -20 to +150 200m1 Gf
P25 Bare Shaft MP25 with Motor
 
Model

Capacity

ml/rev

Flow

 l/min

Max.

RPM

ByPass

Pressure

Max

Pressure

Viscosity

Range

cSt

Temp

Range

oC

Max Hard

Solids

Ports 
P67 0.067 93.8 @ 4P 1500 5 bar 10 bar 1-10 000 -20 to +150 200 m 1 Gf
P67 Bare Shaft MP67 with Motor
*** All values are generalised, correct selection of pump parameters are specified by our technical department ***
 

T & C's | POPIA |

 Copyright 2002 - 2024 - Fluid Controls Trading  cc
              Last Modified:  28 June 2024

Due to constant improvements in design by our Partners, Technical data on this website is given as an indication only, actual figures must be verified with the respective manufacturers current data sheets or manuals.