Product Introduction

VMIVME-2128
This device is part of the VMIC family of devices; a group of I/O boards, CPU modules, digital-to-analog converters, and other devices. These devices were originally designed and produced by General Electric's Industrial Automation division, but after being removed from the production line, production was taken over by Abaco Systems.

Series: VMIVME-2128

The GE VMIVME-2128 is part of the VMIC family of devices, which includes I/O boards, CPU modules, and digital-to-analog converters. This module was originally designed and produced by General Electric, but later taken over by Abaco Systems. As a high-voltage digital output board, it offers 128 channels capable of handling high voltage and high current sink outputs.

The module is equipped with advanced self-test and diagnostic analysis features to ensure reliable performance. Built-In-Test (BIT) logic allows the operator to perform functional verification through software control.

Our stock of VMIVME-2128 modules has been completely refurbished and optimized to meet modern industrial automation standards. Ideal for use in industrial control systems where precision and reliability are critical.

Designated as the VMIVME-2128 module, the device is a high voltage digital output board capable of providing 128 channels of high voltage and high current sink outputs. The device is equipped with a set of open collector output drivers capable of supporting output voltages as low as 5 to 48 volts DC. Other standard VMIC features include protection features such as automatic inrush current shutdown protection as well as thermal shutdown protection to protect against overvoltage or overheating.

The VMIVME-2128 Digital Output Board is equipped with a particularly unique feature in the VMIC family of products. The device is equipped with built-in self-test and diagnostic analysis capabilities. The Built-In-Test (BIT) logic function allows the operator to verify the functionality of each channel through software control.

VMIVME-2128 GE Fanuc Digital Output Board

VMIVME-2128

This device is part of the VMIC family of devices; a group of input-output boards, CPU modules, digital-to-analog converters and other devices. These devices were originally designed and produced by the Industrial Automation Division of General Electric Company, but after being withdrawn from the production line, they were produced by Abaco Systems.

The unit is designated as the VMIVME-2128 module, which is a high voltage digital output board capable of providing 128 channels of high voltage and high current sinking outputs. The device is equipped with a range of open collector output drivers capable of supporting a minimum of 5 to 48 volt DC output voltages. Other standard VMIC features include protection capabilities such as automatic inrush current shutdown protection, as well as over-temperature protection to prevent any over-voltage or over-temperature.

The VMIVME-2128 Digital Output Board is equipped with a particularly unique feature for the VMIC series of products. The unit is equipped with built-in self-test and diagnostic analysis capabilities. The Built-In-Test (BIT) logic function allows the operator to verify the functionality of each channel through software control.

The VMIVME-2128 module is now discontinued, just like the rest of the VMIC series. Our inventory of industrial equipment and materials at AX Control Inc. has been thoroughly refurbished and optimized to operate smoothly and meet the standards of today's industrial automation.

VMIVME-2128 Logic Controller for Gas Turbines
The Mark VI series is one of the later Speedtronic systems. General Electric has spent more than thirty years researching and developing the Speedtronic system to create a reliable, scalable solution for the management of heavy steam and gas turbine systems. The Mark VI uses new technologies and integrated proprietary software to create a very good turbine management system.
GE Fanuc designed and manufactured in the GE RX7i PACSystem product line and is as powerful as possible. GE's CPU is famous for its fast program and application execution speed, considerable memory capacity, and easy upgrade capabilities. This CPU can be used for a long time because it can adapt to upgrades that enable it to keep up with new technologies and new industrial application requirements. The CPU is designed for the RX7i PACSystem PLC or programmable logic controller, and the load requirements are 6.8 amps at 5 volts DC and 0.003 amps at 12 volts DC and -12 volts DC.

VMIVME-2128 Logic Controller for Gas Turbines
The embedded microprocessor is similar to the microprocessor design of ordinary desktop computers in basic principles, but has higher working stability, less power consumption, strong adaptability to the environment (such as temperature, humidity, electromagnetic fields, vibration, etc.), smaller size, and more integrated functions. In the field of desktop computers, the main indicator for comparing processors is computing speed. From 33MHz 386 computers to 3GHz Pentium 4 processors, the speed increase is the change that users are most concerned about. However, in the field of embedded computers, the situation is completely different. The selection of embedded processors must be based on the design requirements, and a compromise must be made among many factors such as performance, power consumption, function, size and packaging form, SoC level, commercial considerations, etc., and the best choice must be made.
VMIVME-2128 Logic Controller

As the core of the embedded system, the embedded processor is responsible for the important tasks of control and system work, making the host device function intelligent, flexible in design and easy to operate. In order to reasonably complete these tasks, generally speaking, embedded processing has the following characteristics: strong real-time multi-tasking support capabilities, storage area protection functions, scalable microprocessor structure, strong interrupt processing capabilities, and low power consumption.
Gas turbine VMIVME-2128 logic controller

The gas turbine system is divided into five major systems, namely air supply system, ignition system, monitoring system, fuel system and electronic control system

Air supply system: The function of the air supply system is to provide air of a certain speed and volume to the combustion chamber.

Ignition system: The function of the ignition system is to ignite the mixture of air and fuel.

Monitoring system: The function of the detection system is to ensure the safe operation of the burner.

Fuel system: The function of the fuel system is to ensure the fuel required by the burner.

Electronic control system: The electronic control system is the command center of the above systems.

Gas turbine VMIVME-2128 logic controller
The steam turbine mainly consists of three parts: boiler, steam turbine and condenser. The fuel burns in the boiler combustion chamber, turning the water in the boiler into water vapor of a certain pressure and temperature. The steam enters the steam turbine through the pipeline, expands and does work to drive the steam turbine to rotate, and the steam turbine drives the propeller to drive the ship. The steam after work returns to the condenser and is cooled into water and then sent back to the boiler for the next cycle.

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