11ft 3.2m HVLS Fan

Working Principle Technical comparison Specification Application Download Inquire Now

The AirTS-F32 is a 3.2m (11 ft) PMSM HVLS ceiling fan designed for compact industrial and commercial spaces requiring wide-area air circulation without the size and power demand of larger HVLS fans. With a 0.3 kW direct-drive PMSM motor, up to 300 m² coverage and 36 dB low-noise operation, it is suitable for workshops, retail spaces, small warehouses and other medium-height indoor areas.

Why Choose the AirTS F32 11ft HVLS Fan?

The AirTS F32 11ft HVLS Fan combines efficient air movement, flexible installation and low-maintenance direct-drive technology in a compact design.

Its PMSM direct-drive system reduces the need for conventional transmission components, helping support quieter operation, smoother speed control and lower maintenance requirements. The compact fan structure also gives installers more flexibility when working around beams, lighting, ducts and other ceiling-mounted equipment.

For buyers looking for a smaller HVLS fan that can still provide broad, comfortable airflow, the 11ft HVLS Fan offers a practical balance of performance, installation flexibility, operating stability and long-term maintenance efficiency.

Woking Principle

The electric motor drives the blades into rotation, resulting in a powerful airflow.

Its operational principle is based on the principles of centrifugal force and gas dynamics. Enclosed within the fan is an electric motor that transmits power to the blades through a transmission mechanism.

As the motor initiates operation, it sets the blades in motion, causing changes in the surrounding air and thus generating wind.

The AirTS-F series large energy-saving fans adopt wing shaped blades, which can minimize air resistance and efficiently convert electrical energy into kinetic energy of the air.

The airflow covers a range beyond the diameter of fan, pushing the airflow vertically towards the ground, forming a 1-3 meter high airflow layer on the ground, thus forming a super large coverage area not only limited to fan size.

Features

Lifetime increased more than 20%

Protection grade IP65

180°C temperature resistant permanent magnet

Primary energy efficiency

Weight reduced 20%

High quality imported brand bearing

Functions

Stereoscopic natural Wind

PMSM motor with Inner rotor

Knob controller, digital display

Optional mobile APP remote control

Optional wireless control system

Support full AirTS products linkage control

Large converage area

Save more than 30% energy,worked with AirTS air conditioner

Technical Comparison

PMSM VS Gear Shifting Motor

PMSM Motor Advantages:

A. More energy saving

B. Simple structure

C. Smaller size and lighter weight

D. Low noise

E. Frequency range: 0-50Hz

F. Direct drive motor without maintance

Gear Shifting Motor Weakness:

A. More power consumption

B. Complex structure

C. Bigger size and heavier weight, loud noise

D. Frequency range: 25-50Hz

E. Gear shifting motor, the gear should be replaced

AirTS-F Inner VS Outer Rotor

Inner Rotor Structure Advantages:

A. Better heat dissipation : stator is outside (heat source).

B. More safety: the rotating parts are only the motor shaft and fan blades.

C. Longer lifetime: the hanger rod and motor can be integrated as a whole, and the rotating bearings only need to bear the weight of the wind blades, slightly wear.

D. Stable operation: the motor body and fixed steel wire rope are fixed on the motor mounting plate, and the motor does not rotate.

Outer Rotor Structure Weakness:

A. No better heat dissipation: stator is inside (heat source).

B. Less safety: the rotating parts include the motor body and fan blades.

C. Shorter lifetime: single hanger rod, small stress area, and heavy bearing capacity.

D. Easy to shake: the hanger rod bears all the weight of the fan and the torque generated during operation

Standard Control

More Safety and Reliablity

Electrical protection:

lt has protection functions, such as overvoltage, under voltage, loss of voltage regulation, overload, collision, overheating, lightning strike, abnormality, and alarm linkage and so on.

Running indicator light (RUN):

When the light is off, the inverter is in shutdown state; when the light is on, the inverter is in running state.

Keyboard operation, terminal operation and remote operation

(communication control) indicator light (LOC):

.LOC light off: panel start, stop control.

.LOC light on: terminal start, stop control.

.LOC light blink: communication start, stop control.

Tuning, Torque Control, Fault Indicator Light (TUNE):

When the light is on, it means it is in torque control mode. If it flashes slowly, it is in tuning state. If it flashes quickly, it is in fault state.

