Single and twin head Peristaltic (hose) pumps are designed for pumping  sand , abrasive and chemical slurries.

Peristaltic pumps designed for pumping liquids :

pulps with abrasion inclusions sizes up to half of hose inner diameter,

acidic and basic chemicals,

high viscosity fluids,

FPP Peristaltic pumps available with multiple channels,

Maximum pressure : 1.7 Bars

Maximum capacity: FPP30 is 30 litres/min

FPP10 is 10 litres/min

FPP20 is 20 litres/min

FPP pumps available with DC and AC230/380, 50 Hz motors

Use application industries : mining , chemical , laboratory

 

Advantage of pumps:

 

1. Very easy to use and maintain, which can reduce costs and increase uptime

 

2. The absence of valves, stators, pistons and other parts rotating in the pumped medium in the pump design.

 

3. Replacement of the only part of the pump in contact with the medium - the hose - is carried out as quickly as possible and does not require special technical knowledge and skills

 

4. Possibility of reversible feeding when the suction hose is blocked

 

5. Pumping pasty media

 

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Technical characteristics of FPP peristaltic pumps

 

Name                                                                          FPP-30(twin head).                  FPP-15(single head)

 

Pump version :portable

 

Internal (working) hose diameter                            16 mm

 

Pump drive type - electric geared motor with gear DC24V

 

 

The rated speed of the pump rotor is                      330 rpm.

 

Electric motor power                                                240W

 

Electric motor supply voltage                                   24 VDC

 

Nominal pump capacity *                                         2x1000l/hour (2000l/hour)            1000l/hour

 

The maximum pressure generated by the pump.     0.17 MPa

 

Overall dimensions of the pump , mm                    270х170х180                                 190x170x180

 

Weight,kg                                                                5.7                                                  4.3