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Fire-Hydrant-Control-Panel.jpg

Fire Hydrant Control Panel

The Fire Hydrant Control Panel (FHCP) is an essential component of any fire protection system, designed to monitor, control, and ensure the reliable operation of fire hydrants. These panels form the command center for managing water supply during firefighting, allowing for prompt activation and control in critical moments. Engineered for precision and durability, our FHCPs provide seamless integration with fire pumps and hydrant networks, enabling swift and automated response to fire emergencies.

Complementing this is our Fire Pump Control Panel, which acts as the brain of the fire suppression system. It governs various types of pumps such as Main Pumps, Jockey Pumps, Sprinkler Pumps, Booster Pumps, and Engine-Driven Pumps. Built to accommodate multiple starter types—DOL, Star-Delta, ATS, Soft Starter, and VFD—these panels ensure optimum performance and protection of pump motors during fire events.

With features like automation via pressure switches, multiple control voltage options using transformers, and coordinated protection systems (Type-2 coordination), our panels are tailored for both reliability and compliance with the highest safety standards.

Technical Specifications

Construction Details

  • Modular, Non-Compartmentalized / Semi-Compartmentalized / Fully Compartmentalized construction
  • Fabricated with high-grade MS CRCA or Stainless Steel
  • Available for both Indoor and Outdoor applications
  • Single front or double front operation as per design
  • Future extensibility provided
  • Rubber gasket sealing to comply with IP ratings: IP42, IP52, IP54, IP55, or IP65
  • Integrated ventilation via exhaust fans or louvers for heat dissipation
Pre-Treatment and Painting

  • 3-Tank or 7-Tank chemical pre-treatment process
  • Final paint finish as per IS standards or customized client requirements
  • Available finishes: Synthetic Enamel, Epoxy Primer, or Powder Coating
Bus Bar Arrangement & Cable Alley

  • High-conductivity Aluminum or Copper Bus Bars
  • Bus Bar chambers positioned at top or bottom as needed
  • Separate vertical dropper chamber for safety and accessibility
  • Bus Bar system designed based on continuous current rating and fault-level withstand capacity
  • Temperature rise limit as per IS 8623 or client specifications
  • SMC/DMC insulated bus bar supports
  • Top or Bottom cable entry with detachable gland plates
Assembly & Wiring

  • Components sourced from approved, reputed vendors as per approved drawings
  • Optimized internal layout for space utilization and serviceability
  • Wiring with 660/1100V grade PVC insulated, stranded copper flexible wires
  • Crimped lugs used for all internal connections and terminations
Quality Assurance & Testing

  • Dimensional inspection of fabrication as per GA drawings
  • Surface finish inspection for powder coating or painting consistency
  • Complete panel tested for functionality, safety, and performance

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