

Servo Drive Features
◇ Using dual core DSP + FPGA processing, the response speed is increased by 4 times;
◇ 17-bit or 23-bit absolute value, incremental encoder interface (optional);
◇ Engine coating protection to prevent corrosion damage;
◇ Automatic parameter auto-tuning;
◇ Monitoring of instantaneous charge rate and average charge rate;
◇ Playback of the crash log panel;
◇ Holding brake output control;
◇ Internal multi-segment position instruction;
◇ Real-time automatic identification of load inertia;
◇ Pulse rate monitoring.
Flange Size |
Motor Model |
Drive Model |
Rated Torque (N.m) |
Rated Speed (rpm) |
Voltage |
40 |
WD40M-01030S-A1F |
VD2F-003SA1P |
0.318 |
3000 |
220V |
60 |
WD60M-02030S-A1F |
VD2F-010SA1P |
0.64 |
3000 |
220V |
60 |
WD60M-02030S-A1F-L |
VD2F-010SA1P |
0.64 |
3000 |
220V |
60 |
WD60M-04030S-A1F |
VD2F-010SA1P |
1.27 |
3000 |
220V |
60 |
WD60M-04030S-A1F-L |
VD2F-010SA1P |
1.27 |
3000 |
220V |
80 |
WD80M-07530S-A1F |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WD80M-07530S-A1F-L |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WD80M-10030S-A1F |
VD2F-014SA1P |
3.18 |
3000 |
220V |
80 |
WD80M-10030S-A1G |
VD2F-014SA1P |
3.18 |
3000 |
220V |
80 |
WE80M-07530S-A1F |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WE80M-11030S-A1F |
VD2F-014SA1P |
3.5 |
3000 |
220V |
80 |
WE80M-10025S-A1F |
VD2F-014SA1P |
4 |
2500 |
220V |
80 |
WE80M-12030S-A1F |
VD2F-014SA1P |
4 |
3000 |
220V |
110 |
WE110M-12030S-A1F |
VD2F-014SA1P |
4 |
3000 |
220V |
110 |
WE110M-15030S-A1F |
VD2F-014SA1P |
5 |
3000 |
220V |
130 |
WE130M-10025S-A1F |
VD2F-014SA1P |
4 |
2500 |
220V |
130 |
WE130M-13025S-A1F |
VD2F-014SA1P |
5 |
2500 |
220V |
130 |
WE130M-15025S-A1F |
VD2F-014SA1P |
6 |
2500 |
220V |
VD2F 17 bit Absolute Multi-turn Magnetic Encoder
Flange Size |
Motor Model |
Drive Model |
Rated Torque (N.m) |
Rated Speed (rpm) |
Voltage |
40 |
WD40M-01030S-C1F |
VD2F-003SA1P |
0.318 |
3000 |
220V |
60 |
WD60M-02030S-C1F-L |
VD2F-010SA1P |
0.64 |
3000 |
220V |
60 |
WD60M-04030S-C1F |
VD2F-010SA1P |
1.27 |
3000 |
220V |
60 |
WD60M-04030S-C1F-L |
VD2F-010SA1P |
1.27 |
3000 |
220V |
80 |
WD80M-07530S-C1F |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WD80M-07530S-C1F-L |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WD80M-10030S-C1F |
VD2F-014SA1P |
3.18 |
3000 |
220V |
80 |
WD80M-10030S-C1G |
VD2F-014SA1P |
3.18 |
3000 |
220V |
80 |
WE80M-11030S-C1F |
VD2F-014SA1P |
3.5 |
3000 |
220V |
80 |
WE80M-12030S-C1F |
VD2F-014SA1P |
4 |
3000 |
220V |
110 |
WE110M-12030S-C1F |
VD2F-014SA1P |
4 |
3000 |
220V |
110 |
WE110M-15030S-C1F |
VD2F-014SA1P |
5 |
3000 |
220V |
130 |
WE130M-10025S-C1F |
VD2F-014SA1P |
4 |
2500 |
220V |
130 |
WE130M-13025S-C1F |
VD2F-014SA1P |
5 |
2500 |
220V |
130 |
WE130M-15025S-C1F |
VD2F-014SA1P |
6 |
2500 |
220V |
VD2F 23 bit Absolute Multi-turn Optical Encoder
Flange Size |
Motor Model |
Drive Model |
Rated Torque (N.m) |
Rated Speed (rpm) |
Voltage |
60 |
WD60M-02030S-D2F-L |
VD2F-010SA1P |
0.64 |
3000 |
220V |
60 |
WD60M-04030S-D2F |
VD2F-010SA1P |
1.27 |
3000 |
220V |
60 |
WD60M-04030S-D2F-L |
VD2F-010SA1P |
1.27 |
3000 |
220V |
80 |
WD80M-07530S-D2F |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WD80M-07530S-D2F-L |
VD2F-014SA1P |
2.39 |
3000 |
220V |
80 |
