LAPOND AC 220V/2.2KW 3HP Variable Frequency Drive,10A VFD Inverter Single Phase to 3 Phase Converter,Used on ≤3HP(2.2kW) 10Amps 200-230V 3-Phase Motor
<br><b>SVD-PS Series has better performance stability and adopt DSP vector control to enable motor to achieve high torque in LOW SPEED rotation to increase motor working efficiency.</b> <br><b>Parameters</b> <br>Suitable Motor:< 2.2KW(3HP) <br>Model: SVD-PS2.2B <br>Power: 2.2KW 3HP 220V <br>Input: 1PH AC220V±15% 50Hz / 60Hz <br>Output: 3PH AC0-220V 9.6A 0-500HZ <br>VFD size:16.5*12.5*19 CM/6.5*4.9*7.5 IN (L*W*H) <br>Package include: 1xVFD;1x English User Manual book;6 x wiring terminal. <br>Item Manufacture:We are the original manufacturer,welcome to consult with us! <br> <br><b>Features</b> <br>●High startup torque and Excellent low speed stability;Strong overload capability. <br>●Advanced calculous PID closed-loop arithmetic, quick responding speed and high suitability. <br>●Rich of AI & I/O port, RS485 communication port, well work with Mach3 controller. <br>●Easy PLC function can realize 16 legs of speed and inverter control function. <br>●Supports various encoders such as differential encoder,open-collector encoder,resolver and UVW encoder. <br>●Supports three control modes,sensorless vector control(SVC),closed-loop vector control(CLVC) and V/F control. <br>●Support add External braking resistor(recommend 100W-100 Ohm) and potentiometer(recommend 10K). <br>●With extremely strong anti-jamming capability, safe for you to use. <br>●Broad voltage working area, normal running in 304V-456V. <br>●Auto voltage regulation (AVR) technique, for ensuring the inverter load capability. <br>●Various control technique by both synchronization and non-synchronization, dynamically realize fast starting without changing brakes. <br>●Dead-time compensation and auto torque slip compensation function, can realize 180% high torque output at low frequency 0.25Hz. <br>●Unique EMC design, can minimize inverter's pollution to power. <br>●Overall reinforcement layer to suit all kinds of harsh environment.