Electric 3-phase fan heater (15kW) hire

The 15kW 3 Phase Electric Fan Heater provides powerful and efficient temporary heating for larger commercial, industrial and construction environments. Designed for applications where a standard single-phase heater cannot provide sufficient output, this heavy-duty electric heater is ideal for workshops, warehouses, factories, construction sites and other large enclosed working areas.

The heater uses electrical resistance heating elements to generate thermal energy, while an integrated fan distributes warm air throughout the surrounding space. This combination provides fast and effective heat distribution, helping to increase temperatures and maintain more comfortable working conditions.

Operating from a 400–415V three-phase electrical supply, the heater can deliver considerably greater heating performance than standard 230V single-phase units. With a maximum heat output of 15kW, it is well suited to larger spaces and more demanding temporary heating requirements.

As the unit is electrically powered, there is no need to store or replenish fuel and no combustion takes place during operation. This means the heater produces no combustion fumes or additional moisture, making it particularly suitable for indoor applications where an appropriate three-phase electrical supply is available.

Please note: exact kW output, current draw, plug size (16A/32A), airflow, dimensions and weight depend on the specific heater model.

Efficient heater with temperature control systems, comprehensive safety features, and professional-grade performance. Features include thermostat controls, safety cut-offs, fuel efficiency optimization, and temperature monitoring. Safety systems include automatic shut-off, temperature monitoring, and operator protection mechanisms. Ideal for construction sites, events, and temporary heating applications. Perfect for climate control applications requiring safe, efficient heating solutions with professional-grade features. Electric motor provides clean, quiet operation with minimal maintenance requirements and environmental benefits.