Temperature control
Tempering technology companies see themselves confronted by the following challenges
- Precise control of thermal processes to within a tenth of a kelvin
- Processes with changes and fluctuations in the temperature of the delivery medium within short spaces of time
- High operational safety and reliability
- Higher temperatures and greater power outputs with ever smaller tempering device dimensions
- Economical and sustainable concepts
- High, reproducible quality of processes
We support your company with innovative, application- and customer-specific products for use in mobile or stationary apparatus and devices of various orders of magnitude.
Application examples for our liquid pumps
- Laboratory tempering devices
- Hot-water tempering devices
- Oil tempering devices
Application ranges
- Oils up to +400 °C
- Hot water up to +220 °C
- Mineral and synthetic thermal oils, silicon oils
- Water/glycol mixtures, fluorinated from -100 to +160 °C
- De-mineralised water, cooling brine
Advantages of regenerative turbine pumps
- Stable characteristic curve, even with changing operating states
- High pressures and/or delivery pressures at relatively low flow rates
- Pulsation-free delivery
- Suitable for leak-stop operation due to reversible delivery direction
- Small dimensions thanks to close-coupled construction
- Suitable for the delivery of gas shares
- Safe in operation, reliable and suitable for continuous operation:
Maintenance-free magnetic couplings
Robust sleeve bearings made from SiC
Tailored materials regarding conductivity, pH value or oxygen content of the media
Suitable products for this application
Regenerative turbine pumps- close-coupled pumps with magnetic coupling
50 Hz
Hmax: 28 – 90 m
Qmax: 10 – 200 l/min
60 Hz
Hmax: 28 – 90 m
Qmax: 10 – 200 l/min
Regenerative turbine pumps- Heat transfer pumps with magnetic coupling
50 Hz
Hmax: 48 – 90 m
Qmax: 27 – 200 l/min
60 Hz
Hmax: 48 – 90 m
Qmax: 27 – 200 l/min
Regenerative turbine pumps- Sealless vertical pumps
50 Hz
Hmax: 32 – 80 m
Qmax: 25 – 200 l/min
60 Hz
Hmax: 32 – 80 m
Qmax: 25 – 200 l/min