MOTOROLA IPMC761-001 Multifunctional I/O Module

Description

• • Storage and Environmental Parameters
    • Storage Capacity: It is configured with 128 KB of SRAM to store temporary data generated during the operation of the module.
    • Operating Temperature Range: It can operate stably within the temperature range from -40°C to +85°C, and can adapt to the large temperature fluctuations in industrial workshops and outdoor equipment sites.
    • Humidity Adaptability: It can work normally in an environment with a humidity range of 5% to 95%, without being affected by dry or humid air conditions.
• Function Features
  • Diversified Interface and I/O Functions: The integration of multiple types of serial ports, parallel ports and SCSI interfaces enables the module to connect with a variety of peripheral devices such as sensors, printers and storage devices at the same time, realizing the simultaneous transmission of multiple types of data and meeting the complex interface requirements of industrial control systems.
  • Strong Compatibility: It achieves seamless connection with earlier series of single – board computers, and can also be perfectly matched with new MVME5100 single – board computers. This compatibility avoids the waste of replacing the entire control system due to interface incompatibility and reduces the cost of system upgrading and transformation.
  • Comprehensive Safety Protection: It is equipped with over – voltage protection, over – current protection and thermal protection functions. When the module encounters abnormal power supply or excessive operating temperature, it can trigger protection mechanisms in time to prevent damage to the module itself and the connected host and peripheral equipment.
  • Compliance with Strict EMC and Safety Standards: It complies with relevant European EMC directives and low – voltage directives, and meets the standards of radio interference characteristics and product safety. It will not produce excessive electromagnetic interference to other equipment during operation and can stably work in complex electromagnetic environments of industrial sites.
• Application Scenarios
  • Industrial Automation Production Lines: It is applied to the control systems of automated production lines in the manufacturing industry. It connects the main controller with various detection sensors, actuators and data storage devices. It realizes the collection of production process data and the issuance of control commands to ensure the orderly operation of each link of the production line.
  • Industrial Control Single – board Computer Expansion: It is used as an expansion module for MVME series single – board computers. It solves the problem of insufficient interface types and quantities of the original single – board computers, and helps to upgrade and expand the functions of industrial control equipment such as process controllers and motion controllers.
  • Energy Equipment Monitoring Systems: It is integrated into the monitoring systems of power plants and oil refineries. It transmits the operating data of generators, pumps and other key equipment collected by sensors to the central control platform through multiple interfaces, and feeds back the control signals of the platform to the equipment to ensure the stable operation of energy production equipment.
  • Medical Equipment Control: It is used in precision medical equipment such as diagnostic imaging equipment. It is responsible for processing and transmitting the weak signals collected by medical sensors, and coordinates the operation of various components of the equipment to ensure the accuracy of medical detection data and the stability of equipment operation.
  • Aerospace Auxiliary Control Systems: It is applied to the auxiliary control systems of aerospace ground test equipment. It adapts to the harsh working environment of the test site, realizes the data interaction between the test host and various test instruments, and provides reliable support for the performance testing of aerospace components.