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I.D. Fans - Induced Draft Fans

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I.D. Fans - Induced Draft Fans Specification

Orientation
Horizontal

Power Source
Electric

Efficiency
High efficiency

Air Flow
4000-50000 CFM

Usage & Applications
Industrial ventilation, Boilers, Furnaces, Dust Collection Systems

Measurement
Air Volume, Pressure

Temperature
Up to 250C

Automation Grade
Semi-Automatic / Automatic

Scrubber Type
Compatible with Wet/Dry Scrubbers

Instruments Type
Industrial Fan

Product Type
Induced Draft (ID) Fan

Material
Mild Steel

Cooling System
Air Cooling

Noise Level
Low

Reactor Thickness
Customizable

Processing Time
Depend on capacity

Capacity
Up to 50,000 CFM

Voltage
415 V

Weight
Variable as per model

Dimension (L*W*H)
As per design specification

Surface
Painted / Powder Coated

Finish Type
Anti-corrosive coating

Customization
Available as per requirements

Mounting Type
Base Mounted

Installation
On-site installation support available

Static Pressure
Up to 1000 mm WC

Speed
960 - 2880 RPM

Connection Type
Flanged / Duct Connection

Control Panel
Optional

Drive Type
Direct / Belt driven

Service Life
Long Operational Life

Impeller Type
Backward-curved / Forward-curved

Motor Power
3 HP to 100 HP

About I.D. Fans - Induced Draft Fans

I.D. Fans / Induced Draft Fans

ENVIRO TECH fans are of sheet steel construction with backward curved self cleaning blades.
The self cleaning efficiency of an induced draft fan will increase when the tip angle of the blade is enlarged.

These fans are, therefore, suitable for:-
Kitchen Exhaust
Dust Collector System
Fume Exhaust
Welding Shops
Pharmaceuticals
Chemicals
Engineering Industry
Automobiles

These fans are available for air quantity from 500 CMH to 10,000 CMH. Fans that are used to evacuate a space or create negative air pressure in a system are referred to as induced draft fans. Occasionally, manufacturing spaces are required by specifications to be maintained at a specific negative pressure. Induced draft is also used to identify the combustion process used in large boilers. When mechanical ventilation is supplied to these boilers, the heat transfer rat e increases; the boiler can be reduced in size to produce the same amount of energy as natural draft. The induced draft fans used in combustion systems are normally high temperature and extra heavy-duty construction.

Other Information

Pay Mode Terms: T/T (Bank Transfer)

Superior Design and Flexible Mounting

I.D. Fans are built for horizontal orientation and base-mounted installation, ensuring stability and adaptability for diverse industrial applications. The fans support flanged or duct connections and are compatible with wet and dry scrubbers, expanding their utility in both ventilation and pollution control environments.

High Performance and Efficiency

Each unit is engineered for efficiency, operating at variable speeds and pressures, tailored to project requirements. The powder-coated or painted surface provides extended resistance against corrosion, while the air cooling system maintains optimal motor performance for service life and reliability during high-temperature operations up to 250C.

Customization and Versatile Application

With options for direct or belt-driven motors, semi-automatic or automatic operation, and customizable dimensions, these fans are suited for a wide range of capacities up to 50,000 CFM. On-site installation support and optional control panels make them a comprehensive solution for manufacturers, suppliers, traders, and wholesalers.

FAQs of I.D. Fans - Induced Draft Fans:

Q: How is an I.D. Fan installed and what support is provided during installation?

A: I.D. Fans are base-mounted and installed horizontally, accommodating both flanged and duct connections. On-site installation support is available throughout India to ensure proper setup and commissioning based on your project specifications.

Q: What industrial applications are these I.D. Fans suitable for?

A: I.D. Fans are ideal for industrial ventilation, boilers, furnaces, dust collection systems, and can be integrated with wet or dry scrubbers, designed to efficiently handle air flows ranging from 4,000 to 50,000 CFM.

Q: When should I choose backward-curved versus forward-curved impeller designs?

A: Backward-curved impellers are recommended for high efficiency and low noise, particularly in setups requiring higher static pressure. Forward-curved impellers are suitable for variable pressure needs and can be selected based on specific airflow and operational demands.

Q: Where can customization be applied in these I.D. Fans?

A: Customization is available for reactor thickness, dimensions, motor power, fan speed, connection type, drive type, control panel options, and finish type, allowing you to tailor the fans to match unique process requirements and site conditions.

Q: What benefits does the anti-corrosive coating offer?

A: An anti-corrosive coating enhances the fans durability, protecting it against harsh industrial environments and chemical exposure, thereby extending operational life and reducing maintenance costs.

Q: How is process efficiency ensured in these fans?

A: Process efficiency is achieved through optimized impeller design, high static pressure capabilities, efficient motor operations, and air cooling systems that enable sustained performance under demanding industrial temperatures up to 250C.

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