GE VMIVME4116 Analog Output Board

The GE VMIVME-4116, also cataloged as the VMIVME-4116 Analog Output Board, operates as a dedicated hardware component for high-speed digital-to-analog signal conversion and actuator control within VMEbus system platforms.

Suffix Breakdown & Model Matrix

VMIVME-4116: Precision 8-channel analog output variant featuring 16-bit resolution conversion circuits, double-buffered data latches, selectable strobe control, and a rugged DIN-type analog output connector.

Hardware Specifications

Profinet / EtherNet/IP Deterministic Networks

The internal double-buffered architecture and selectable strobe control mechanisms execute synchronized signal updates across all eight channels without bus latency. High-speed digital-to-analog conversion relies on deterministic register mapping via the VMEbus backplane interface. Firmware flash compatibility and backplane bus communication velocity parameters ensure that multi-card configurations maintain tight temporal synchronization across distributed industrial control nodes without compromising loop stability.

Frequently Asked Questions

Q: Does the board support live-insertion or hot-swapping within an active VMEbus chassis?

A: No. The VMEbus connector architecture lacks pin sequencing for live insertion, requiring complete backplane power isolation before board extraction or installation.

Q: How is the channel update mechanism configured on this module?

A: Channel updates utilize a double-buffered latch design that can be triggered via a software-controlled strobe or a jumper-selectable external hardware strobe.

Field Installation Guidelines

Ensure backplane power is fully de-energized prior to inserting or removing the VME module to prevent bus driver damage. Fasten all front panel retaining screws securely to establish proper chassis ground continuity and withstand high-vibration industrial conditions. Route field wiring away from high-voltage power conduits to minimize electromagnetic interference across sensitive analog output loops. Verify backplane DC power supply rails are within operational tolerances before system energization.