How To Send Us Your Data
A short film that walks through exactly what to measure, where to stand for the roof photographs and how to mark a bay on a drawing.
Scope
What The Service Covers
01
Purpose & Application Understanding
What the space is used for, how many people work in it, what the shift pattern is, and what problem you are actually trying to solve — heat, humidity, condensation, dust or running cost.
02
Site Data Collection
Shed dimensions, roof height and profile, floor layout, machine or racking positions, obstructions, crane paths, sprinkler layout and the hanging arrangement available.
03
Feasibility Evaluation
Whether the roof structure can carry the fan, whether the ceiling height gives useful coverage, and whether HVLS is the right answer at all. If it is not, we tell you.
04
Size & Quantity Selection
Choosing diameter, drive type and quantity so coverage is uniform across the floor rather than concentrated under each fan.
05
Layout Optimisation
Reworking positions to reduce total fan count without losing coverage. This step routinely takes one or two fans out of the first-pass layout.
06
Techno-Commercial Offer
A quote with the GA drawing, fan positions marked on your layout, electrical requirement and delivery schedule.
Included
What You Get
- Site visit or remote study from your drawings
- Fan size, quantity and layout recommendation
- GA drawing with fan positions marked
- Power consumption and running cost estimate
- Comparison against your existing fan arrangement
- Techno-commercial offer valid for 30 days
Our Process
Six Steps From Enquiry To Quote
01
Knowing Customer Requirement
Understanding the purpose, application and comfort expectation for the space.
02
Collecting Site Data
Shed dimensions, roof height, floor layout, obstructions and hanging arrangement.
03
Evaluating Feasibility
Checking whether HVLS is the right fit and what the structure can carry.
04
Selection
Choosing fan diameter, drive type and quantity for uniform coverage.
05
Optimizing The Selection
Reworking the layout to reduce total fan count without losing coverage.
06
Submitting The Quote
Techno-commercial offer with GA drawing and layout marked for your facility.
Questions
About Feasibility Study
Yes. There is no charge and no obligation. We do it because a fan sized wrongly is a problem for both of us.
Shed dimensions, roof height and a floor layout if you have one. Photographs of the roof structure help. If drawings are not available we will do a site visit.
A remote study from drawings typically comes back within two to three working days. A site visit is scheduled according to location.
Yes. The sales and service network covers 16 cities across India, and export enquiries are handled from Ahmedabad.
Before You Send
The Six Numbers We Actually Need
A feasibility study is only as good as the building data behind it. Fan count is decided bay by bay, not on a single building total — two sheds of the same floor area can need a different number of fans if the bay widths differ. Send these and the study comes back accurate the first time.
- Number of bays — how many structural bays the shed is divided into
- Bay wise length in feet, for each bay separately
- Bay wise width in feet — this is what sets the fan diameter
- Bay wise roof height to the underside of the truss, in feet
- Photographs of the roof from inside, so we can read the truss and purlin arrangement
- A drawing if you have one — PDF, DWG or even a hand sketch with dimensions
Why bay wise, not building total
Mounting height and bay width decide the coverage circle of a fan. A 24 ft fan in a 60 ft wide bay behaves
nothing like the same fan in a 30 ft wide bay, so a single area figure cannot be converted into a fan count
without guessing. Bay wise data removes the guess.
Explainer film in production — awaiting the final cut from Austar
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