Industrial building ventilation centrifugal blower fans, process ventilating blowers, high temperature fans and ventilators, high pressure blowers, high temperature oven exhaust and circulation plug fans; as well as wall / roof exhaust fan ventilators. Suppliers of large  industrial fans and blowers, commercial power wall and roof ventilators, industrial pressure blowers, high temperature fans and air moving ventilation blowers. Sales of all types of blower, fan, ventilator replacement fan wheels and impellers, and other fan / blower / ventilator wheels.
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Agentent for Buffalo fan - New York; Illinois Blower; Industrial Gas Engineering; American Coolair; ILG; Twin city TCF; IGE; I.G.E.; NYB; I.L.G.; Nisco; NEP; engineers and manufacturers of industrial process and commercial HVAC fans; blowers; air-handling units; heat exchangers; heating and air erature blowers and fans;conditioning, high temp humidifiers; air systems
Industrial ventilators, blowers fans engineering sales -  New York Blower,American Coolair,ILG,Illinois Blower,Industrial Gas Engineering Industrial air products,fan and bllower including high temperature & high pressure blowers and fans,pressure blowers,heavy duty industrial process fans and blowers. Quick delivery shipment of indusced forced draft heavy duty industrial fan and blower. NEW YORK FAN

CUSTOMER SERVICE

Industrial ventilators, blowers fans engineering sales -  New York Blower,American Coolair,ILG,Illinois Blower,Industrial Gas Engineering Industrial air products,fan and bllower including high temperature & high pressure blowers and fans,pressure blowers,heavy duty industrial process fans and blowers. Quick delivery shipment of indusced forced draft heavy duty industrial fan and blower.
  ABOUT US
 

New York Fan Company is a leading supplier of industrial and commercial centrifugal and axial fans, blowers, ventilators for various air moving applications.

We offer a complete line of fan /blower equipment, from small panel fans capable of moving a few hundred cubic feet per minute, to large, heavy duty industrial mechanical draft fans with capacities to 1,000,000 CFM, and with static pressures from 0" Water Column (WC) to 140" WG.

New York Fan Co. products include standard centrifugal fan and axial fan designs as well as custom manufactured units to meet  customer requirements.

New York Fan have supplied blowers and fans to a wide range of industries and applications including: combustion air supply, material handling, process ventilation, ovens and dryers, iron and steel industry, mine and tunnel ventilation, petro-chemical, power generation, marine and off-shore structures, pulp and paper, HVAC, paint / spray booths, fertilizer, and various emission control applications. For commercial HVAC market, New York Fan offer general ventilation fans for insitutional and retail buildings, schools, restaurants and hospitals. Special materials, construction, explosion-proof and spark-resistant design, variety of coatings and accessories are available to fit any application needs.

New York Fan air moving products are best known for "industrial quality" assuring reliable performance, relentless dependability, and longevity. A staff of specially trained engineers will design a dependable fan that exactly fits customers' dimensional and performance reqirements. New York fans are sold and serviced by air moving experts that can evaluate your needs and provide best recommendations for your fan / blower application.

State of the Art Manufacturing

All our manufacturer's production facilities are equipped with the latest state of the art machinery. From the parts list the components are produced on computerized numerically controlled (CNC) machines to minimize throughput time and achieve precise tolerances. 

On completion of the equipment, a test run and final inspection is carried out.  

All work is conducted by highly skilled production personnel. 

The ability to work with many materials is due to the high levels of welding expertise in the Company, continuously updated by an ongoing commitment to training and the achievement of appropriate welding certificates.

Modern test facilities are used to develop and test even large scale fans and blowers prior to shipment up to and including motor powers of 600 HP.

Quality re-assured

Recent customer surveys show that more than 90% of customers recognize our products as being of excellent quality with very long life expectancy. Customer complaints (including customer errors and incomplete deliveries) are consistently less than one percent of total shipments. 

Warranties

Reinforcing their commitment to total quality all of our suppliers offer a 12 month warranty after shipment on all fans and 3 years on heat exchangers. 


Oleg Tchetchel - Salesman for industrial fans & blowers, high pressure blowers, centrifugal fans, axial ventilators, roow and wall exhaust and supply fans, material handling blowers & radial fans, scroll cage fan ventilators, high temperature fans and blowers, New York Blower, Twin City Fan / Aerovent, Chicago Blower fans, Peerless Fans, Dayton Ventilators, Sheldons fans & blowers, Canarm Leader ventilators, IAP fans, Industrial Air.

