Wires & Cables

Shenxing Photovoltaic Cable PV1-F is a high-performance cable designed for solar photovoltaic systems. It has excellent high temperature resistance, extrusion resistance, environmental cracking resistance and other characteristics, ensuring the long-term stable operation of photovoltaic power generation systems. As a leading global photovoltaic cable manufacturer and supplier, Shenxing Cable is committed to providing high-quality cable solutions to meet the needs of various photovoltaic installations such as rooftop photovoltaics, floating photovoltaics and large photovoltaic power stations. Photovoltaic Cable PV1-F Widely Use: Shenxing photovoltaic cable PV1-F is suitable for various photovoltaic power generation systems, including household rooftop photovoltaics, commercial photovoltaic power stations, large photovoltaic electric fields and other fields. It is widely used in power transmission, signal transmission and wiring of photovoltaic equipment. Advantage: Optimize energy output and improve efficiency Shenxing PV1-F cable adopts advanced materials and technologies. Whether in hot summer or cold winter, PV1-F cable can maintain excellent power transmission performance, ensuring efficient and stable operation of your photovoltaic power generation system. High temperature resistance and anti-extrusion performance PV1-F solar cable is particularly suitable for long-term exposure to outdoor environments, whether it is rooftop photovoltaic installation, floating photovoltaic, or large-scale photovoltaic power stations, it can provide strong support. Excellent flame retardancy and low smoke and halogen-free PV1-F photovoltaic cable meets flame retardant standards and adopts low smoke and halogen-free (LSZH) materials. It releases very little smoke and non-toxic gases in the event of fire, meets environmental protection requirements, and is an ideal choice for sustainable development. Environmentally friendly, safe, and in line with international standards Whether in domestic or international markets, PV1-F cables can meet strict environmental protection and safety requirements to ensure that your photovoltaic system meets industry best practices.

Aluminum alloy power cable adopts 8000 series aluminum alloy conductor and combines it with advanced production technology to form a new type of power cable. It makes up for the shortcomings of traditional pure aluminum cables, and the bending performance, creep resistance and corrosion resistance have been significantly improved. The AA-8030 series aluminum alloy conductor improves the conductivity and high temperature resistance, and effectively solves the creep problem. The conductivity of aluminum alloy is about 61.8% of copper, the current carrying capacity is 79% of copper, and the weight is only one-third of copper, which reduces installation costs and reduces equipment wear. The main types of aluminum alloy power cables are: YJLHV, YJLHV22, YJLHY, YJLHS, YJLHVS2, YJLHVS3, YJHLV8, TC90, AC90, ACWU90. The aluminum alloy conductor independently developed by our company is creep- resistant, highly flexible, has stable connection, strong ductility, and low rebound. Compared with pure aluminum conductors, it not only has excellent economic performance but also has excellent mechanical properties, safety performance, connection performance and other characteristics. XLPE Insulated Aluminum Alloy Core Power Cable Widely Use: This product can be used as wind power cable: Features: high temperature resistance and corrosion resistance. Solar power cable: Features: excellent conductivity and UV resistance. Building cable: Features: lightweight design. Industrial equipment cable: Features: high wear resistance and creep resistance. Power transmission cable: Features: good conductivity and low power loss. Infrastructure cable: Features: strong pressure resistance and anti-interference ability. Communication cable: Features: excellent electromagnetic compatibility. Shenxing power Cable Advantage： Good economy: Under the premise of achieving the same electrical performance, the direct purchase cost of aluminum alloy cable is 40% lower than that of copper cable; general buildings can save more than 30% of installation and construction costs, and large-span buildings can save more than 40%. Small laying space: Aluminum alloy cables are processed by wire twisting process or compact twisting and special annealing process to "squeeze" the gaps in the aluminum alloy conductors and reduce the cable laying space. High creep resistance: Aluminum alloy cables use special alloy formulas and heat treatment processes to greatly reduce the "creep" tendency of metals under heat and pressure, making the electrical connection of alloy conductors as stable as that of copper conductors.

In the field of power transmission, reliability, safety and durability are the core requirements of cable products. The copper core/aluminum core cross-linked polyethylene insulated metal composite polyethylene sheathed (longitudinal water-blocking) power cable provided by Shenxing Cable combines advanced design concepts with excellent manufacturing processes to provide efficient and stable power transmission solutions for global customers. This cable is widely used in various harsh environments, including underground power transmission projects, substation connections and industrial projects, and is particularly suitable for high humidity and corrosive environments. High Voltage (110kv) Power Cable Widely Use: 1. Underground power transmission and distribution projects Suitable for underground laying environments with high humidity and strong corrosion, and can provide reliable power transmission guarantee. 2. Power plant and substation connection In high-voltage power transmission trunk lines, metal composite sheaths and insulation performance can ensure the safety and efficiency of power transmission. 3. Industrial and mining projects The mechanical stress resistance and chemical corrosion resistance make it the first choice for chemical plants, mining areas and heavy industrial areas. 4. Underwater and humid environments With excellent longitudinal water-blocking performance, this cable is particularly suitable for underwater power transmission projects and coastal environments, and has significant moisture resistance. 5. Polyethylene outer sheath: double protection Resistant to wear, UV and environmental stress cracking, suitable for harsh environments.

