Technical Specifications:
Supply Voltage: 3x400VAC -15%/+10%
Output Current: Rated 16A, Peak 32A
Power Rating: ~7.5-11 kW
Control Modes: Torque, Speed, Position
Feedback Interfaces: Resolver, Incremental, EnDat, HIPERFACE
Communication: POWERLINK, CANopen, PROFIBUS, SERCOS
Protection Class: IP20
Dimensions: Compact book-size format
Supply Voltage: 3x400VAC -15%/+10%
Output Current: Rated 16A, Peak 32A
Power Rating: ~7.5-11 kW
Control Modes: Torque, Speed, Position
Feedback Interfaces: Resolver, Incremental, EnDat, HIPERFACE
Communication: POWERLINK, CANopen, PROFIBUS, SERCOS
Protection Class: IP20
Dimensions: Compact book-size format
Functional Features:
Auto-tuning for rapid commissioning.
Integrated STO safety function.
High switching frequency for quiet operation.
Oscillation damping algorithms.
Supports linear and torque motors.
Energy recovery via shared DC bus.
Auto-tuning for rapid commissioning.
Integrated STO safety function.
High switching frequency for quiet operation.
Oscillation damping algorithms.
Supports linear and torque motors.
Energy recovery via shared DC bus.
Application Scenarios:
Packaging machines.
Robotics.
Machine tools.
Material handling.
Printing presses.
Packaging machines.
Robotics.
Machine tools.
Material handling.
Printing presses.
Performance Parameters:
Speed Control Range: 1:5000.
Positioning Accuracy: Sub-micron with linear motor.
Current Loop Response: <100 µs.
Overload Capacity: 200% for short durations.
Efficiency: >95%.
Speed Control Range: 1:5000.
Positioning Accuracy: Sub-micron with linear motor.
Current Loop Response: <100 µs.
Overload Capacity: 200% for short durations.
Efficiency: >95%.
Structural Characteristics:
Plug-in design for easy replacement.
LED status indicators.
Removable terminal blocks.
Integrated braking resistor option.
Metal housing for EMC.
Plug-in design for easy replacement.
LED status indicators.
Removable terminal blocks.
Integrated braking resistor option.
Metal housing for EMC.
Working Principle:
Converts AC to DC bus, then inverts to variable AC via PWM. DSP executes FOC algorithms. Feedback closes position/speed/torque loops. Regenerative energy managed via bus or resistor.
Converts AC to DC bus, then inverts to variable AC via PWM. DSP executes FOC algorithms. Feedback closes position/speed/torque loops. Regenerative energy managed via bus or resistor.
Installation Requirements:
Provide adequate ventilation.
Use shielded cables.
Ground properly.
Connect braking resistor if needed.
Configure via Automation Studio.
Provide adequate ventilation.
Use shielded cables.
Ground properly.
Connect braking resistor if needed.
Configure via Automation Studio.
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