Progressive cavity pump CC series
for wastewaterelectricstationary

Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary - image - 2
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary - image - 3
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary - image - 4
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary - image - 5
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary - image - 6
Progressive cavity pump - CC series - Vogelsang - for wastewater / electric / stationary - image - 7
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Characteristics

Technology
progressive cavity
Fluid
for wastewater
Operation
electric
Mobility
stationary
Domain
industrial
Applications
discharge, service, feed
Other characteristics
suction, mechanical, small, double, large, seal
Flow

Min.: 40 m³/h
(1,412.58667 ft³/h)

Max.: 290 m³/h
(10,241.25335 ft³/h)

Pressure

6 bar, 12 bar
(87.023 psi, 174.045 psi)

Power

Min.: 2.2 kW
(2.99 hp)

Max.: 30 kW
(40.79 hp)

Description

THE PROGRESSIVE CAVITY PUMP WITH QUICK AND EASY PUMP SERVICE Easy and quick to service with minimal space requirements No disassembly of the discharge-side and suction-side pipes necessary Variety of options for changing parts The Quality Cartridge mechanical seal can be changed without opening the pump Sturdy cardan shaft with protective sleeve DESIGN AND FUNCTION OF THE CC PROGRESSIVE CAVITY PUMP Pumps for abrasive and viscous media Progressive cavity pumps are rotating, positive displacement pumps. The basic principle of the progressive cavity pump was invented in 1930 and it is based on a rotor turning in a stationary stator. The rotor is shaped like a feed screw with a large pitch and flight depth and a small core diameter, and it rotates eccentrically in the stator. The stator, in turn, is shaped as a matching but double-threaded internal screw with a double pitch. Due to the geometry and the eccentric rotation of the rotor, cavities form, enclosing the medium and pumping it evenly from the suction side to the discharge side; the second flight of the stator acts as a pumping channel for the medium. Thanks to this pumping concept, progressive cavity pumps feature pumping at stable pressures proportional to the speed. Progressive cavity pumps in the CC series are particularly suitable for abrasive, viscous media such as sludge and organic suspension, even when they contain large quantities of coarse foreign and disruptive matter and/or need to be pumped against a high pressure.

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