Description
Vibro-Meter VM600 XIO16T – 16‑channel discrete I/O module for machinery protection and condition monitoring racks
The VM600 XIO16T (often written as XIO16T; some listings show “XI016T”) is the discrete I/O module used in the Vibro‑Meter VM600 rack to bring plant logic into your monitoring/protection system and drive alarm/trip signaling back out. From my experience, this card is the “glue” between the VM600 monitoring cards and your DCS/PLC—cleanly handling alarms, shutdowns, resets, interlocks, and event stamping without adding another black box to maintain.
Typical applications include turbines, compressors, large motors/fans, and balance‑of‑plant assets where you need reliable 24 Vdc logic I/O tightly integrated with vibration/condition data. One thing I appreciate is how straightforward it is to map channels to protection relays and PLC tags via the rack controller—most teams finish in hours instead of days.
Company’s Order Placement Process and Guarantees
- Warranty: 365 days
- Delivery: 1 week if in stock; no more than 1 month at the latest
- Payment: 50% advance payment; full payment before delivery
- Express options: FedEx, UPS, DHL
Key Features
- 16-channel discrete I/O – Typically configurable channels for alarm inputs, trip commands, status bits, and event triggers.
- 24 Vdc field logic – Opto‑isolated inputs and transistor-style outputs are commonly used to interface cleanly with PLC/DCS systems.
- Tight VM600 integration – Channels map directly to protection and monitoring logic over the VM600 backplane; no separate gateway required.
- Deterministic signaling – Fast response for alarm/trip paths in machinery protection applications where milliseconds matter.
- Rack powered – Draws power from the VM600 rack; no external supply to wire, which simplifies panels and spares.
- Field-friendly wiring – Terminal base connections typically support clear channel labeling and shield termination for plant standards.
- Event and alarm mapping – In most cases, channel states are exposed to the CPUM/IOCN for Ethernet integration into historian/SCADA.
Technical Specifications
| Brand / Model | Vibro‑Meter (Meggitt) VM600 XIO16T (often listed as “XI016T”) |
| HS Code | 9032.90 (Parts and accessories of automatic regulating or controlling instruments) |
| Power Requirements | Powered via VM600 rack backplane; no external power supply |
| Signal I/O Types | 16 discrete logic channels; typically opto‑isolated 24 Vdc inputs and transistor (open‑collector) outputs for alarms/trips |
| Communication Interfaces | Backplane interface to VM600 CPUM/IOCN; plant integration via Ethernet on the controller module (not on the XIO16T itself) |
| Installation Method | Plug‑in VM600 rack module; field wiring on terminal base; typically hot‑swappable under approved procedures |
| Operating Temperature | 0 to +55 °C (typical VM600 module rating) |
| Dimensions & Weight | VM600 6U plug‑in module, single‑slot; approx. 0.4–0.6 kg (typical) |
Related or Supporting Products
- VM600 CPUM (or CPUM Mk2) – Rack controller providing configuration, data handling, and Ethernet connectivity.
- VM600 IOCN – Communication/network module often paired with CPUM for system integration.
- VM600 XMV16 – Vibration monitoring module (condition monitoring focus); pairs with XIO16T for alarm signaling.
- VM600 XMC16 – Machinery protection module; when protection relays are required, this is typically the go‑to alongside the I/O card.
- VM600 Rack (6U) & Power Supply – Required chassis and PSU to host the XIO16T and other modules.
If you’re replacing an older discrete I/O card, XIO16T usually slots in as the standard option in VM600 systems. A quick note from a recent user: “We mapped 8 trip relays and 6 status inputs in one afternoon; no surprises during commissioning.”
Installation & Maintenance
- Cabinet & environment – Install in a VM600 19-inch rack within a clean, dry control cabinet. Maintain adequate ventilation; avoid mounting near high‑heat sources. Typical control room ambient works well.
- Wiring – Use 24 Vdc logic‑rated, shielded twisted pairs for I/O where noise is a concern. Keep discrete wiring separate from high‑current motor leads. Bond shields at the cabinet end.
- Grounding – Maintain a low‑impedance protective earth and a consistent signal reference to prevent nuisance triggering.
- Hot‑swap practice – The module is typically hot‑swappable, but follow site procedures: place the rack/channel in a safe state, verify interlocks, and update documentation before removal/insertion.
- Routine checks – Quarterly: verify input thresholds and output activation with a loop test; clean front panel/terminal base; confirm firmware/rack configuration backups are current.
- Firmware/config – Any firmware updates are handled via the CPUM/IOCN path; back up the rack configuration prior to changes.
Quality & Certifications
- CE compliant; designed for industrial EMC and safety standards (e.g., IEC 61010/IEC 61326 in many cases)
- RoHS compliant components
- Manufacturer’s warranty typically 1 year; our supply coverage: 365 days
- Traceable sourcing and inspection prior to dispatch
If you’re trying to solve a specific signaling or trip‑logic challenge with your VM600 rack, share a quick sketch of the I/O map. We can usually suggest a channel allocation on the XIO16T that keeps wiring tidy and commissioning predictable.
Reviews
There are no reviews yet.