Compatible cable: YJV/YJLV single core cross-linked cable (cross-section 25-300mm ²), voltage level 8.7/15kV, in compliance with GB/T 18889 and IEC 60502-2 standards, designed specifically for indoor scenarios such as substation cabinets and data centers. Electrical testing: Power frequency withstand voltage of 45kV/30min without breakdown, lightning impulse withstand voltage of 105kV (GB/T 3048.8);

Compatible cable: 8.7/10kV dual core cross-linked cable (cross-section 25-240mm ²), in compliance with GB/T 12706 and IEC 60502-4 standards, specifically designed for railway signaling, mining equipment, and industrial power distribution scenarios. Red/yellow identification kit (IEC 60446 standard) reduces the risk of misconnection by 90%. Waterproof sealing: IP67 protection level

Compatible cable: 0.6/1kV four core low voltage cable (3+1 core structure), with a cross-section of 10-300mm ², complying with IEC 60502-2 and GB/T 12706 standards, pre installed with yellow, green, and red color identification sleeves and blue neutral line identification, designed specifically for building power distribution, industrial equipment, and renewable energy scenarios. Quick installation: Propane spray gun low-temperature shrinkage (110-130 ℃), single set installation time ≤ 4 minutes, 50% higher efficiency than traditional cold shrinkage technology

The Five - Core Cable Terminal is a high - quality electrical connection component designed to handle the safe and efficient termination of five - core cables. It plays a crucial role in various electrical systems, ensuring reliable power transmission and signal transfer.

The 10kV single core heat shrinkable intermediate joint is a connection component designed specifically for cross-linked polyethylene (XLPE) single core cables, suitable for cable systems with voltage levels of 3.6/6kV, 6/10kV, 8.7/10kV, and 8.7/15kV. Its core functions include sealing and waterproofing, insulation reinforcement, and stress control, especially suitable for flammable and explosive environments such as petroleum, chemical, and mining

Adapter cable: YJV/YJLV series three-core cable (section 25-400mm²), voltage class 10kV, in line with GB/T 18889 and IEC 60502-2 standards, designed for indoor scenarios such as substations and data centers. Electrical test: power frequency voltage 42kV/5min no breakdown, lightning impact voltage 95kV (GB/T 3048.8); Mechanical strength: Axial tensile strength ≥180N (IEC 61479), withstand the mechanical vibration of the switch cabinet (5-200Hz/3g acceleration). Compact design: the outer diameter is 45% smaller than the traditional porcelain sleeve (Φ85mm), suitable for KYN28A-12 switchgear; Intelligent identification: Preset red/yellow/green phase identification ring (according to IEC 60446), error rate is reduced by 98%.

Adapter cable: YJV/YJLV series three-core cable (section 25-400mm²), voltage class 10kV, in line with GB/T 18889 and IEC 60502-2 standards, designed for indoor scenarios such as substations and data centers. Electrical test: power frequency voltage 42kV/5min no breakdown, lightning impact voltage 95kV (GB/T 3048.8); Mechanical strength: Axial tensile strength ≥180N (IEC 61479), withstand the mechanical vibration of the switch cabinet (5-200Hz/3g acceleration)

The HSY-10 series covers indoor/outdoor terminals and intermediate connectors (models 1 # -4 #), compatible with 25-400mm ² three core cables, and has passed the dual certification of GB11033 and IEC 60502-4. It is designed specifically for scenarios such as power, new energy, and rail transit. Triple composite protection Waterproof: IP68 rating Stress control: Nonlinear conductive gradient layer Insulation: dielectric strength ≥ 28kV/mm (ASTM D149), temperature resistance -55 ℃~105 ℃.

Protect your high-voltage power infrastructure with our Cable Sheath Protector, engineered to safeguard 35kV, 66kV, 110kV, and above single-core cables from damaging induced overvoltages. Compliant with DL/T401-1991 standards, this essential device prevents insulation breakdown by limiting lightning surges, internal overvoltage waves, and fault-induced stresses on the cable’s metal sheath. By grounding transient voltages at the unshielded end, it eliminates risks of multi-point grounding failures, ensuring stable grid operation and extending cable lifespan. Ideal for substations, renewable energy farms, and industrial power networks, our protector delivers robust performance under extreme conditions. Reduce downtime, comply with regulations, and secure your investments with reliable overvoltage protection.