*mydirectindustry

Air blower AIRWAGON
for ventilationwheelwaterproof

Air blower - AIRWAGON - Anemoi Fans - for ventilation / wheel / waterproof

Air blower - AIRWAGON - Anemoi Fans - for ventilation / wheel / waterproof - image - 2

Add to favorites

Compare this product

Go to the Anemoi Fans website for more information

Characteristics

Type

air

Applications

for ventilation, wheel

Other characteristics

waterproof, high-flow

Flow

Max.: 43,200 m³/h
(1,525,593.602 ft³/h)

Min.: 16,800 m³/h
(593,286.401 ft³/h)

Nominal power

Max.: 0.095 kW
(0.129 hp)

Min.: 0.05 kW
(0.068 hp)

Weight

Max.: 91 kg
(200.62 lb)

Min.: 52 kg
(114.64 lb)

Description

Description
The AIRWAGON blower is a portable high-flow air unit designed to ventilate, dry or cool targeted areas in industrial, construction and outdoor environments. It features strong airflow, mobility and an IP55 protection rating; the wheel-mounted chassis provides stability and easy relocation.

Recommended uses

Drying surfaces and floors after works or water infiltration
Spot ventilation in construction sites, mobile workshops and temporary warehouses
Localized cooling for outdoor events

Main general features

Portable wheel-mounted design for easy transport
Protection rating: IP55
Available diameters: 85, 115 and 145 (selectable)
Power range by variant: from 50 W to 95 W
Designed for demanding environments

Variants and specifications by version
Variant Diameter 85

Power: 50 W
Max. speed: 700 rpm
Air flow: 16,800 m3/h
Coverage: 56 m2
Weight: 52 kg

Variant Diameter 115

Power: 70 W
Max. speed: 450 rpm
Air flow: 25,200 m3/h
Coverage: 85 m2
Weight: 64 kg

Variant Diameter 145

Power: 95 W
Max. speed: 400 rpm
Air flow: 43,200 m3/h
Coverage: 145 m2
Weight: 91 kg

Extended description
The AIRWAGON combines powerful airflow with full mobility: a chassis with large wheels and a stable layout to facilitate movement across different sites. It is suitable for drying, spot ventilation and localized cooling tasks. Technical configurations vary by diameter, allowing adaptation of power, speed, airflow and coverage to the specific application.