This cable is a high-quality product independently developed by Shenxing Cable Group Co., Ltd. and is designed for efficient and safe medium-voltage power transmission. The cable uses a lightweight aluminum conductor combined with durable cross-linked polyethylene (XLPE) insulation and strong steel belt armor to ensure reliable power support in various harsh environments. International Product Name IEC Standard:  XLPE Insulated Aluminum Conductor Power Cable  BS Standard:  BS 7870 Aluminum Conductor XLPE Insulated Cable  BS 6724 Armored XLPE Cable  NEC Standard:  Type MV-90 Aluminum Conductors with Conductor Power Cable with XLPE Insulation Aluminumkabel mit Kreuzvernetztem Polyethylen-Isolierung Conductor: Made of high-quality aluminum, ensuring excellent conductivity and corrosion resistance. Insulation: Cross-linked polyethylene (XLPE) provides excellent thermal stability and mechanical strength for high-temperature environments. Armor: Steel tape armor enhances mechanical protection against physical damage and environmental stress. Jacket: Polyethylene jacket has excellent weather resistance and chemical stability, extending the service life of the cable. Medium Voltage (1-35kv) Power Cable Advantage: Thermal stability: XLPE insulation ensures stable operation at different temperatures, preventing overheating and reducing energy loss. Mechanical strength: Rugged steel tape armor provides excellent mechanical protection, suitable for indoor and outdoor installations. Chemical resistance: Polyethylene jacket resists attack by chemicals, oils and UV rays, ensuring long-term reliability.

Copper core cross-linked polyethylene insulated power cable is a power cable product with excellent performance, safety, reliability and wide application. It complies with international and domestic standards such as IEC 60502, IEC 60228, GB/T 12706.1-2008, and has passed CE, CCC and other certifications. It is one of the commonly used cables in power engineering. Conductor: High purity oxygen-free copper High conductivity Low loss Stable transmission performance Low Voltage (0.6/1KV) Power Cable Widely Use: Power system: power plants, substations, distribution rooms, factories, etc. Construction projects: residential buildings, commercial buildings, industrial plants, etc. Industrial enterprises: petrochemicals, metallurgy, mining, electronics, etc. Transportation: subways, railways, tunnels, etc. Advantage: Excellent electrical properties: Excellent conductivity, reliable insulation performance, suitable for high voltage and high current power transmission. Excellent physical properties: High temperature resistance, cold resistance, oil resistance, chemical corrosion resistance, adaptable to various harsh environments. Good mechanical properties: Good flexibility, high tensile strength, easy to lay and install. Safe and reliable: Comply with international standards such as IEC 60502, IEC 60228, passed CE, CCC and other certifications, with good safety performance. Long service life: The cross-linked polyethylene insulation layer has good aging resistance, which extends the service life of the power cable.

Voltage: 6/10KV，8.7/15KV，19/33KV，26/35KV Model: YJLV22 YJLV32 YJLV42...  Conductor: Oxygen-free aluminum Conductor shielding: Non-metallic semiconductor mixture Insulation: Crosslinked polyethylene Insulation shield: Non-metallic semiconductor mixture Metal shield: Copper tape Filler: Non-hygroscopic material Binding: Moisture-proof non-woven fabric Reinforcement: Steel tape armoring（to be customized) Outer sheath: PVC/PE/LSZH Medium-voltage Aluminum Conductor Power Cable Applications: Substation Administration of Power Supply Industrial plantl Outdoor, underground, underwater Indoor and cable conduit

Fireproof cables are suitable for lines with rated voltage below 1000V. The continuous working temperature of this cable is 250℃, the power supply can be sustained for 3 hours at 950℃-1000℃, and the melting point of copper can be close to 1083℃ ‌ in a short time or in an extraordinary period. Advantages: Excellent fire resistance Good high temperature resistance Low smoke and halogen free High reliability and stability Efficient transmission performance Radiation and water resistant Applications: Important power supply facilities Lighting power supply system for crowded places Places with high temperature environment Fire-control power supply in buildings Inflammable and explosive places Power supply for railway transit

Voltage: 0.45/0.75KV Model: KVV KVVR... Product name:  Copper Core PVC Insulated PVC Sheathed Control Cable Conductor allowable operating temperature:90℃ (crosslinked polyethylene insulation), 70℃ (polyvinyl chloride insulation) Cable laying temperature: Not lower than 0℃. Conductor material:Oxygen-free copper/multi-strand soft core copper wire Insulation material: PVC Applications: Control cables are usually used as connection lines for control systems, signal transmission systems, protection and measurement systems. Allowable bending radius of cable installation: (1) Unarmored cable, should be less than 6 times the outer diameter of the cable (2) The cable with armored or copper tape shielding structure should not be less than 12 times the outer diameter of the cable (3) The flexible cable with a shielded layer structure should not be less than 6 times the outer diameter of the cable

