Anhui Tianming Cable Co., Ltd.
Silicone Rubber Computer Cable ZA-JFGRP22, High-Temperature Resistant Computer Shielded Cable - Silicone Rubber Insulated and Sheathed Computer Cable, suitable for signal transmission and detection instrument connections in multi-pair shielded cables for industrial and mining enterprises' distributed systems, electronic computer systems, monitoring circuits, and automation systems in power generation, chemical industry, petroleum, metallurgy, etc. It is a cable with high requirements for anti-interference performance.
Silicone rubber insulated and sheathed computer cable usage characteristics:
Rated Voltage: U0/U 300/500V
2. Long-term allowable working temperature for cable conductors: Silicone rubber: Not exceeding 180°C
3. Cable bend radius allowance: Unarmored cable should not be less than 6 times the cable outer diameter; cables with armor or shielding layers should not be less than 12 times the cable outer diameter; flexible cables with shielding structures should not be less than 6 times the cable outer diameter.
Silicone rubber cables are a wear-resistant cable that uses rubber materials as the insulation sheath, following the rubber sheathed cables. However, they outperform rubber sheathed cables in terms of performance, particularly their corrosion resistance and temperature resistance, far exceeding rubber materials. They are an ideal substitute for rubber sheathed materials. These cables are especially suitable for various mobile applications, motor lead wires, etc. Specific types include: high-temperature-resistant silicone rubber cables, silicone rubber shielded cables, flame-retardant silicone rubber cables, silicone rubber flat mobile cables, silicone rubber flexible cables, silicone rubber armored cables. Models include: ZRC-AGR, ZRC-KGG, ZR-AGG, ZRC-YGC, ZRC-YGGP, ZR-HGG, ZR-HGC, ZR-KFGR, YFGR, JGGRP, KFGRP, JFGP, YFGP, KGFP, YGFP, KGGFP, ZR-KGG22, ZR-YGG22, ZR-YGC22, ZR-YGG32, YGC32, KGG32, YGG23, YGC23, KGG23, ZRB-JGGF, ZR-YGCF, ZR-YGGF, ZR-KGG, ZR-JGG, ZR-HGGP, ZRC-YGCP, ZRC-YFG, WZ180-KGGR, WZ180-KGGRP, ZR-KGGRB, ZR-YGGRB, ZR-YGCRB, AGGBR, JGGRB, YFGRB, KFGRB, AGRP, NH-KGGR, NH-YGCR, NH-YGGR, NH-JGGR, NH-HGGR, NH-KFGR, NH-KGGP2, NH-YGCP2, NH-YGGP2.
We utilize K-type B-class low-density polyethylene with antioxidant properties. This material boasts high insulation resistance, excellent voltage resistance, a small dielectric constant, and minimal impact from temperature and frequency variations, ensuring both transmission performance requirements are met and the cable's service life is guaranteed.
To minimize mutual interference between circuits and external interference, the cable employs a shielding structure. The shielding requirements are tailored to different situations, including: twisted pair combined shielding, overall shielding for twisted pair cables, and overall shielding after combined twisted pair shielding.
The shielding materials include round copper wire, copper strip, and aluminum strip/plastic composite strip. The shielding pairs offer excellent insulation properties. In use, if a potential difference occurs between the shielding pairs, it will not affect the transmission quality of the signal.
During cable laying for electrical and mechanical equipment, a specialized cable laying machine is typically used along with necessary tensioning tools. The tension should be appropriately sized and evenly controlled to prevent cable damage. This product is suitable for signal transmission and detection instruments in industrial and mining enterprises such as power generation, metallurgy, petrochemicals, etc., with rated voltages of 450/750V or below, or direct current of 1000V or below. It is also used in electronic computer systems and automated systems. It features separate shielding, overall shielding, copper strip shielding, and armor, suitable for general industrial computers, low-voltage circuit equipment, and other signal transmission applications.
Prior to laying the cable, inspect the cable's appearance and end seals for any damage. During laying, pay attention to the rotation direction of the cable drum, avoid flattening or scratching the cable's outer sheath. Do not straighten the cable by beating it in cold winter temperatures.
The product is suitable for electronic computers, detection instruments, control system meters, and connection uses with high anti-interference performance, as well as for analog data transmission lines with high resistance to interference.
