FanAir Company

Belt Driven Industrial Vaneaxial Fans.

1. Fans shall be tested and rated in accordance with AMCA methods and standards.
2. The fans shall be licensed to bear the AMCA Seal for air. The ratings shown in the product catalog must be based on tests and procedures performed in accordance with AMCA publication 211 and shall comply with the requirements of the AMCA Certified Ratings Program..
3. Fans shall conform to AMCA 99 Standards.
4. All motors and electrical components shall comply to NEMA, UL and CSA guidelines.
5. Fan shall be of an axial flow vaneaxial type configuration with a bolt-on straightening vane section.
6. Fan shall be V-belt driven, sized for 1.5 service factor. Motor is mounted externally on the fan casing and not exposed to the air stream.
7. Fan casing shall be of all welded construction with a flanged inlet and outlet, and shall be constructed completely of carbon steel, stainless steel (type 316 or 304) or aluminum as indicated on fan schedule.
8. The fan shall have an inner tube section, fully welded protecting the shaft, bearings and drive components from direct air stream exposure.
9. The inner tube assembly shall have removable end covers to allow for access to the bearing and drive assembly.
10. Fan shaft shall be steel, ground for precision fit to bearings and keyed for driving the impeller and drive sheave.
11. Fan bearings shall be cast iron housing, self aligning, re-lubricatable bearings with grease lines extended to the exterior of the cas­ing. A.F.B.M.A. Bearing L-l0 life of 25,000 hours.
12. The propeller shall be constructed of 319F cast aluminum material with the cast blades welded to the cast hub per AWS welding standards. The hub is designed to incorporate a taper lock bushing and keyed to the fan shaft.
13. The motor mounting base is configured to allow for various frame sizes and designed to allow for belt tensioning.
14. Fan shall be coated with enamel as standard or optional other available coating as made available by coating suppliers and as indicated on the fan schedule.    
15. Fan shall be of AMCA spark resistant construction when required and as indicated on the fan schedule as AMCA "A", "B" or "C" as defined by AMCA Standard 99.
16. The motor shall be of a NEMA design, horizontal foot mount, and EPACT High Efficiency or Premium Efficiency.
17. The fan shall be factory inspected, test run and dynamically balanced at operating speed per AMCA 204 Grade BV-3/ ANSI S2. 19 G 6.3 and the results recorded on a label placed on the fan assembly.

Direct Driven Industrial Vaneaxial Fans.

1. Fans shall be tested and rated in accordance with AMCA methods and standards.
2. The fans shall be licensed to bear the AMCA Seal for air. The ratings shown in the product catalog must be based on tests and procedures performed in accordance with AMCA publication 211 and shall comply with the requirements of the AMCA Certified Ratings Program..
3. Fans shall conform to AMCA 99 Standards.
4. All motors and electrical components shall comply to NEMA, UL and CSA guidelines.
5. Fan shall be of an axial flow vaneaxial type configuration with a bolt-on straightening vane section.
6. Fan shall be direct drive with the propeller mounted on the motor shaft by means of a taperlock bushing.
7. Fan casing shall be of all welded construction with a flanged inlet and outlet, and shall be constructed completely of carbon steel, stainless steel (type 316 or 304) or aluminum as indicated on fan schedule.
8. The fan shall have an inner tube section, fully welded protecting the shaft, bearings and drive components from direct air stream exposure.
9. The inner tube assembly shall have removable end covers to allow for access to the bearing and drive assembly.
10. Fan shaft shall be steel, ground for precision fit to bearings and keyed for driving the impeller and drive sheave.
11. Fan bearings shall be cast iron housing, self aligning, re-lubricatable bearings with grease lines extended to the exterior of the cas­ing. A.F.B.M.A. Bearing L-l0 life of 25,000 hours.
12. The propeller shall be constructed of 319F cast aluminum material with the cast blades welded to the cast hub per AWS welding standards. The hub is designed to incorporate a taper lock bushing and keyed to the fan shaft.
13. The motor mounting base is configured to allow for various frame sizes and designed to allow for belt tensioning.
14. Fan shall be coated with enamel as standard or optional other available coating as made available by coating suppliers and as indicated on the fan schedule.    
15. Fan shall be of AMCA spark resistant construction when required and as indicated on the fan schedule as AMCA "A", "B" or "C" as defined by AMCA Standard 99.
16. The motor shall be of a NEMA design, horizontal foot mount, and EPACT High Efficiency or Premium Efficiency.
17. The fan shall be factory inspected, test run and dynamically balanced at operating speed per AMCA 204 Grade BV-3/ ANSI S2. 19 G 6.3 and the results recorded on a label placed on the fan assembly.

Applications: Spray Booth, Inline Booster Fan, Oven Exhaust, Filtered Supply, Odor Control, Smoke Exhaust, Recirculation, Odor Control.