LSZH Jacket XLPE Power Cable Fire Retardant Single Core Cable Copper Conductor

1. Product Overview

2. Key Features

(1) Copper Conductor

• The cable features a high-quality copper conductor. Copper is renowned for its excellent electrical conductivity, which allows for efficient power transmission with minimal energy loss. The single-core design provides a direct path for the electrical current, further enhancing the conductivity and reducing resistance.
• The conductor is carefully manufactured to ensure uniformity and integrity, providing reliable electrical performance over the life of the cable. It is also flexible enough to facilitate installation in various settings, even in tight spaces or around corners.

(2) XLPE Insulation

• The cross-linked polyethylene (XLPE) insulation is a crucial component of this cable. XLPE offers superior dielectric properties compared to traditional insulation materials, providing excellent electrical insulation and reducing the risk of electrical leakage or short circuits.
• It has good heat resistance and can withstand temperatures within the specified low-medium voltage range without degradation, ensuring stable and reliable operation even in environments with moderate temperature fluctuations. The insulation also helps to maintain the integrity of the electrical signal, minimizing interference and ensuring high-quality power transmission.

(3) Fire Retardant Properties

• The cable is designed with fire retardant characteristics. This means that in the event of a fire, it can resist the spread of flames and limit the release of heat and smoke. The fire retardant properties are achieved through the use of special materials and manufacturing processes, providing an added layer of safety in applications where fire risk is a concern, such as in buildings, industrial facilities, and public spaces.
• This feature not only helps to protect the cable itself from being damaged by fire but also reduces the potential for fire to spread quickly, giving more time for emergency response and evacuation.

(4) LSZH Jacket

• The LSZH jacket is a significant advantage of this cable. It is made from a special polymer material that emits low smoke and zero halogen when exposed to fire. This is crucial in environments where smoke and toxic gases can pose a significant threat to human health and safety, such as in enclosed spaces like buildings and tunnels.
• The LSZH jacket also provides good mechanical protection to the cable, protecting it from external impacts, abrasion, and moisture. It helps to maintain the integrity of the cable and its performance over time, even in harsh operating conditions.

(5) Low-Medium Voltage Rating

• The cable is designed for use in low-medium voltage applications. This makes it suitable for a wide range of electrical systems, including residential, commercial, and some industrial applications where the voltage requirements are within the specified range. The precise voltage rating can be customized according to the specific needs of the project, ensuring compatibility with the existing electrical infrastructure.

3. Applications

(1) Building Wiring

• In residential and commercial buildings, this cable is used for electrical wiring in power distribution systems, lighting circuits, and socket outlets. Its fire retardant and LSZH properties make it a safe choice for ensuring the safety of occupants in case of a fire. The single-core design is convenient for installation in the confined spaces of building structures, such as walls and ceilings.
• It can also be used in building automation systems, security systems, and other low-medium voltage applications within the building to provide reliable electrical connectivity.

(2) Industrial Automation

• In industrial settings, the cable is suitable for use in industrial automation systems, control panels, and machinery. The low-medium voltage rating is compatible with the typical voltage levels used in industrial processes, and the fire retardant and LSZH features are important for maintaining safety in industrial environments where there may be a risk of fire due to the presence of flammable materials or high electrical loads.
• It can be used to connect sensors, actuators, and other components in an industrial automation system, ensuring reliable data transmission and power supply.

(3) Infrastructure Projects

• For infrastructure projects such as tunnels, bridges, and railway systems, this cable can be used for power supply and control systems. The LSZH jacket is particularly beneficial in these applications as it reduces the smoke and toxic gas emissions in case of a fire, ensuring the safety of passengers and maintenance personnel. The cable's durability and reliability make it suitable for use in harsh outdoor and underground environments.
• It can be used to power lighting systems, ventilation systems, and signaling systems in infrastructure projects, providing essential services while maintaining a high level of safety.

(4) Renewable Energy Systems

• In renewable energy installations such as solar power plants and wind farms, the cable can be used for connecting components within the system, such as solar panels to inverters or wind turbines to the grid connection point. The low-medium voltage rating is suitable for the typical voltage levels generated in these renewable energy systems, and the fire retardant and LSZH properties add an extra layer of safety in case of any electrical faults or fires.
• The single-core design and flexibility of the cable make it easy to install in the often complex and space-constrained layouts of renewable energy installations.

4. Technical Specifications

(1) Conductor Size

• The size of the copper conductor is typically specified in terms of its cross-sectional area, such as 1.5mm², 2.5mm², 4mm², etc., depending on the current-carrying capacity requirements of the application. The single-core design allows for a more focused and efficient current flow, and the conductor size is chosen to ensure that the cable can handle the expected electrical load without overheating.

(2) Voltage Rating

• The cable is rated for a specific low-medium voltage range, which may typically be from 110V to 660V or other relevant voltage levels depending on the application and regional standards. This voltage rating determines the maximum voltage that the cable can safely handle and is an important parameter for ensuring the proper operation and safety of the electrical system.

(3) Insulation Thickness

• The XLPE insulation thickness is carefully designed to provide adequate electrical insulation while also considering factors such as the voltage rating, mechanical strength, and overall cable diameter. The insulation thickness is typically specified in millimeters and is optimized to ensure reliable performance and meet the relevant electrical safety standards.

(4) Fire Retardant Rating

• The cable has a specific fire retardant rating that indicates its ability to resist fire. This rating may be based on industry-standard tests such as the vertical flame test or other relevant fire safety tests. The cable is designed to meet or exceed the required fire retardant standards to provide maximum safety in case of a fire.

(5) Jacket Thickness and Properties

• The LSZH jacket has a defined thickness that provides mechanical protection and fire resistance. The jacket thickness is usually specified in millimeters and is designed to balance protection and flexibility. The jacket also has specific properties such as tensile strength, elongation at break, and resistance to environmental factors like moisture and UV radiation to ensure its durability and performance over time.

5. Advantages

(1) Safety Enhanced

• The combination of fire retardant properties and the LSZH jacket significantly enhances the safety of the cable. It reduces the risk of fire-related accidents and minimizes the release of harmful smoke and gases, providing a safer environment for people and property.
• This is especially important in applications where human occupancy is high or where the consequences of a fire could be severe, such as in buildings and public infrastructure.

(2) Reliable Performance

• The high-quality copper conductor and XLPE insulation ensure reliable electrical performance. The cable is designed to maintain stable conductivity and insulation properties over time, even in different environmental conditions, reducing the likelihood of electrical failures and power outages.
• This reliability is crucial for applications where continuous and uninterrupted power supply is essential, such as in industrial processes and critical infrastructure.

(3) Environmental Friendly

• The LSZH jacket makes the cable environmentally friendly as it does not release halogen gases when burned. This is in line with the growing emphasis on environmental protection and sustainability in the electrical industry. It also reduces the environmental impact during installation and disposal of the cable.
• In addition, the low smoke emission helps to maintain clear visibility in case of a fire, facilitating emergency evacuation and reducing the potential for smoke-related damage.

(4) Easy Installation

• The single-core design and flexible copper conductor make the cable relatively easy to install. It can be routed and connected more easily than some multi-core cables, saving installation time and labor costs. The cable's flexibility also allows it to be bent and maneuvered in tight spaces without compromising its performance.
• This ease of installation is beneficial in both new construction projects and retrofit applications, where minimizing installation complexity is often a key consideration.

(5) Versatile Application

• The cable's low-medium voltage rating and various features make it suitable for a wide range of applications in different industries. Whether it's for building wiring, industrial automation, infrastructure projects, or renewable energy systems, it can provide reliable electrical connectivity and meet the specific requirements of each application.
• This versatility allows for a more unified and efficient cable solution across multiple sectors, reducing the need for multiple types of cables and simplifying inventory management and installation processes.

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