GE Fanuc (VMIC) VMIVME-3116 – VME Analog Module for Precision Control and Simulation

The VMIVME-3116 sits in that sweet spot for legacy and long-life industrial systems—it’s a 6U VME analog module that, in many cases, is supplied as a multi‑channel, high‑resolution analog output board used for actuator drive, process simulation, and hardware‑in‑the‑loop tasks. One thing I appreciate is how easily it drops into existing VME racks without forcing you to rework power or chassis layout. From my experience, teams use it to generate precise voltage or current signals for motion stands, valve control skids, and test benches where predictable, low‑noise outputs matter more than flashy features.

If you’re maintaining mixed‑vintage VME systems, this model tends to be a safe choice: mature drivers are widely available, it plays nicely with common VME backplanes, and it doesn’t ask for exotic cabling. A maintenance lead told us they swapped a 3116 into a 15‑year‑old rack and were running calibrated outputs the same afternoon—no surprises on addressing or slot power.

Company’s Order Placement Process and Guarantees

• – Warranty period: 365 days from delivery

• – Lead time: typically 1 week if in stock; no more than one month at the latest

• – Payment terms: 50% advance payment; full payment prior to delivery

– Shipping options: FedEx, UPS, DHL (express, insured, with tracking)

Key Features

• VMEbus 6U form factor – Installs directly into standard 19-inch VME chassis; no mechanical adapters needed.
• High‑precision analog channels – Commonly used for multi‑channel voltage/current outputs to drive actuators, simulate sensors, or feed control loops.
• Stable signal generation – Low drift references and tight output linearity make it suitable for calibration rigs and HIL setups.
• Backplane simplicity – Draws standard VME backplane rails (+5 VDC and, in many builds, ±12 VDC for analog stages), which keeps power planning straightforward.
• Software‑friendly addressing – Typical VME A16/A24 addressing with D16/D32 data access for straightforward driver support in legacy OS environments.
• Field I/O via front panel – Front‑panel connectoring for quick hookup to shielded cable or terminal breakout, reducing panel wiring time.
• Lifecycle continuity – Long, stable field history; a practical choice when you need drop‑in replacement without requalification.

Technical Specifications

Note: Exact channel count, resolution, and analog ranges can vary by assembly suffix/options. If you share the full part code or build revision, we’ll verify the precise I/O ranges and connector pinout before shipping.

Related or Supporting Products

• VMIVME-3122 – Same family analog module often used for high channel‑count A/D tasks; a good match if you need precise measurements rather than generated outputs.
• VMIVME-3113 – Companion analog module from the VMIC line; selected when resolution/channel mix differs from the 3116 build.
• Shielded D‑Sub cable + DIN‑rail terminal breakout – Practical field‑wiring option to land signals neatly in control cabinets.
• 6U VME chassis and PSU – If your existing rack is at capacity, we can pair the module with a compatible VME backplane and power supply.

Installation & Maintenance

• Cabinet and airflow – Install in a VME chassis with unobstructed intake/exhaust. Maintain clean airflow; dust filters help stability in dusty plants.
• Power and grounding – Verify +5 VDC and ±12 VDC rails are within tolerance at the slot under load. Use a solid earth ground and keep analog returns separate from noisy digital commons where possible.
• Wiring – Use shielded, twisted‑pair for low‑level analog runs; land shields at the cabinet end. Avoid routing alongside VFD or contactor wiring.
• Addressing/config – Set VME base address and any onboard jumpers/rotaries per your software map. Document slot position and address blocks for future maintenance.
• Routine checks – Annual calibration against a traceable reference is typical. Inspect connectors, retighten front‑panel screws, and clean edge fingers with approved wipes.
• Firmware/drivers – Where applicable, align driver versions with your OS image (VxWorks/Linux/legacy UNIX). Keep a known‑good image backed up before changes.

Quality & Certifications

• Certifications: CE (EMC) is typical for this family; RoHS status depends on build date (many legacy VMIC boards are non‑RoHS). UL/CSA may apply as component recognition in the host system.
• Warranty: 365‑day replacement/repair warranty from our shipment date.
• Compliance support: We can provide a test report and photo verification of the exact board and revision before dispatch.