The Frost Fighter ICE IHS 700,000 BTU indirect-fired heater is a high-capacity heating solution designed for large spaces where clean, fume-free, and consistent warmth is essential. With a powerful 700,000 BTU output and return air capability, this heater is ideal for construction, industrial facilities, event tents, and temporary structures. The return air functionality enhances efficiency by recirculating warm air within the space.
Specifications
- Heating Capacity:
- BTU Output: 700,000 BTU/hr
- Fuel and Power Requirements:
- Fuel Type: Propane or natural gas, depending on the specific model
- Fuel Consumption:
- 4″ Static pressure propane or natural gas.
- Power Requirements: 120V or 240V (depending on model) for the blower and ignition systems
- Airflow:
- CFM (Cubic Feet per Minute): Approximately 5,000–6,000 CFM, providing robust air circulation to maintain even temperatures throughout large spaces
- Return Air Capability: Return air feature allows the heater to recirculate warm air, optimizing fuel use and heating consistency
- Heating Area:
- Effective in spaces up to 18,000–20,000 square feet, depending on insulation and environmental conditions
- Physical Dimensions and Weight:
- Dimensions: Approximately 96 inches (L) x 35 inches (W) x 45 inches (H)
- Weight: Roughly 1,600 lbs.
- Ducting Capability:
- Can support up to 100 feet of 18-24 inch ducting, allowing for flexible air distribution in larger or divided spaces.
Applications
- Construction and Industrial Heating: Designed for large job sites, warehouses, and workshops.
- Event and Tent Heating: Provides clean, efficient heating for large event spaces, pavilions, and tents.
- Temporary Shelter Heating: Suitable for emergency shelters and temporary structures requiring high-output heating.
- Agricultural and Greenhouse Heating: Supports stable temperatures for large agricultural facilities and greenhouses.
The Frost Fighter ICE IHS 700,000 BTU heater is a powerful, reliable heating solution for large-scale applications, offering high BTU output and return air capability to maximize efficiency and heating uniformity in extensive spaces.
