SPC saves money
The performance of a pump is directly related to the speed. At half speed, the pump only consumes one eighth of the full load power.
In simple applications, the speed can be set by the frequency inverter itself, for example by using a pressure transducer is connected.
For more complex systems and installations, the use of a PLC which determines the correct target speed on the basis of various variables is recommended.
Half the speed of the pump -> Output reduced by 75%
Reduce flow rate without closing pipes
Flexible control through the use of a PLC
SPC saves money
The performance of a pump is directly related to the speed. At half speed, the pump only consumes one eighth of the full load power.
In simple applications, the speed can be set by the frequency inverter itself, for example by using a pressure transducer is connected.
For more complex systems and installations, the use of a PLC which determines the correct target speed on the basis of various variables is recommended.
Half the speed of the pump -> Output reduced by 75%
Reduce flow rate without closing pipes
Flexible control through the use of a PLC
SPC saves water
The flow rate of the water is directly related to the performance of the pump. If the flow rate is to be reduced no pipes are pushed in.
When operating heat pumps, the maximum flow rate is not usually necessary for them to work efficiently. If the pump is not speed-controlled, water is wasted unnecessarily. This is not only bad for the environment. If too much water is used, the system may not be allowed to continue operating. In this context, we also offer the electronic management of the water book.
Only pump as much water as is needed
Overview of water consumption
SPC saves water
The flow rate of the water is directly related to the performance of the pump. If the flow rate is to be reduced no pipes are pushed in.
When operating heat pumps, the maximum flow rate is not usually necessary for them to work efficiently. If the pump is not speed-controlled, water is wasted unnecessarily. This is not only bad for the environment. If too much water is used, the system may not be allowed to continue operating. In this context, we also offer the electronic management of the water book.
Only pump as much water as is needed
Overview of water consumption
SPC saves material
In addition to infinitely variable speed control, the use of a frequency inverter offers the option of a soft start. When the pump is started, the speed is increased slowly so that the pressure and flow rate do not change abruptly.
This reduces the risk of water hammers on the pipes. This protects the pipes and their connections, which also reduces the risk of pipe breakage.
Through the use of pressure transmitters and the implementation of remote access, a fault message is sent by error message is sent by SMS and e-mail sent in the event of a fault.
Reduced risk of water hammer thanks to soft start
Reduction of pipe bursts
SPC saves material
In addition to infinitely variable speed control, the use of a frequency inverter offers the option of a soft start. When the pump is started, the speed is increased slowly so that the pressure and flow rate do not change abruptly.
This reduces the risk of water hammers on the pipes. This protects the pipes and their connections, which also reduces the risk of pipe breakage.
Through the use of pressure transmitters and the implementation of remote access, a fault message is sent by error message is sent by SMS and e-mail sent in the event of a fault.
Reduced risk of water hammer thanks to soft start
Reduction of pipe bursts