380V 0.75 - 550 kw Automatic Vector Frequency Inverter For Synchronous Motor

Delivery Time:3-14 days on payment
Certification:CE, 3C

Synchronous Motor Automatic Vector Frequency Inverter , 220V 380V 0.75 - 550 kw

AC 3 phase 220V/380V/460V/660V, 0.75 - 550 kw, Single phase 0.4 - 2.2 KW Drive induction motor / synchronous servo motor / asynchronous servo motor High performance current vector frequency inverter Complete functions and various digital IO interface Various accessories for different applications: e.g. PG cards, communication cards Could match the requirement of most applications

Description:

HV510 series is a general current vector frequency inverter highly integrated with the performance and functions. With leading drive performance and functions in the industry, HV510 adopts unique current vector control algorithm, which can efficiently drive induction motor and synchronous motor to achieve high-accuracy, high-torque and other high-performance control. Customer success,product & service! HV510 are worthy of your trust through good service and performance.

Power Supply	Power Range
1PH input: AC 220V, 50/60Hz	0.4~2.2KW
3PH input: AC 220V, 50/60Hz	0.4~220KW
3PH input: AC 380V, 50/60Hz	0.75~550KW
3PH input: AC 460V, 50/60Hz	0.75~550KW
3PH input: AC 660V, 50/60Hz	55 ~550KW

Perfect Performance

Advanced motor drive technology

Support the three-phase AC asynchronous motor, three-phase AC synchronous motor vector control.

Superior performance of torque & speed control

Speed control accuracy is ±1rpm at 100% torque .Sensor-less vector control, the torque response <20ms. Sensor vector control, the torque response <5ms. Apply to more than 10,000 rpm high-speed CNC spindle. Deceleration to stop, superior performance, fast and accurate stop of 0.1 seconds. For precision grinding machines, synchronous operation, the calibrating oil pumps and other loads.

High starting torque characteristics

HV510 inverter, at 0.5Hz providing 150% starting torque(sensor-less vector control). At 0Hz it can provide 180% of the zero speed torque (sensor vector control) Apply to the occasions of high resistance to start, rapid acceleration and deceleration, cranes, mud mixer, planer, injection molding machines, extrusion machines and other loads.

The world\'s leading speed sensor-less vector control algorithm

Speed sensor-less vector control, you can stall the movement,150% rated torque at 0Hz output. The parameters of our own patented technology to real change can be accurate rotation or stationary motor parameters self-learning. Debugging, easy to operate, provide a higher level of control accuracy and response speed. Apply to winding control, multi-motor drag load distribution under the same load, and other occasions

Powerful Function

Protect mechanical torque limit

HV510 inverter supplies torque limit, when torque is more than mechanically able to withstand, the maximum torque, the inverter can limit it less than the maximum torque set to play a maximum mechanical efficiency, better to protect equipment safety. The reliable limit of torque (torque limit value of 150%). Apply to cranes, extruders and other loads.

Instantaneous stop non-stop

This feature would be there only, when instantaneous power failure, the inverter will not shut down. In the instantaneous power failure or voltage suddenly reduced, the drive reduces output speed by load feedback energy to supplement the reduced voltage to maintainthe inverter continuing to run within a short period of time. Apply to chemical fiber, textile and other loads

Fast current limit function

Fast current limit function can avoid inverter\'s frequent over-current alarm. When the current exceeds the current protection point, with a fast current limit function,the current can be quickly limited within the current protection point to protect the safety of the equipment, to avoid the over-current alarm caused by sudden added load or interference.

Motor overheat protection

Selection of I/O expansion card, analog input AI3 can accept motor temperature sensor input (PT100, PT1000). When the electric motor temperature exceeds the alarm value, the inverter output pulse signal warns overheatin