VMIVME-3122-210 is an industrial control module based on VME bus produced by GE company. The following is a detailed introduction for you:

Product line and positioning

It belongs to GE's VMIVME family of products. VME bus is widely used in industrial control, aerospace, national defense and other fields, and is famous for its high reliability and scalability. The VMIVME-3122-210, as a member of this series, mainly provides critical control and data interaction support for complex systems such as industrial automation, data acquisition and processing.

VMIVME-3122-210 Industrial control module Functional characteristics

Data acquisition: Has a strong data acquisition capability, can connect a variety of sensors, real-time acquisition such as temperature, pressure, flow and other physical data, and convert it into digital signals for subsequent processing and analysis.

Signal processing: Preliminary processing of the collected data, such as filtering, amplification, linearization and other operations, improve data quality and accuracy, and provide a reliable basis for system decision-making.

Communication function: Support VME bus communication, and can exchange data efficiently with other modules in the system; Other communication interfaces, such as Ethernet and serial ports, may also be available for easy integration with external devices or systems.

Logic control: The built-in logic control function can judge and process the collected data according to the preset logic rules to realize the automatic control of industrial equipment, such as start and stop control, speed control, etc.

Real-time performance: In the application scenario with high real-time requirements, it can quickly respond to external signal changes, timely process data and output control instructions to ensure stable operation of the system.

Hardware characteristics

Processor: May be equipped with a high-performance processor that provides sufficient computing power to meet data acquisition, processing, and control needs.

Memory and storage: Memory and storage devices with a certain capacity are used to temporarily store collected data, run programs, and save configuration information.

Interface type: In addition to the VME bus interface, there are abundant external interfaces, such as analog input and output interfaces, digital input and output interfaces, communication interfaces, etc., to facilitate the connection of different types of devices.

Working environment adaptability: industrial design and manufacturing process, can operate reliably in harsh industrial environment, adapt to high temperature, low temperature, vibration, dust and other conditions.

Application field

Industrial automation: for industrial production line automation control and monitoring, to achieve intelligent management and optimization of the production process, improve production efficiency and quality.

Power system: Monitor and control power equipment in power plants, substations and other scenarios to ensure the stable operation of the power system.

Aerospace: Used as a control and data processing unit in aerospace equipment to ensure the stable operation and data processing of aircraft, satellites and other equipment.

National Defense and military: Used in military equipment control, communication and data processing systems to meet the strict requirements of reliability and performance in the military field.

Scientific research experiments: Used for data collection, analysis and experimental control in scientific research laboratories to support various scientific research projects.

Vmivme-3122-210 belongs to GE's VMIVME series, which is based on the VME bus standard with high reliability and scalability, and is widely used in industrial automation, aerospace, national defense and other fields. The following is to introduce you to its related series models:

VMIVME-3122 Different versions of the same model

VMIVME-3122-xxx (xxx is a different suffix) : may be optimized or adjusted in terms of functions, performance, and interface configuration. For example, different suffixes may represent different storage capacities, communication interface types, and operating temperature ranges to meet the requirements of different users in different application scenarios.

VMIVME series other similar function modules

VMIVME-3100 series

VMIVME-3102: May have similar data acquisition and processing functions to VMIVME-3122-210, but there may be differences in the number of channels, sampling accuracy, etc. For example, the VMIVME-3102 may have fewer channels but higher sampling accuracy, which is suitable for application scenarios that require high data accuracy but few channels.

VMIVME-3104: Also has data acquisition and processing capabilities, and may be different from VMIVME-3122-210 in terms of processing speed and storage capacity. For example, the VMIVME-3104 may have faster processing speed, which is suitable for applications with high real-time requirements.

VMIVME-3200 series

VMIVME-3202: May focus on communication functions, in the data transfer rate, communication protocol support and other aspects of outstanding performance. When used with VMIVME-3122-210, it can realize efficient data transmission and remote control.

VMIVME-3204: May be more abundant in the type and number of communication interfaces, support a variety of industrial communication standards, and can better adapt to complex industrial network environments.

VMIVME series Different types of modules

VMIVME-5000 Series (Processor module)

VMIVME-5565: is a reflective memory module that enables high-speed data sharing and synchronization. When combined with VMIVME-3122-210, it can provide powerful data processing and transmission capabilities for the whole system, which is suitable for distributed systems with high requirements for real-time and data sharing.

VMIVME-7000 Series (Single Board Computer)

VMIVME-7750: VME bus single-board computer based on Intel architecture, with high computing performance and rich interface resources. Combined with the VMIVME-3122-210, powerful industrial control and data processing systems can be built.