Power controllers are widely used in electric heating applications, which can reduce the current shock to the heater and provide accurate temperature control.Based on many years of rich experience in power controller development and application, our company has developed a power controller with built-in PID temperature control module.This product can be widely used in resistive and inductive load applications, is an ideal electric heater control equipment.
With thyristor power controller built-in PID temperature control module, you do not need to add additional temperature control meter for temperature conversion, saving your investment cost. At the same time, after the built-in PID temperature control module, the product design is more concise and improves the beauty of the product. Directly connect your PT100, K, S, B, E, R, N sensor signal into the power regulator
The scr power regulator will identify the signal and transfer to 4-20mA/0-5v/0-10v to as the output control.
The principle of PID temperature control: the detected temperature feedback value is transformed into an electrical signal, and the electric signal is subtracted from the set control value after PID adjustment and the deviation value is obtained. The deviation value is obtained through the calculation system and the control quantity is entered into the actuator. The actuator adjusts the relevant parameters of the power supply circuit according to the instructions, realizes the control of the load heating power, and finally achieves the goal of temperature control.
Nokel Electric is a professional power controller design and production company. Based on 20 years of SCR platform development experience, has developed very high performance power regulator , can be adapted to voltage 220--1140v, 25--2000A resistance and inductive load, has achieved excellent results in the electric heating industry. Noker Electric products are characterized by:
1. Built-in high performance, low power microcontroller;
2. Peripheral features;
2.1. Support 4-20mA and 0-5V/10v two given;
2.2. Two switch inputs;
2.3. Wide range of primary loop voltage(AC110--440V);
3. Efficient cooling solution, such small size, light weight;
4. Practical alarm function;
4.1. Phase failure;
4.2. Overheat;
4.3 Overcurrent;
4.4. Load break;
5. One relay output, 3A AC250V, 3A DC30V;
6. To facilitate centralized control RS485 communication;
7. Optional analogue output, built-in PID temperature controller.
If you have any question, please feel free to contact us, we will offer solution to you.
Post time: Oct-16-2023