Clarke 3110471 CAT217 Pistol Grip Punch Flange Instructions

Clarke 3110471 CAT217 Pistol Grip Punch Flange Tool manual cover
Pages 16
Year 2022
Language(s)
English en

Clarke 3110471 CAT217 Pistol Grip Punch Flange Tool Specification

The Clarke 3110471 CAT217 Pistol Grip Punch Flange Tool is a versatile and robust device designed for precision and efficiency in sheet metal work. This tool combines both punching and flanging capabilities, making it an essential asset for automotive bodywork and other metal fabrication tasks. Constructed with durable materials to withstand rigorous use, the CAT217 is engineered for reliability and longevity.

The tool operates with a pistol grip design, ensuring ergonomic comfort and enhanced control during extended use. It is air-powered, requiring an appropriate air pressure supply for optimal performance, typically ranging between 90 to 120 PSI. This pneumatic operation allows for rapid and consistent punching and flanging, significantly improving productivity over manual tools.

The punch function of the CAT217 is capable of creating clean, precise holes in sheet metal up to 1.2mm thick, while the flange feature efficiently forms 5mm deep flanges, essential for panel joining processes. The tool's head is designed to swivel, providing flexibility and ease of access to hard-to-reach areas. Additionally, the lightweight construction reduces operator fatigue, facilitating prolonged use without compromising performance.

Maintenance of the Clarke 3110471 CAT217 is straightforward, with accessible components that allow for easy cleaning and part replacement. This tool is ideal for professional workshops and DIY enthusiasts who require a reliable and efficient solution for metalworking tasks. Its compact size and dual functionality make it an indispensable tool for anyone involved in detailed metal fabrication projects.

Clarke 3110471 CAT217 Pistol Grip Punch Flange Tool F.A.Q.

How do I properly set up the Clarke 3110471 CAT217 Pistol Grip Punch Flange Tool for use?

To set up the tool, ensure it is connected to a suitable air supply. Check the air pressure is within the recommended range (usually 90 PSI). Inspect the punch and flange components for any damage before use.

What should I do if the tool is not punching correctly?

First, check the punch tip for wear or damage. Ensure the tool is receiving adequate air pressure and there are no blockages in the air line. Lubricate the tool as per the manual guidelines.

How do I maintain the Clarke 3110471 CAT217 for optimal performance?

Regularly clean the tool after use to remove debris. Lubricate moving parts with pneumatic tool oil. Inspect for worn or damaged parts and replace them as necessary to ensure efficient operation.

What safety precautions should I take while using this tool?

Always wear appropriate personal protective equipment such as safety glasses and gloves. Ensure the workspace is clear of any unnecessary items and never point the tool at yourself or others.

Can I use the Clarke 3110471 for both punching and flanging at the same time?

Yes, the tool is designed to perform both punching and flanging simultaneously. Ensure the correct attachments are fitted and securely tightened before beginning work.

Why is the tool not flanging properly?

Check the flange die for wear or damage. Ensure that the workpiece is properly aligned with the tool and that the air pressure is sufficient. Adjust the flange settings if necessary.

What type of materials can the Clarke 3110471 punch through?

The tool is suitable for punching through various metals such as aluminum and steel sheets up to a specific thickness, which should be verified in the user manual.

How often should I replace the punch tip on the Clarke 3110471?

The punch tip should be replaced when it shows signs of wear or damage, such as dullness or deformation. Frequency of replacement depends on usage intensity and material hardness.

What is the correct method to store the Clarke 3110471 when not in use?

Store the tool in a clean, dry environment. Disconnect it from the air supply and wipe it down to remove any residues. Keeping it in a protective case can prevent dust and damage.

What troubleshooting steps should I follow if the tool stops working suddenly?

Ensure the air supply is connected and functioning. Check for any visible damage or air leaks. Inspect internal components for blockages or wear, and ensure all parts are properly lubricated.