Cantilever Pinch Roll

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Cantilever Pinch Roll Specification

Gear Type
Pinion Gear

Material
Forged Steel

Processing Type
Machined

Gear Tooth Profile
Helical

Gearing Arrangement
Parallel

Direction
Bidirectional

Output Torque
5000 Nm

Rated Power
50 kW

Input Speed
1500 RPM

Output Speed
120 RPM

Voltage
440V

About Cantilever Pinch Roll

By compressing a workpiece between two rollers, a cantilever pinch roll is a form of rolling mill used to reduce the thickness of a workpiece. It is situated in between the working roll and the backup roll and is positioned on a cantilevered arm. The arm may exert a significant force on the workpiece and is often hydraulically powered. The pinch roll receives the workpiece from the side, and as it moves through, the rollers squeeze it. To achieve the desired thickness, the rollers' force output can be adjusted. Cantilever pinch roll has a longer service life and easy usage.

Superior Forged Steel Construction

Crafted from forged steel and fully machined, the Cantilever Pinch Roll offers exceptional strength and durability, capable of withstanding tough industrial conditions. Its bidirectional operation and parallel gearing ensure smooth, efficient performance, making it suitable for heavy-duty processes in rolling mills and related applications.

Advanced Helical Pinion Gear Technology

Utilizing helical pinion gears, our pinch roll ensures optimal power transmission and reduced gear noise. The output speed of 120 RPM and impressive torque of 5000 Nm provide reliable material handling, all powered by a 50 kW motor at 440V. This engineering makes it ideal for continuous usage in demanding production environments.

FAQ's of Cantilever Pinch Roll:

Q: How does the Cantilever Pinch Roll achieve precise output speed and torque?

A: The Cantilever Pinch Roll utilizes a parallel gearing arrangement and helical pinion gears, driven by a 50 kW motor at 440V. With input speeds of 1500 RPM, it precisely controls output speed to 120 RPM and delivers powerful torque of 5000 Nm, ensuring efficient and consistent operation for your processes.

Q: What materials are used in manufacturing the Cantilever Pinch Roll, and why?

A: We use forged steel for constructing the Cantilever Pinch Roll. This material is selected for its exceptional strength, wear resistance, and ability to withstand high operational stresses, which enhances the roll's durability and longevity in continuous industrial use.

Q: When is it ideal to use a Cantilever Pinch Roll in industrial applications?

A: Cantilever Pinch Rolls are ideal during stages where material guidance, pressing, or controlled feeding is required, such as in rolling mills or finishing lines. Their robust build and precise output make them suitable for high-duty operations and continuous production scenarios.

Q: Where can the Cantilever Pinch Roll be installed?

A: This equipment is designed for installation in industrial plants such as steel rolling mills, metal processing units, and manufacturing facilities requiring precise material handling and rolling operations. It is adaptable for both new setups and replacement in existing systems.

Q: What is the process for exporting the Cantilever Pinch Roll from India?

A: As an exporter, we follow standardized export protocols, including secure packaging, quality checks, and documentation for compliance with international shipping standards. We cater to clients worldwide, ensuring reliable and timely delivery from India to your location.

Q: How does the gear tooth profile benefit the operation of the machine?

A: The helical gear tooth profile minimizes operational noise and enhances load handling capability. This results in smoother torque transfer, greater efficiency, and longer equipment life, especially beneficial for heavy-duty, high-speed industrial applications.

Q: What are the main advantages of using a bidirectional Pinch Roll?

A: A bidirectional Cantilever Pinch Roll enables flexible operation by handling materials moving in both directions. This increases process versatility, reduces downtime for adjustments, and supports seamless integration in dynamic production lines.

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