Tpi HF685TC Portable Fan Forced Unit Heater 16384 Btu/h

Product Description

The TPI HF685TC is a portable, fan-forced electric unit heater designed for spot heating in workshops, garages, warehouses, and light commercial spaces. Rated at up to 16,384 BTU/h at 4,800 watts, this single-phase heater operates on 208 to 240 volts and draws up to 20 amps. A built-in fan delivers 262 CFM of airflow, producing a 75 degrees F air temperature rise that pushes heat efficiently into the occupied zone. The steel housing is built to handle the wear of job sites and permanent installations alike. Licensed HVAC and electrical contractors, as well as qualified service professionals, are the typical installers for this unit.

The HF685TC is suited for residential and light commercial applications where a portable, self-contained heat source is needed without permanent ductwork. Minimum output is 12,288 BTU/h at 3,600 watts, giving the unit a usable operating range across varying load conditions. With a compact footprint measuring 11.5 inches long, 13.5 inches wide, and 17.5 inches tall, it fits in tight utility spaces while still heating areas up to 10 square feet effectively. It carries a cULus listing, confirming it has been evaluated to both U.S. and Canadian safety standards.

Key Features

• Fan-forced airflow at 262 CFM for efficient heat distribution
• BTU range of 12,288 to 16,384 BTU/h to cover varying load requirements
• Dual wattage operation: 3,600 watts or 4,800 watts at 208 to 240 volts
• 75 degrees F air temperature rise for rapid zone heating
• Steel housing for durability in demanding environments
• cULus listed for compliance with U.S. and Canadian safety standards

Compatibility

Designed as a portable, self-contained fan-forced electric unit heater for use in single-phase 208 to 240-volt circuits in residential, commercial, and light industrial settings.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements for electric heating equipment. Disconnect and lock out power at the circuit breaker before making any wiring connections. Verify that the supply circuit is rated for at least 20 amps at the correct voltage before energizing the unit. Mounting and clearance requirements should follow the manufacturer documentation and applicable local codes.