Double click to enlarge
Siemens Power
Follow WeChat
- Product Details
Excellent material: the core is usually made of high-strength bend-resistant tinned copper wire, which has good electrical conductivity and low resistance, and can effectively reduce the loss in the process of power transmission, and at the same time has good bending resistance, which can be adapted to complex wiring environments and frequent mobile occasions.
Good shielding effect: the use of tinned copper wire shielding braid, some also use aluminium foil Mylar plus copper mesh braid double shielding, can effectively resist electromagnetic interference, prevent signal loss, to ensure the stability and reliability of power transmission, suitable for industrial scenes with complex electromagnetic environment.
Good performance of outer sheath: According to different application scenarios, the outer sheath is made of oil-resistant PVC, abrasion-resistant and soft TPU or PUR, etc. These materials have good insulation performance. These materials have good insulation performance, abrasion resistance, oil resistance and high and low temperature resistance, which can work stably for a long time under the environment from -40℃ to 120℃ and prolong the service life of the wire harness.
Conformity with standards: Strictly designed and produced according to Siemens standards, compatible with Siemens electrical equipment, ensuring a good match and stable connection between the harness and equipment.
High flexibility and bending resistance: the structure of copper wires stranded into bundles and the optimised cable design make the harness highly flexible with small bending radius, which can be used in frequently bending and moving equipment, such as robots, automated production lines, etc., and the number of times of drag chains can reach more than 2 million times.
High safety: with good flame retardant properties, it can effectively prevent the occurrence and spread of fire and protect the safety of equipment and personnel. At the same time, it is well designed in terms of electrical insulation and grounding, which reduces the risk of electrical faults and electric shock.