MOTOR SOFT STARTERS

CMC-LX series motor soft starter is a new type of motor starting and protection device that combines power electronics technology, microprocessor and automatic control.
CMC-HX soft starter is a new type of intelligent asynchronous motor starting and protection device.
CMC-MX motor soft starter is a sort of new type motor starting protector combining electronic technology microprocessor and automation.
High Voltage Solid Soft Starter
CMV-G Stationary Type
CMV-S Handcart Type
CMV-E Integrated Type

LOW VOLTAGE VFD/MEDIUM VOLTAGE DRIVE

MAXWELL H series is a high-voltage frequency converter developed by Xi'an Xichi Electric Co., Ltd. for driving motors. We can provide customers with reliable, high-performance, flexible high-voltage motor drive systems.
XFC500 series inverter is an open-loop vector control inverter.
This model has a wide range of applications.
Support wall-mounted, embedded, side-by-side, top-bottom and other installation methods.
132KG/160KP and above models have built-in DC reactor.
Flexible application function expansion, mainly including IO expansion card, PLC expansion card.
Rich communication expansion, CANopen, Profibus, EtherCAT and other communication expansion cards can be connected through the expansion interface.
External LED operation keyboard can be introduced.
All series support common DC busbar and DC power supply.

ACTIVE POWER HARMONIC FILTER STATIC VAR GENERATOR

The active power filter is connected to the power grid in parallel, and the voltage and current of the compensation object are detected in real time. After calculation by the command current operation unit, the IGBT module is driven by the broadband pulse modulation signal conversion technology.
The static var generator connects the self-commutation bridge circuit in parallel to the power grid directly through the reactor, and appropriately adjusts the phase and amplitude of the output voltage on the AC side of the bridge circuit or directly controls the current on the AC side, so that the circuit emits signals that meet the requirements. The reactive current can achieve the purpose of dynamic reactive power compensation.