SHINKAWA VM-5H3/VM-5P3/VM-5Z4 Rack mounted monitoring unit

SHINKAWA VM-5H3/VM-5P3/VM-5Z4 Rack mounted monitoring unit

Specific Parameters

• Electrical ParametersAdaptable Module Quantity: Up to 8 VM-5 series monitoring modulesCompatible Units: Supports VM-5Z series power supply units, VM-5P series phase marker units, VM-53 communication unitsElectrical Connection: Rear integrated module power bus and signal bus interfacesAlarm Linkage: Supports aggregated output of each module’s alarm signalsCommunication Expansion: Reserved slot for Modbus RTU communication unit
• Environmental ParametersOperating Temperature: 0℃ to 65℃ (non-condensing environment)Storage Temperature: -20℃ to 85℃Relative Humidity: 5% to 95% (non-condensing)Protection Rating: IP20 (rack itself)Vibration Resistance: Complies with IEC 60068-2-6 standard, 1g acceleration in 10-500Hz frequency range
• Mechanical ParametersOverall Dimensions: 483mm (W) × 266mm (H) × 300mm (D) (19-inch 8-slot rack specification)Housing Material: Cold-rolled steel plate with anti-static coatingWeight: Approximately 13.9kgMounting Method: 19-inch standard rack mountingStructural Layout: Front module slots, rear power and relay unit installation positions

Product Performance

Strong bearing compatibility: 8-slot standardized design adapts to all types of VM-5 series monitoring modules (vibration, displacement, differential expansion, etc.), supports flexible integration of power supply and communication units without additional adapters.

Outstanding structural stability: Rigid rack frame and anti-vibration design ensure module installation gap error ≤0.5mm, guaranteeing signal transmission stability and meeting industrial continuous operation requirements.

High maintenance convenience: Front-rear separation layout enables independent operation of front-end module replacement and rear-end power maintenance, supporting hot-swappable (for compatible modules) and reducing system downtime to minutes.

Excellent reliability: Complies with API 670 standard and classification society specification (LR), adapts to complex working conditions in power plants and ships, with overall Mean Time Between Failures (MTBF) ≥1×10⁵ hours.