Description
Vibro-Meter VM600 RPS6U 200-582-500-013
Technical Specifications: Part number: 200-582-500-013 Model: VM600 RPS6U Input power: Dual redundant AC or DC input options Output: Regulated DC power for VM600 rack modules Redundancy: Active dual power input automatic switch Operating temperature: 0℃ to +60℃ Storage temperature: -20℃ to +70℃ Humidity: 5% to 95%, non-condensing Protection class: IP20 Mounting: Plug-in module for VM600 rack Certifications: CE, API 670, SIL capable
Functional Features: Redundant power supply for VM600 machinery monitoring rack. Automatic seamless switch between two independent power sources. Continuous monitoring of input power, output voltage and internal temperature. Fault alarm relay output for power failure notification. Front panel LED indicators for input power, output status and fault. Overvoltage, overcurrent and overtemperature hardware protection. Hot swap support for online module replacement without system shutdown.
Application Scenarios: Steam turbine vibration monitoring, gas turbine supervision, centrifugal compressor machinery protection, large generator condition monitoring, petrochemical rotating equipment protection, power plant turbo machinery monitoring.
Performance Parameters: Seamless power source switching with no power interruption to rack modules. High efficiency power conversion. Fast hardware protection response for overload and overheating. Stable DC output under industrial voltage fluctuation condition.
Material Composition: Metal coated chassis housing. FR4 high power printed circuit board. Power conversion MOSFET and rectifier components. Electrolytic and ceramic capacitors. Internal temperature sensor. Gold-plated backplane connector. Screw terminal blocks for dual input power wiring.
Structural Features: Plug-in module for VM600 rack. Front panel with LED indicators and extraction handle. Rear gold-plated backplane connector for DC power distribution to rack backplane. Screw terminals on front panel for dual redundant power input wiring. Internal heat sink for power component heat dissipation. EMC shielding structure to resist industrial electromagnetic interference.
Working Principle: Two independent power sources connect to dual input terminals. Internal circuit monitors both input channels continuously and selects active power source. Power conversion circuit generates regulated DC output and supplies power to rack backplane. If active input power fails, circuit switches to standby power source instantly without DC output interruption. Onboard circuit monitors output voltage and internal temperature. When overvoltage, overcurrent or overtemperature detected, hardware protection activates and fault alarm signal sends to monitoring system.
Installation Requirements: Insert module into designated power slot of rack. Wire two independent power sources to dual input terminals. Use separate circuit breakers for each input power path. Tighten terminal screws to specified torque. Install inside IP20 control cabinet. Maintain cabinet ventilation to avoid overheating. Complete protective earth bonding for rack chassis.
Usage Notes: Use two fully independent power supplies for redundant configuration. Check both input power status LEDs after power on. Cut off both input power sources before removing module. Do not exceed maximum rated input voltage and power. Periodically inspect terminal tightness in vibration intensive turbine cabinet. Perform power source switch test during scheduled maintenance.
