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Belt Drive Centrifugal Blower

Belt Drive Centrifugal Blower

₹ 35,000.00 - ₹ 4,50,000.00 (* Price depends on Variant and features and subjected to change based on requirements)
  • Model Number:
     
  • CBBD300
  • Make:
     
  • India
  • User Ratings:
     
  • 4.5 (in 103 reviews)
Cleantek belt drive centrifugal blower is a mechanical device designed to move air or gases in various industrial and commercial applications.

Belt-driven centrifugal blowers are often used in heating, ventilation, and air conditioning systems for commercial and industrial buildings. We provide the necessary air movement for climate control and ventilation. 

 

Belt driven blowers are utilized for general industrial ventilation, such as removing fumes, smoke, and airborne contaminants from manufacturing processes, workshops, and factories.

 

These are just a few examples of the many industrial applications for belt drive centrifugal blowers. Their flexibility and adaptability make them a critical component in a wide range of industries where air movement, ventilation, and material handling are essential for efficient operations and worker safety.

 

  • DESCRIPTION
  • INFORMATION
  • Product Video
  • Technical Specifications
  • Installation Images
  • CASE STUDY
  • FAQ

Belt Drive Centrifugal Blower:

 

Cleantek belt drive centrifugal blower is a mechanical device designed to move air or gases in various industrial and commercial applications. It operates on the principle of centrifugal force, utilizing a high-speed rotating impeller to create airflow.

 

How centrifugal blower works:

 

Impeller: At the heart of the centrifugal blower is the impeller, which is a wheel with vanes or blades attached to it. When the impeller rotates, it draws air into the center and flings it outward using centrifugal force.

 

Belt drive Blower


Housing: The impeller is housed within a casing or housing, which is specially designed to guide the airflow efficiently. The shape and size of the housing impact the performance and efficiency of the blower.

 


Motor: The impeller is connected to a motor via a belt drive system. The motor provides the power needed to rotate the impeller at high speeds. In a belt drive system, a belt connects the motor shaft to the impeller shaft, transmitting rotational energy.

 


Belt Drive System: The belt drive system is a crucial component of the centrifugal blower. It consists of a pulley attached to the motor shaft and another pulley attached to the impeller shaft. A belt wraps around these pulleys, transferring rotational motion from the motor to the impeller. Belt drives offer flexibility in speed adjustment and allow for the use of different motor types and sizes.

 


Airflow: As the impeller spins, it creates a low-pressure zone at the center, causing air to be drawn into the blower through an inlet. The rotating impeller then accelerates the air outward, increasing its velocity. Finally, the airflow exits the blower through a discharge outlet, where it can be directed to the desired location or process.

 


Applications: Belt drive centrifugal blowers find applications in various industries, including HVAC (Heating, Ventilation, and Air Conditioning), industrial ventilation, dust collection systems, pneumatic conveying, and more. They are commonly used to provide ventilation in buildings, cool electronic equipment, dry materials, and move air in industrial processes.
 

Features

  • Make it custom made use
  • Shock withstanding capacity
  • Long Life
  • Robust performance
  • Adjust airflow and pressure

Benefits

  • Efficient in operation
  • Economical

Benefits of cleantek belt drive centrifugal blowers ability to handle high volumes of air at relatively low pressures, their energy efficiency, and their versatility in different applications. Additionally, the belt drive system allows for easy maintenance and adjustment of the blower speed to meet specific requirements. However, it's essential to regularly inspect and maintain the belts and pulleys to ensure optimal performance and longevity of the centrifugal blower.

Automatic Paper Cone Manufacturing: Success with Enhanced Heat Circulation and Coal Heat Burner Blowers

 

Client: Automatic Paper Cone Manufacturing Company

 

Industry: Manufacturing

 

Problem: 

The company faced significant challenges in maintaining consistent product quality and efficient production due to inadequate heat management. The process relied heavily on precise heating to ensure the durability and proper shaping of the cones. However, the existing heat circulation and coal burner systems were insufficient, leading to various issues:

 

  • Inconsistent Heat Distribution: The heat circulation system failed to maintain uniform temperatures, resulting in variations in cone quality and frequent product defects.
  • Inefficient Coal Heat Burner: The coal burner struggled to provide steady heat, leading to production delays and increased energy consumption.
  • High Reject Rates: The inconsistent heating caused a high rate of rejected cones, increasing material waste and operational costs.
  • Worker Safety Concerns: Fluctuating temperatures and inefficient burner operation posed safety risks to workers, including burns and exposure to harmful emissions.

 

Objectives:

 

  • Achieve consistent heat distribution across the manufacturing process.
  • Improve the efficiency and reliability of the coal heat burner.
  • Reduce the reject rate of paper cones.
  • Enhance worker safety by stabilizing heating operations.

 

Solution:


To tackle these issues, the company decided to upgrade its heat management system by installing two types of Cleantek blowers: one for enhancing heat circulation and another for optimizing the coal heat burner. These blowers were selected for their ability to deliver precise and consistent airflow, critical for maintaining optimal heating conditions.

 

Key Features of the Cleantek Blower Systems:

 

  • Heat Circulation Blower: Designed to ensure uniform heat distribution across the manufacturing area, eliminating cold spots and ensuring consistent product quality.
  • Coal Heat Burner Blower: Engineered to enhance the efficiency of the coal burner by providing steady and controlled airflow, ensuring consistent and reliable heat output.

 

Implementation:


The Cleantek blowers were installed and integrated into the existing heat management system. Comprehensive training was provided to the staff to ensure efficient operation and maintenance of the new blowers.

 

Results:

 

  • Consistent Heat Distribution: The heat circulation blower ensured even distribution of heat, resulting in uniform cone quality and drastically reducing defects.
  • Efficient Coal Heat Burner Operation: The coal heat burner blower provided steady airflow, optimizing the burner's performance. This led to stable heat output, reduced energy consumption, and lower operating costs.
  • Reduced Reject Rates: With consistent heating, the reject rate of paper cones dropped significantly, reducing material waste and improving overall efficiency.
  • Improved Worker Safety: The enhanced control over heating processes minimized safety risks, creating a safer working environment and boosting worker morale.

 

Measurable Impact:

 

  • Defect Reduction: Product defects due to inconsistent heating decreased by 85%.
  • Energy Savings: Energy consumption related to the coal burner decreased by 30%, leading to substantial cost savings.
  • Waste Reduction: Material waste due to rejected cones was reduced by 75%.
  • Worker Safety: Incidents related to heating operations dropped by 90%, greatly improving workplace safety.

 

 

Conclusion:
The successful implementation of the heat circulation and coal heat burner blowers transformed the paper cone manufacturing process. The company achieved higher product quality, increased production efficiency, and improved worker safety, all while reducing operational costs and environmental impact. This case demonstrates the critical role of precise heat management in manufacturing and the significant benefits that can be realized through targeted technological upgrades.

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