How To Choose A Fan

ENERGY POWER

Consider your mission needs.

BATTERY

Clean Atmosphere. Quick Operation. Best Portability.

GAS

Best Performance. Very Portable.

ELECTRIC

Clean Atmosphere. Quick Operation.

WATER

Intrinsically Safe. Clean Atmosphere.

AIRFLOW REQUIREMENTS

You will need a fan that is capable of ventilating structures in your response area. Airflow performance is determined by impeller design, impeller diameter and input power. We engineer each impeller for the motor its built with. For our electric fans, we even build the motors – giving us full control to meet our performance targets. We manufacture the most efficiently powerful fan impellers in the industry.

PPV AIRFLOW

DUCTED AIRFLOW

STREAM PATTERN

Shaped stream pattern can be beneficial for different missions. Straightened airflow can help to create more head, but also allows for further throw distance (i.e. fan setback from structure entrance). Fans equipped with PowerStream® air straighteners have greater positioning flexibility and a FlowPathTM that penetrates deeper through the structure than the traditional cone of air.

Maximum Setback Distance

TurboForce™️
Models: EF, EV, GF, and WF series
PowerStream®️
Models: EX, GX, XP and VX series

SIZE REQUIREMENTS

Increasing a fan's size or input power will increase the airflow. However, a large fan powered by a large motor will weigh more and take up more compartment space.