VIBRO-METER VM600 MPC4 200-510-017-019 200-510-111-013 Signal interface card module

Interface: 48 – terminal screw terminal strip for stable connection with external devices

Protection: EMI protection for all ports to ensure signal transmission is free from electromagnetic interference

Output: 32 fully programmable open – collector outputs to RLC card, with jumper – selectable output modes

Vibration Output Types: Buffered raw vibration output, voltage vibration output, current vibration output

Hot – Swap: Supports hot – swapping of cards for easy maintenance during operation

Flexible Configuration: Fully supports all types of measurements required for mechanical protection, including relative vibration and absolute vibration measurements. Each dynamic channel is equipped with 2 processing outputs, each dual – channel has 1 processing output (2 in total per card), and each speed measurement channel has 1 processed output. Combined with IOC 4T to form a highly integrated card pair, integrating functional modules such as sensor power supply and buffer output. It can be flexibly customized according to equipment and working conditions to meet monitoring requirements.

Stable and Reliable: Adopting Field – Programmable Gate Array (FPGA) chip technology, it can flexibly configure algorithms such as digital signal processing and logic control. With this technology, the product can operate stably in long – term and high – intensity industrial environments, greatly reducing the risk of failure and ensuring the reliable operation of the machinery protection system.

Highly Integrated: Integrates multiple functions such as dynamic channels, tachometer channels, and sensor power supplies into a single module, simplifying the connection and debugging process of external components, reducing system complexity, and effectively improving the overall performance and reliability of the machinery monitoring and protection system.

Strong Scalability: Based on the characteristics of the FPGA chip, it supports the development and deployment of customized digital signal processing and control algorithms. Users can expand and optimize product functions according to the specific needs of application scenarios, adapting to the development of industrial automation technology and diverse application scenarios.

Convenient Operation: The highly integrated design, combined with a simple operation interface and connection method, enables quick connection and configuration with various control systems and sensors. It reduces the technical threshold for operation, improving equipment use and maintenance efficiency.

Manufacturing Industry: Widely used in industries such as automotive manufacturing, mechanical processing, and electronics manufacturing to monitor the operating status of production equipment such as motors, machine tools, fans, and pumps. By monitoring key parameters such as equipment vibration and rotation speed in real – time, it can promptly detect fault hazards such as equipment wear and imbalance, and carry out maintenance in advance to ensure the continuous and stable operation of the production line, improving production efficiency and product quality.

Energy and Power Industry: Suitable for the operation monitoring and protection of equipment such as steam turbines, generators, and gas turbines in power generation enterprises, as well as transformers and high – voltage switches in the power transmission link. Through accurate collection and analysis of equipment operation data, it can promptly detect fault signs such as abnormal vibrations and temperature rises, prevent power supply interruption accidents, and ensure the safe and stable operation of the energy and power system.

Petrochemical Industry: Used to monitor the operating status of key equipment such as compressors, reactors, and centrifuges in the processes of oil extraction, refining, and chemical production. By continuously monitoring parameters such as equipment vibration, pressure, and temperature, it can promptly discover problems such as seal leakage and mechanical failures, avoid safety accidents and production losses, and ensure the safe and efficient operation of petrochemical production.

Transportation Industry: Applied to the operation monitoring of equipment such as train traction motors, gearboxes in rail transit, and engines, propellers in ship power systems. By keeping track of the equipment operation status in real – time, it can promptly detect potential failures, ensure the operation safety of transportation vehicles, reduce maintenance costs, and improve the reliability and operation efficiency of transportation.