XLPE Insulated PE Sheathed Power Cable
The YJV XLPE Insulated PE Sheathed Power Cable performs well in low to medium voltage applications. It uses XLPE, the cross linked Polyethylene insulation with electrical properties for better thermal resistance. With PE, the Polyethylene outer sheath, the cable protects against moisture, UV radiation, mechanical stress, and other environmental factors.
- Insulation Material: XLPE for high electrical and thermal performance.
- Sheath Material: Uses a PE sheath for moisture resistance, UV protection, and durability.
- Voltage Rating: Has a rating of 0.6/1 kV for standard low and medium voltage applications.
- Temperature Range: Works best within a temperature range of -20°C to +90°C.
- Durability: Long-lasting performance in indoor, outdoor, and underground installations; conduit or direct burial.
Technical Product Breakdown
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Conductor: Copper or Aluminum (depending on the variant).
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Insulation: XLPE (Cross-Linked Polyethylene).
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Sheath: PE (Polyethylene).
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Voltage Rating: 0.6/1 kV.
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Temperature Range: -20°C to +90°C.
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Compliance: IEC 60502, BS 6346, and UL 1072.
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Flame Retardant: Some variants have additional flame retardant properties.
Engineering Features for Optimal Cable Performance
- PE SHEATH:
Provides high protection as an outer sheath and is resistant to chemicals, moisture, and UV radiation. It also helps with the cable's high performance and is perfect for outdoor and underground installations in sensitive environmental conditions.
- XLPE INSULATION:
Offers durable performance in extreme temperatures with high thermal resistance. Top-quality insulation for safe, accurate, and reliable operation, especially in environments with high voltage and high temperature. It maintains reliability and efficient operation in demanding conditions.
- COPPER CORE:
Copper in XLPE insulated PE sheathed power cable guarantees exceptional electrical conductivity and reliability using its excellent properties. It is best suited for carrying high currents in applications that require stable and efficient energy delivery.
- FILLER:
XLPE insulated PE sheathed power cable uses fillers to maintain the shape and quality of the cable. With consistent strength and flexibility, it protects conductors and insulation layers while enhancing performance and preventing possible damage during installations.
Core Functions of the Power Cable
- Power Transmission:
XLPE insulated PE sheathed power cable is used for transmitting electrical power in environments that need reliable and efficient distribution of energy.
- High Performance Insulation:
Withstands thermal temperatures and low fire hazard with XLPE insulation, along with high electrical and thermal performance.
- Environmental Protection:
The PE sheath protects against any damage, moisture, or UV rays and works well indoors and outdoors.
- Flame Retardant (optional):
Additional flame retardant properties are available in some variants, and they increase safety in sensitive environments that are more likely to catch fire.
Key Applications and Installation Environments
- Power Distribution:
Provide a consistent electrical supply for buildings, commercial infrastructures, residential complexes, and other similar places.
- Industrial Applications:
Used in industrial plants, power plants, and other applications that seek better energy distribution and durability.
- Underground Installations:
Buried directly in trenches or installed in ducts for transmitting power underground, and protects against physical damage.
- Outdoor Installations:
PE sheathed power cable with weather resistance is used outdoors that gets exposed to moisture, UV rays, physical wear, and other environmental factors.
