EF-V60DE Exhaust Fan Factory Heavy for poultry houses and greenhouses

Specification sheet

Will it fit my vehicle?

How to identify the correct unit: locate the reference number stamped on your original component or in the vehicle parts catalogue, then cross-check it against the number below before ordering. Trim and market variants exist for many applications, so the short check is worth the minute before checkout.

How to identify & confirm fitment in 4 steps

1. Locate the OE / reference number on your old part or in the vehicle parts catalogue.
2. Match it to EF-V60DE shown on this page.
3. Send your VIN and engine code plate so our team runs an exact-fit check.
4. Receive fitment confirmation before we dispatch your order.

Cross-reference coverage for exhaust fan fitment is listed above; confirm your VIN before ordering.

Overview & context

A direct-fit compatible replacement referenced by EF-V60DE for the applications listed in the fitment block.

Key features

The strengths workshop buyers compare when searching hammer poultry, cooling fan for poultry house and industrial exhaust fan are listed above.

Build & materials

Built to the original equipment drawing, the Exhaust Fan follows the same inspection checkpoints as the reference sample. Tolerances that affect installation are held to the drawing rather than adjusted on the bench.

• Surface treated to resist corrosion in road and workshop conditions.
• Dimensional check against the reference sample before packing.

Material and build choices answer the most common exhaust fan replacement, exhaust fan catalog and exhaust fan guide questions from workshop buyers.

Applications & use cases

The fitment block above lists the markets and model families this reference is stocked for, so buyers can match demand without re-checking every listing.

Technical insights

Application context. At 54-72 inch scale, failures are expensive, so symptom tracking pays. A burnt motor on a direct-drive unit frequently follows a stalled restart after winter icing – soft-start electronics exist to ramp current and remove that shock. Bearing failure announces itself as a harmonic hum that grows with speed; on belt versions, pulley wear and belt dust are early warnings. Airflow decay across a bank usually means uniform blade fouling or shutters that never fully open, since a half-closed shutter raises static pressure and directly trims delivered CFM. Vibration marks on mounting frames flag imbalance before components break.

Technical background. Heavy-duty mounting is structural work. A 72 inch class fan presents a large framed opening, so lintels and reinforced cladding are planned with the building, not improvised on site. Published rough-in dimensions for 55 inch units run near 59-60 inches square, with housings slanted and drained. Seal the perimeter to protect tunnel static pressure, and fit guards, because large impellers are hazardous to anything entering the air stream. Spacing follows the tunnel calculation – capacity equals cross-section times target velocity – and electrical drops should support soft-start or VFD wiring where the motor design expects it.

Application context. Scheduled care at this scale centers on inspection rather than parts. Wash impellers and shutters between flocks or seasons; even blades sold with dust-shedding surfaces lose efficiency under a bound film. Check mounting fasteners annually – a 450 rpm, 1.2 m impeller transmits real torque into the frame. Belt-driven units need tension, alignment, and belt-condition checks; direct-drive permanent-magnet units need none, which is their stated maintenance advantage. Verify drainage paths stay open, test controller staging across the bank, and record current draw per fan; rising amps at constant speed reliably precede mechanical trouble.

Technical background. Heavy-duty comparisons should be numeric. Published outputs in this class run from about 32,000 CFM for a 55 inch torque-drive unit to more than 58,000 CFM at 0.10 in. H2O for a 72 inch direct-drive model, so specify delivery at operating pressure, never free air. Efficiency: standard models sit near FEI 1.75 while high-efficiency variants reach 2.28, and the class spans 16-35 CFM/watt. Drive choice trades belt service against first cost; an IP66 enclosure with integrated variable-speed driver simplifies installation. Propeller material – galvanized, stainless, or poly – sets corrosion behavior and cleaning ease.

Field note. This output range is what tunnel design mathematics consumes. Required capacity equals barn cross-section times target velocity: the Ontario worked example – an 18 by 91 m broiler house at 2.5 m/s – needs about 240,000 CFM, meaning twelve 48-50 inch fans, and fewer of the largest units at equal capacity. Design static pressure of 0.10-0.15 in. H2O is standard for tunnel mode. Fan efficiency index and FEI values published for agricultural fans give a common comparison basis, and extension guidance notes direct-drive VFD fans are more energy-efficient than belt drive, offsetting higher purchase cost.

