Product Overview
The RPS6U 200-582-500-013 (RPS6U) is the primary AC-to-DC power conversion module for the Vibro-Meter VM600 machinery protection system. Engineered for high-availability industrial environments, this 6U-high rack-mounted power supply converts standard plant AC mains (110/230 VAC) into the regulated DC voltages required by the MPC4, CPUM, and various I/O cards. The RPS6U is designed with high efficiency and low electromagnetic emission, ensuring that sensitive vibration monitoring electronics receive "clean" power free from mains-borne interference, which is critical for preventing false trips in power generation and petrochemical applications.
Technical Configuration (Deep Dive)
The 200-582-500-013 variant is the high-voltage AC version, offering versatile installation options for global industrial standards.
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Universal AC Input: Features an auto-sensing or jumper-selectable input range, allowing it to operate seamlessly on both 110 VAC (North America/Japan) and 230 VAC (Europe/Asia) grids.
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Redundancy Support: The VM600 rack architecture allows for the installation of two RPS6U units in a redundant configuration. In this setup, the units share the load; if one fails, the other instantaneously assumes the full load without interrupting the machinery protection functions.
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Internal Diagnostics: Monitors output voltage levels and internal temperature. It communicates its health status via the VM600 backplane to the CPUM card, allowing for predictive maintenance alerts before a power failure occurs.
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Protection Circuitry: Equipped with over-voltage, over-current, and short-circuit protection, safeguarding the entire rack's expensive processing modules from external electrical faults.
Technical Specifications
| Parameter |
Specification Details |
| Model |
RPS6U 200-582-500-013 |
| Brand |
Vibro-Meter (Meggitt) |
| Origin |
Switzerland |
| Input Voltage |
110/230 VAC (Nominal) |
| Input Frequency |
47 to 63 Hz |
| Output Voltages |
+5 VDC, +12 VDC, -12 VDC (Rack Standard) |
| Operating Temp |
-25 to 65 deg C |
| Weight |
1.85 kg |
| Form Factor |
6U VME Rack Standard |
Technical FAQs
Can I mix an AC RPS6U and a DC RPS6U in the same VM600 rack?
Yes. The VM600 backplane is designed to accept redundant power from different sources. Using one 200-582-500-013 (AC) and one DC-version (e.g., 24 VDC) provides the highest level of reliability, protecting the system against the loss of a specific power bus.
What does a solid red "Fault" LED on the front panel indicate?
A red LED usually indicates an output voltage out of tolerance or an internal over-temperature condition. Check the rack's total power consumption (too many cards) or ensure that the rack's cooling fans are operational and the air filters are clean.
Is there a specific slot for the RPS6U?
In a standard VM600 rack, the RPS6U power supplies are installed in the designated power slots at the far left or far right of the rack, separate from the measurement and CPU cards.
Engineering & Installation Guide
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Redundant Wiring: For true redundancy, ensure that each RPS6U is fed from a different mains circuit (e.g., UPS A and UPS B). Wiring both units to the same breaker defeats the purpose of the dual power supply architecture.
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Grounding for Safety: The rack frame must be securely bonded to the protective earth (PE). The RPS6U relies on the rack's ground path to drain EMI and protect against internal high-voltage leakage.
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Ventilation Clearance: High-power racks generate significant heat. Ensure a minimum of 1U (44.45 mm) of empty space above and below the VM600 rack if no active fan tray is used, or verify that the fan tray is pulling air effectively across the RPS6U heat sinks.
Engineering Advantages
The RPS6U 200-582-500-013 is distinguished by its High MTBF (Mean Time Between Failures) and its role in SIL-rated systems. Because the power supply is the only component shared by all cards in a rack, its reliability is paramount. Vibro-Meter uses industrial-grade capacitors and heavy-duty magnetic components that are rated for continuous operation at 65 deg C, ensuring that the TSI (Turbine Supervisory Instrumentation) system remains online even in the high-ambient-heat conditions of a turbine deck.