The RCQ3 series is a high-capacity automatic transfer switch, integrating a microcomputer controller and transfer mechanism. Designed for currents ranging from 100A to 3200A and 4-pole configurations, it operates at a rated voltage of 400V AC, ensuring reliable performance and advanced self-protection.

The RCQD Series PC-Grade Automatic Transfer Switch ensures continuous power. Designed for 6A to 63A loads, it offers high reliability, DIN-rail mounting, and robust IP30 protection for seamless backup power in critical applications.

The RCQ6 Series ATS ensures seamless power transition for residential and commercial use, offering automatic backup switching, overload protection, and reliable performance in a compact design. Ideal for homes, offices, and malls up to 125A and 400V.

The T2 AC SPD RS-06 is a compact surge protective device designed for reliable power line protection. Its hot-swappable, pluggable module allows for easy maintenance and replacement without rewiring. With a clear status indicator and compliance with international standards, it ensures both safety and convenience.

The T1 AC SPD RS-03 is engineered to withstand high-energy direct lightning strikes, complying with the stringent Class I test standards. Its robust monobloc design and large-capacity housing ensure superior surge energy dissipation. This compact device provides reliable protection with a clear status indicator for easy monitoring of operational health.

The T1+T2 AC SPD RS-05 offers comprehensive protection by combining both Class I and Class II surge suppression in a single compact unit. Its robust monobloc housing is engineered to handle high-energy direct lightning strikes and secondary surges efficiently. Featuring clear status indication and easy DIN rail mounting, it ensures reliable performance and simplified maintenance.

The RCP3 Series High-performance Vector Inverter delivers precision control for asynchronous and PMSM motors, combining advanced vector technology with robust programmability. Ideal for industrial automation in textiles, machinery, and HVAC systems, it ensures superior speed/torque response and energy efficiency.

The High-performance Vector Frequency Converter delivers precise motor control for industrial applications. Utilizing advanced sensorless vector (SVC) and V/F technology, it ensures high torque (1150% at 0.5Hz) and stable operation across variable loads. Designed for indoor use, it integrates seamlessly into automation systems with flexible command sources, PID control, and robust protection.

A compact, high-performance AC drive for precise motor control in industrial applications. Optimized for pumps, fans, and automation systems, it ensures reliable speed regulation and energy efficiency.

Intelligent ac motor soft starter is a new type of motor starting equipment designed and produced by using power electronic technology, microprocessor technology and modern control theory. The product can effectively limit the starting current of asynchronous motor, can be widely used in fan, water pump, conveying and compressor load, is the traditional star / triangle conversion, self-coupling, magnetic control and other step-down starting equipment ideal replacement products.

The concept of online is to continue to run through the thyristor after the start of the thyristor is completed. the online operation through the thyristor requires the heat dissipation of the fan, and the accompanying pipe pressure drop of the thyristor is constantly generating heat energy, which requires more electricity.

Intelligent ac motor soft starter is a new type of motor starting equipment designed and produced by using power electronic technology, microprocessor technology and modern control theory. The product can effectively limit the starting current of asynchronous motor, can be widely used in fan, water pump, conveying and compressor load, is the traditional star / triangle conversion, self-coupling, magnetic control and other step-down starting equipment ideal replacement products.

The external bypass is to switch to an external independently installed bypass contactor after the thyristor has finished starting. The external bypass contactor needs to be independently selected and installed, the line impedance is relatively high, and there is a certain amount of loss and heat generation during operation. Compared with the built-in integrated solution, the advantages are more flexible choice of contactor capacity, better heat dissipation conditions and easy maintenance and replacement.

RC-1X is a highly integrated motor starting control device designed to replace the complex components in traditional star-delta (Y-Δ) and auto-reduced voltage starting cabinets, supporting both star-delta and auto-reduced voltage starting modes. It greatly simplifies the control circuit by integrating a variety of independent components and is suitable for reduced-voltage starting scenarios for three-phase asynchronous motors.