750W High Performance Servo Motor&Driver Set
750W High Performance Servo Motor&Driver Set
Advantages:
1. One drive controls two motors:
There are three control methods: position control, speed control and torque control. The dual-axis drive uses the same main power supply, control power supply and communication bus, more compact, more cost-effective.
2. Powerful internal position mode:
Multi-path continuous operation can be planned to achieve rich motion control functions. The friction torque compensation function can reduce the influence of static friction when the machine is commutating, and improve the command follow-up performance of low-speed operation.
3. Supports load disturbance observer
Torque feedforward compensation can be performed to improve the dynamic response of the system, support standard 485 and CAN fieldbus, custom GH-BUS protocol industrial Ethernet bus interface.
4. With multiple protection and alarm functions
Over-current, over-voltage, overheat and encoder failure PC debugging software support, can carry out machine characteristic analysis, parameter setting and other functions with intuitive and simple operation
Driver Specifications:
Input power | Single-phase or three-phase AC220V-15~+10% 50-60HZ | ||
Encoder type | 2500-line incremental encoder | ||
Control method | Position control | ||
Regeneration resistance | 1. Built-in regenerative resistor or External regenerative resistor (optional)
| ||
Control performance | Speed frequency response | >=200 HZ | |
Speed fluctuation rate | <+-0.01%(Load fluctuation 0-100%); <+-10%(Rated voltage-15~+10)(Value relative to rated speed) | ||
Speed control range | 1:10000(The lower limit of the speed control range is stable operation without a crawl at rated load) | ||
Pulse frequency | <=500k (Differential method), <=200k (Single-ended mode) | ||
Position control | Input mode | 1.pulse+symbol 2.CW pulse+CCW pulse 3.Positive and negative AB phase pulse | |
Electronic gear ratio | Predetermined area:1-9999 | ||
Feedback pulse output | A ,B,C phase: Linear drive output; Divided pulse number: Can be set | ||
Feedback method | Motor shaft end incremental pulse encoder feedback | ||
Parameter setting method | Local keyboard setting input or download via computer | ||
Applicable load inertia | Less than three times the motor inertia | ||
Braking method | Resistive energy braking | ||
Installation method | Wall mounting | ||
Grounding method | Housing ground grounding resistance<=0.1 | ||
Monitoring function | Speed, current position, command pulse accumulation, position deviation, motor current, command pulse frequency, operating status, input/output terminal signals, etc. | ||
Protective function | Overspeed, main power supply over-voltage and under-voltage, over-current, overload, abnormal brake, encoder abnormality, position overshoot, etc. | ||
Display operation | 6-digit LED digital, Four buttons, 5-digit LED digital,five buttons | ||
Operating environment | Temperature | Work: 0-50℃ Storage: -20-80℃ | |
Humidity | <90% (non condensing) | ||
vibration | <0.5G (4.9m/S2), 10-60HZ (Discontinuous operation) | ||
Motor Specifications:
Rated time | continuous |
Heat resistant | B grade |
Vibration grade | V15 |
Insulation resistance | AC 1500V, 1 minute |
Protection level | Fully enclosed self-cooled IP65 (Except shaft penetration) |
Ambient temperature | 0℃-+40℃ |
Environmental humidity | 20-80% (no condensation) |
Excitation method | Permanent magnet |
Installation method | Flange type |
Connection method | direct connection |
Direction of rotation | Counterclockwise from the load side (CCW) |
Conventional encoder | 2500 line incremental |
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