Thyristor Power Regulator Kane Electric new product - KPR series
The three-phase digital thyristor power regulator is a dependable choice for extreme power control in industrial heating and electrical devices. It is made for reliable operation, accurate measuring, and adaptable control and has many modes of operation available for different load types such as resistive heating devices and transformer loads. Two-Row Digital Display The regulator has a two-row digital display for easier real-time monitoring: Upper row: Output voltage Lower row: Output current With this clear display, operators can easily monitor the operating parameters and check for unusual voltage or current deviation in operation. Standard Devices for Monitoring and Protection The unit has a three-phase fuse and three-phase current transformers. These devices are responsible for efficient circuit protection and accurate measurement of the current in three power phases. To ensure safety of the system, the three-phase imbalance function can be made available additionally. In case the imbalance is present in one of the phases, the regulator can be programmed to: Give an alarm Turn off the system The regulator has protective functions which make its operation reliable and help avoid possible damages caused by wrong electrical conditions. Modes of Control The thyristor power regulator has numerous control options to satisfy the needs of different industrial processes: Standard phase angle control Constant voltage control Constant current control Constant power control These functioning modes give users more options for control and let the regulator work according to the needs of particular processes. The constant voltage, constant current, and constant power modes are ideal when consistent electrical output is paramount to ensure quality and consistency.
Utility in Several Load Applications
The regulator can be used in the application where phase angle control is implemented, as well as in constant-output applications. The regulator is capable of handling the resistive heating loads, as well as providing the ability to handle transformer loads, when such loads are appropriately selected and configured for specific installation conditions.
The three-phase design allows usage of this device in industrial devices that need controlling power in a balanced way.
Optional MODBUS Data Transmission
The regulatory framework includes optional MODBUS communication, allowing the operation of the system to be synchronized with PLC and other control systems.
With such integration, the issue of managing of the system can be simplified, and the synchronizing of the operation process of the power regulator with various production equipment is made easier.
Power Rating Recommendations
To ensure long-term, reliable operation one needs to ensure that the current for each phase does not exceed 80% of its rated capacity. This way the required capacity is ensured and the heating of the device is reduced to prolong the life cycle of the device.
The parameters that should be taken into account when selecting the model include load current, operating conditions, ambient temperature, duty cycle, as well as starting and other transient conditions.
Reliable Control of Power for Industrial Applications
The features of the power regulator include voltage and current measurement, standard protection components, optional phase imbalance response, and also other functionalities that make this equipment suitable for an extensive range of industrial power control applications making it a good combination of controllability, visibility, and protection for systems that need constant three-phase power as well as its controllability.