A Maharashtra-based sugar and process-plant EPC builds installations where the process air never stops. When the plant runs, the fan runs — through the season, across the plant's whole life. Air that flags on duty is not an inconvenience here; it is the process losing its footing.
52,000 CMH at 180 mmWC on a 100 HP belt drive is high-volume process air under continuous running. Two things make it hard. The fan has to move that volume without wandering off its point — not on commissioning day, but years into the run. And it has to be tunable: belt drive is the deliberate choice, so fan speed can be set to the duty on site rather than assumed at the factory.
Belt-drive centrifugal blowers, direct blowers, and spares — each selected to the customer's own GA drawing, made to order, not pulled off a shelf. The belt drive is there for a reason: it lets fan speed be trimmed to the real duty, so the fan sits on its point instead of near it.
Every fan is performance-tested in-house on our 200 HP VFD test rig, to the IS 4894 / AMCA 210 method, before it leaves the works. You get the curve for your machine, not a family average — proof, not promises.
This is not one order. It is sustained, multi-year, repeat supply — new fans when a line is built, spares when a machine has run long enough to need them. They keep coming back because the fans hold their point and the spares fit the first time. That is the whole test of a process-air supplier: not the first fan, but the one after it, order after order.
If you run continuous process air and need a fan that holds its point across a long plant life — or spares that match the machine already installed — send us the duty point and the GA drawing. We will select to your numbers and test to them before anything ships.
— Mihir Kulkarni, Director, Jitamitra Electro Engineering
Engineered for Every Application.
Real dispatched fans from this duty class — nameplate-scrubbed. Representative of the work; not the customer's own unit.
That is the whole test. When the plant runs, the fan runs — through the season, across the plant's whole life. The fan has to move its volume without wandering off its point, not on commissioning day but years into the run. Air that flags on duty is the process losing its footing.
So the speed can be set on site rather than assumed at the factory. 52,000 CMH at 180 mmWC on a 100 HP belt drive is high-volume process air under continuous running, and it has to be tunable. The belt drive lets fan speed be trimmed to the real duty, so the fan sits on its point instead of near it.
For your machine. Every fan is performance-tested in-house on our 200 HP VFD test rig, to the IS 4894 / AMCA 210 method, before it leaves the works. You get the curve for your machine, not a family average — proof, not promises. Selection is made to your own GA drawing.
Yes — belt-drive centrifugal blowers, direct blowers and spares, each selected to the customer's own GA drawing, made to order, not pulled off a shelf. New fans when a line is built, spares when a machine has run long enough to need them. Send the duty point and the GA drawing.
No, and the page says so. They are real dispatched fans from this duty class, nameplate-scrubbed — representative of the work, not the customer's own unit. Treat them as evidence of what comes off our floor for sugar and distillery process air, not as a record of the installed machines.
Flow, static, gas temperature, application — or attach a spec, GA drawing or a multi-fan schedule. Engineer to engineer.
ISO 9001:2015 quality system · performance-tested to IS 4894 / ISO 5801 / AMCA 210 method · witnessed FAT on request.
*For our standard range. ATEX and special projects need 5 to 7 working days.
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