Average-pressure centrifugal fan series VC 14-46 NZH #6,3 with electric motor Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min for general industrial use, made according to the scheme of execution #1 of stainless steel AISI 403 for aggressive environments. Fan working point: 37000 m3/hour at a pressure of 1850 Pa.
VC 14-46 NZh #6.3 w/motor AIR 225 M6 37 kW 1000 rpm, execution 1
Centrifugal fan medium pressure for aggressive media



The medium-pressure centrifugal fan of the VC 14-46 NZH #6,3 series (VR-287-46.1) with the Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min electric motor, intended for general industrial use, is made of AISI 403 stainless steel for aggressive environments.
This fan is designed for ventilation or air conditioning systems and other gas mixtures contaminated with aggressive gases and vapors, where the corrosion resistance of stainless steel is higher than that of ordinary steel, and does not contain fibrous materials, sticky substances, dust, or other solid impurities exceeding 100 mg/m³, under moderate (U) climate conditions (placement category 3) and tropical (T) climate (placement category 2) in accordance with DSTU 15150.
This model is an analogue of medium-pressure centrifugal fans: VR-287-46.1, VR 320-46, VR-300-46, VR 300-45, VR 289-46, VR 15-45.
The centrifugal fan VC 14-46 NZH #6,3 (VR-287-46.1) consists of the following units, which can be purchased separately:- Fan VC 14-46 NZH #6,3 (VR-287-46.1) without electric motor
- Impeller of the fan VC 14-46 NZH #6,3 (VR-287-46.1)
- Fan casing (housing) VC 14-46 NZH #6,3 (VR-287-46.1)
- Electric motor Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min for the fan VC 14-46 NZH #6,3
- Medium pressure
- Single-side suction
- Spiral rotary housing
- Forward-curved blades
- Number of blades: 32 pcs.
- Direction of rotation: right and left
- Manufactured in accordance with TU 22-54.36-83
- Material: stainless steel
The VC 14-46 NZh #6.3 w/motor AIR 225 M6 37 kW 1000 rpm centrifugal fan made of stainless steel is intended for moving air contaminated with aggressive gases and vapors, where the corrosion resistance of stainless steel is higher than that of ordinary steel, and does not contain sticky substances, fibrous materials, as well as dust and other solid impurities in quantities not exceeding 100 mg/m³.
Centrifugal fans VC 14-46 NZh #6.3 w/motor AIR 225 M6 37 kW 1000 rpm (VR-287-46.1) are used in:- Air conditioning systems
- Ventilation systems
- Air heating systems
- Other sanitary and industrial applications
The centrifugal fan VC 14-46 NZh #6.3 w/motor AIR 225 M6 37 kW 1000 rpm (VR-287-46.1) with the Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min electric motor is operated in moderate climate conditions at ambient temperatures from -40 °C to +40 °C. The temperature of the transported medium must not exceed 80 °C.
Operating principle of the centrifugal fan VC 14-46 NZh #6.3 w/motor AIR 225 M6 37 kW 1000 rpm (VR-287-46.1):Air, by receiving energy from the impeller blades, enters the fan under the action of centrifugal force at a 90-degree angle and moves radially into the spiral casing; in the casing, moving along the spiral-shaped housing, it is directed under pressure through the fan outlet.
Configuration of the centrifugal fan VC 14-46 NZh #6.3 w/motor AIR 225 M6 37 kW 1000 rpm (VR-287-46.1) with the Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min electric motor:The VC 14-46 NZH #6,3 fan, equipped with the Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min electric motor, consists of the following main units:
- Spiral casing
- Impeller
- Base frame
- Collector
- Electric motor Electric motor AIR 225 M6 37.0 Power kW 1000 Vol./Min
The impeller consists of a front and rear disk, 32 sheet blades, and a hub.
The fan frame is welded. The base has an opening for installation on vibration isolators or a foundation. The electric motor and the cover are mounted on the frame.
The conical collector for air supply to the impeller is attached to the inlet pipe. The gap between the collector and the front disk of the impeller is adjusted by axial movement of the collector in the inlet pipe.
Position of the casing of radial fans with right (PR) and left (LIV) rotation, view from the suction side:- a) right rotation
- b) left rotation

Note regarding placement categories depending on climatic conditions:
- Category 1: For outdoor use (exposure to the full range of climatic factors typical of the given macroclimatic regions);
- Category 2: For use under a shelter or in premises where temperature and humidity fluctuations do not significantly differ from those outdoors and where there is relatively free access to outside air, such as tents, van bodies, trailers, uninsulated metal premises, as well as the enclosure of a complete product of category 1 (no direct exposure to sunlight or precipitation);
- Category 3: For use in enclosed spaces with natural ventilation, without artificially controlled climate conditions, where temperature and humidity fluctuations and the influence of sand and dust are significantly less than outdoors, such as in insulated metal, stone, concrete, or wooden premises (no exposure to precipitation, direct sunlight; significant reduction in wind; significant reduction or absence of scattered sunlight and moisture condensation);
- Category 4: For use in premises with artificially controlled climate conditions, e.g., closed, heated or cooled and ventilated production premises, in premises with conditioned or partially conditioned air, and other, including well-ventilated underground premises (no direct exposure to sunlight, precipitation, wind, sand, and outside air dust; absence or significant reduction of scattered sunlight and moisture condensation);
- Category 5: For use in premises with high humidity (e.g., unheated and unventilated underground spaces, including mines, basements, in the ground, in ship holds and other spaces where water may be present for long periods or frequent moisture condensation on walls and ceilings, particularly in some holds, certain workshops of textile, hydrometallurgical production, etc.).
Aerodynamic characteristics for fans with a nominal (standard) impeller diameter: D = Dн
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