Induced Draft Blower

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Induced Draft Blower Specification

Power Source
Electric

Air Flow
Variable, as per requirement

Usage & Applications
Industrial Applications

Orientation
Horizontal

Automation Grade
Semi-Automatic / Automatic options

Efficiency
Above 80%

Temperature
Upto 250C

Product Type
Induced Draft Blower

Material
Metal

Cooling System
Direct Cooling

Noise Level
Below 85 dB

Processing Time
Continuous

Capacity
5000-100000 CFM

Voltage
415V

Weight
800-1200 kg (varies with model)

Dimension (L*W*H)
Customizable

Surface
Anti-corrosive, powder coated

Bearings
Heavy Duty, Self-Aligned

RPM
960-2900

Insulation
Optional, as per requirement

Operation
Continuous Duty

Paint Finish
High temperature resistant enamel

Impeller Type
Backward Curved / Forward Curved

Connection Type
Flanged / Ducted

Blade Material
Dynamically balanced steel/aluminium

Pressure
Upto 1200 mm WC

Fan Housing
Robust welded construction

Mounting
Floor Mounted

Drive Type
V Belt / Direct Coupling

About Induced Draft Blower

Induced Draft Blower

We offer high performance Induced Draft Blower in 16"(400mm) size and soft touch tilting adjustable angle. The item code of this product is ETIP 40-A7 and it is offered at nominal prices. With its 3 speed choices & oscillation controlled by double-line pull switch, it offers effective performance and excellent cooling.

Efficient and Reliable Industrial Air Movement

Our Induced Draft Blower is designed to deliver high-performance air movement for various industrial applications. With dynamically balanced backward or forward curved blades and robust welded construction, it ensures efficient, vibration-free operation. The heavy-duty bearings and high-temperature-resistant finish guarantee durability, even under continuous use in challenging environments.

Custom-Built for Your Operational Needs

Every blower is tailored to your requirements, including variable air flow, capacity range from 5,000 to 100,000 CFM, and optional insulation. Choose from direct coupling or V-belt drive types, multiple automation grades, and flanged or ducted connections. Customizable dimensions ensure optimal integration into your existing plant layouts.

Durable Construction and Superior Performance

The metal housing, protected by anti-corrosive powder coating, withstands aggressive industrial atmospheres. Self-aligned, heavy-duty bearings and a direct cooling system further boost operational reliability. Suited for air temperatures up to 250C, this blower is an excellent choice for continuous-duty processes demanding consistent, high-efficiency performance.

FAQ's of Induced Draft Blower:

Q: How does the backward or forward curved impeller affect blower performance?

A: Backward curved impellers typically provide higher efficiency and are suited for applications requiring stable airflow and pressure, while forward curved impellers are ideal for moderate pressures and larger air volumes. The choice depends on your specific process requirements and desired operational efficiency.

Q: What is the installation process for a floor mounted induced draft blower?

A: The blower is designed for floor mounting and features robust, welded construction for stability. Installation typically involves securing the unit on a prepared foundation, connecting power (415V) and ductwork via flanged or ducted connections, and ensuring alignment for the V belt or direct coupling drive.

Q: When should I opt for additional insulation with my blower?

A: Optional insulation is recommended when dealing with high-temperature processes or when minimizing heat loss is crucial for energy efficiency. This is commonly required in industries handling air streams approaching the blower's 250C temperature limit.

Q: Where is this induced draft blower commonly used?

A: The blower is widely used in industrial settings such as power plants, chemical facilities, cement manufacturing, HVAC systems, and other environments requiring continuous-duty air movement and reliable performance under harsh conditions.

Q: What maintenance does the blower require for optimal operation?

A: Routine maintenance includes regular bearing lubrication (for heavy-duty, self-aligned bearings), inspection of blades for balance and wear, and monitoring of electrical connections and insulation. This ensures longevity, consistent performance, and safety during continuous operation.

Q: How does the blower benefit my industrial plant?

A: With efficiency above 80%, low noise emissions (below 85 dB), and robust construction, the blower enhances operational reliability, reduces downtime, and supports improved air quality and equipment longevity. Its flexible design allows integration into a variety of processes and plant layouts.

Q: What are the options for automation and control?

A: The blower is available in both semi-automatic and automatic configurations, allowing for integration with plant control systems. Automation enables variable airflow management, improved energy efficiency, and simplification of operation and monitoring.

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