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Trouvé 78 résultats pour "
control cable
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Thhn Cable Wire For Commercial And Industrial Electrical Systems Product Introduction THHN cable is a single-conductor electrical wire designed for power and control wiring applications. Manufactured with a high-conductivity copper conductor, thermoplastic insulation, and a tough nylon protective layer, THHN wire delivers reliable electrical performance in conduit and raceway installations. Because of its excellent resistance to heat, wear, and mechanical damage, THHN cable
High-Temperature Mica Cable – Product Detail Page High-Temperature Mica Cable is a specialized fire-resistant cable that utilizes high-purity mica tape as the core insulation material, combined with fiberglass braiding or other protective layers. With a melting point of up to 1375°C, synthetic mica tape enables continuous operation at temperatures ranging from 600°C to 1000°C, making it an ideal solution for power transmission in extreme thermal environments. The cable’s
High-Temperature Mica Cable – Industrial-Grade Heat-Resistant Transmission Solution Product Positioning & Technical Overview This product series utilizes high-purity fluorophlogopite (synthetic mica) tape as the primary insulation medium, reinforced externally with a continuous fiberglass braid to form a composite insulation structure that combines rigidity with flexibility. The inherent layered silicate crystal structure of mica effectively suppresses electric arc tracking
0.6/1KV Heavy Rubber Sheathed Mining Power Cable Underground Mine Electric Cable Operating Characteristics ● Rated power frequency voltage U0/U: 380/660 V, 660/1140 V, 1.9/3.3 kV, 3.6/6 kV, 6/10 kV, 8.7/10 kV, 300/500 V. ● Maximum permissible operating temperature of cable conductors: 65°C, 90°C ● Minimum permissible ambient operating temperature of the cable: -35°C ● Cable bending radius: not exceeding 6 times the outer diameter of the cable. Mining cables include MC cables,
35‑500kV High Voltage Copper Conductor Cable XLPE Underground Industrial Power Transmission Cable Introduction This series of high‑voltage power cables covers voltage levels from 35kV up to 500kV, mainly built with compact‑stranded high‑conductivity copper conductors and cross‑linked polyethylene (XLPE) insulation layers. Designed for long‑distance bulk power delivery, urban main grid networking, large industrial park power supply and new energy base transmission projects, it
Product Name GB/T portable EV charger 13A/32A Model EV13A01EU EV32A01EU Adjustable Current 16A (8/10/13/16A) 32A (16/20/24/32A) Power 3.5KW 7KW Cable specification 3*2.5mm2+2*0.75mm2 TPE 3*6mm2+2*0.75mm2 TPE Votage 220V Operating Temperature -20°C to 55°C Standard EN 61815-1:2019 User Interface LED indicator+LCD display(2.4 inch) Case material Thermoplastic (flame retardant grade UL94-0) Charging Inerface Type 1 Plug +5M cable or custom cable length & color Product Dimension
Thhn Cable UL Listed Building Wire For Reliable Power Distribution 1. Product Overview THHN cable is a thermoplastic insulated single conductor wire designed for fixed installation in conduit and cable raceway systems. It is widely used in low-voltage power distribution due to its stable electrical performance, strong mechanical protection, and easy installation characteristics. With a copper conductor, PVC insulation layer, and abrasion-resistant nylon coating, THHN wire is
High Voltage Cable 10kV 35kV 110kV Copper Core XLPE Underground Power Cable Usage features Rated voltage: 3–35 kv Operating temperature: The maximum permissible long-term operating temperature of the cable conductor is 90 °C In the event of a short circuit, the maximum temperature of the cable conductor is 250 °C, for a duration not exceeding 5 seconds. Ambient temperature: The minimum operating temperature of the cable is -10°C. Installation temperature: During installation,
Aluminium Alloy Cable3/4/5-core Underground Power Cable For Industrial Projects product description Aluminium alloy cables are a new type of power cable that utilises AA8030 series aluminium alloy as the conductor, employing advanced technologies such as a special roll-forming process for stranding and annealing treatment. Alloy power cables address the shortcomings of traditional pure aluminium cables. Whilst they do not enhance the cable’s electrical conductivity, they