WD80M-10030S-D2F |
VD2F-014SA1P |
3.18 |
3000 |
220V |
80 |
WD80M-10030S-D2G |
VD2F-014SA1P |
3.18 |
3000 |
220V |
80 |
WE80M-11030S-D2F |
VD2F-014SA1P |
3.5 |
3000 |
220V |
80 |
WE80M-12030S-D2F |
VD2F-014SA1P |
4 |
3000 |
220V |
110 |
WE110M-12030S-D2F |
VD2F-014SA1P |
4 |
3000 |
220V |
110 |
WE110M-15030S-D2F |
VD2F-014SA1P |
5 |
3000 |
220V |
130 |
WE130M-10025S-D2F |
VD2F-014SA1P |
4 |
2500 |
220V |
130 |
WE130M-13025S-D2F |
VD2F-014SA1P |
5 |
2500 |
220V |
130 |
WE130M-15025S-D2F |
VD2F-014SA1P |
6 |
2500 |
220V |
Specification
Item |
VD2F Series |
||
Basic Specifications |
Control Method |
IGBT PWM controlled sine wave current drive |
|
Encoder |
17 bit, 23 bit absolute encoder |
||
Input Signal |
4*DI |
||
Output Signal |
4*DO |
||
Analog Signal Input |
— |
||
Pulse Signal Input |
Open collector or differential input |
||
Pulse Feedback Output |
Z signal open collector output |
||
Internal Instructions |
Support 8 internal speed commands and internal multi-segment position commands |
||
Communication / Debug |
Support to communicate with modbus device or debug with SCTools |
||
Braking Resistor |
750W built-in baking resistor; 400W without built-in baking resistor; |
||
Function Setting |
General Function |
Self-tuning |
SCTools supports self-turning function,and identifies load inertia identification and rigidity level, and other parameters. |
Waveform Monitoring |
View position, speed, torque and other curves on PC in real time |
||
Waveform Storage |
The original waveform data could be stored for up to 10s |
||
Parameter Import / Export |
Support batch parameter import and export; support PLC configurate servo parameters automatically (supported by some models) |
||
Vibration Suppression |
Suppress mechanical vibration by setting vibration suppression parameters |
||
Protective Function |
Overvoltage, undervoltage, overcurrent, overspeed, overload, overheating, encoder failure, excessive position deviation, torque limit, speed limit, etc |
||
Brake |
Support |
||
Universal Control DI |
Servo enable (SON), fault and warning clear (A-CLR), forward drive prohibition (POT), reverse drive prohibition (NOT), command reverse (C-SIGN), emergency stop (E-STOP), Gain switching (GAIN-SEL), Multi-speed command selection(INSPD1、INSPD2、INSPD3);Internal multi-position command selection and enable(POS1,POS2, POS3,POS4, POSEN) |
||
Universal Control DO |
Servo ready (RDY), fault signal (ALM), warning signal (WARN), rotation detection (TGON), zero speed signal (ZSP), torque limit (T-LIMIT), speed limit (V-LIMIT),servo on state output (SRV-ST), servo brake output(BRK-OFF);Z signal input |
||
Pulse Input |
Pulse Frequency |
Maximum 500khz |
|
Pulse Type |
Pulse + Direction, Orthogonal coding |
||
Pulse Filtering |
First-order low-pass filter or smooth filter |
||
Pulse Output |
— |
||
Speed Mode |
Command Input |
Only internal speed command is supported (Maximum 8) |
|
Zero Clamp |
Motor speed could be clamped to zero via the setting of zero clamp function |
||
Torque Limit |
Support to set the torque limit |
||
Torque Mode |
Command Input |
Only internal torque command is supported |
|
Torque Reaching |
Torque reaching threshold and DO can be set flexibly |
||
Speed Limit |
The speed limit can be set flexibly |