‌The advantages of aluminum alloy power cables mainly include excellent safety performance, electrical conductivity, corrosion resistance, mechanical properties, connection performance and economic factors. Conductor: Aluminum Alloy Insulation material: Crosslinked Polyethylene Insulation color: Natural Color or to be customized Filling material: Non-hygroscopic Material Inner sheath: PVC Outer sheath: PVC/PE Sheath color: Black Applic , ations: Power sector Industrial parks and plants Buildings Transportation

The advantages of copper core power cables are mainly reflected in their physical and electrical properties, including low resistivity, high strength, good ductility, strong fatigue resistance, good stability, large current carrying capacity, low voltage loss, low energy consumption, low heating temperature, oxidation resistance and corrosion resistance. Conductor: Oxygen-free Copper Insulation material: Crosslinked Polyethylene Insulation color: Natural Color or to be customized Filling material: Non-hygroscopic Material Inner sheath: PVC Outer sheath: PVC/PE Sheath color: Black Power Cable Application: Power transmission Electrical systems in buildings Industrial control and automation

Insulator Crossarm Pins Forged from one piece steel. The base distributes load and provides a firm seat on the cross arm. Each pin is shipped with assembled hardware. All components are Hot dip galvanized to meet ASTM A153 specification. The Crossarm pins are mainly used in transmission lines. It is used to connect crossarms, thereby joining the crossarms. By joining crossarms together, they are made stronger and more resistant to vibration.They are attached in cross arms of overhead transmission lines for supporting and connecting the crossarms by means other than Welding. They join two crossarms or a cross arm with an insulator mounted on it. It is also put into one crossarm for joining cross arms together. The cross arm pins have three parts – the crossarm pin base, a crossarm pin body, and the crossarm pinhead. The cross-arm pin base is fitted in an opening of a cross arm.The cross-arm pin body connects the cross arm with another cross arm or a crossarm insulator. The crossarm pinhead is placed on the top end of the cross-arm pin body and holds it into position so that it cannot move outwards. Short Shank Type for Steel Crossarms Part No. Head Material A B C D Weight Inch Inch Inch Inch Kg/Pcs C030410 Lead 7 1 5/8 5/8 1 0.955 C030420 Lead 8 1 5/8 3/4 1 3/8 1.727

Products property: Due to the coupling effect when Aluminium comes in contact with Copper, corrosion will happen in a short time. Currently the best solution is to use Aluminium-Copper bi-metal connectors.A Cable Lug should be used for termination. The friction welding is well done. And its barrel capped is filled with joint compound to avoid oxidization. The type is follow IEC 61238-1. Type A（mm) P±0.3 D±0.5 d±0.3 L±3 L1±0.3 W±0.5 S±0.3    DTL-2-16-11 Φ11 Φ16 Φ6 80 40 Φ20 3 DTL-2-25-11 Φ11 Φ16 Φ7 80 40 Φ20 3 DTL-2-35-11 Φ11 Φ16 Φ8.5 80 40 Φ20 3 DTL-2-50-13 Φ13 Φ20 Φ10 90 43 Φ25 4.5 DTL-2-70-13 Φ13 Φ20 Φ11.5 90 43 Φ25 4.5 DTL-2-95-13 Φ13 Φ20 Φ13.5 90 43 Φ25 4.5 DTL-2-120-13 Φ13 Φ25 Φ15 115 59 Φ30 5.5 DTL-2-150-13 Φ13 Φ25 Φ16.5 115 59 Φ30 5.5 DTL-2-185-13 Φ13 Φ32 Φ18.5 122 60 Φ30 6 DTL-2-240-13 Φ13 Φ32 Φ21 122 60 Φ35 6

The down lead clamp is mainly used to fix the optical fiber cable that on the tower and rod at the terminal that connecting tower of optical cable line and it can prevent optical cable shaking and avoid fiber optic cable wear. Adapt stainless steel and rubber material. Good corrosion resistance performance, not easy aging. Using the closed pin, the unique structure makes the clamping force of the wire more powerful and difficult to slide out. Application The down lead clamp is used in the immobility of OPGW/ADSS on pole/tower. It is suitable for the riveting of fiber when jumping or down lead. And it was commonly installed every 1.5 to 2 meter each set. This clamp bears the excellence of easy installation, wide adjustable range and suitable for different diameter.

The 55-4m pin insulator is an insulator used in power transmission and distribution systems. It is usually made of ceramic or composite materials and has excellent insulation performance and durability. The design of the 55-4m pin insulator takes into account factors such as ease of installation and maintenance. It is usually installed through pins fixed on the wire pole, which can ensure the stability and safety of the insulator. Meanwhile, its compact structure, light weight, and small surface area help reduce the impact of wind on insulators. The main function of this type of porcelain insulator is to prevent the flow of current to the tower or other grounding facilities, thereby protecting the safety of personnel and equipment. It can isolate power lines and ensure that current is only transmitted through the lines without causing any damage to the surrounding environment. In summary, the 55-4m pin insulator is a high-performance power insulation device used to provide safe and reliable power transmission and distribution. Its design and material selection make it suitable for various environments, ensuring the normal operation of the power system.