Features:
- Uses a rugged 19-inch aluminium chassis with a standard 6U height.
- Accepts up to fifteen single-width modules or a combination of wider cards.
- Distributes VME, tachometer, raw-signal, open-collector and power buses across the backplane.
The exact rack configuration is 204-040-100-211, identified as the CSA ABE040 ordering entry.
It provides the mechanical and electrical foundation for VM600 rack power, processing, interface, relay and communications hardware.
The exact 211 suffix is retained because it identifies the CSA rack ordering configuration in the manufacturer table. Verify every front/rear card pair and the RPS6U arrangement against the rack build record.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Vibro-Meter 204-040-100-211:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Builds centralized machinery-protection systems for turbines, generators and large compressor trains.
- Houses condition-monitoring and communications card pairs in standard industrial cabinets.
- Provides shared power and signal buses for integrated VM600 plant monitoring architectures.
- This configuration is the CSA version of the standard ABE040 rack.
- System compliance depends on using approved supplies, cards, rear panels and field wiring together.
- Maintain the rack label and configuration record so the certified assembly remains traceable.
- Dedicated rear positions accept VM600 RPS6U AC- or DC-input power supplies.
- A power-supply check relay provides rack-level status for the installed supply arrangement.
- Supply redundancy requires the correct rear panel, jumpers and independent external source design.
- The 6U rack accepts up to fifteen single-width modules or an equivalent mix of wider cards.
- Twelve front monitoring positions occupy slots 03 through 14, while slots 00 and 01 serve controller hardware.
- Rear locations support interface cards and power-input assemblies matched to the front configuration.