The inlet wheel is responsible for conveying wire rods and stripping the wire head. When using the thread stripping machine for short strips, both stripping and stripping the end of the line (if the line is less than 50mm) is possible. The stripping machine not only strips the end of the line, but also has the ability to strip the middle at several places. This added functionality makes it highly versatile and efficient for various wire stripping applications.
The outlet wheel plays a crucial role in transporting wire rods and the end of stripping wire to the wire stripper. However, it's important to note that the wire stripper cannot strip short wires effectively, which is why the "lifting knob of the wire roller" should be positioned in the "U" state. Ensuring this setup will allow for seamless and efficient wire stripping.
To adjust the clearance of the feed roller on the stripper, you need to consider the thickness of the wire rod. The clearance should be increased when moving upward and decreased when moving downward. This adjustment ensures proper feeding of the wire rod through the machine.
To control the pressure of your wire stripper, simply adjust the pressure regulating knob of the inlet wheel. By pulling it out and turning it clockwise, you'll increase the pressure of the wire stripper. Conversely, turning it counterclockwise after pulling it out will decrease the pressure. The amount of pressure to apply is determined by the strength of the wire skin. If it's tough to peel off, increase the pressure. If it's easy to remove, decrease the pressure. This knob allows you to adjust the pressure to the perfect level for any wire you may be stripping.
When threading the stripper, it's important to raise the inlet wheel to allow the wire to pass through smoothly. Simply turn the knob clockwise to raise the wheel. When it's time to work, lower the feed wheel by turning the knob counterclockwise and pressing down on the wire. This will keep the wire in place and ready for use. Remember to always adjust the knob accordingly to ensure optimal performance.
