Tpi P3P5605T Fan Forced Unit Heater 17065 Btu/h 480V

Product Description

The TPI P3P5605T is a fan forced unit heater rated at 17,065 BTU/h and 5,000 watts, designed for three-phase 480-volt electrical service. It uses a built-in fan to distribute heated air across a space, making it well suited for industrial and commercial environments where forced convection is required. With an airflow rating of 275 CFM, it moves a meaningful volume of air for its size class. The unit measures 14 inches in height, 14 inches in width, and 14 inches in length, with a depth of approximately 1.56 inches for the mounting profile. At 32 pounds, it is a manageable single-person lift for wall or ceiling mounting. Licensed electricians and HVAC technicians are the typical installers for this class of equipment.

The P3P5605T is intended for use in commercial and light industrial applications such as warehouses, garages, workshops, loading docks, and utility spaces where three-phase 480-volt power is already available. Its multi-watt configuration and forced-air design make it appropriate for spot heating or zone heating in large open areas. The compact 14-by-14-inch footprint allows mounting in locations where larger unit heaters would not fit.

Key Features

• 17,065 BTU/h heating output from a 5,000-watt electric element
• Three-phase 480-volt operation for compatibility with commercial and industrial power distribution
• 275 CFM fan-forced airflow for efficient heat distribution
• Compact 14 x 14 inch cabinet for flexible mounting locations
• Multi-watt heater type for application versatility

Compatibility

Designed as an OEM-style fan forced unit heater for three-phase 480-volt commercial and industrial electrical systems. Consult the installation manual and local electrical codes to confirm circuit and breaker sizing before installation.

Installation Notes

Installation must be performed by a licensed electrician familiar with three-phase commercial wiring and applicable NEC requirements. De-energize the circuit at the panel and verify absence of voltage with a meter before making any connections. Mounting hardware and clearance requirements should be confirmed against the manufacturer installation instructions prior to final placement. Do not energize the unit until all wiring terminations are complete and covers are secured.