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Home > Products > Rotary Feeder Valve > Electric Motor Rotary Feeder Valve Equipped with SKF or Others Bearing Ensuring Performance at Original Work Temperature

Electric Motor Rotary Feeder Valve Equipped with SKF or Others Bearing Ensuring Performance at Original Work Temperature

Product Details

Brand Name: Chanhong Xianglong

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: Negotiations

Packaging Details: Wooden Boxes

Delivery Time: About 30 Days

Get Best Price
Highlight:

Electric rotary feeder valve with SKF bearing

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Rotary feeder valve for high-temperature performance

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Motorized rotary feeder valve with durable bearings

Drivetype:
Electric Motor
Weight:
25 Kg
Motor:
SEW Or Siemens Or Others
Port Size:
Variable By Volume
Output:
2-7 Tons/hr
Warranty:
1 Year
Inside:
ETFE
Blade:
8
Drivetype:
Electric Motor
Weight:
25 Kg
Motor:
SEW Or Siemens Or Others
Port Size:
Variable By Volume
Output:
2-7 Tons/hr
Warranty:
1 Year
Inside:
ETFE
Blade:
8
Electric Motor Rotary Feeder Valve Equipped with SKF or Others Bearing Ensuring Performance at Original Work Temperature

Product Description:

The Rotary Feeder Valve is a highly efficient and versatile rotary control valve designed to meet the demanding needs of various industrial applications. Engineered with precision and durability in mind, this rotary control valve provides reliable performance in controlling the flow of media such as air, water, oil, and gas. Its robust construction and advanced design make it an essential component for processes requiring accurate flow regulation and consistent operation.

One of the standout features of this rotary feeder valve is its 8-blade configuration. The eight blades are strategically designed to ensure smooth, consistent flow control and minimize turbulence, which enhances the overall efficiency of the system. This configuration not only improves the valve’s performance but also contributes to a longer service life by reducing wear and tear on the internal components. The blades are crafted from high-quality materials, ensuring resistance to corrosion and abrasion, which is crucial when handling various media types including air, water, oil, and gas.

The rotary feeder valve is powered by a reliable electric motor drive type, which offers precise and adjustable control over the valve’s operation. The electric motor drive ensures smooth actuation of the blades, allowing for fine-tuned adjustment of flow rates. This feature is particularly valuable in industrial processes where accuracy and repeatability are critical. The electric drive system also reduces the need for manual intervention, thereby increasing operational efficiency and safety.

Another important aspect of this rotary control valve is its variable port size, which allows customization based on the volume of media being handled. This adaptability makes the valve suitable for a wide range of applications, from small-scale operations to large industrial processes. The ability to tailor the port size ensures optimal flow rates and pressure control, enhancing system performance and energy efficiency. This flexibility also simplifies integration into existing systems, making the rotary feeder valve a versatile choice for engineers and technicians.

To ensure safe transportation and storage, the rotary feeder valve is packaged in a sturdy wooden case. This packaging protects the valve from damage during transit and handling, preserving its integrity until it reaches the installation site. The wooden case packaging also facilitates easy shipping and storage, ensuring that the valve arrives in perfect condition and ready for immediate use.

Designed for use with multiple media types, including air, water, oil, and gas, this rotary feeder valve offers broad applicability across various industries such as chemical processing, water treatment, oil and gas, and HVAC systems. Its ability to handle different fluids and gases without compromising performance makes it a highly adaptable and reliable component in process control systems. The rotary control valve’s versatility is further enhanced by its robust construction and precise motor-driven mechanism, which together provide consistent and accurate flow regulation.

In summary, the Rotary Feeder Valve is a premium quality rotary control valve featuring an 8-blade design, electric motor drive, and variable port size to accommodate different media volumes. Its packaging in a wooden case ensures safe delivery, while its compatibility with air, water, oil, and gas makes it a versatile choice for many industrial applications. Whether you are seeking to improve flow control accuracy, enhance system efficiency, or integrate a durable valve into your process, this rotary control valve offers an excellent solution. Its combination of advanced features and reliable performance positions it as a top choice for professionals looking to optimize their process control systems.


Features:

  • Product Name: Rotary Feeder Valve
  • Material Inside: ETFE for enhanced durability and corrosion resistance
  • Work Temperature: Original specification suitable for various industrial applications
  • Output Capacity: 2-7 Tons/hr, ideal for efficient material handling
  • Warranty: 1 Year, ensuring reliable performance and customer satisfaction
  • Weight: 25 Kg, compact and easy to install
  • Features an air lock valve design to maintain consistent pressure and prevent air leakage
  • Known as a rotolok rotary valve, providing precise and reliable material feeding
  • Durable rotolok rotary valve construction for long-lasting operational efficiency

Technical Parameters:

Drive Type Electric Motor
Package Wooden Case
Media Air, Water, Oil, Gas
Motor SEW Or Siemens Or Others
Output 2-7 Tons/hr
Transport Of Materials Ground Coffee
Weight 25 Kg
Mounting Type Flanged
Bearing SKF Or Others
Work Temperature Original

Applications:

The Chanhong Xianglong Rotary Feeder Valve is a versatile rotary control valve designed to meet the rigorous demands of various industrial applications. With a robust construction featuring 8 precision-engineered blades and an ETFE interior lining, this rotary airlock valve ensures optimal performance and durability even in harsh operating environments. Its flanged mounting type allows for secure and easy installation, while the port size can be customized according to volume requirements, making it adaptable to different process needs.

One of the primary application occasions for the Chanhong Xianglong rotary feeder valve is in bulk material handling systems. It efficiently regulates the flow of powders, granules, and pellets from hoppers, silos, and bins, maintaining a consistent feed rate and preventing air leakage. This makes it ideal for industries such as pharmaceuticals, food processing, chemicals, and cement manufacturing, where precise material control is crucial.

The rotolok rotary valve is also widely used in pneumatic conveying systems, where it acts as an airlock to separate different pressure zones. The SKF or other high-quality bearings incorporated in the valve ensure smooth operation and long service life under continuous duty. Its ability to handle abrasive and corrosive materials without compromising structural integrity is enhanced by the ETFE lining inside the valve body.

In addition to material feeding and airlock functions, the Chanhong Xianglong rotary airlock valve is suitable for dust collection systems. It effectively discharges collected dust from cyclone separators and bag filters, maintaining system pressure and preventing contamination. The product is packaged securely in wooden boxes to protect against damage during transport, and delivery is typically completed within about 30 days, with a minimum order quantity of just one unit. Pricing is negotiable, allowing for flexible procurement options tailored to specific project requirements.

Overall, the Chanhong Xianglong rotary feeder valve is an essential component for any operation requiring reliable, efficient, and customizable rotary valve solutions. Its combination of advanced features and adaptable design makes it a preferred choice for engineers and plant managers seeking to optimize material flow and system performance.