Vibro-Meter AMC8 200-550-003-112 | Analog Monitoring Card | VM600 Replacement

Description

Vibro-Meter AMC8 200-550-003-112 | VM600 Analog Monitoring Card

Key Technical Specifications

The available technical references identify the AMC8 as an eight-channel analog monitoring card and associate the 200-550-003-112 version with the VM600 system. Secondary technical data reports a -25 to +65°C operating range, 0–90% non-condensing humidity, IEC 60255-21-1 Class 2 vibration performance, and approximately 0.25 kg weight.

Signal Configuration

The AMC8 is designed for configurable analog measurement rather than a single fixed input type. Published technical descriptions identify support for thermocouples, RTDs, current, and voltage signals, allowing the card to be used for temperature and process-variable monitoring in the same VM600 platform.

The exact channel range, sensor wiring arrangement, excitation, scaling, and alarm behavior should be taken from the installed AMC8 configuration and applicable documentation rather than assumed from the generic family name.

AMC8 200-550-003-112

Product Introduction

The Vibro-Meter 200-550-003-112 is an eight-channel analog monitoring card for the machinery monitoring and protection system. It provides configurable analog measurement for applications involving temperature and process signals, with the measured information processed within the monitoring architecture. The card is intended to work with a corresponding IOC8T input/output card, rather than operate as an independent PLC-style analog input module.

The 003 portion of the part number is particularly important for legacy installations. Meggitt’s MPSx release documentation explicitly lists firmware 003 or later under the 200-550-003-xHh family, so software and firmware compatibility should be checked when replacing an older card.

Engineering Pain Point

The common replacement mistake is matching only and ignoring the complete hardware/firmware designation. cards exist in different ordering variants, and the associated IOC8T configuration must also match the intended architecture. A card can fit the rack physically while still requiring firmware or configuration verification before it can be placed into service. Meggitt’s own release notes document specific MPSx-to- firmware compatibility relationships, which is a strong reason to check the installed software revision before approving a replacement.

Typical Applications

• Rotating machinery temperature monitoring: Monitoring bearing, winding, casing, or other temperature-related process signals where supported by the configured channel type.
• Process-variable monitoring: Acquisition of analog current and voltage signals within a monitoring system.
• Machinery protection systems: Analog measurements used as inputs to configurable monitoring and alarm functions.
• condition-monitoring cabinets: Front-card processing paired with an IOC8T rear I/O interface.

Technical Pitfalls to Avoid

1. Do not treat as a generic eight-channel analog input card. Its function is tied to the architecture and its paired IOC8T interface.
2. Match the complete part number. 200-550-003-112 contains hardware/firmware configuration information. The 003 family is specifically reflected in Meggitt’s MPSx compatibility documentation.
3. Verify the IOC8T before replacement. The and form a matched monitoring-card/I/O-card arrangement. The exact variant should be checked against the installed rack and configuration.
4. Check MPSx compatibility. Do not assume that an older software installation will support every later firmware revision. Meggitt publishes explicit software/card compatibility information.
5. Record channel configuration before removal. Sensor type, scaling, filtering, alarm thresholds, and calculation parameters should be backed up before replacing the card.
6. Do not copy specifications from the . The is the monitoring/processing card; the is its associated I/O interface. They have different functions and should not be described interchangeably.
7. Verify the rack. Confirm the rack type and slot assignment before installation. Physical compatibility alone does not establish a complete system match.

Related Products

• 200-580-000-111 — Rear I/O card associated with the architecture; required compatibility check for an replacement.
• 200-550-005-112 — Another ordering variant; do not assume identical firmware or hardware configuration.
• 200-550-003-111 — Closely related designation; exact hardware suffix must be compared before substitution.
• IOC4T 200-560-000-113 — I/O card for a different monitoring architecture, associated with MPC4 rather than .
• MPC4 200-510-071-311 — machinery protection card for vibration/protection applications; not a direct replacement.
• CMC16 200-530-025-014 — condition-monitoring card associated with the IOC16T architecture.
• IOC16T 200-565-000-113 — I/O card associated with CMC16 rather than .
• CPUM 200-595-079-531 — CPU/system-management card with a different function from the .
• ABE040 — rack platform used with monitoring and I/O card combinations; exact rack variant must be verified.

Procurement Note

For a Vibro-Meter 200-550-003-112 replacement, verify the complete part number, firmware level, part number, rack type, installed MPSx software version, and saved channel configuration.

The strongest procurement detail is not simply the eight-channel rating. Meggitt’s own software release documentation confirms that firmware 003 or later belongs to the 200-550-003-xHh family, making firmware/software compatibility a real replacement consideration.

For an installed system, I would also preserve the existing channel configuration before swapping the card. Verify every channel’s sensor type, scaling, alarm limits, and output assignment after replacement rather than assuming that a physically matching automatically contains the required application parameters.