Optional IoT Control and Wireless Control System

IoT Control by Mobile APP for Android:

1. Remotely monitor the operating status of HVLS Fans

2. Data collection, analysis in time

3. Error alarm when fault happen

4. Support group control about 200 units

Optional Wireless Control System

1. Wireless control operation

2. The host computer can monitor all devices within a radius of 1km

3. Centralized control of multiple devices, partial control, single machine single control

4. Support for remote control by mobile APP

5. Accurate energy-saving and consumption reduction, automatic operation

6. Data recorded, multi-dimensional analysis

7. Support full AirTS products linkage control

Specification

AirTS-F49 High Volume Low speed Fan

Model	AirTS-F32
Blades (PCS)	5
Diameter (mm/ft)	3200/11
Rotation Range (RPM)	30~100
Max airflow (m³/min)	6800
Voltage (V)	110/220/380
Frequency (Hz)	50/60
Motor power (kW)	0.3
Rated current (A)	1.3
Noise (dB)	36
Coverage area (m²)	300
Body weight (kg)	36

Where Is the AirTS F32 Best Used?

The 11 foot HVLS fan is especially suitable for facilities where a compact fan diameter and wide airflow coverage are both required.

Small Warehouses

Warehouses can develop areas with stagnant air, especially around storage racks and work zones.

The F32 helps continuously circulate indoor air and improve airflow around loading, packing and storage areas.

Manufacturing Workshops

Production equipment, workers and manufacturing processes can generate heat in workshop environments.

Installing an F32 above suitable work areas can improve air movement around operators and production zones without occupying valuable floor space.

Assembly and Packing Areas

For assembly lines, packaging areas and manual workstations, gentle wide-area airflow can provide more consistent air movement than several small directional fans.

Retail Stores and Showrooms

The combination of a compact 3.2 m diameter and low operating noise makes the F32 suitable for selected commercial spaces where both airflow and appearance need to be considered.

Fitness Centers and Recreational Facilities

Large-volume, low-speed airflow can help maintain continuous air movement across occupied exercise and activity areas.

Restaurants and Commercial Halls

Where ceiling dimensions permit installation, the F32 can provide broad airflow without producing the concentrated air blast associated with high-speed fans.

Workshops with HVAC Systems

HVLS fans can also be used as part of an overall indoor air-management strategy to improve air distribution within air-conditioned or heated spaces.

How to Know Whether the F32 Is Right for Your Building

Fan diameter alone should not determine HVLS fan selection.

Before selecting the F32, we recommend evaluating:

● Building length and width
● Ceiling height
● Roof and beam structure
● Available mounting locations
● Distance between beams
● Lighting fixtures
● Fire protection systems
● Cranes and production equipment
● Storage racks and other obstructions
● Required airflow coverage
● Available electrical supply
● Number of fans required

For projects with irregular layouts or multiple work zones, fan quantity and installation positions should be planned according to the actual floor plan rather than simply calculating floor area.

F26, F32 or F42: Which Size Should You Choose?

AirTS provides multiple F Series fan diameters for different building sizes.

The F32 sits between the smaller 2.6m F26 and the larger 4.2m F42, making it a useful option for projects where a compact HVLS fan is required but the airflow coverage of the smallest model may not be sufficient.

Choose the F32 when:

● A 3.2 m fan fits the available roof structure
● Your target area is approximately within its 300 m² coverage range
● Larger 4.2 m or above fans are unnecessary for the space
● Low power consumption is an important consideration
● Low-noise operation is required
● PMSM direct drive is preferred over a gearbox drive

For larger warehouses, factories and logistics facilities, AirTS also offers larger HVLS fan diameters.

Send us your building dimensions and layout if you are unsure which model to choose.

FAQ-3.2m HVLS Fan

How large an area can the AirTS 3.2M HVLS fan cover?

The rated coverage area of the AirTS F32 is up to 300 m². Actual performance depends on ceiling height, building shape, mounting position and surrounding obstructions.

What is the diameter of the F32?

The AirTS F32 has a diameter of 3200 mm, approximately 11 ft.

How much power does the 11ft 3.2m HVLS Fan use?

The 11ft HVLS Fan is equipped with a 0.3 kW PMSM motor.

Is the 3.2m HVLS Fan suitable for a warehouse?

Yes. The 3.2m HVLS Fan can be used in small warehouses, storage areas, packing zones and similar facilities where its 3.2 m diameter and airflow coverage are suitable for the building layout.

Larger warehouses may require multiple F32 fans or a larger AirTS HVLS fan model.

Is the 11ft HVLS Fan suitable for a workshop?

Yes. 11 Foot Industrial Ceiling Fan can be installed in manufacturing workshops, assembly areas and production spaces to improve air circulation around occupied working zones.

Does the AirTS 11ft 3.2m HVLS Fan use a gearbox?

No. The 11ft 3.2m HVLS Fan uses a PMSM direct-drive motor, eliminating the conventional gearbox transmission between the motor and fan blades.

Can I adjust the 3.2m PMSM Industrial Ceiling Fan speed?

Yes. The 3.2m PMSM Industrial Ceiling Fan has a rotational speed range of approximately 30–100 RPM, allowing airflow to be adjusted according to operating requirements.