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Electrical Enclosures

Electrical enclosures are protective housings for train electrical and electronic equipment. They organize and shield components like circuit breakers, relays and power converters. Enclosures are made of durable materials (aluminum, stainless steel or reinforced plastic) and are sealed against dust and moisture, often meeting IP54/IP55 ingress protection ratings.

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Key Features

  • Fire-Rated Materials: Steel or fiberglass-reinforced plastic (FRP) with flame-retardant properties.
  • Standardized Sizes: Modular dimensions to accommodate DIN rail and panel assemblies.
  • Ventilation Options: Louvered or forced-air cooling as needed for heat dissipation.
  • Accessibility: Removable panels/doors for maintenance.

Benefits

  • Safety: Protects passengers and equipment from electrical faults.
  • Reliability: Shields sensitive electronics from shocks and EMI.
  • Ease of Service: Neat cable entry and labeling simplifies troubleshooting.
  • Weight Saving: Composite enclosures offer weight and corrosion benefits over metal.

Applications

  • Car Interior Installation: Mounted under seats or ceilings in passenger cars.
  • Driver Cab: Control equipment enclosures behind the dashboard.
  • On-Board Power Systems: Houses for converters, battery units, lighting controls.

Technical Specifications

  • IP Rating: Typically IP54/IP55 (dust and splash-proof).
  • Fire Standards: Meets EN 45545 or NFPA for rail use.
  • Temperature: Operating range -40°C to +70°C.
  • Mounting: DIN-rail and bolt-down options inside walls/cabinets.

Unique Selling Points (USPs)

  • Custom Knockouts: Cutouts can be made per electrical layout.
  • Composite Options: FRP enclosures combine insulation and strength, reducing weight.
  • Compliance: Meets all relevant railway EMC and fire regulations.