Deep dive. Buyers are large integrated farming groups, greenhouse complexes, and contractors building multi-house sites. They buy in tens of units, mix large tunnel fans with smaller staging fans, and require documented performance at static pressure, generator-compatible starting behavior, and safety guarding suitable for audited livestock operations. Greenhouse buyers add UV-stable housings and variable-speed control tied to climate computers. Distributors serving these accounts compete on engineering support – sizing calculations, fan schedules, and spare-part planning – because a bank running with one fan down loses about 17 percent of capacity, a figure cited in sizing guidance.

Technical background. On a heavy-duty exhaust fan, the drivetrain carries real torque, so wear parts are mechanical first: belts crack and glaze within roughly 6 to 18 months under continuous industrial duty, worn pulley grooves let a new belt ride low and waste around 10 percent of airflow, and pillow block bearings dry out and vibrate long before they seize. Set a schedule that replaces belt, pulley, and tensioner as a kit, re-greases bearings on a fixed interval with the correct No. 2 lithium grease, and tests the motor capacitor whenever a single-phase unit starts slowly or hums.

Application context. Heavy frames and large impellers make transport damage expensive. Lift crates only at the marked points with a forklift or pallet truck, never sling straps across the blade or orifice, and keep the unit upright so the shaft and bearings take no shock load. Bolted shipping brackets may need removal at install; keep them for the return trip if the unit is ever relocated. Store indoors, off concrete, with the motor covered against condensation, and after long storage rotate the shaft by hand and verify free, quiet rotation before connecting power.

Technical background. Industrial mounting rewards preparation: measure the structural wall or frame, confirm the opening against the housing footprint rather than the fan diameter, and stage lifting gear, levels, torque wrenches, and stainless fasteners before the crane arrives. Electrically, verify phase, voltage, and breaker sizing with a multimeter and clamp meter, since three-phase motors wired with the wrong rotation run backwards and pump almost nothing. Fit vibration isolators if the housing mounts to steel. Before handover, run the fan and check current draw against the nameplate, listening for bearing noise and watching for guard or shutter rub.

Deep dive. Duty conditions decide lifespan. In dusty plants and grain or feed environments, grit packs motor fins and abrades blade edges like sandpaper, so specify sealed motors, add intake filtration where practical, and clean with compressed air weekly; a dirty motor runs hot and ages its windings. Humid coastal or washdown sites attack frames and fasteners, so rinse deposits, re-torque after cleaning, and never pressure-wash bearings, tensioners, or the motor directly. In hot seasons, watch bearing temperature and current draw, since both rise together as grease degrades, and schedule greasing around the hottest running months.

Field note. Fleet buyers should treat heavy fans as engineered lots. Request and file the manufacturer's routine production test evidence for each batch: run-current and insulation measurements on sampled motors, vibration and balance results per impeller, and bearing greasing records at the factory. On receipt, log nameplate data and part numbers, sample-test one unit per lot for rotation, noise, and current, and keep results tied to purchase order numbers. Spares strategy follows the batch: belt kits, bearing sets, tensioners, and contactors held on site should match the lot's part numbers, so a mid-year failure never waits on documentation.

Field note. Specification traps concentrate in the electrical and dimensional details. Confirm whether the model is wired for 230 V single-phase or 380-480 V three-phase; the same frame may carry several motor options that are not swappable in the field. Check rotation and the discharge direction before final mounting, since reversing a three-phase supply is a two-wire swap but a physically reversed install is not. Dimensionally, verify the required structural opening, flange bolt pattern, and duct or wall sleeve depth against drawings, and confirm the impeller material suits the airstream, because abrasive or corrosive duty can demand a different wheel specification.

Supply note. Integrated soft-start ramps motor current on each start, reducing mechanical stress – a documented safeguard against stalled restarts after winter icing.

Application note. Rough-in openings for 55 inch units in this class run near 59-60 inches square, with slanted housings and drainage holes as standard features.

Workshop note. Tunnel sizing for this output class follows cross-section times target velocity: an 18 x 91 m broiler house at 2.5 m/s requires about 240,000 CFM, or roughly twelve 48-50 inch fans.

