395,000 BTU Flagro FVN-P-400

1 Day – $75.00
1 Week – $300.00
4 Weeks – $900.00

List price shown.
Please 📞 call for contractor, or volume based discounts.

SKU: 190-59 Category:

The Flagro FVN-P-400 is a 395,000 BTU indirect-fired heater ideal for large-scale heating applications where clean, fume-free air is essential. It’s suitable for use in construction sites, large event tents, temporary structures, and industrial spaces, providing efficient, consistent heat in cold environments.


Specifications
  1. Heating Capacity:
    • BTU Output: 395,000 BTU/hr
  2. Fuel and Power Requirements:
    • Fuel Type: Propane or natural gas
    • Fuel Consumption:
      • Propane: Approximately 18 lbs per hour
      • Natural Gas: Approximately 400 cubic feet per hour
    • Power Requirements: Standard 120V power source for blower and ignition systems
  3. Airflow:
    • CFM (Cubic Feet per Minute): Around 3,000 CFM, ensuring powerful air circulation for even heat distribution across large areas
  4. Heating Area:
    • Effective for spaces up to 10,000–12,000 square feet, depending on insulation, ambient temperature, and environmental conditions
  5. Physical Dimensions and Weight:
    • Dimensions: Approximately 72 inches (L) x 36 inches (W) x 50 inches (H)
    • Weight: Approximately 465 lbs.
  6. Ducting Capability:
    • Compatible with up to 50 feet of 16-inch ducting, allowing for flexible heating distribution across multiple areas.
Applications
  • Construction Heating: Excellent for heating large construction sites and work areas.
  • Event and Tent Heating: Suitable for keeping large event spaces, pavilions, and tents warm.
  • Industrial and Warehouse Heating: Provides stable heat for large indoor areas, factories, and storage facilities.
  • Temporary Shelter Heating: Ideal for emergency shelters or other temporary structures needing substantial heating.

The Flagro FVN-P-400 delivers powerful, clean heating for large spaces and demanding environments. With high airflow and ducting capabilities, it’s well-suited to efficiently heat large indoor spaces, construction zones, and event structures with minimal emissions and robust safety.

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