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Furnace Blower

Pioneers in the industry, we offer 10 hp to 30 hp cupola furnace blower and 0.25 hp to 200.0 hp furnace blowers from India.
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
  • 10 Hp To 30 Hp Cupola Furnace Blower
10 Hp To 30 Hp Cupola Furnace Blower

10 Hp To 30 Hp Cupola Furnace Blower

Rs 42,000  / PieceGet Best Price

Minimum Order Quantity: 1 Piece

Product Brochure

Fan Speed(RPM)3000
Blower TypeCentrifugal Blower
RPM3000
ColorRed
PressureHigh Pressure
Fan Speed3000 rpm
Power SourceElectric Blower
Materialmild steel
Product TypeAir Blower
Country of OriginMade in India

A Cupola Furnace Blower is a critical component in the operation of a cupola furnace, which is a type of industrial furnace used for melting metals, particularly iron. The blower plays a key role in supplying the air needed for combustion to achieve the high temperatures required for metal melting. Here's a description of a 10 HP to 30 HP Cupola Furnace Blower:

  1. Horsepower Range:

    • The blower is designed with a motor ranging from 10 to 30 Horsepower (HP). This range indicates the power of the motor, which influences the airflow and pressure capabilities of the blower.
  2. Centrifugal Design:

    • Cupola furnace blowers are typically centrifugal in design. This design utilizes an impeller that rotates to create a high-velocity airstream, which is then directed into the cupola furnace for combustion and metal melting.
  3. Airflow and Pressure:

    • The blower is engineered to deliver a specific airflow and pressure suitable for the cupola furnace's requirements. These parameters are crucial for maintaining optimal combustion conditions and achieving the necessary temperatures for metal melting.
  4. Material Construction:

    • The blower is constructed with materials that can withstand the high temperatures and harsh conditions within the cupola furnace environment. Heat-resistant alloys or materials with good thermal conductivity may be used to ensure durability.
  5. Drive System:

    • The blower may feature a direct-coupled motor or a belt-driven system to transfer power from the motor to the impeller. The choice of drive system depends on factors like maintenance preferences and available space.
  6. Control Systems:

    • Depending on the design and application, the blower may come equipped with control systems that allow for adjustments in airflow and pressure. This can be important for optimizing furnace performance based on the specific metal melting requirements.
  7. Efficiency:

    • Efficiency is a critical factor in the design of these blowers to ensure effective energy utilization. Higher efficiency can contribute to cost savings and reduced environmental impact.
  8. Noise Reduction Features:

    • Industrial environments often have noise regulations. Therefore, the blower may incorporate features to minimize noise levels, promoting a safer and more comfortable working environment.

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  • 0.25 Hp To 200.0 Hp Furnace Blowers
  • 0.25 Hp To 200.0 Hp Furnace Blowers
  • 0.25 Hp To 200.0 Hp Furnace Blowers
  • 0.25 Hp To 200.0 Hp Furnace Blowers
  • 0.25 Hp To 200.0 Hp Furnace Blowers
  • 0.25 Hp To 200.0 Hp Furnace Blowers
0.25 Hp To 200.0 Hp Furnace Blowers

0.25 Hp To 200.0 Hp Furnace Blowers

Rs 36,000  / PieceGet Best Price

Minimum Order Quantity: 1 Piece

Product Brochure

Blower TypeCentrifugal Blower
Fan Speed(RPM)3000
RPM3000
ColorBrown
PressureHigh Pressure
Fan Speed3000rpm
Power SourceElectric Blower
Power20kw
Materialmild steel
Product TypeAir Blower
Country of OriginMade in India

Furnace blowers play a crucial role in heating systems, helping distribute warm air throughout a building or industrial facility. The range of 0.25 HP to 200.0 HP covers a broad spectrum of furnace blowers with varying capacities suitable for different applications. Here's a description of furnace blowers within this power range:

  1. Power Range:

    • Furnace blowers within this range can be categorized based on their motor power:
      • Low-HP blowers: 0.25 HP to 5.0 HP
      • Medium-HP blowers: 5.0 HP to 50.0 HP
      • High-HP blowers: 50.0 HP to 200.0 HP
  2. Applications:

    • Low-HP blowers are commonly used in residential heating systems, small commercial spaces, and light industrial applications.
    • Medium-HP blowers may find applications in larger commercial buildings, industrial facilities, and mid-sized furnaces or heating systems.
    • High-HP blowers are suitable for industrial furnaces, large-scale heating systems, and applications requiring significant air circulation.
  3. Airflow Capacity:

    • The airflow capacity of these blowers can vary widely. Smaller blowers may handle hundreds of cubic feet per minute (CFM), while larger blowers can handle thousands of CFM. The specific requirements depend on the size of the space being heated and the thermal demands of the process.
  4. Efficiency and Energy Conservation:

    • Modern furnace blowers are designed with a focus on energy efficiency. Features such as variable speed drives and efficient motor designs help optimize energy consumption and reduce operational costs.
  5. Construction Materials:

    • Furnace blowers are often constructed with materials that can withstand the harsh conditions of industrial heating environments. Common materials include steel, stainless steel, or other alloys with resistance to high temperatures and corrosion.
  6. Drive Systems:

    • These blowers may use direct-drive or belt-drive systems. Direct-drive systems are more compact and require less maintenance, while belt-drive systems offer flexibility in adjusting fan speed.
  7. Control Options:

    • Advanced furnace blowers may come with control options, such as variable frequency drives (VFDs), allowing for precise control of fan speed and airflow.
  8. Noise Considerations:

    • Noise levels are an important factor, especially in residential or commercial applications. Furnace blowers are designed to operate quietly, and sound-absorbing materials may be incorporated to minimize noise.
  9. Safety Features:

    • Safety features, such as thermal overload protection, are crucial to prevent damage to the motor and ensure safe operation, especially in high-temperature environments.

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