- AC servo drive 220V, 380V for choice. 220V single phase or three phase input, 380V three phase input.
- Support modbus RS485 and RS232 communication protocol.
- Position, speed, and torque control.
- Requires 2500PPR encoder input.
- Capable of updating the information of 1000 I/O.
Model | ATOMG-1000 |
Matching Servo Motor Model | CHN-SERVO-40S50 (50W servo motor) CHN-SERVO-40S100 (100W servo motor) CHN-SERVO-150S3000 (3 kW servo motor) CHN-SERVO-150S3500 (3.5 kW servo motor) CHN-SERVO-180S3700 (3.7 kW servo motor) CHN-SERVO-150S3800 (3.8 kW servo motor) CHN-SERVO-180S4500 (4.5 kW servo motor) CHN-SERVO-150S5500 (5.5 kW servo motor) CHN-SERVO-180S7500 (7.5 kW servo motor) |
Current of IPM module | 20A/30A/50A/75A |
Control power supply and main circuit power supply | Single phase or three phase AC 220V for motors below 1.5kW (Note: Servo drive can be used for 1-phase, but the performance will better if it is supplied via 3-phase) Three phase AC 220V or 380V for motors above 1.5kW Voltage fluctuation: -15 - +10%, 50/60Hz |
Environment | Temperature | Working temperature: 0 - 550℃ Storage temperature: -400C - 800℃ |
Humidity | No more than 90% ( without condensation) |
Air index | No dust (conductive media such as metal powder, etc.) in the electric cabinet |
Control Mode | - Position control
- Speed control
- Torque control
- JOG operation
- Four Internal speed control
- Internal position control
- Internal torque control
- Position & speed control
- Speed & torque control
|
External I/O | - Servo enable
- Reset
- Position deviation reset
- Pulse, CCW, and CW disabled
- Position switching
- Speed selection
- Zero speed clamping
- The second reset
- Extended functions (options) such as orientation and permissible stop, etc.
|
Encoder Feedback | 10000p/r (standard); frequency division permissible (options) |
Communication Mode | - RS232 (closed)
- RS485 (closed)
|
Load Inertia | Less than 5 times the inertia of the motor |
Monitoring Function | Speed, current position, command pulse accumulation, position deviation, motor current, operation status, input and output terminals, and Z pulse signal, etc. |
Protection Function | Overvoltage, overcurrent, over-speed, and incorrect feedback, etc. |
Alarm Function | Alarms (LED flashing; red lamp on) are often given off when the servo operates abnormally. |
Gain Adjustment | Gain adjustment can be carried out to match motor performance when the motor operates or stops. |
Adaptive Motor | ATO AC servo motors |
Tips: How does a servo drive work?
The servo driver adopts digital signal processor (DSP) as the control core, an realize the complex control algorithm, digitization, networking and intelligentialization. The power device generally adopts intelligent power module (IPM) as the driving circuit of the core design. IPM integrated drive circuit with over-voltage and over-current, overheating, undervoltage fault detection and protection circuit. The soft start circuit is also added in the major loop, so as to reduce the impact on thedrive in the start-up process.
First, the power drive unit is rectified by the three-phase full bridge rectifier circuit to input the three-phase electric or municipal power, and the corresponding DC power is obtained. The three-phase power or electric supply after rectifying can drive the AC servo motor through three-phase sine PWM voltage source inverter frequency conversion. The whole process of the power drive unit can be simply described as the process of AC-DC-AC. The main topology of the rectifier unit (AC-DC) is the three-phase full bridge uncontrolled rectifier circuit.
AC servo motor drive, 220V single phase or three phase input, 380V three phase input, is a great fit for applications requiring position, speed, and torque control methods. All the power rating range from 50w to 8.6kw of our ATO brushless AC servo motors will work perfectly with this type of servo drive.