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Combustion High Pressure Air Blower

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Combustion High Pressure Air Blower Specification

Power Source
Electric

Air Flow
300-10000 m3/hr

Efficiency
High

Orientation
Horizontal

Automation Grade
Semi-Automatic

Temperature
Ambient to 60C

Usage & Applications
Combustion systems, furnaces, industrial burners, boilers, foundries

Product Type
High Pressure Air Blower

Material
Mild Steel

Cooling System
Air Cooled

Noise Level
Low

Processing Time
Continuous

Capacity
Up to 10000 m3/hr

Voltage
220-440 V

Weight
Approx. 50-200 kg

Dimension (L*W*H)
Depends on model, e.g., 800 x 550 x 900 mm

Surface
Powder Coated

Impeller Type
Dynamically balanced, forward curved

Motor Power
2 HP to 30 HP

Frequency
50 Hz

Connection Type
Flange type inlet and outlet

Speed
1440 RPM / 2880 RPM

Operating Environment
Indoor/Outdoor

Mounting Type
Base Mounted

Drive Type
Direct/Belt-driven

Pressure Range
300 mmWG to 1200 mmWG

About Combustion High Pressure Air Blower

Combustion High Pressure Air Blower

We are one of the principal manufacturers, suppliers and exporters of optimum quality Combustion High Pressure Air Blower which is extensively used in various industrial applications. Our offered blower is extensively recognized and accepted for being precise accuracy, excellent finish, exceptionally effectiveness and highly durability with longer functional life. We offer optimum quality blowers in tune with set universal parameters which are fabricated and constructed using top quality raw materials and advance technology.

Features:

Accurate dimensions
Longer functional life
Extremely effective
Reliability

Required Specifications for Combustion High Pressure 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 Combustion High Pressure 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), Aerofoil 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.

Combustion High Pressure Air Blowers/Fans are available in Three different Drives:

Direct Drive : All direct motor drive Combustion High Pressure Air Blowers/Fans are supplied with suitable Electric motor with Fan cooling and also Flame Proof. In Combustion High Pressure Air 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 Combustion High Pressure Air 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. Combustion High Pressure Air Blowers/Fans are provided with V type or Flat Pulley of suitable size. Complete Shaft and Bearing systems are mounted on M.S. Fabricated Base Plate. It is also available Aluminum disc for air cooling of bearings.

Couple Drive :

All motor coupled Combustion High Pressure Air Blowers/Fans are supplied with suitable couple set as per blower capacity

Other Information

Pay Mode Terms: T/T (Bank Transfer)

Engineered for Industrial Demands

Purpose-built for heavy-duty environments, this high pressure air blower operates seamlessly in both indoor and outdoor settings. The unit's forward-curved, dynamically balanced impeller ensures stable airflow, while high-efficiency motors (2 to 30 HP) deliver the power required for continuous processes in combustion, furnace, and industrial heating applications. Its fully powder-coated, mild steel construction stands up to rigorous use, ensuring dependable performance shift after shift.

Flexible Configuration and Easy Integration

The blower offers versatility in drive type-choose either a direct or belt-driven system based on operational requirements. Its flange-type inlet and outlet connections facilitate straightforward integration into existing setups. With mounting via a stable base and horizontal orientation, installation is simple. It handles ambient to 60C temperatures, processes large volumes of air, and comes in various models with dimensions to fit your space.

FAQ's of Combustion High Pressure Air Blower:

Q: How does a dynamically balanced, forward curved impeller benefit blower performance?

A: A dynamically balanced, forward curved impeller ensures smooth, vibration-free running, leading to lower wear and tear on the blower and associated equipment. This design promotes efficient airflow and optimal energy usage, enhancing overall blower reliability in continuous operations.

Q: What applications are suitable for this high pressure air blower?

A: This blower is ideal for industrial combustion systems, furnaces, industrial burners, boilers, and foundries. It provides stable, high-pressure airflow necessary for efficient fuel-air mixing and heat transfer processes in demanding environments.

Q: When should you opt for direct drive versus belt-driven configuration?

A: Direct drive is recommended for applications where maintenance needs to be minimized and simple, stable operation is desired. Belt-driven systems offer flexibility in speed control and can be adapted to specific process requests, making them suitable where speed variation is needed.

Q: Where can this blower be installed and used effectively?

A: Thanks to its air-cooled design, low noise output, and robust construction, this blower is suitable for both indoor and outdoor installations across industrial settings in India. Its base mounting allows stable positioning on factory floors or dedicated equipment platforms.

Q: What is the process to integrate this blower into an existing combustion system?

A: Installation involves positioning the blower on a stable base, aligning and securing the flange-type inlet and outlet to existing ductwork, and connecting the motor to an appropriate power supply (220-440V, 50 Hz). Ensure proper electrical safety measures and that the ambient operating temperature is within 60C.

Q: How does using this blower improve combustion system efficiency?

A: By providing precise, high-pressure, and high-capacity airflow, the blower ensures optimal oxygen delivery for fuel combustion. Improved air-fuel mixing leads to more consistent burning, better energy efficiency, and reduced emissions.

Q: What are the operational benefits of continuous processing with this blower?

A: Continuous-duty design supports round-the-clock operation without significant downtime. This reliability translates to increased productivity and smoother process control in industrial environments.

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