High anti-interference Double-shielded cables

1.Product Introduction

Our high anti-interference double-shielded cables (pair shield + overall shield) feature a sophisticated structure. Each conductor pair is wrapped with a separate shielding layer, and the entire cable is equipped with an additional overall shield, combined with high-quality insulation and outer sheath. The core performances include excellent anti-interference ability, stable signal transmission, low signal loss, and strong mechanical durability. These cables are widely used in industrial automation, precision instrumentation, data communication systems, intelligent buildings, and critical power control fields. Taitong Cables fully align with international technical specifications.

2. Product Models and Details

3. Company Strength and Production Ability

Taitong Cable has a complete team configuration, including R&D, technical, safety, and qualification departments, as well as domestic and international sales teams with offices across China and abroad. We are equipped with advanced production and testing equipment to ensure efficient production and reliable product quality for our customers. We help customers reduce costs while closely following global environmental protection trends, also providing customized services to meet diverse project needs. Committed to making Chinese High anti-interference Double-shielded cables world-famous, we strive to build long-term and mutually beneficial cooperative relationships with customers around the world through high-quality products with factory-direct price and professional services.

4.Maintenance and Usage Precautions

4.1 Installation and laying precautions:

When laying High anti-interference Double-shielded cables, it is necessary to select the appropriate model based on the rated voltage of the product and the usage scenario to avoid using beyond the voltage range. During the laying process, maintain a reasonable bending radius and do not forcibly bend or overly twist to prevent damage to the wire pair shielding layer and the overall shielding layer, which may affect the anti-interference performance. Avoid laying closely parallel to strong electromagnetic equipment to reduce external electromagnetic interference and ensure stable signal transmission. When connecting, ensure that the shielding layer is securely connected and well grounded to avoid breakage or loose connection of the shielding layer, losing its anti-interference effect.

4.2 Daily Use Precautions

During use, avoid the cable being subjected to external force compression, scraping or impact, to prevent damage to the sheath and shielding layer, which may result in signal loss or increased interference. Avoid prolonged exposure to high temperatures, oil stains, and strong corrosive environments. If use in such environments is necessary, choose the corresponding characteristic model first. Do not operate beyond the load capacity randomly, to prevent the cable from overheating and accelerating insulation aging, which may affect the service life and transmission performance. Ensure that the cable is matched with the power of the equipment.

4.3 Maintenance and Care Tips

Conduct regular inspections of the cables, focusing on checking the grounding status of the shielding layer, the integrity of the sheath, and whether the connection parts are loose or overheating. In case of cracking of the sheath, damage to the shielding layer, or abnormal signal transmission, the machine should be stopped immediately for handling to prevent the expansion of the fault. For cables used in high-end scenarios such as precision instruments and data communication, regularly remove surrounding debris to keep the environment dry and tidy, and reduce the impact of dust and moisture on the performance of the cables.

4.4 Storage and Transportation Precautions

Please store High anti-interference Double-shielded cables in a dry, ventilated, non-corrosive gas environment, away from strong electromagnetic fields. Avoid long-term exposure to sunlight, rain, or heavy pressure. Prevent oxidation of the shielding layer and aging of the sheath. During transportation, take protective measures to avoid severe impacts, excessive bending, and ensure the integrity of the cable structure. Strictly follow the above precautions to effectively guarantee the anti-interference performance and service life of the cables, and fully utilize their stable transmission functions in industrial automation, data communication and other scenarios.