KIBER KSF Progressive Cavity Pump

The Inoxpa KSF Series is a collection of food-grade progressive cavity pumps. They create a suction lift of up to 7 meters and can efficiently pump low to high-viscosity products and fluids containing soft solids. Their design makes them self-priming and the flow reversible.

The KSF progressive cavity pumps are ideal for transporting beverages, concentrates, edible oils, and wines. Their working principle makes them a preferred type for handling viscous food products like jam, marmalade, and melted cheese. In the cosmetics industry, the KSF pumps are extra helpful in the transfer of liquid soap, gels, and creams.

Features & Benefits

Know more about the features & benefits of using KIBER KSF Progressive Cavity Pump.

Close-coupled design and directly coupled to the drive
Low pulse, gentle pumping action
Open transmission, hygienic design
Stainless steel AISI 316L wetted parts
Single internal mechanical seal complies with FDA and EC 1935/2004
Excentric outlet

Available Options

We customise pumps according to your specific application. Get in touch with us to know your options.

Single flushed mechanical seal (Quench).
Mechanical seal: SiC/SiC.
Gland packing.
Stators: white EPDM and black NBR.
Gaskets: EPDM.
Other types of connections.
Heavy-duty transmission.
Fixed transmission.
Pump casing with heating jacket.
Stainless steel trolley.
Electrical control panel.
Bypass pressure relief valve.
Cleaning port (CIP).
ATEX certification.
Mounting/baseplate
Spare parts

Key Specifications

Here are the key specifications of KIBER KSF Progressive Cavity Pump.

Maximum flow: 45 m³/h
Maximum working pressure - single stage: 6 bar
- double stage 12 bar
Maximum working temperature: 85 ºC
Maximum speed: 1450 rpm

Applications

Here is a list of industrial applications for which KIBER KSF Progressive Cavity Pump are commonly utilized.

Beverage
Winery
Food
Dairy

inoxpa-pumps-kiber-ksf-progressive-cavity-pump transp

PRINCIPLE OF OPERATION

Progressive cavity pumps employ a positive displacement working principle. The design of this pump consists of a motor at the drive end connected to a gearbox as pc pumps operate at low rpm compared to centrifugal pumps. The output shaft from the gearbox connects to a rotor via a universal pin joint which rotates a metallic rotor within a rubber stator. Stators contain cavities, and the rotor pushes fluids through the cavities in a slow rotating fashion. As the rotor begins to move eccentrically, the cavities form, draw in product and are ‘progressed’ along with the assembly and the product is expelled through the discharge port.