Create Your Perfect Cable
Armoured Cable
|
Type |
STA (Steel Tape Armored) |
SWA (Steel Wire Armored) |
ATA (Aluminum Tape Armored) |
AWA (Aluminum Wire Armored) |
|---|---|---|---|---|
|
Structure |
Cable wrapped around with 2 layers of steel tape |
A layer or multiple layers of galvanized steel wires. |
Cable wrapped around with 2 layers of aluminum tape |
A layer or multiple layers of galvanized aluminum wires. |
|
Function |
Increases mechanical strength and compressive resistance. Best for direct burial or environments that require high mechanical pressure resistance. |
Provides high tensile strength and mechanical protection. Best for vertical or high-tension installations like bridges or mines. |
Provides corrosion resistance in humid areas and reduces the overall weight of the cable |
Work best as single-core cables to avoid eddy current losses from steel wire armor while offering good corrosion resistance. |
|
Application |
Commonly used in low and medium-voltage power cables. |
Suitable for medium and high-voltage cables in environments that needs strong mechanical protection. |
Used in low-voltage applications where high mechanical strength isn't required, but corrosion resistance matters. |
Used for single- core AC power cables, especially in high-current scenarios. |
Product Specifications and Samples
|
Product Name |
Description |
|---|---|
|
YJV22 |
XLPE Insulated PVC Sheathed Steel Tape Armored Power Cable |
|
YJV32 |
XLPE Insulated PVC Sheathed Fine Steel Wire Armored Power Cable |
|
YJV42 |
XLPE Insulated PVC Sheathed Coarse Steel Wire Armored Power Cable |
|
YJY23 |
XLPE Insulated PE Sheathed Steel Tape Armored Power Cable |
|
YJY33 |
XLPE Insulated PE Sheathed Fine Round Steel Wire Armored Power Cable |
|
VV22 |
PVC Insulated & Sheathed Steel Tape Armored Power Cable |
|
VV32 |
PVC Insulated & Sheathed Fine Steel Wire Armored Power Cable |
|
VV42 |
PVC Insulated & Sheathed Coarse Steel Wire Armored Power Cable |
|
KVV22 |
PVC Insulated & Sheathed Steel Tape Armored Control Cable |
|
KYJY22 |
XLPE Insulated PE Sheathed Steel Tape Armored Control Cable |
Fire Resistance Cable Types and Their Characteristics
|
Type |
ZR - Flame Retardant |
NH - Fire Resistance |
Class B1 Fire Resistance |
|---|---|---|---|
|
Definition |
Prevent the spreading of flames, but may lose electrical performance under high heat. |
Keeps the flow of electrical power supply in case of fire for a certain period while vital equipment stays operational. |
High grade fire resistance for the cable to remain functional even under extreme heat. |
|
Resistance Performance |
Maximum service temperature: 90°C. Maximum short-circuit temperature:250°C (max. 5 s). |
Resists fire for 120 minutes at 750°C. |
Resists fire for 180 minutes at 950°C. |
|
Standard |
IEC 60332 & GB/T 18380.3 |
IEC 60331 & GB/T 19216.2 1-2003 |
IEC 60331 & GB/T 19216.2 1-2003 |
|
Applications | Construction: High-rise buildings, residential complexes, and malls. Transportation: Subways, railways, and airports Industrial: Power plants, petrochemical plants, workshops. Data Center: Communication and server facilities |
Used in critical power supply systems like emergency lighting,fire alarms, and other |
Best to use in extreme environments, including high-risk areas like hospitals |
Product Specifications and Samples
|
Product Name |
Description |
|---|---|
|
ZR-YJV |
XLPE Insulated PVC Sheathed Flame Retardant Power Cable |
|
ZR-VV |
PVC Insulated & Sheathed Flame Retardant Power Cable |
|
ZR-YJY |
XLPE Insulated PVC Sheathed Flame Retardant Power cable |
|
NH-VV |
PVC Insulated & Sheathed Fire Resistance Power Cable |
|
NH-YJV |
XLPE Insulated PVC Sheathed Fire Resistance Power Cable |
|
NH-YJY |
XLPE Insulated PE Sheathed Fire Resistance Power Cable |
|
NG-A (BTLY) |
Flexible Mineral Insulated Metal Sheathed Cable With Class A Fire Resistance |
|
BTRY |
Flexible Mineral Insulated Metal Sheathed Cable |
|
Z-GA |
Extreme Class A+ Fire Resistance Cable |
Halogen Free Low Smoke Cable Types
| Type | LSZH (Low Smoke & Zero Halogen) | LS5 (Low Smoke & Standard Halogen) | LSF (Low Smoke Flame Retardant) | LSOH (Low Smoke Zero Halogen) | HFFR (Halogen Free Flame Retardant) |
|---|---|---|---|---|---|
| Structure | Designed with halogen-free materials and a low-smoke, flame-retardant sheath. | Made from materials with standard halogen content and low smoke emission. Used especially when halogen-free is not compulsory. | Features low-smoke, flame-retardant materials, ideal for fire-prone environments. | Uses low-smoke, zero halogen materials to reduce the emission of toxic gases and smoke in case of fire situations. | Designed with halogen-free materials and a flame-retardant sheath to reduce smoke and prevent fire hazards. |
