Type KSP
Multistage self-priming centrifugal pumps Type KSP
Block für die Pumpendetails
Flow rate max.
10 m³/h
Delivery head max.
100 m
60 Hz execution available
Frequency converter available
Harting connector (HAN 10E) available
Special color available
Special voltages available
Description
The multistage centrifugal pump series KSP has been developed for pumping clean media and media with slight solids loading such as water, emulsions and oils. Schmalenberger offers these pump types for flow rates of 25 to 150 l/min and delivery heads up to 100 m. This results in an extended application range in industrial installations and is ideally suited for use as a feed pump for filter systems, for pumping coolants and in cooling/temperature systems within the machining industry. Due to a wide variety of materials, KSP pumps can also be used in water treatment. The integrated suction stage achieves a suction height of 2 m within 6 s and thus ensures a short-term provision of the media to be pumped. KSP pumps are characterized by their compact design and modular design. With its wide variety of possibilities, customer-specific solutions can be implemented quickly and easily. A maintenance-free mechanical sealing provides for the necessary sealing and can also be supplied in a large variety of materials for specific applications. The optimised hydraulic of the pump and efficient motors ensure low operating costs.
Features
- Compact design
- Multiple applications
- Maintenance-free mechanical seal arrangement
- Individually configurable
- Simple control
- Characteristic field extendable with the use of a variable speed drive
Technical data
- Self-priming
- Multistage pumps in block design
- For clean media or media with slight solids loading without air inclusion
- Flow rate up to 10 m³/h
- Delivery head up to 100 m
- Max. suction height 2 m
- Material: PPS / POM / cast iron
- Various sealing options
- Motors: up to 3 kW 230/400 V 50 Hz, from 4 kW 400/690 V 50 Hz, 460 V 60 Hz, other voltages on request
Areas of application
- Filter technology
- Surface technology
- Machine tool manufacturing
- Process engineering
- Cooling and temperature
- control technology
- Water treatment