General-purpose rubber-sheathed cables are commonly used in household appliances and small electrical devices. These cables are designed to be flexible, lightweight, and capable of withstanding repeated bending. Medium rubber cables are primarily used in agricultural electrification, aside from industrial applications. They offer good durability and are suitable for a wide range of outdoor and semi-industrial environments.
Heavy-duty rubber cables are typically employed in demanding applications such as port machinery, searchlights, and large-scale hydraulic irrigation and drainage systems within the industrial sector. These cables are known for their versatility, comprehensive specifications, and excellent performance and stability.
**Application Range of YC Rubber Cables**
YC rubber cables and submersible pump cables are mainly used for submersible motors. Common models include JHS and JHSB. Additionally, cables for radio equipment are currently produced in two types: shielded and non-shielded. These meet most requirements, with common models being WYHD and YC.
Photographic cables have evolved alongside new light sources, offering compact designs, superior performance, and suitability for both indoor and field work. They are gradually replacing older, lower-quality products that lacked heat resistance.
**Classification of Rubber-Sheathed Cables**
Rubber-sheathed cables are categorized into several types: heavy-duty rubber-sheathed flexible cables (such as YC and YCW), medium-duty ones (YZ and YZW), light-duty ones (YQ and YQW), waterproof rubber-sheathed flexible cables (JHS and JHSB), welding cables (YH and YHF), and YHD cables, which are tin-plated power cables used in field applications.
**How to Repair Damaged YC Rubber Cables**
First, prepare the necessary equipment: a small-scale pressure device with automatic temperature control, timing function, and multiple tubular cavities of different sizes.
Second, use a rubber material that matches the original cable. The glue content should be higher, and the vulcanization system slightly stronger.
Third, follow these steps:
1. Set the temperature and time according to the vulcanization system of the rubber.
2. Clean the repair area using a rubber ink thinner, especially focusing on the joint.
3. Cut the repair rubber according to the size of the gap, ensuring it is neither too much nor too little.
4. Place the cut rubber into the gap, making sure it doesn’t exceed the wire’s circumferential surface.
5. Wrap the area with high-temperature PP tape and insert it into a slightly smaller tubular mold. Secure the upper and lower molds to apply even pressure. The cavity diameter should be 0.1–0.2 mm smaller than the wire diameter.
6. Once the vulcanization time is complete, remove the product. If there is excess rubber, carefully trim it with a sharp blade and clean with a diluent.
Fourth, verify the repair by inflating the filled cable and submerging it in water to check for leaks. This ensures the repair was successful and the cable remains safe for use.
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