Impeller pumps industrial design
Robust impeller pumps for industrial applications, designed for the reliable transfer of aqueous to viscous media. With IEC standard motor and optional frequency inverter control.
Series
Link zu: A-5
A-5
Delivery rate: bis 11,6 l/min
Funding level: up to 30 m
Housing material: Brass / stainless steel
Impeller material: Neoprene / Nitrile (NBR) / Hypalon (CSM) / EPDM
Link zu: B-5
B-5
Delivery rate: bis 20 l/min
Funding level: up to 30 m
Housing material: Brass / stainless steel
Impeller material: Neoprene / Nitrile (NBR) / Hypalon (CSM) / EPDM
Link zu: E-5
E-5
Delivery rate: bis 38 l/min
Funding level: up to 30 m
Housing material: Brass / stainless steel
Impeller material: Neoprene / Nitrile (NBR) / Hypalon (CSM) / EPDM
Link zu: F-5
F-5
Delivery rate: up to 75 l/min
Funding level: up to 30 m
Housing material: Brass / stainless steel
Impeller material: Neoprene / Nitrile (NBR) / Hypalon (CSM) / EPDM
Link zu: J-10
J-10
Delivery rate: up to 166 l/min
Funding level: up to 25 m
Housing materials: Stainless steel
Impeller materials: Nitrile (NBR) / Hypalon (CSM) / EPDM
Link zu: J-20
J-20
Delivery rate: up to 333 l/min
Funding level: up to 20 m
Housing material: Stainless steel
Impeller material: Nitrile (NBR) / Hypalon (CSM) / EPDM
FAQ Impeller pumps, industrial design
For which media are industrial impeller pumps suitable, and what are their limitations?
The following media can be used:
- chemical solutions, cleaning media
- fertilizer, soaps, detergents
- Color and ink systems, various chemicals
- Diesel oil, light heating oil, mineral oils, liquid fats
Low to medium viscosity, non-highly abrasive media are suitable.
Highly abrasive products or media with a high solids content are only suitable to a limited extent.
What viscosities can industrial impeller pumps handle?
The impeller pumps in the industrial series are designed for thin to viscous media designed.
With suitable impeller quality, it is possible to significantly more viscous media can be conveyed; the upper limit depends on the speed, pipe dimensions, and required pressure.
As viscosity increases, Power consumption and pressure lossTherefore, it is essential to specify the viscosity at operating temperature and the exact design.
What suction heights and pressures do industrial impeller pumps achieve?
The industrial impeller pumps are self-priming, with a Suction height up to approx. 3 m (geodetic) with correctly laid suction line.
The pressure range of the industrial series is up to 3 bar outlet pressure.
What materials are available for housings and impellers, and what temperatures are permissible?
The housings of industrial impeller pumps are Made entirely of 1.4404/316L stainless steel or brass gefertigt.
Depending on the medium, various elastomers with the following typical temperature limits are used for the impellers:
- Neopren (General use): up to approx. 70 °C
- Nitril (Oils and oil products): up to approx. 80 °C
- Hypalon (chemical products): up to approx. 110 °C
- EPDM (corrosive media): up to approx. 80 °C
The choice of material depends on the medium, temperature, and chemical resistance.
Which motors and voltages are available for industrial impeller pumps?
The Industrial series is available with 230 V single-phase motors as well as 230/400 V three-phase motors offered.
Can the impeller pumps be used for filling and emptying (reversible)?
Yes. The industrial impeller pumps are volumetric reversible pumps.
Durch Change in the direction of rotation of the motor The volume flow can be reversed, e.g., for filling and emptying tanks or IBC containers. In this case, the permissible differential pressure and the design of the pipeline in both flow directions must be observed.
Can industrial impeller pumps be operated with frequency converters?
Yes. We offer industrial impeller pumps with an optional built-in frequency converter.
A frequency converter can be used to vary the speed within the permissible range in order to Continuously regulate the volume flow of the impeller pump.
Motor data, minimum speed (cooling), and current limitation must be observed.
In which industrial applications are these impeller pumps used?
Typical applications are:
- Filling/emptying containers, drums, IBCs
- Circulation of cleaning or process fluids
- Transfer of oils, diesel, light chemicals
- Supply of washing and cleaning equipment
- general transfer and service functions, where a Compact, self-priming pump up to approx. 3 bar is required.