Oleg Tchetchel, Ph.D. President

 













High temperature exhaust fans can be grouped into two general categories: emergency smoke evacuation and process ventilation. Generally speaking, emergency smoke evacuation fans may never be used, but they must be installed and be capable of exhausting high temperature air and smoke in the event of a fire. In contrast, high temperature process ventilation requires continuous duty exhaust of high temperature air, fumes or particulate. Both ventilatio application types are uniquely different requiring special construction and system design considerations. Since emergency smoke exhaust deals with lifesafety issues, there are governing bodies in place that identify and regulate specific design and performance standards. The administration and organization of the various governing bodies is subject to modification based on the needs of the industry. Currently, four such agencies are Industrial Risk Insurers (IRI), Southern Building Code Congress International, Inc (SBCCI), the National Fire Protection Association (NFPA), and Underwriters Laboratories, Inc. (UL). IRI insures properties all over the world based on an informational manual, which details the construction requirements that belt drive emergency heat and smoke exhausters must meet in order to be covered by IRI.

SBCCI is a not-for-profit organization of government officials from the United States and several foreign governments, which serves a strong leadership role in the delivery of model building codes. The purpose of the NFPA can be summarized into three main categories. First, NFPA promotes the science and improves the methods of fire protection and prevention, electrical safety, and other related safety goals. Secondly, it obtains and circulates information on these subjects. And thirdly, it secures the cooperation of its members and the public in establishing proper safeguards against loss of life and property. The fourth organization is Underwriters Laboratories, Inc.. UL is a non-profit, independent organization that maintains and operates laboratories for examination and testing of devices, systems and materials to determine their relation to life, casualty hazards and crime prevention. UL has three safety standards that apply to emergency smoke exhaust products. UL705 is concerned with the mechanical and electrical construction to insure safe operation. All ventilator electrical components (motor, wiring, switches, enclosures, etc.) must be ULlisted. UL793 is concerned with the lifting mechanism for the butterfly fan dampers and the fusible link. In order for a product to be listed in the UL Directory under ÒPower Ventilators for Smoke Control Systems,Ó it must meet the requirements of both UL705 and UL793. Additionally, UL must witness a full-scale test of a fan operating for the required time at the specified elevated and temperature.

So what makes one fan more capable of sustaining higher temperatures than another fan? Each model has a recommended maximum operating temperature based on the construction materials, drive components, and airflow characteristics. The limiting temperature is determined to be the highest temperature that any component of the fan assembly will reach during any operating cycle. Similarly, the maximum operating temperature is typically determined to be the lowest temperature that begins to exceed the capacity of any one component. For example, in some cases the bearings may be the limiting component, while in other cases the fanÕs impeller construction material may be the limiting component. The construction material is perhaps the most obvious element of the fan to consider when dealing with a high-temperature application. In general, aluminum withstands maximum temperatures up to 250 F, standard carbon steel up to 750 F, and 316 stainless steel up to 1000 F. Critical components are many times constructed of ferrous materials to withstand the higher temperatures. If temperatures were to exceed 300 F, for example, aluminum would be eliminated as a construction material option. Other construction considerations include bearing type, drive component selections, means of ventilation and cooling of the drive components, and insulation options.

The most common way of simplifying construction and component specifications to accommodate high temperature applications is to maintain separate categories based on the specified temperature range and time requirements.
 
Canada Blowewr has four Heat Option Packages for high temperature operation. Heat Option I construction is designed for continuous operation between 200 F and 500 F. Heat Option II construction meets specifications requiring the fan to exhaust 500 F air for a minimum of four hours in an emergency smoke removal situation per IRI requirements. Heat Option III construction meets the specifications requiring the fan to exhaust 1000 F air for a minimum of 15 minutes in an emergency smoke removal situation per SBCCI. This construction also surpasses the IRI requirements for 500 F for a minimum of four hours. Heat Option IV construction meets specifications for UL Listed ÒPower Ventilators for Smoke Control Systems. This includes the IRI requirement of 500 F for a minimum of four hours, the SBCCI requirements of 1000 F for a minimum of 15 minutes, and the Snow Load Test for butterfly dampers in UL-793.
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