KSB's Know-how brochures give in-depth technical information on pumps and valves. They are designed to provide guidance on the planning and operation of pump systems.
When planning pressure booster systems for drinking water, service water, rainwater harvesting and grey water applications, both legal requirements and individual requirements, i.e. structural requirements, must be taken into account. Find out what you need to be aware of when designing your system to ensure simple installation and maximum supply reliability.
Pressure surges can cause considerable damage that could be prevented by preventive analysis and surge control measures. Gain basic knowledge of the complex phenomenon of surge pressure – from possible causes, prediction and analysis through to prevention of pressure surges.
Use our brochure to find and dimension the right Amarex KRT submersible motor pump for your application. You will also receive information about the drive and installation as well as piping layout and structural requirements, including the selection of valves. The focus of the information is on KRT pumps with a flow rate > 200 l/s.
In addition to various options for groundwater extraction, you will find planning aids here for deep wells with submersible borehole pumps as well as tips for the construction of drilled wells. Information on factors influencing the operation of wells and recommendations for selection round off this brochure.
This brochure contains tried-and-tested planning information on the integration of tubular casing pumps into a system. Not only the system characteristic curve’s influence on the pump’s operation must be taken into account but also the forces occurring at the pump and in the system during operation, as the intake has a decisive influence on the pump’s performance and operating behaviour.
Optimise the life cycle costs and CO2 emissions of your pumping stations operated with axially split pumps. This guide for consultants and operators provides comprehensive information on the environment, transport lines and methods for interpreting data. It also explains how you can reduce energy consumption and total costs.
