Creating constant pressure in the system with 0.001 accuracy.
DGP Booster Pump Controller (BPC-02)
Includes an internal phase control
Including an internal fluid level control
Includes LCD display with 8K pixel resolution
Contains 100mA of power at 24VDC output to start the sensor and return commands.
The ability to start up to four variable-speed pumps with a single drive (mode 3).
Capability to define both time-based and on/off-based changeovers.
The ability to diagnose a malfunctioning pump and replace it.
The threshold to define permissions for User Level Password settings.
Implementation of the fourth-generation booster pump controller in over 80 % of water supply projects.
Over 9000 successful projects with DGP Booster Pump Controller (BPC-02)
Booster pump controllers are types of equipment that are used to control the production process in factories and production units. This concept is very general and applies to all types of equipment used to control industrial systems. PLC is one of the most complete types for industrial system control.
Complex industrial control systems are usually implemented by SCADA, DCS and PLC systems, although SCADA and PLC can be used in small systems with fewer control loops. These systems are widely used in industries such as chemical processes, paper and pulp production, power generation, oil and gas processes, and telecommunications.
The booster pump controller is used to control all kinds of physical, chemical and electrical parameters in the industrial automation system, which have many different types.
The booster pump controller has an input section to receive information from the sensor installed in the process, it generally has an internal control system and a screen for setting and displaying process data, and finally an output for step and start and control for operators. They have electric motors, pumps, valves, etc.
Control equipment or controllers are the most decisive industrial automation equipment,
so that they can be called as the brain of the operation. The basis of the work of controllers is to monitor and improve the process of the set. An operating circuit is stable and successful when a limited input data is given to it and a limited output is received from it during a certain time.
The purpose of using an industrial controller is to implement controller patterns for inputs and outputs. And due to the heavy and complex patterns in a short and limited period of time, it is very necessary to use a strong processor and controller.