| Function | Minimizes toxic smoke and halogen emissions during fire, and boosts fire safety in enclosed spaces. | Reduces smoke and toxic gas emissions, with less emphasis on halogen-free materials.. | Provides fire resistance and is often used in environments with moderate fire risk. | Offers high fire safety with no halogen and is best used in confined spaces like tunnels and subways. | Designed to offer halogen-free and flame-retardant materials for industrial facilities. |
| Application | Used in areas like tunnels, subways, and public spaces with high traffic for minimal emissions. | Used in places like public buildings where halogen-free materials are not required. | Used in residential buildings, office areas, and other environments where halogen-free is not needed. | Best for high-risk environments like tunnels, subways, and airports where both fire reduction and halogen-free properties are needed. | Used in high safety-risk areas such as hospitals, schools, and data centers where fire resistance and protection are important |
Product Specifications and Samples
| Product Name | Description |
|---|---|
| WD-YJY | XLPE Insulated PE Sheathed Halogen-Free Low Smoke Power Cable |
| WD-KYJY | XLPE Insulated PE Sheathed Halogen-Free Low Smoke Control Cable |
| WD-VV | PVC Insulated PE Sheathed Halogen-Free Low Smoke Power Cable |
Metal Shielded Cable
| Type | MSA (Metal Shielded Cable) |
|---|---|
| Structure | Metal shield wraps around the cable, protecting against electromagnetic interference (EMI) and physical damage. |
| Function | The cable shields from EMI with mechanical strength for stable signal transmission even in harsh environments. |
| Application | Found in control systems, power distribution, and in industrial facilities that have high electromagnetic interference (EMI) |
| Standards | Follows electrical standards such as IEC 60502 and UL 1072 for medium and high-voltage power cables. |
Product Specifications and Samples
| Product Name | Description |
|---|---|
| YJVP | XLPE Insulated PVC Sheathed Metal Shielded Power Cable |
| YJYP | XLPE Insulated PE Sheathed Metal Shielded Power Cable |
| VVP | PVC Insulated & Sheathed Metal Shielded Power Cable |
Aluminium Core Cable
| Type | ACA (Aluminium Core Cable) |
|---|---|
| Structure | Features aluminum conductors instead of copper for reduced weight and expense of cable. |
| Function | Cost-effective solution with lightweight electrical transmission, especially for offering good conductivity in low and medium voltage applications. |
| Application | Used mainly in power distribution, in overhead power lines and long-distance electrical transmission. |
| Standards | Follow the standards; IEC 60502-1 for medium-voltage cables and IEEE 1283 for overhead power lines. |
Product Specifications and Samples
| Product Name | Description |
|---|---|
| YJLV | XLPE Insulated PVC Sheathed Aluminium Core Power Cable |
| VLV | PVC Insulated & Sheathed Aluminium Core Power Cable |
Flexible Cable
| Type | FC (Flexible Cable) |
|---|---|
| Structure | Consist of multiple fine strands of copper or aluminum wire that provide flexibility and ease of movement. |
| Function | Flexible in applications that require frequent bending, movement, or installation in tight spaces |
| Application | Used in machinery, robotics, portable equipment, and power tools, where cables bend or move frequently. |
| Standards | Meets industry standards; IEC 60227 for PVC insulated cables and UL 62 for flexible cables used in portable devices. |
Product Specifications and Samples
| Product Name | Description |
|---|---|
| YJYR | XLPE Insulated PE Sheathed Flexible Power Cable |
| YJVR | XLPE Insulated PVC Sheathed Flexible Power Cable |
| BTRY | Flexible Mineral Insulated Cable |
| RVV | PVC Insulated & Sheathed Flexible Cable |
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Frequently Asked Questions
XLPE is used as the insulation material due to its excellent thermal resistance, durability, and electrical properties, making it ideal for high-voltage applications.
PE is used as the outer sheath, providing flexibility, flame resistance, and protection against moisture, UV rays, and mechanical wear.
The XLPE offers excellent insulation, resists heat, and offers long-lasting performance in various applications.
The cable effectively operates within a temperature range of -20°C to +90°C.
You can install it indoors and outdoors. You can either bury it directly in the ground or run it through a conduit.
It depends on your needs and the project scope. You can contact us, and we can discuss your requirements and the solutions you expect.
We offer a standard lead time for orders, which is approximately 15 days. This may vary depending on the requirements of your order. But still, we will make sure to deliver them on time without delays.
We offer in-stock products as well as custom-made options. Choose from our available stock or request customization of your products according to your preferences.
The customization offered will be based on cable models and specifications for your local area. We’ll work with you and offer products that meet your exact needs and specifications.