What are the common issues and solutions for the Automatic Multi Twist Tin 10-Wire Cutting Stripping Machine? The Automatic Multi Twist Tin 10-Wire Cutting Stripping Machine is characterized by its sophisticated and compact design, excellent conceptualization, small footprint, and user-friendly Chinese language touchscreen menu for easy operation and quick process and material changes. It is particularly suitable for customers with high product quality requirements or wires that are difficult to process manually. Today, we summarize six points to analyze common issues and solutions for the Automatic Multi Twist Tin 10-Wire Cutting Stripping Machine:
Cutting Copper Wire Core: During the wire cutting and stripping process, there may be instances of cutting the copper wire core. Most of the time, this is due to the waste rubber residues not being promptly discharged through the waste pipe after stripping but rather hanging on the blade, affecting the stripping effect and causing damage to the wire core. Therefore, the waste blowing and suction device are essential.
Uneven Twisting: In the market, there are various types of tin-dipping machines with different design structures. Some wires need to be twisted before tinning to prevent the wire core from spreading after cutting and stripping. Generally, when the stripping length is longer, twisting is necessary. Since there are various types of twisting devices, the twisting effect may vary. If the wire needs to be inserted into the holes of a printed circuit board after tinning, the twisting must be even and uniform. The Automatic Multi Twist Tin 10-Wire Cutting Stripping Machine adopts a motor-driven upper wire twisting plate structure, preventing the problem of uneven twisting.
Tin Scraping Issue: Sometimes, tin may be scraped out of the tin groove during the scraping process due to the high speed of the scraping machine’s mechanical arm. The solution is to adjust the speed using the throttle valve at the tail of the scraping cylinder to control the air pressure.
Non-standard Tin Thickness or Excessive Thickness: Adjustment can be made for the tin-dipping frequency and depth.
Unscraped Tin in the Furnace: The solution is to clean the tin ash daily. Different tin qualities may produce varying amounts of tin ash, leading to improper scraping or no scraping. Regular cleaning is necessary to ensure the smooth operation of the scraping clamp.
Lack of Tin on Wire Ends: Check if the wire ends are immersed in tin. If so, check whether the wire ends are immersed in the flux (rosin water). If the wire ends are not immersed in the flux, adjust the flux tank to the position where the wire ends can be immersed in tin.
