GE VMIVME-3418 | Isolated digital input/output module
Product parameters:
Product model: VMIVME-3418
– Input voltage :5VDC
– Operating temperature :-40℃ ~85℃C
– Interface :VMEbus
Number of channels :64
– Analog input resolution :16 bits
Digits I/0: 32 lines
Size :6U VME dimensions
Product description
Type VMIVME-3418
Categories: GE
Tags: VMIVME-3418
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Product content
Product parameters:
Product model:VMIVME-3418
– Input voltage :5VDC
– Operating temperature :-40℃ ~85℃C
– Interface :VMEbus
Number of channels :64
– Analog input resolution :16 bits
Digits I/0: 32 lines
Size :6U VME dimensions
Product description
Type VMIVME-3418
Product Overview

Technical Specifications
| Parameter | Value |
|---|---|
| Product Model | VMIVME-3418 |
| Manufacturer | GE |
| Product Type | Isolated Analog Input Board |
| Channel Count | 8 |
| Isolation Voltage | Up to 1,000 VDC (in two groups of four channels, with each group isolated from the other and from the VMEbus) |
| Input Ranges | Selectable from ±5 mV to ±10 V |
| Strain Gauge Bridges | Supports full, half, or quarter bridges with on-board bridge completion |
| RTD Wiring | Compatible with 4-, 3-, or 2-wire resistance temperature detectors |
| Filter Options | Optional low pass input filters with cutoff frequencies of 4 Hz, 40 Hz, or 400 Hz |
| Dimensions | Approximately 263 × 58 × 28 mm |
| Weight | Around 0.43 kg |
| Country of Origin | United States of America |
Key Features and Benefits

Related Models
- VMIVME-3417A – A 16-channel isolated signal conditioning board, offering a higher channel count compared to the 8-channel VMIVME-3418 , suitable for applications that require more input channels.
- VMIVME-3419 – A 32-channel signal conditioning board, providing an even greater capacity for data acquisition, which can be used in larger – scale industrial automation setups where more signals need to be processed simultaneously.
- VMIVME-3100 – A 12-bit analog – to – digital converter (ADC) board that can be used in conjunction with the VMIVME-3418 to convert the conditioned analog signals into digital format for further processing in data acquisition systems.
- VMIVME-4100 – A module with 4, 8, 12, or 16 channel options for digital – to – analog conversion, which can be part of a complementary system where both analog input (like VMIVME-3418) and digital – to – analog conversion are required.
- VMIVME-5550 – A reflection memory interface module, useful in systems where data sharing and transfer between different VMEbus system nodes are necessary, and can be integrated with setups that include the VMIVME-3418 for enhanced data management.

VMIVME-3418 Isolated digital input/output module
The VMIVME-3418 is a high-performance, multifunctional, isolated digital input/output module from GE Fanuc/MIC. The module is designed for industrial automation and control systems to meet a wide range of complexities and rigors
The needs of industrial applications.
First, the VMIVME-3418 has a high density of digital 1/0 channels. It provides a large number of input and output channels, enabling users to flexibly connect and control various digital devices and sensors. This high density design
This makes the VMIVME-3418 the ideal choice for large-scale industrial automation systems.
Secondly, the module uses advanced isolation technology to ensure the independence and electrical isolation of each channel. This isolation design not only enhances the safety and reliability of the system, but also effectively reduces interference and noise
Effect on the signal. As a result, the VMIVME-3418 is capable of stable operation in harsh industrial environments, providing accurate digital signal transmission.
In addition, the VMIVME-3418 has fast response and high-speed transmission capabilities. It can respond to the change of the input signal in real time and quickly output the control command to the corresponding device. This high-speed performance allows
The VMIVME-3418 can meet the application scenarios that require high real-time and fast response.
| GE | VMIVME-7658 |
| GE | VMIVME-7650-83H 350-00 |
| GE | VMIVME-7459 |
| GE | VMIVME-5565-110000 |
| GE | VMIVME-5565 |















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