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Forward Curved Blower

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Forward Curved Blower Specification

Air Flow
800-12000 m/h

Usage & Applications
HVAC, Air Handling, Ventilation, Exhaust Systems

Orientation
Horizontal

Automation Grade
Semi-Automatic

Power Source
Electric

Temperature
Up to 60C

Efficiency
High

Product Type
Forward Curved Blower

Material
Mild Steel

Cooling System
Air Cooling

Noise Level
Low

Capacity
800 to 12000 m/h

Voltage
220-380 V

Weight
Approx. 40-100 kg (Depending on model)

Dimension (L*W*H)
Custom/As per model

Surface
Powder Coated

About Forward Curved Blower

Backed by an advanced and sound infrastructural facility, we are able to provide our clients with a comprehensive assortment of Forward Curved Blower. These blowers are manufactured using high quality raw material with the international quality parameters. Further, our entire range is tested on well-defined parameters to ensure its flawlessness at clients' premises. In addition to this, we offer these products to our clients at market leading prices.

Features:

Long functional life
Sturdiness
Anti Corrosive

Specifications:

It can handle large volumes of air with at low pressure.
It operates at low speeds
Forward Curved Blowers provide smooth, quiet operation for low pressure, high volume applications.

Types of Forward Curved Blowers:

Single Inlet Single Width (SISW)
Double Inlet Double Width (DIDW)

Application:

It has extensive use in Heating, Ventilation & Air-Conditioning systems.

Model:

FAFC-SF 450 to FAFC-SF 1000

Capacity:

Capacity ranges from 2900 CFM to 39000 CFM

Pressure:

Total Pressure Ranges upto 150 mm wg

Housing:

Casing is constructed in GI Sheets to increase the life against rusting. Sides of fans are pittusburg locked with pittsburg lock formers.

Impeller:

Impellers have forward curved blades which are manufactured with extensive pression to enhance the performance in terms of efficiency & noise levels
Impellers are dynamically balanced as per standards.

Supporting Frames:

To provide the rigidity & stability to fan side frames are manufactured from Alngle Section with welding. Surface is finished with either of enamel paint, epoxy paint or powder coating.

Shafts (Grinded):

Shafts are manufactured from EN-8 carbon steel which is machined & grinded to allowable tollerences. Keyways are cut as per standards
After assembly shafts are coated with Laquer or varnish.

Bearings:

Bearing used in Fan Air Fans are deep groove or spherical roller type of international standard which have eccentric locking collars
These bearing are self-aligned and pre- lubricated and are maintenance free

Inlet Cones:

Inlet cones are made up of FRP
Forward Curved Blowers / Didw Fans

Superior Air Performance and Versatility

Designed for optimal air flow and energy efficiency, this double-inlet, forward-curved blower suits a wide range of applications, including HVAC systems, air handling units, and ventilation in both industrial and commercial environments. With its high static pressure capabilities and versatile drive options, it adapts seamlessly to various setups.

Robust Build and Customization Features

Constructed from mild steel and finished with a corrosion-resistant powder coating, this blower offers durability for extended use. The machine is available in different capacities and customizable dimensions, fitting the specific needs of diverse installations. Optional insulation further enhances its suitability for demanding environments.

FAQs of Forward Curved Blower:

Q: How is the Forward Curved Blower installed in typical industrial setups?

A: This blower features a base-mounted design, making it straightforward to install on stable surfaces within industrial plants or commercial buildings. Mounting guidelines vary by model, and custom sizing ensures compatibility with existing infrastructure.

Q: What benefits come with the double inlet, forward-curved impeller design?

A: The double inlet, forward-curved impeller maximizes air flow efficiency while maintaining low noise levels, making it ideal for HVAC, ventilation, and exhaust systems in large spaces requiring high air volume movement.

Q: When should the blowers insulation option be selected?

A: Opt for insulation when operating in environments sensitive to noise or where temperature control is critical. Insulation helps maintain thermal integrity and reduces sound transmission from the blower.

Q: Where can this blower be used effectively?

A: It is widely used in industrial and commercial applications, such as air handling, ventilation, HVAC systems, and exhaust setups, making it suitable for factories, warehouses, shopping centers, and other large establishments across India.

Q: What is the process for choosing the right model and capacity?

A: Selecting the appropriate blower involves assessing your air flow requirements (80012,000 m/h), space dimensions, desired pressure (up to 1000 Pa), and available motor power. Our team can assist with custom sizing and configuration for optimal efficiency.

Q: How does the blower handle high humidity and corrosive environments?

A: With its powder-coated mild steel body and corrosion resistance, this blower is suited for areas exposed to moisture or slightly corrosive particles, ensuring longevity and reliable performance.

Q: What are the main advantages of using a semi-automatic, belt or direct-drive blower?

A: A semi-automatic configuration allows for easy maintenance and reliable operation. The choice between belt and direct-drive offers flexibility to match specific power, speed, and noise requirements for diverse industrial needs.

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