• The inverter can start automatically and buffer kinetic energy;

• The time is related to the specific load and has been verified by a third-party organization.

It can currently be increased to level 16.

• Improved stability of medium and high voltage inverters;

• Greatly reduces the IGBT failure of the unit due to high-frequency control;

The stability of the equipment is much higher than that of standard equipment.

• Adopt mechanical bypass control technology;

• Each phase supports up to 2 bypasses;

• Foreign countries recommend using the same level of bypass.

• Fan status monitoring and alarm;

The inverter can still operate normally even if the fan is damaged.

• The inverter can accurately locate the fault location of the fan.

• Realize frequency conversion hot standby;

• Enhance the reliability of equipment operation;

When a single inverter fails, the motor can continue to operate.

• After the faulty inverter is restored, it will switch back to parallel operation without stopping.

Adopt self-developed high-performance speed vector control method without the need for speed sensors.

• Large starting torque;

• Strong ability to resist load fluctuations;

• Features of high control accuracy.

• Realize free switching from power frequency to frequency conversion;

• Adaptive, no impact during synchronization;

• Support synchronous grid connection and vector backcut control;

• Solve the problem of soft start and backcut speed regulation of high-power motors.

● Multi-machine leader/follower control;

Power balance distribution;

● Suitable for multi-machine linkage fields such as belt machines.