Brand & Model:VIBRO METER VM600 CPU M, 209-595-200-132
Module Type:Modular Control Unit Card
Operating Voltage:200 Vac
Power Rating:20 HP (Heavy Duty)
Communication Protocol:Modbus RTU
Mounting Mode:Surface/Wall
Color:RAL9002 (Enclosure)
Input Capacity:Digital Inputs: 1x (12-24Vdc; PNP/NPN; 4-6ms response) (DI1 START/STOP) | 1x (12-24Vdc; PNP/NPN; 4-6ms response) (DI2 FWD/REV) | 1x (12-24Vdc; PNP/NPN; 4-6ms response) (Constant speed 1) | 1x (12-24Vdc; PNP/NPN; 4-6ms response) (DI4) | 1x (12-24Vdc; PNP/NPN; 4-6ms response) (DI5 ramp pair selection) | 1x (12-24Vdc; PNP/NPN; 4-6ms response) (DI6)
Output Capacity:Digital Outputs: 3x (12-24Vdc; PNP/NPN)
Weight:1.3 kg
The VIBRO METER VM600 CPU M, 209-595-200-132 modular control unit card is designed to enhance the performance and reliability of industrial automation systems. Its modular design allows for flexible integration into diverse environments, catering to the needs of various industries.
Equipped with advanced communication protocols such as Modbus RTU, this control unit card ensures seamless data exchange and connectivity with other components in your system, improving overall efficiency and operational accuracy.
With a robust enclosure color in RAL9002, the card not only offers protection against environmental factors but also provides an aesthetic appeal suitable for modern industrial setups. The surface/wall mounting option ensures easy installation and adaptability to different spaces.
Featuring versatile digital input capabilities, this control unit card can handle multiple functions including start/stop, forward/reverse, constant speed control, and ramp pair selection, making it highly customizable to suit specific operational requirements.
The inclusion of digital outputs further enhances its functionality, allowing for precise control over actuators or other connected devices. With its lightweight yet durable construction, the VIBRO METER VM600 CPU M, 209-595-200-132 modular control unit card is an indispensable component for optimizing industrial automation processes.











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