Belt Drive Single Inlet Square Housing Blowers

Dayton belt drive blowers are suitable for air moving applications in heating, air-conditioning and ventilating systems. These units feature dynamically balanced forward-curved steel wheels for inducing high air volume with minimum rotation speeds, resulting in a quieter operation. They have galvanised steel housing for structural rigidity, corrosion resistance and long term performance. They feature single or three phase motor having open drip-proof enclosure for circulating cool air and preventing water droplets from falling in the motor and damaging the moving parts. Choose from a wide range of these single inlet forward curve blowers, available in blower speeds ranging from 470 to 670 rpm.

Dayton belt drive blowers are designed for heating, air-conditioning and ventilating systems. These units have galvanised steel housing for durability & corrosion resistance and are ideal for mounting in four variable discharge positions that can be rotated in 90 degrees increments for specific applications. They include housing support with resilient pads for reducing vibrations and an adjustable motor mounting bracket w/ hardware for ease in installation. They further feature single-or-three phase motors, having automatic reset thermal protection that reboots itself once the motor temperature drops to normal. Choose from an array of these single inlet forward curve blowers, available in blower speeds ranging from 925 to 1350 rpm.

Dayton blower ducts are ideal for use in HVAC, air-moving and exhausting applications. These blowers feature large impellers with galvanised steel housing for protection and have ball bearings for smooth operation. They rotate in counterclockwise direction when viewing from the drive side and have a steel wheel & shaft to rotate the impellers. Choose from a wide range of these belt drive blowers, available in 970 and 1450 RPM speeds on Raptor Supplies.

Dayton belt drive, single inlet blowers suitable for industrial or commercial air moving applications. These units have galvanised steel construction for corrosion resistance, durability and structural rigidity. They feature single-or-three phase motor and a 12-3/4 inch diameter, forward-curved steel wheel to allow high-efficiency air volume with a low rotational speed, providing a quieter operation. Their belt drive design offers flexibility in speeds (as there is no contact of the motor with the moving components) and transfers power between two rotating shafts. Choose from an extensive range of these blowers, available in 1725 & 1735 rpm motor speeds.

Dayton single inlet forward curve blowers are designed for air moving applications in heating, air-conditioning and ventilation systems. These units have galvanised steel housing for durability, strength & corrosion resistance and feature 15-1/16 inch, forward-curved steel wheels to allow high-efficiency air volume with low rotational speeds and vibrations. They feature single or three phase motors, having automatic reset thermal protection for rebooting itself once the motor temperature drops to normal. Choose from an array of these belt drive blowers, available in blower speeds ranging from 925 to 1350 rpm.

Dayton square housing blowers circulate air in industrial and commercial facilities. They are provided with single air inlets to pull air from one side of the blower housing. Thet feature belt drive design to offer flexibility in terms of rpm speeds. These blowers further have galvanised steel housing and forward curve, steel wheels, offering corrosion resistance, strength and durability. Choose from a wide range of these single inlet, forward curve blowers, available in B and F motor insulation variants.

Dayton belt drive, single inlet, forward curve blowers are designed for circulating air in industrial and commercial facilities. These open dripproof blowers have forward curve, steel wheels and galvanised steel housing for corrosion resistance, strength and durability. They feature belt drive design for flexibility in terms of rpm speeds and have single air inlets for pulling air from one side of the blower housing. Choose from a wide range of these single inlet, forward curve blowers, available in blower speed variants of 390, 445, 530 and 600 RPM.

Dayton blower ducts are ideal for use in HVAC, air-moving and exhausting applications. These blowers feature large impellers with galvanised steel housing for protection and have ball bearings for smooth operation. They rotate in the counterclockwise direction when viewing from the drive side and have a steel wheel & shaft to rotate the impellers. Choose from a wide range of these belt drive blowers, available in 390, 470, 540, 650, 850 and 925 RPM speeds on Raptor Supplies.

Dayton belt drive, forward curve, 12-3/4 inch blowers are ideal for circulating air in industrial and commercial facilities. These blowers have galvanised steel housing, providing resistance to corrosion and forward curve steel wheels, providing strength and durability. They feature belt drive design for flexibility in terms of rpm speeds. Choose from a wide range of these single inlet blowers, available in blower speed variants of 1725, 1750 and 1760 RPM on Raptor Supplies.

Dayton single inlet forward curve blowers are designed for quiet and efficient performance in industrial air moving applications. These units are equipped with dynamically balanced forward-curved steel wheels for inducing high air volume with a minimum rotation speed. They feature die stamped steel housing for structural rigidity and long term performance. They are provided with single-or-three phase motors with open drip-proof enclosures for circulating cool air and preventing water droplets from falling in the motor and damaging the moving parts. Choose from a wide range of these blowers, available in blower speeds ranging from 850 to 1350 rpm.

Dayton square housing blowers are usually employed for circulating air in commercial and industrial applications. They are provided with single air inlets for pulling air from one side of the blower housing. They feature belt drive design, providing flexibility in terms of rpm speeds. These blowers have galvanised steel housing and forward curve, steel wheels offering corrosion resistance, strength and durability. Choose from a wide range of these forward curve, square housing blowers, available in B and F motor insulation variants.

Dayton square housing blowers are manufactured to generate high-flow air stream for quickly drying wet carpets, upholstery, hard surface floors, walls & ceilings. These blowers have galvanised steel housing and steel wheels, providing strength, corrosion resistance and durability. Single air inlet pull air from one side of the blower housing and belt drive design offers flexibility in terms of rpm speeds. Choose from a wide range of these single inlet, forward curve blowers, available in 1 and 3 phase motor variants.

Dayton belt drive, single inlet blowers are ideal for industrial or commercial air moving applications. These units feature galvanised steel construction for corrosion resistance, durability and structural rigidity. They are equipped with a single or three phase motor and a forward-curved steel wheel to allow high-efficiency air volume with low rotational speeds, thereby resulting in quieter operation. These units feature belt drive design for flexibility in speeds (as there is no contact of the motor with the moving components) and transfering power between two rotating shafts. Choose from an array of these blowers, available in motor speeds ranging from 1725 & 1750 rpm.

Dayton direct drive, single inlet, forward curve blowers are designed to circulate air in industrial and commercial applications. These blowers have steel housing with galvanised steel finish, offering corrosion resistance, strength & durability. They feature single air inlets for pulling air from one side of the blower housing and have direct-drive design for connecting the motor directly to the fan through shafts or axles. Choose from a wide range of these direct drive, forward curve blowers, available in 1 and 3 phase variants.