Sunwoele HSF600 high-performance general-purpose VFD (Variable-frequency Drive) / frequency converter

Sunwoele HSF600 series VFD (Variable-frequency Drive) is a high-performance current vector VFD (Variable-frequency Drive). Based on Sunwoele Electric's accurate understanding of medium and high-end applications, and adhering to Sunwoele Electric's consistent requirements for high quality and high reliability, HSF600 series VFD (Variable-frequency Drive) will be applied in the field of industrial control with excellent performance and powerful functions. Bring shock, so that your mid- and high-end requirements can be easily solved.

Model Description:??

?power

50-60HZ

Single-phase 220V/0.75-2.2KW

Three-phase 380V/0.75-450KW

Three-phase 220V/0.75-75KW

Three-phase 480V/0.75-450KW

Output frequency

?V/F: 0-3200HZ

Vector control: 0-320HZ

control type

?Asynchronous motors: V/F, sensorless flux vector control

Synchronous Motors: Sensorless Flux Vector Control

Number of I/Os

?Analog output AO1, AO2 2 channels

Analog input AI1, AI2 2 channels

Open collector output DO1 1 channel

Relay output A1/B1/C1/A2/B2/C2 2 channels

High-speed pulse output FM 1 channel

Power supply: 24V-100mA, 10V each

Communication/Card

?Standard: 485/Modbus

Optional: Ethernet module

Features

?

Variable Torque Control

Speed tracking activated

V/F fully separated control

Fast torque response

Fan and pump loads

General equipment for painting, hardware, papermaking, ceramics, dyeing pillows, washing, chemical industry, etc.

performance:

☆Support vector control of various motors:

Support vector control of three-phase AC asynchronous motor and synchronous motor

Supports permanent magnet synchronous motor vector control without absolute position feedback

· Supports a variety of encoders (Note H type support)

☆Parameter recovery ability:

When debugging or misoperation leads to parameter confusion, you can choose to restore the factory parameters, or restore the parameters saved by the user before, which is not easy to cause confusion in the safety of parameters.

☆Quick responsiveness

Under sensorless vector control, torque response <20ms. Torque response under sensor vector control <5MS

?☆Improved response to shock loads

HSF600VFD (Variable-frequency Drive) can set the maximum torque, exert the maximum mechanical efficiency and minimize the motor speed fluctuation, and better protect the safety of equipment, such as woodworking machinery and machine tool equipment.

☆High performance vector control

HSF600 series VFD (Variable-frequency Drive) can provide 150% starting torque at 0.5HZ (sensorless vector control). It can provide 180% zero-speed torque at 0HZ (with sensor vector control)

Sensorless vector control is less sensitive to motor parameters and improves field adaptability.

It can be applied to winding control and load distribution occasions where multiple motors drive the same load.

?☆Multiple network settings

Support a variety of communication modes, easy to connect various peripheral settings.

Support Type: RS485

CANopen (Note H type support)

Features:

Constant tension control function (Note: H type support)

Two control functions: speed control, torque control. Torque control realizes consistent torque and constant tension, which is more suitable for open-loop constant tension control.

?

Motor overheat protection:

The input and output expansion card is selected, and the analog input AI3 can accept the input of the motor temperature sensor (PT100). When the motor temperature exceeds the warning value, the VFD (Variable-frequency Drive) outputs a pulse signal to indicate overheating. When the motor temperature exceeds the overheat protection value, the VFD (Variable-frequency Drive) fault outputs to the motor for proper protection.

?

Flexible and practical analog input/output ports:

For each analog input (AI1-AI3), the curve of four points can be set separately, and the use is flexible.

AI1-AI3 can be factory calibrated or the user can calibrate the linear curve on site, and the accuracy can reach 20mV after calibration

AO1 can be factory calibrated or the user can calibrate the zero drift and gain of the linear curve on site, and the accuracy after calibration can reach 20mV

AI1-AI3 can be used as DI

AI3 is an isolated input port, which can be used as a PT100 or ±10V input port.

?Multi-motor switching:

With 4 sets of motor parameters, it can realize the switching control of 4 motors, and can realize the switching between synchronous motor and asynchronous motor.

Virtual input and output functions:

5 groups of input/output can be set, and the state of virtual input terminal can be directly given by function code or bound to the corresponding virtual output function.

Instant stop:

This function means that the VFD (Variable-frequency Drive) will not stop during a momentary power failure. In the case of a momentary power failure or a sudden drop in voltage, the VFD (Variable-frequency Drive) reduces the output speed, feeds back energy through the load, and compensates for the drop in voltage to maintain the VFD (Variable-frequency Drive) for a short period of time.

speed control:

Realize high-precision control of positioning, speed, etc., such as printing machinery, paper machinery, textile machinery system control

Accuracy of torque and speed at low speed.

Torque Control:

Brake control for translation, lifting and fast directional movements such as lifting, material transfer, etc.

The continuous torque available to the motor is different from the instantaneous overtorque, the only difference being the ability of the motor to provide continuous high torque when the speed of the motor is less than half of the rated speed.

Model introduction:

Product appearance:

Installation size: