This abstract involves two types of aluminum cables with specifications of 3X4AWG + 1X6AWG + 2X12AWG and 3X2AWG + 1X4AWG + 2X12AWG respectively. Both adopt XLPE (cross - linked polyethylene) insulation, corresponding to models Yjlv and Yjly.​ The specifications of the two cables are expressed in a combination of "X + AWG specification", where AWG is the American Wire Gauge identifier. 3X4AWG + 1X6AWG + 2X12AWG means it contains 3 pieces of 4AWG, 1 piece of 6AWG and 2 pieces of 12AWG aluminum conductors; 3X2AWG + 1X4AWG + 2X12AWG contains 3 pieces of 2AWG, 1 piece of 4AWG and 2 pieces of 12AWG aluminum conductors. The smaller the AWG value, the larger the conductor cross - sectional area and the stronger the current - carrying capacity, and selection can be made according to power transmission requirements.​ XLPE insulation has the characteristics of good temperature resistance, high insulation strength and strong chemical stability, and is suitable for various environments. Models Yjlv and Yjly are related to sheath materials. Yjlv may be a polyvinyl chloride sheath, and Yjly may be a polyethylene sheath, both of which have certain weather resistance and are suitable for power transmission in outdoor or industrial scenarios.​ Overall, with specific specifications, high - quality insulation and suitable sheaths, the two cables can meet the power transmission needs under different power and environmental conditions.

This article covers two specifications of aluminum - core power cables and related model information. Among them, 3×4AWG + 1×6AWG + 2×12AWG consists of 3 main cores of 4AWG, 1 neutral core of 6AWG and 2 auxiliary cores of 12AWG; 3×2AWG + 1×4AWG + 2×12AWG includes 3 main cores of 2AWG, 1 neutral core of 4AWG and 2 auxiliary cores of 12AWG. Under the AWG (American Wire Gauge) specification, the smaller the value, the thicker the wire diameter. The 2AWG and 4AWG main cores can meet different power transmission needs, and the auxiliary cores are suitable for signal transmission or low - power branch power supply.​ Cable models include YJLV and YJLY. YJLV is an aluminum - core cable with cross - linked polyethylene insulation and polyvinyl chloride sheath, while YJLY is an aluminum - core cable with cross - linked polyethylene insulation and polyethylene sheath. Both use aluminum as the conductor, which has both good conductivity and cost advantages; the cross - linked polyethylene insulation layer improves temperature resistance and electrical performance. The polyvinyl chloride sheath is wear - resistant, and the polyethylene sheath has better flexibility, which is suitable for various laying environments.​ Such cables are widely used in industrial equipment power distribution, building branch power transmission and outdoor temporary power supply systems. Their multi - core structure takes into account both main power supply and auxiliary functions, and the material design balances performance and economy, which can ensure stable power transmission in various scenarios.

The core information of Ttu Cable is as follows:​ Specification and Voltage: It covers various specifications such as 1/0AWG, 2/0AWG, 3/0AWG, 4/0AWG, 500mcm, and 600mcm, which are suitable for different power transmission needs; the rated voltage is 600V, applicable to low-voltage power distribution scenarios.​ Material and Standard: The conductor is copper (Cu) with excellent conductivity; the insulation layer is made of XLPE, which has strong temperature resistance and insulation; the sheath is PVC, which has both mechanical protection and moisture-proof functions; it complies with the IEC 60502 standard, ensuring quality.​ Application Scenarios: Due to the efficient conductivity of the copper conductor and the stable performance of XLPE and PVC, it is suitable for industrial equipment power distribution, internal building wiring, low-voltage power transmission lines, etc. It can stably transmit electricity in conventional environments and meet medium and high-power electricity demand.​ Overall, it has stable performance and various specifications, is suitable for various low-voltage scenarios, and is a reliable choice for power transmission.

