Drytronics Air Treatment Technology
Drytronics / Giantblade HVLS fans

Giantblade
HVLS fans
in Indonesia.

Drytronics’ Giantblade HVLS fans for industrial and commercial spaces in Indonesia. Five- and six-blade formats, selected around the building, occupied zone and mounting requirements.

Engineering the right conditions

HVLS fan selection.
From layout to installation.

High-volume, low-speed air movement for large industrial and commercial spaces. Selection starts with the application, not a model number.

01

Large-area circulation

High-volume, low-speed airflow to support air movement across suitable large spaces.

02

Application-led layouts

Fan placement considers roof structure, height, obstructions and the areas that need circulation.

03

Coordinated installation

Mounting, controls and electrical coordination form part of the project scope where required.

Giantblade / The Drytronics HVLS brand

Big spaces.
Considered airflow.

Permanent-magnet direct-drive fans with variable-speed control. Selected around the building, not simply the floor area.

visualization of a six-blade Giantblade HVLS fan with orange winglets in an illustrative industrial hall
05
Five-blade formats

3.0–5.0 m

Available diameters: 3.0, 3.7, 4.3 and 5.0 m.

06
Six-blade formats

6.1–7.5 m

Available diameters: 6.1, 6.7, 7.3 and 7.5 m. Largest format listed as 7.5m X.

From fan to installation

Coordinate the whole space.

Review the occupied area, ceiling height, structure and other equipment before selecting a fan and mounting arrangement.

Building interfaces
Mounting structure, clearances, lighting, sprinklers and other services.
Electrical provision
Electrical options include 220–240 V or 380–460 V, 50/60 Hz. Confirm the selected model and configuration.
Final selection
Confirm the approved datasheet, controls, mounting detail and installation scope for your project.
Discuss your Giantblade project
Customized supply / Project installation

Specify the equipment.
Define the interfaces.

Fan suitability and layout are reviewed for each building. Structural requirements and installation responsibilities must be confirmed before work begins.

Discuss your project

Resolve these details together.

  • 01Fan selection, quantities and layout for the space to be served
  • 02Mounting arrangement, structure and clearance coordination
  • 03Electrical interfaces, controls and maintenance access

Owners, consultants and contractors can define supply responsibilities, installation interfaces and the agreed testing and handover requirements with Drytronics.

Build your technical brief

What your project team
needs to define.

01

Building geometry

Floor area, ceiling height, roof profile and the zones to be served.

02

Structure and clearances

Mounting conditions and separation from cranes, sprinklers and other building services.

03

Use of the space

People, processes, operating hours and any restrictions on air movement.

04

System coordination

Existing ventilation, air conditioning and the preferred control arrangement.

Model capacities, dimensions, electrical characteristics and performance data are confirmed against selected equipment and design conditions.

Start with your requirements
Giantblade / Supply and installation

The right fan.
The right installation.

Fan selection, mounting and controls coordinated around the actual building and the agreed project scope.

Explore installation support
Practical project questions

Before you specify.

What information is needed to plan an HVLS fan layout?

Share the floor plan, ceiling height, roof structure, occupied zones and obstructions. Cranes, racking, sprinklers and other building services need to be considered alongside the required circulation.

Does an HVLS fan replace air conditioning?

An HVLS fan moves air; it does not provide refrigeration or remove moisture. Whether it is appropriate depends on the building, comfort objective and existing ventilation or cooling system.

Can you coordinate mounting and installation?

Yes. The agreed project scope can cover fan supply, layout and installation coordination, including mounting, controls and electrical interfaces. Structural suitability must be assessed for the actual site.