D200 General Series Inverter
Power Range
Technical Specification
Item | Specification | |
Output Frequency Range | Control mode | V/F control Flux vector control |
Frequency Resolution | Digital : 0.02% Analog: 0.1% | |
V/F curve | Linear, square root, random V/F | |
Overload capability | 150% rated current 60s; 180% rated current 3s | |
Start torque | G type: 3Hz/150%(VF);1Hz/150%(Flux vector ) | |
Torque compensation | Manual torque compensation (0.1%~30.0%), auto torque compensation | |
Configuration | Control power supply +24V | Max. output current: 300mA |
Input terminal | 4 channels digital input terminals (DI1 ~ DI4), Two analog input terminals, AVI is used for voltage (0V ~ 10V) input, ACI is used for current (0/4mA ~ 20mA) input. | |
Output terminal | 1 channel analog output terminal FM1, can output both voltage (0V ~ 10V) and current (0mA ~ 20mA). 1-way relay output T1, DC 30V/1A below AC 250V/3A below. | |
Running | Mode of operation | Keyboard, terminal, RS485 communication |
Frequency source | 14 main frequency sources, 14 auxiliary frequency sources. They can be combined and switched via multiple modes. The input mode of each frequency source can adopt multiple ways: keyboard potentiometer, external analog, digital reference, impulse reference, Multiplex Directive, simple PLC, communication, arithmetic results, etc. | |
Acceleration/deceleration time | 4-group straight line (terminal switch can be selected via acceleration and deceleration time), S curve 1 and S curve 2. | |
Emergency stop | Interrupt frequency inverter output instantly | |
Multiplex Speed | 16-phase speed is allowable to set at most and use various combination of multiplex directive terminal to switch | |
Simple PLC function | Continuously run 16-phase speed and independently set acceleration and deceleration time and running time | |
Jogging Control | Independently set Jogging frequency and jogging acceleration and deceleration time, additionally, set the unit under running state and confirm whether the jogging is preferential | |
Rotating Speed Tracking | Frequency inverter starts operation by tracking the load speed | |
Fixed-length and fixeddistance control | Realize fixed-length and fixed-length control function through the pulse input | |
Counting control | The counting function is realized via pulse input | |
Swing frequency control | Applied to the weaving and winding equipment. | |
Built-in PID | The process control closed loop system can be realized. | |
AVR function | In case of voltage surge of power grid, ensure stable output | |
CD braking | Realize fast and stable shut-down | |
Slip compensation | Compensate the rotation speed deviation due to load increasing | |
Hopping Frequency | Prevent resonance with load | |
Sagged Function | Balance the load of multiple motors with the same load. | |
Timing control | Be able to realize automatic shutdown of the frequency inverter when reaching given time |