Contact Us
Email:
1137594933@qq.com
Phone/WeChat:
18701858759
Address:
No. 28-2, Shan De Road, Shanyang Town, Jinshan District
Elevator accompanied by network cable
This cable features a special structural design, offering a long service life and maximizing the efficiency of elevator manufacturing companies. Elevator control cables provide integrated electrical control even when suspended over long distances, while withstanding mechanical stress. Due to the use of a steel wire core for support, the elevator cable is suitable for long-distance suspension applications. The wires use a new type of cold-resistant flexible special sheath material, remaining soft even at -15°C. Because of the cable's own weight and the tension it must endure, its structure is specially designed for long-distance suspension, using high-strength aviation galvanized steel wire support to extend its service life.
Category:
Product Structure:
Conductor: Multi-strand ultra-fine oxygen-free copper wire.
Insulation Layer: Special mixed PVC
Color: ≤0.5mm color coding, compliant with DIN47100 standard
≥0.5mm black with white numbering
Reinforcement Layer: High-strength galvanized aviation steel wire
Sheath: Cold-resistant PVC special sheath material
Technical Parameters:
Standards: GB5023, IEC60227-6, En50214
Rated Temperature: 70℃
Model Identification: T: Elevator, V: PVC Insulation, V: PVC Sheath
Tag:
Related Products
Suitable for power drag chains, elevator towing composite cables, and high-flexibility industrial environment applications. Can be used alone or in combination, specifically designed for mobile towing and power drag chain applications, serving as a connection between moving parts. Suitable for vertical installation in industrial environments, featuring high flexibility, bending resistance, compact structure, small bending radius, easy installation, and being metal-free (fully insulated), thus free from electromagnetic interference.
Suitable for power drag chains and highly flexible industrial environments, specifically designed for power drag chain applications to meet the synchronous operation requirements of optical cables and electrical cables. Used as a connection between moving parts, suitable for vertical installation in industrial environments, featuring high flexibility and bending resistance. The sheath is robust, with a compact structure, small bending radius, and easy installation. Dual-shield flexible design, optical cable adopts Class A bending resistance standard, insulation material uses imported halogen-free materials, filled with two layers of imported aramid yarn. The small sheath uses soft TPE to better meet the needs of mobile use. Cable conductors use high-elongation multi-stranded fine wires and imported high-density insulation materials. After combining the optical and electrical cables, the whole assembly further uses a copper wire braided shield to enhance anti-interference capability, suitable for environments requiring electromagnetic interference resistance and confidentiality. Imported polyamide sheath material, suitable for special high and low temperature operations, with wear resistance, acid and alkali resistance, corrosion resistance, and oil resistance, meeting the requirement of ≥3 million repeated motion cycles.
Suitable for power drag chains and high-flexibility industrial environment applications, can be used alone or in combination with cables, specifically designed for power drag chain applications as a connection between moving parts, suitable for vertical installation in industrial environments, featuring high flexibility, robust sheath, compact design structure, small bending radius, easy installation, and metal-free (fully insulated), thereby achieving zero electromagnetic interference.
Suitable for power drag chains and high-flexibility industrial environment applications, can be used alone or in combination with cables, specifically designed for power drag chain applications as a connection between moving parts, suitable for vertical installation in industrial environments, featuring high flexibility, robust sheath, compact design structure, small bending radius, easy installation, metal-free (fully insulated), thereby achieving zero electromagnetic interference.