RVVP 2/3/4/5/6/7/8 Core 0.2mm 0.3mm 0.5mm 1mm 1.5mm Shielded Cable 2 3 4 5 6 8 10 Core 24 22 20 18 AWG Flexible Control Cable​ RVVP shielded flexible control cables, available in 2 to 10 cores with conductor sizes from 0.2mm² to 1.5mm² (24 to 18 AWG), are engineered for precise signal and control transmission in industrial automation, instrumentation, and building management systems. These cables combine robust shielding with exceptional flexibility, making them ideal for environments where electromagnetic interference (EMI) and frequent movement are common.​ The tinned copper braid shielding provides reliable protection against EMI and radio frequency interference (RFI), ensuring signal integrity in noisy industrial settings with motors, transformers, or power lines. Conductors, stranded for enhanced flexibility, handle low-voltage control signals efficiently, with core counts (2 to 10) accommodating diverse needs—from simple on/off controls to complex multi-sensor networks. The PVC insulation and sheath offer resistance to oil, moisture, and abrasion, suitable for both indoor and protected outdoor installations.​ With 24 to 18 AWG 规格 (corresponding to 0.2mm² to 1.5mm²), these cables balance current-carrying capacity and slim design, fitting into tight spaces in control panels or machinery. Their flexibility allows repeated bending in dynamic applications like robotic arms or moving conveyor systems, ensuring long-term durability without signal degradation. Compliant with industry standards, RVVP cables deliver consistent performance in critical control loops, making them a trusted choice for automation and instrumentation projects.

Thw-Ls copper stranded industrial cable is a high-performance cable specially designed for industrial scenarios. It covers 10AWG, 12AWG and 14AWG gauges, uses multi-strand copper stranded wires as conductors, and can work stably in both dry and wet environments, performing excellently in the field of industrial power transmission.​ In terms of conductors, the cable uses multi-strand copper stranded wires with extremely high copper purity, which enables it to have excellent conductive performance. High-purity copper can effectively reduce the resistance during current transmission, reduce energy loss, ensure efficient and stable power transmission, and thus reduce electricity costs in industrial production. The multi-strand stranded structure endows the cable with good flexibility and fatigue resistance. In industrial environments, the cable may need to be frequently bent, moved or subjected to vibration. This structure allows the cable to better adapt to these situations, not easy to break, and prolongs the service life of the cable. At the same time, the heat dissipation performance of copper stranded wires is also excellent. When working under high load for a long time, it can timely dissipate the generated heat, avoiding affecting the cable performance or causing safety problems due to overheating.​ The insulation layer and sheath design of Thw-Ls cable enable it to adapt to both dry and wet environments. In dry environments, such as dry workshops and control rooms in industrial plants, its insulation layer can effectively insulate current, prevent electric leakage accidents, and ensure the safety of equipment and personnel. In wet environments, such as outdoor open-air equipment, humid production workshops, sewage treatment plants, etc., the insulation and sheath materials of the cable have good moisture resistance and water resistance, which can prevent moisture from entering the inside of the cable, maintain stable insulation performance, and ensure that power transmission is not affected. This characteristic of adapting to various environments greatly broadens the application range of the cable and reduces the trouble of replacing the cable due to environmental restrictions.​ In terms of applicable scenarios, the 10AWG Thw-Ls copper stranded industrial cable has a large current-carrying capacity and is suitable for power supply lines of high-power industrial equipment, such as large motors, industrial furnaces, heavy machinery, etc., which can meet the high current demand of these equipment. The 12AWG cable can be used for power transmission of medium-power equipment, such as assembly line equipment, pump equipment, small and medium-sized fans, etc. While ensuring stable power supply, it has good flexibility, which is convenient for wiring between equipment. The 14AWG cable is suitable for small industrial equipment, control lines, lighting systems, etc., such as connection lines in control cabinets and power supply lines for workshop lighting fixtures, which can accurately meet the power demand of these low-power scenarios.​ In addition, the cable also has certain corrosion resistance and mechanical strength, which can resist the erosion of oil stains, chemical substances, etc. that may exist in the industrial environment, as well as the collision and extrusion of external mechanical forces, protect the internal conductors and insulation layers from damage, and ensure that the cable operates stably for a long time in harsh industrial environments.​ To sum up, Thw-Ls copper stranded industrial cable, with its excellent conductivity of multi-strand copper stranded wires, the characteristic of adapting to dry and wet environments, and the precise adaptation of different specifications, has become an ideal choice for power transmission in the industrial field, providing reliable power guarantee for the stable operation of industrial production.