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Product Introduction: General AC Servo drive can be used with AC servo motor range from 100W~3.8KW
ECON G series servo system(servo drive and servo motor) use the new digital signal processor (DSP) and intelligent power module (IPM), advanced optimization control algorithm can achieve precise control of torque, speed and position, supports CANopen, standard Modbus communication protocol, the servo motor power range is 0.1 kW ~ 3.8kW.
Technical Parameter: General AC Servo drive can be used with AC servo motor range from 100W~3.8KW
l Power range: 0.1kW ~ 3.8kW
l Input voltage: single phase or three phase 220VAC (-15~+10%), 50~60HZ
l Control mode: position control, speed control, torque control
l Encoder type: 2500 linear incremental optical encoder (provincial line / non provincial line), 1024 wire rotary encoder
l Communication mode: RS485, RS232, CANopen, standard MODBUS communication protocol
l Input and output points: IO can be programmed to support the positive and negative logic settings, 8 input supports 16 kinds of functions can be carried out every function of the function of positioning, 4 output support for 10 kinds of functions which can be carried out in 1 ways
l Operation and display: 5 digital tube, 5 keys, or hand-held operation panel
l Monitoring function: to provide position, speed, current, voltage, input and output, and so on up to 30 kinds of state monitoring
Features:General AC Servo drive can be used with AC servo motor range from 100W~3.8KW
l Using a new digital signal processor (DSP) and intelligent power module (IPM), advanced control algorithm, to achieve high precision control of permanent magnet synchronous motor
l The combination of intelligent PID control algorithm and PDFF controller improves the rapidity and accuracy of position and speed control.
l The notch filter can be used to improve the following performance, reduce the noise and reduce the loss of the machine.
l The output signal of the encoder is supported at any frequency dividing ratio, which is more accurate.
l Support load disturbance observer, can carry forward torque and forward compensation, improve dynamic response of the system
l 6 Inertia identification and automatic gain function simplify the debugging process of the system.
l Fan switch temperature can be set, according to the site needs to open air cooling, to provide environmental protection and more cost-effective application
l Support debugging software, mechanical characteristics analysis, parameter setting, monitoring and other functions, easy to operate
l The configuration of the hand held operator panel, parameter settings and system debugging is more convenient and quick
Model |
ECN-GA3202 |
ECN-GA3204/ GA3207 |
ECN-GA3210/ GA3215B |
ECN-GA3215BF |
ECN-GA3220B |
ECN-GA3230B |
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Rated Output Power |
100W-200W |
400W-750W |
1KW-1.5KW |
1.5KW-2.3KW |
2.3KW-3.0KW |
3.0KW-3.8KW |
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Input power |
Three-phase AC220V( -15% to +10%), 50-60HZ / single-phase AC220V (-15% to +10%), 50-60HZ |
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Encoder Specification |
Incremental Encoder (2500ppr, 5V) |
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Control Mode |
1. Position Control Mode 2, Pulse Speed Control Mode 3, CAN Control Mode4, 485 Control Mode 5 and 232 Control Mode 2. 1. Position Control Mode 2, Speed Control Mode 3, CAN Control Mode4, 485 Control Mode 5 and 232 Control Mode |
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Regenerative Brake |
External |
Internal or External |
Internal or External |
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Control Characteristics |
Speed Frequency Response |
≥200HZ |
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Speed fluctuation rate: |
＜±3% (Load fluctuation 0-100%); ＜±2% (power -15% to +10%) (at Rated Speed) |
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Speed ratio |
1:5000 |
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Pulse frequency |
≤500KHz |
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Position control |
Input mode |
① Pulse + direction ② CW pulse + CCW pulse ③ A/B quadrature pulse |
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Electronic gear ratior |
Setting Range: 1-9999／1-9999 |
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Feedback pulse |
Adjustable according to the number of encoder wires |
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Feedback Type |
Feedback from incremental pulse encoder on motor shaft |
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Parameter Setting Type |
Button on Driver or From the PC |
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Applicable load inertia |
Less than 3 times of the motor inertia |
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Regenerative Brake Type |
Resistance Consumption Brake |
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Installation Type |
Wall-mounting Installation |
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Grounding Type |
Shell grounding: grounding Resistance ≤0.1Ω |
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Monitoring functions |
Rotation speed, current position, command pulse accumulation, positional deviation, motor current, command pulse frequency, operating status, input and output terminal signal |
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Protection functions |
Over-speed, main power supply overvoltage / undervoltage, overcurrent, overload, braking abnormity, encoder abnormity, position-tolerance |
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