Air Handling Unit Blower

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Air Handling Unit Blower Specification

Usage & Applications
Industrial Ventilation, Clean Room Air Supply, HVAC Systems

Automation Grade
Semi-Automatic

Instruments Type
Blower

Efficiency
High

Power Source
Electric

Air Flow
Adjustable

Orientation
Horizontal

Measurement
Air Volume

Temperature
Ambient

Product Type
Air Handling Unit Blower

Material
Mild Steel

Cooling System
Air Cooling

Noise Level
Low (Below 65 dB)

Processing Time
Continuous

Capacity
5000-20000 CFM

Voltage
220-440V

Weight
350 Kg (Approx)

Dimension (L*W*H)
1600mm x 1200mm x 1450mm

Surface
Powder Coated

About Air Handling Unit Blower

Air Handling Unit Blower

We are renowned in the industry for our capability in manufacturing, exporting and supplying supreme quality Air Handling Unit Blower. The offered range is provided in various technical specifications based on the diverse requirements of the clients in different industry verticals. This range is specifically designed and constructed using quality assured components with the aid of ultramodern technologies by our proficient professionals. Further, the team helps us in offering the range within the specific time-frame at the clients end.

Features:

Low running cost
Minimal maintenance
Robust construction
Energy conservation

Required Specifications for Air Handling Unit Centrifugal Air Blowers/Fans:

Air Volume
Air Pressure
Motor H.P.
Blower R.P.M.
Operating Temp
Drive Type
Construction of Material (M.O.C.)

Application of Air Handling Unit Centrifugal Air Blowers/Fans:

Ceramic and Refractories Industries, Chemical Factories, Cement Plants, Crucible Furnaces, Furnaces like Oil, Gas, Cupola Furnaces, Flour Mills, Rolling Mills, Boilers, Textile Mills, Cattle Feed Plants, Pharmaceutical Industries, Fertilizer Industries, Plastic Machinery Plants, Hot Mix Plants, Iron and Steel Plants, etc.

also Manufacturer, Supplier, Export, of Different Blowers, like Single Inlet Single Width Centrifugal Backward/Forward Curve Blowers (SISW Blowers), Airfoil Blowers, DIDW Blowers, Centrifugal Blowers, Air Blowers, Exhaust Blowers, Combustion Blowers, High Pressure Blowers, Low Pressure Blowers, Forced Draft Blowers(F.D.Fans), Induced draft Blowers(I.D.Fans), and all types of Industrial Fans in India.

Air Handling Unit Blowers/Fans are available in Three different Drives:

Direct Drive : All direct motor drive Air Handling Unit Blowers/Fans are supplied with suitable Electric motor with Fan cooling and also Flame Proof. In Air Handling Unit Blowers/Fans, Impeller are Directly mounted on Shaft of Electric motor. Electric motor in Direct drive Blowers are mounted on M.S. Fabricated Base Plate.

Belt Drive : All Belt driven Air Handling Unit Blowers/Fans are provided with EN-8 Steel shaft extension running in Ball bearing of different types like Pillow Block Pedestal, Sleeve Type Pedestal, Single bearing Type, etc. Air Handling Unit Blowers/Fans are provided with V type or Flat Pulley of suitable size. Complete Shaft and Bearing systems are mounted on M.S

Other Information

Pay Mode Terms: T/T (Bank Transfer)

Reliable and Versatile Air Management

This AHU Blower delivers high efficiency with flexible usage across industrial ventilation, cleanroom air supply, and comprehensive HVAC systems. Its adjustable airflow and single-stage centrifugal design facilitate precise control and consistent performance. Built for durability and low maintenance, it withstands rigorous operating conditions with thermal insulation and corrosion-resistant finishes.

Advanced Motor and Fan Design

Equipped with a three-phase induction motor and centrifugal fan, the blower handles large air volumes safely and reliably. The belt-driven mechanism, combined with VFD compatibility, enables variable speed regulation, optimizing air delivery and saving energy. Aluminum alloy blades ensure efficient airflow while contributing to the units lightweight profile and noise reduction.

Optimized for Operator Comfort and Longevity

Designed with operator comfort in mind, the AHU Blower operates below 65 dB and maintains ambient temperature with effective air cooling. Surface protection by powder coating and robust mild steel body safeguard against industrial wear, while thermal insulation enhances efficiency and service life, achieving over a decade of continuous operation.

FAQs of Air Handling Unit Blower:

Q: How is the speed of the AHU Blower controlled?

A: The AHU Blower utilizes a variable frequency drive (VFD) for speed control, allowing users to adjust fan speed and air flow precisely to meet different ventilation and air supply requirements.

Q: What applications is this AHU Blower suitable for?

A: This unit is ideal for industrial ventilation, cleanroom air supply, and commercial HVAC systems, offering reliable performance in environments requiring adjustable air flow and consistent air quality.

Q: When should thermal insulation be selected for installation?

A: Thermal insulation should be considered when the blower is installed in environments with significant temperature variation or where energy conservation is important, ensuring optimal efficiency and reduced thermal losses.

Q: Where can the AHU Blower be installed?

A: The blower can be installed both indoors and outdoors; its floor-mounted, powder-coated steel body and weather-resistant features make it adaptable to various locations and operational settings.

Q: What is the process for adjusting airflow in this blower?

A: Airflow can be adjusted by setting the desired fan speed on the VFD, enabling the operator to control air volume between 5000 to 20000 CFM as needed for specific applications.

Q: What are the benefits of the centrifugal fan and aluminum alloy blades?

A: Centrifugal fans deliver strong static pressure and efficient air movement, while aluminum alloy blades reduce overall weight and enhance performance, contributing to low noise and energy efficiency.

Q: How does the unit ensure long service life and low maintenance?

A: Durable mild steel construction, powder-coated surface, thermal insulation, and a belt-driven mechanism all work together to reduce wear, resist corrosion, and ensure reliable, long-term operation exceeding 10 years.

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