Supply note. The 72 inch direct-drive heavy-duty class delivers up to 58,368 CFM at 0.10 in. H2O (64,057 CFM at free air) from a 4.0 kW permanent-magnet motor at 450 rpm.

Application note. High-efficiency variants in this class publish FEI values of 2.28 at 0.10 in. H2O against 1.75 for standard models, with poultry-fan efficiency overall spanning 16-35 CFM per watt.

The engineering notes above compile verified reference, material and application data for aftermarket exhaust fan and compatible exhaust fan.

Quality & testing

Inspection runs on an AQL sampling plan: incoming material, in-process checkpoints and a final release check are recorded on the batch sheet.

Warranty terms

12 Months limited warranty against manufacturing defects. Coverage applies to correctly installed units; keep the batch date code so any claim is processed against its inspection record. Shutter, motor and mounting questions are answered by our team before dispatch.

The Vidishi Auto advantage

Exhaust Fan — Exhaust Fan. Supplied under Vidishi Auto with batch traceability and trade-grade packing; volume pricing and private-label options are available on request. Exhaust and cooling fans are supplied for poultry-house, greenhouse and workshop ventilation programs.

Shipping & packaging

We ship worldwide to distributors and garages from China, Dongguan. Each Exhaust Fan is packed in a single-unit export carton. Fans ship with blades guarded and motors sealed in export cartons. Tracked air or sea freight is arranged per order volume.

Bulk quantities of exhaust fan supplier and exhaust fan bulk order ship in mixed containers from China, Dongguan.

Frequently asked questions

Compliance disclaimer

Vidishi Auto is an independent supplier. This is an aftermarket compatible replacement, not a genuine OEM part. Brand names are trademarks of their respective owners and are used only to identify fitment.

Trade & wholesale support

Wholesale terms are quoted per market: volume breaks, mixed-SKU containers and private-label options are all handled by the trade desk. Airflow, mounting-frame and shutter documentation is available on request.

Trade desk replies with quotation, MOQ and lead time in one business day.

Enquiries about wholesale exhaust fan and exhaust fan price receive quotations within one business day.

Airflow & mounting notes

Ventilation fans are matched to the building opening; the mounting scope below is confirmed before dispatch.

• Pre-dispatch checks: the OE / reference number is matched against your old part before packing; finish / style (Silver) is confirmed with the quotation.

Installation and service notes for oem exhaust fan, exhaust fan with light and exhaust fan motor replacement are confirmed by our technical team before dispatch.

• Frame size and opening dimensions are confirmed against your building before dispatch.
• Shutter or louvre inclusion is confirmed with the quotation.

Workshop teams comparing exhaust fan cross reference, best exhaust fan for aftermarket and greenhouse chicken receive the pre-dispatch checklist with the quotation.

• Motors are sealed and blades guarded for export packing.

Installation and service notes for fiberglass cone fan and pig farm fan are confirmed by our technical team before dispatch.

Motor & electrical notes

Fan motors are matched to the site supply; the electrical scope below is confirmed before dispatch.

• Configuration checks: the supplied configuration is confirmed against your order before dispatch.
• Voltage, frequency and phase follow the published listing.

Configuration and service notes for over the range microwave with exhaust fan and light, exhaust fan for basement and why upgrade exhaust fan are confirmed by our technical team before dispatch.

• Starter, capacitor and wiring scope are confirmed with the quotation.
• Motors are sealed and rated for the ventilation duty published.

Workshop teams comparing chicken pig, greenhouse exhaust fan and poultry farm exhaust fan receive the configuration checklist with the quotation.

Shutter & frame options

Frame and shutter variants are matched to the building opening; the options below are confirmed before dispatch.

• Reference checks: the OE / reference number is matched against your old part before packing.
• Shutter, louvre and cone options follow the published listing.

Application data for exhaust fan for garage, exhaust fan with humidity sensor and factory heavy is confirmed against your specification before dispatch.

• Frame material and thickness are confirmed with the quotation.
• Guarding and safety covers are quoted where the listing offers them.

Engineering checks behind the axial flow exhaust fan, heavy hammer exhaust fan and push pull fan supply are completed before packing.