In the case of electric heating, many furnaces use K-type thermocouples as temperature detection. In order to reduce the customer's investment and save the cost of temperature control meter, we have developed a nwe type power controller with built-in temperature control module.
Type K thermocouple is a commonly used temperature measurement equipment, can be divided into: standard type (K): the use of cadmium-nickel alloy and platinum rhodium alloy as thermocouple materials, suitable for 0℃ to 1200℃ temperature measurement. High Temperature type (KP): Using titanium silicide as a thermocouple material, it can be measured at high temperatures from 1200℃ to 1700℃. Ultra-High Temperature (KU): Using high-temperature ceramic as a protective tube, it can be measured in ultra-high temperature environments ranging from 1700℃ to 2300℃.
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. 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
Nokel Electric has been committed to providing customers with high-quality products and system solutions, our single-phase power regulator three-phase power regulator as been widely used in the electric heating industry and has been recognized by the market. In order to continue our efforts to deepen the electric heating industry, develop more electric heating control products.
Features of scr power regulator:
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: Nov-11-2023