Induced Draught Fan

Induced Draught Fan Specification

Instruments Type
Blower Fan

Automation Grade
Semi-Automatic

Efficiency
>80%

Orientation
Horizontal

Power Source
Electric

Measurement
Air Volume

Usage & Applications
Industrial ventilation, boiler exhaust, dust extraction

Air Flow
Up to 200000 m3/hr

Temperature
Ambient to 250C

Product Type
Induced Draught Fan

Material
Mild Steel

Cooling System
Air Cooled

Noise Level
<85 dB

Processing Time
Continuous

Capacity
1000-200000 CFM

Voltage
220-380 V

Weight
300-800 kg

Dimension (L*W*H)
Customizable

Surface
Powder Coated

Motor Power
3 HP to 150 HP

Frequency
50 Hz

Inlet Diameter
300mm to 1500mm

Mounting
Base Mounted

Paint Type
Corrosion Resistant Epoxy

Static Pressure
50-1200 mm WG

No. of Blades
8 to 16

Connection Type
Flange / Slip On

Speed
960-2900 RPM

Suitable For
Heavy Dust Laden Gas Flow

Drive Type
Direct / Belt Driven

Impeller Type
Backward Curved / Forward Curved

Blade Material
Mild Steel / Stainless Steel

Induced Draught Fan Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Week

Delivery Time
3-5 Days

Main Domestic Market
All India

About Induced Draught Fan

Explore the prodigious capabilities of our Induced Draught Fan, featuring a valiant impeller-available in both backward and forward curved designs. Engineered with a motor power spectrum from 3 HP to a remarkable 150 HP, this base-mounted solution brings a new level of efficiency (>80%) to heavy-duty industrial ventilation. Its gorgeous corrosion-resistant epoxy coating ensures longevity in demanding environments. With adaptable blade counts (8-16) and high static pressure (up to 1200 mm WG), this bargain fan suits boiler exhausts, dust extraction, and all applications demanding continuous, robust air flow.

Induced Draught Fan: Robust Plant Application Features

Designed for intensive plant operations, our Induced Draught Fan excels in handling heavy dust-laden gas flows. It finds specific usage in industrial ventilation, boiler exhaust management, and dust extraction processes. Enhanced by customizable dimensions, corrosion-resistant epoxy, and both direct and belt-drive options, its semi-automatic control and flange/slip-on connections ensure flexibility. The stainless steel or mild steel blades guarantee a powerful operation even in ambient to high-temperature conditions up to 250C.

Export Markets and Flexible Offerings: Quick Dispatch Globally

As a leading exporter and supplier in India, our Induced Draught Fans hold a strong presence in international markets. We proudly deliver to sectors worldwide, backed by a prodigious supply ability and quick dispatch schedules. Clients benefit from competitive list prices and customized offers tailored to their bulk requirements. The typical delivery time is prompt, ensuring equipment reaches destinations efficiently. Our service provider credentials cement reliability for every shipment and service.

FAQ's of Induced Draught Fan:

Q: How does the Induced Draught Fan manage heavy dust-laden gas flow in industrial settings?

A: The fan's robust design and corrosion-resistant epoxy coating allow it to operate efficiently in environments with heavy dust-laden gas flow, making it suitable for demanding industrial applications like ventilation and boiler exhaust.

Q: What blade materials and drive types are available for the Induced Draught Fan?

A: The fan comes with blades made of mild steel or stainless steel, and users can choose between direct or belt-driven systems to match their specific requirements.

Q: When is the optimal time to use this fan for dust extraction processes?

A: The fan is ideal for continuous operation in dust extraction processes whenever there is a need to ensure efficient removal of hazardous airborne particulates from industrial spaces.

Q: Where can these fans be installed, and what mounting options are provided?

A: Induced Draught Fans can be base-mounted and installed in various horizontal orientations, whether it's for industrial plants, boiler exhaust systems, or dust management units.

Q: What are the main benefits of using an induced draught fan for industrial ventilation?

A: Key benefits include prodigious air flow capacity, customizable dimensions, reduced noise (<85 dB), high efficiency (>80%), and durability due to corrosion-resistant epoxy paint-ensuring reliable performance in harsh conditions.

Q: How is the measurement of air volume and temperature conducted for these fans?

A: Air volume is measured in cubic meters per hour (m3/hr), with capacity up to 200,000 m3/hr, and the fan handles temperatures ranging from ambient levels up to 250C, suitable for most industrial applications.