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General Electric

GE VMIVME-7614-132 IS215UCVEH2AE I/O Control Board

Manufacturer:GE

Product Number: VMIVME-7614-132 IS215UCVEH2AE

Product Type: I/O Control Board

Place of Origin: USA

Price Range: $3200

✓ Payment Method: Telegraphic Transfer (T/T)

✓ Warranty Period: 12 months

✓ In Stock

✓ On-site Inspection Supported


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The GE VMIVME-7614-132 (also frequently identified by the part number IS215UCVEH2AE) is a high-performance I/O control board based on the VME bus. Integrated with an Intel Pentium M processor, it combines high-bandwidth data processing, flexible I/O expansion, and a rugged industrial-grade design. Compatible with VME architecture control systems such as the GE Mark VIe, it delivers deterministic real-time control and high-density I/O management under harsh operating conditions in sectors like power, oil & gas, and heavy industry, serving as a reliable processing and communication core for I/O-intensive applications.

GE VMIVME-7614-132 IS215UCVEH2AE IO Control Board.jpg

Hardware and Performance Parameters

Processor and Memory

Processor: Onboard Intel Pentium M processor with a clock speed of up to 1.8GHz. It delivers fast and deterministic real-time task execution capability, meeting the stringent response speed requirements of industrial control.Memory Configuration: Standard 1.5GB DDR SDRAM provides ample high-speed data caching and program execution space, ensuring efficient multi-task parallel processing.Storage Expansion: Supports CompactFlash cards with a maximum capacity of 1GB, which are used for system program storage, configuration data saving, and data logging. It is suitable for diskless embedded application scenarios.

Bus and Expansion Interfaces

VME Bus: Compliant with the VME64x specification, supporting 32/64-bit data transmission. It enables seamless integration into the GE Mark VIe and various VME bus systems, realizing high-speed data interaction with other VME modules.PMC Expansion Slot: Equipped with one 66MHz PCI-X PMC expansion slot, supporting the installation of third-party I/O, communication, or special-function modules. It flexibly expands system functions to meet diverse application requirements.

Communication Interfaces

Ethernet Interfaces: Dual Gigabit Ethernet ports supporting multiple industrial communication protocols. They enable high-speed data communication with host systems, other controllers, or remote monitoring devices, and are compatible with redundant network architecture deployment to ensure the reliability of data transmission.Other Communication: Supports serial port communication for connecting traditional industrial devices such as those using Modbus RTU/ASCII. It is also compatible with mainstream industrial protocols including Profibus and Modbus, ensuring interconnection and intercommunication with industrial networks at different levels.

I/O Configuration

Provides 16 configurable digital I/O channels, with each channel boasting a maximum data transmission rate of 100MB/s. It supports multiple digital I/O standards such as TTL, LVTTL, and CMOS, enabling flexible adaptation to signal access and control output of different types of sensors and actuators.Some configured versions can be expanded to 24 I/O terminals, with a maximum output current of 2A per channel, meeting the direct drive requirements of low-to-medium power loads.

GE VMIVME-7614-132 IS215UCVEH2AE IO Control Board..jpg

Application Scenarios

Power IndustryIt is applied to the Mark VIe control systems of thermal, hydroelectric and nuclear power generating units. It undertakes the tasks of I/O signal acquisition, logic control and data communication for steam turbines, boilers and generators, ensuring the stability and efficiency of the power generation process.
Oil and Gas IndustryIt is compatible with distributed control systems for scenarios such as oil and gas extraction and pipeline transportation. It realizes real-time monitoring of parameters including pressure, flow rate and temperature, as well as precise control of valves and pump units, and is adaptable to harsh operating conditions such as field and explosion-proof environments.
Heavy Industry SectorIt is deployed in production line automation systems for industries including metallurgy, cement and mining. It processes high-density I/O data and executes complex control algorithms, improving the automation level of production processes and the stability of product quality.

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