GE VMIVME-2536-000 Interface Card

Short Description:

The GE VMIVME-2536-000 is a high-performance VMEbus interface card designed for industrial applications. Originally developed by the General Electric (GE) Automation Industrial Division,

FOB Price: US $0.5 - 9,999 / Piece

Min.Order Quantity: 100 Piece/Pieces

Supply Ability: 10000 Piece/Pieces per Month

Brand: ABB

Manager: Jinny

E-mail: sales5@xrjdcs.com

Tel: + 86-15359273791

( WhatsApp )Wechat: + 86-15359273791

Warranty: one year

In stock: In stock

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GE VMIVME-2536-000

1. Product Overview

The GE VMIVME-2536-000 is a high-performance VMEbus interface card designed for industrial applications. Originally developed by the General Electric (GE) Automation Industrial Division, this module has since been acquired by Abaco Systems. As a 32-channel optically coupled digital input/output board, the VMIVME-2536 adopts an optical coupling design to deliver superior electrical isolation. It is equipped with built-in test functions, supporting self-diagnosis and program operation analysis to ensure stable and reliable industrial operation.

2. Technical Specifications

Parameter Item	Specification Index
Channel Count	32-channel optically coupled input + 32-channel optically coupled output
Interface Type	VMEbus
System Compatibility	Compatible with VME64, VME64x, and VME320 systems
Address Mode	Supports A16 or A24 standard data and short I/O addressing
Data Transmission	Supports 8-bit, 16-bit and 32-bit data transmission
Operating Power Supply	+5V DC, +12V DC
Input Voltage Range	5V to 125V DC
Output Voltage Range	0 – 5V / Maximum 50V output voltage
Output Current	300mA
Isolation Voltage	1kV continuous voltage isolation, 35kV pulse voltage isolation
Operating Temperature	-40℃ to 85℃ / 0°C to 70℃
Data Transmission Rate	Up to 2.5 MHz

3. Product Features

Optical Coupling Design: Both input and output ports adopt optical coupling technology to achieve high-level electrical isolation and effectively avoid signal interference.
Built-in Test Function: Supports self-diagnosis and program operation analysis. The input can be switched to test mode through control registers to realize accurate data detection and verification.
High Reliability: Features continuous 1kV system isolation, providing reliable high isolation protection for VMEbus backplane and improving system anti-interference ability.
Positive True I/O Polarity: Adopts standard positive true I/O data polarity, which is compatible with most industrial control systems and simplifies program debugging.
Low Power Consumption: Optimized circuit design realizes low power consumption operation, adapting to diverse complex industrial application scenarios.

4. Structure and Composition

The internal structure of the VMIVME-2536-000 module consists of the following core components, which jointly realize stable signal input, output and bus communication functions:

Component Name	Function Description
VMEbus Control Module	12-bit VMEbus control module, responsible for realizing data interaction and communication control with the VMEbus system
Address Decoder	6-bit address decoder, used for system address matching and accurate data signal selection
Data Steering Logic	4-bit data steering logic, controlling the bidirectional flow direction of input and output data
Input Data Register	Special register for storing signal data collected from external input ports
Output Data Register	Stores the data to be output to external industrial circuits to ensure stable data transmission
Input Optical Isolator	32-bit input optical isolator, realizing electrical isolation of external input signals and isolating interference noise
Output Optical Isolator	32-bit output optical isolator, providing isolation protection for output signals and rear-end system
Output Drive Transistor	Open-collector output transistor, used for driving external industrial load circuits stably
Connector Port	P3 and P4 ports, serving as the external interface for connecting user-defined industrial circuits

5. Application Fields

With high stability, strong anti-interference ability and excellent compatibility, the VMIVME-2536-000 is widely used in various industrial control and monitoring fields:

Industrial Automation: Production line control, industrial process real-time monitoring
Energy and Power Industry: DCS monitoring systems for power plants and power equipment operation control
Building Materials Industry: Intelligent flat tempered furnace automatic control system
Transportation Industry: PLC conveying and transmission control system
Chemical Industry: Chemical liquid constant flow control system, DCS defocusing control system
Fire Protection System: Intelligent fire water supply automatic control system
Electrical Control: Various types of industrial electrical automatic control systems
Data Acquisition System: Industrial testing, measurement and data collection scenarios
Environmental Monitoring: Real-time collection and monitoring of environmental parameter data
Other Industrial Scenarios: Steel plants, cement plants, shipbuilding industry, papermaking industry and other heavy industrial fields

6. Installation and Maintenance

6.1 Installation Method

Insert the VMIVME-2536 module into the standard slot of the VME chassis firmly and stably.
Connect the module to external user industrial circuits through P3 and P4 connector ports.

6.2 Connection Requirements

Ensure the external input signal voltage is within the range of 5V to 125V DC to avoid equipment damage.
Control the output signal voltage not to exceed the maximum limit of 50V.
Complete professional electrical isolation protection for input and output terminals to prevent short circuit and signal interference.