MOTOROLA MVME172-260 input/output module

MOTOROLA MVME172-260 input/output module

Basic information
Brand: MOTOROLA.
Model: MVME172-260.
Product type: It belongs to the MVME series and can be used as a single-board computer or as an input/output module for PLC and DCS systems.

Functional characteristics
High-performance processing capability: Usually equipped with MOTOROLA’s PowerPC or other high-performance processors, it can quickly handle various industrial control tasks, such as data acquisition, logical operations, process control, etc., meeting the requirements for real-time performance and processing speed in complex industrial environments.
Rich interfaces: It features various types of interfaces, including but not limited to serial ports, Ethernet ports, USB ports, etc., facilitating communication and data transmission with other devices. It can be connected to on-site sensors, actuators, upper computers, etc., to achieve integrated control of industrial systems.
Reliable industrial design: It adopts a sturdy casing and anti-interference design, which can adapt to harsh industrial environments such as high temperature, humidity, vibration, and electromagnetic interference, ensuring stable operation in industrial production sites and featuring high reliability and stability.
Flexible configuration options: Supports multiple operating systems. Users can select the appropriate operating system and software platform based on their specific application needs for customized development to meet the special requirements of different industrial control scenarios.

Application field
Industrial automation: In scenarios such as factory automated production lines, industrial robot control, and process control systems, it is used to achieve equipment control, data collection, and monitoring, thereby enhancing production efficiency and product quality.
Power system: It is applicable to monitoring and control tasks in power systems such as power plants and substations, including the status monitoring of power equipment, relay protection, and grid dispatching, to ensure the stable operation of the power system.
Transportation: It can be applied in fields such as traffic signal control, railway turnout control, and intelligent transportation systems, achieving precise control and management of transportation equipment and optimizing traffic flow.
In the energy sector: It is used in the energy industries such as petroleum, chemical engineering, and natural gas for monitoring and control during the oil and gas extraction and refining processes to ensure the safety and efficiency of the production process.