Project planning
Switchgear construction
Programming
Installation & service on site
Project planning
Switchgear construction
Programming
Installation & service on site
The use of a programmable logic controller (PLC) enables complex control of the system. The use of many sensors creates a detailed image of the system, to which the system reacts in real time. In addition to the actual control of the pumps, many other functions can be integrated, such as the operation of the system via an HMI or remote access.
Full flexibility with standard modules
Fail-safe
Simple changes even after commissioning
The use of a programmable logic controller (PLC) enables complex control of the system. The use of many sensors creates a detailed image of the system, to which the system reacts in real time. In addition to the actual control of the pumps, many other functions can be integrated, such as the operation of the system via an HMI or remote access.
Full flexibility with standard modules
Fail-safe
Simple changes even after commissioning
The SPC pump controllers are connected to the mobile phone network via a GSM module. This enables access to the control unit. All operating statuses, messages and faults can be viewed.
As a rule, there are various uncontrollable influencing variables to which a system must react. Examples of hazards experienced by many users are pipe breakage, overflow or dry running, backflow and overheating. These can each lead to considerable operating problems, including system failure or even material damage.
In the event of warnings and faults, text messages and e-mails are sent to the people concerned, so that no fault goes unnoticed.
Connection to the mobile network with GSM module
Monitoring the system from anywhere
Sending SMS and e-mail in the event of faults
Control and security via remote access
The SPC pump controllers are connected to the mobile phone network via a GSM module. This enables access to the control unit. All operating statuses, messages and faults can be viewed.
As a rule, there are various uncontrollable influencing variables to which a system must react. Examples of hazards experienced by many users are pipe breakage, overflow or dry running, backflow and overheating. These can each lead to considerable operating problems, including system failure or even material damage.
In the event of warnings and faults, text messages and e-mails are sent to the people concerned, so that no fault goes unnoticed.
Connection to the mobile network with GSM module
Monitoring the system from anywhere
Sending SMS and e-mail in the event of faults
Sensors must be installed so that the control system receives an image of the system. Thanks to industry standards, all kinds of sensors can be integrated without any problems. Whether pressure, flow rate, speed, temperature, humidity, water level or solar radiation, the utilization of the data is always based on the same principles. This simplifies programming and saves time and money.
Electrical quantities such as voltage, current, energy consumption and much more. can be recorded in this way. Data storage enables later evaluation and optimization of operation.
Integration of many variables such as pressure, flow rate, speed or temperature
Optimum control for every situation
Many options for further processing of all data
Sensors must be installed so that the control system receives an image of the system. Thanks to industry standards, all kinds of sensors can be integrated without any problems. Whether pressure, flow rate, speed, temperature, humidity, water level or solar radiation, the utilization of the data is always based on the same principles. This simplifies programming and saves time and money.
Electrical quantities such as voltage, current, energy consumption and much more. can be recorded in this way. Data storage enables later evaluation and optimization of operation.
Integration of many variables such as pressure, flow rate, speed or temperature
Optimum control for every situation
Many options for further processing of all data
In the field of pump control, being able to react variably to changing requirements offers a considerable advantage. Whether in waste water technology, water lowering and storage or geothermal energy, thanks to the use of a frequency inverter, the pump’s output is infinitely variable. This brings considerable energy savings and many other benefits.
Control of the flow rate by regulating the pump → no adjustment necessary on valves
Pump is only operated with the required power
Advantages everywhere: wastewater technology, groundwater lowering, geothermal energy and much more
In the field of pump control, being able to react variably to changing requirements offers a considerable advantage. Whether in waste water technology, water lowering and storage or geothermal energy, thanks to the use of a frequency inverter, the pump’s output is infinitely variable. This brings considerable energy savings and many other benefits.
Control of the flow rate by regulating the pump → no adjustment necessary on valves
Pump is only operated with the required power
Advantages everywhere: wastewater technology, groundwater lowering, geothermal energy and much more
Customized MSR solutions
Extensive sensor technology for intelligent control systems
Specialist support from conception to implementation
Customized MSR solutions
Extensive sensor technology for intelligent control systems
Specialist support from conception to implementation
Acceptance of the electrotechnical part of a bill of quantities
Advice from a competent and experienced team
Consideration of all standards and regulations
Acceptance of the electrotechnical part of a bill of quantities
Advice from a competent and experienced team
Consideration of all standards and regulations