Low Voltage Power Controller

Product Description

Low Voltage Power Controller

 

Overview

CPCH series power controller is an advanced type of regulator equipment designed by microprocessor technology,
power electronic technology and modern control technology. It has beautiful and compact structure, perfect protection
measures, and integrates various control methods.
 

Through precise control of voltage, current and power, precise regulation of the load is achieved. With its advanced digital
control algorithm, it optimizes the power usage efficiency and plays an important role in saving power.
Perfect and reliable protection function, more effectively protect the safety of the load and related equipment.
 

It is flexible to use and is widely used in heating, lighting adjustment and other occasions.

 

Features

1.Advanced microprocessor technology

    It adopts high-performance Cortex TM-M3 32-bit core CPU to perform central control, with fast speed, high

    precision and strong anti-interference ability.

2.OLED LCD display, user friendly

3.Strong anti-interference property

4.Power frequency self-adaptation

5.Various load wiring methods

    The load can be connected to zero at the midpoint of the star, can not be connected to zero at the midpoint of the

    star, or delta connection, which can be easily set by parameters.

6.Various control methods

7.Built-in terminal, communication, and three start-stop methods

8.Advanced Communication Functions

9.RS485 communication interface

10.Embedded Modbus standard protocol
11.Analog signal control

     Users can input 4~20mA (1~5V) or 0~20mA (0~5V) standard signal (requires the cooperation of the DIP switch), and

     has positive logic and negative logic. At the same time, it has 4~20mA or 0~20mA standard analog signal output function.

12.High-precision measurement of input and output voltage and current

     Adopt 24-bit dedicated ADC to ensure sampling accuracy. The voltage and current detection are all true RMS, which

     ensures the accurate measurement of non-sine wave signals, and can display the accumulated power.

13.Perfect protection function

     The whole process detects current and load parameters, and has power supply undervoltage, power supply

     overvoltage, power supply protection delay, overcurrent protection, overcurrent protection delay, thyristor

     overheat protection, frequency protection and other protection functions.