Description
ELAU PMC-2-11-05-000-00-00-00-03-00-0K
Technical Specifications:
- Brand: ELAU (Schneider Electric)
- Model: PMC-2-11-05-000-00-00-00-03-00-0K
- Series: PMC-2
- Technology: Multi-processor (32-bit processor + VECON chip)
- Power Supply: Integrated DC power supply with power filter (600V technology)
Functional Features:
- Integrated Control: Combines positioning control and digital motor controller in one housing.
- High Dynamic Response: Capable of high-speed processing for rapid acceleration and deceleration.
- Flexible Programming: Supports the ECL-3 programming language with multitasking capabilities.
- System Visibility: Offers deep system insights, allowing users to monitor variables down to the motor current.
Application Scenarios:
- High-speed packaging machinery.
- Robotics and handling systems.
- Automated assembly lines requiring precise synchronization.
Performance Parameters:
- Sampling Rate: Position controller sampling rate of 0.33 ms.
- Operation Mode: T1 operation according to VDI 2853.
- Parallel Operation: Multiple PMC-2 DC circuits can be switched in parallel for power compensation.
Material Composition:
- Industrial-grade metal housing.
- High-quality electronic components.
Structural Features:
- Compact design suitable for control cabinets.
- Digital I/O interfaces.
- Modular expansion capabilities via option modules.
Working Principle:
The controller uses a 32-bit processor to execute motion profiles and a dedicated VECON chip for real-time motor commutation. It controls high-dynamic brushless AC servo motors by adjusting the current supplied to the stator windings based on feedback from resolvers or SINCOS encoders.
Installation Requirements:
- Mount in a standard electrical cabinet with adequate ventilation.
- Ensure proper grounding of the shielding cables.
- Connect the DC bus correctly if paralleling multiple units.
Usage Notes:
- Verify the voltage rating matches the system requirements.
- Use the BE-7 operating unit or a PC for initial commissioning and parameterization.
- Ensure the connected motor is compatible with the controller’s output stage.
