Product Details
Payment & Shipping Terms
Number Of Cores: |
1-5 |
Standards: |
IEC 60502/BS 6622/ASTM B-33/DIN VDE 0276 |
Minimum Bending Radius: |
X15 Cable Diameter. |
Installation Method: |
Direct Buried/Aerial/Underground |
Screen: |
Longidutinal Aluminum Plastic Tape |
Insulation Screen: |
Semi-conductive Layer Of XLPE |
Structure: |
Cu(Al)/XLPE-TR/PE |
Character: |
SWA/STA Armoured |
Number Of Cores: |
1-5 |
Standards: |
IEC 60502/BS 6622/ASTM B-33/DIN VDE 0276 |
Minimum Bending Radius: |
X15 Cable Diameter. |
Installation Method: |
Direct Buried/Aerial/Underground |
Screen: |
Longidutinal Aluminum Plastic Tape |
Insulation Screen: |
Semi-conductive Layer Of XLPE |
Structure: |
Cu(Al)/XLPE-TR/PE |
Character: |
SWA/STA Armoured |
The key feature of the Medium Voltage Power Cables is their Screen, which is a Longitudinal Aluminum Plastic Tape that provides excellent protection against electrical interference and external mechanical stress. This Screen makes the cables ideal for use in harsh environments where there is a risk of electromagnetic interference or physical damage.
The Medium Voltage Power Cables comply with international standards such as IEC 60502, BS 6622, ASTM B-33, and DIN VDE 0276. These standards ensure that the cables have been tested and certified for their electrical performance, mechanical strength, and fire resistance.
The Insulation of the Medium Voltage Power Cables is made of Xlpe, which stands for Cross-Linked Polyethylene. Xlpe is a highly durable and flexible material that can withstand a wide range of temperatures, as low as -20oC. This insulation provides excellent protection against electrical breakdown and moisture ingress, ensuring the cables can deliver consistent power transfer even in extreme conditions.
The Medium Voltage Power Cables also feature Armoured Character, which can be either SWA (Steel Wire Armoured) or STA (Steel Tape Armoured). The Armoured Character provides additional protection to the cables against physical damage, rodent attacks, and other external factors that can compromise the integrity of the cable structure.
In summary, the Medium Voltage Power Cables are a reliable and robust solution for power transmission in various applications. Their Screen, Standards compliance, Insulation, and Armoured Character make them ideal for use in harsh environments where there is a risk of electrical interference, mechanical stress, or physical damage. These cables are suitable for use in power distribution systems, underground installations, and industrial plants, and they can deliver consistent power transfer even in extreme temperatures as low as -20oC.
| Technical Parameter | Description |
|---|---|
| Product Name | Med-Volt Power Cables |
| Conductor | Copper |
| Insulation | Xlpe |
| Cable Drum Length | 300~450 Meter Per Drum |
| Character | SWA/STA Armoured |
| Structure | Cu(Al)/XLPE-TR/PE |
| Condutor | Seperated Conductor |
| Temperatures | Low As -20oC |
| Standards | IEC 60502/BS 6622/ASTM B-33/DIN VDE 0276 |
| Number Of Cores | 1-5 |
| Insulation Screen | Semi-conductive Layer Of XLPE |
| Application | Medium Tension Electric Cables, Moderate Voltage Transmission Lines |
Another important attribute of medium voltage power cables is their minimum bending radius, which is typically X15 cable diameter. This means that the cable can be bent without causing damage to the insulation or conductor. This feature makes the cables ideal for use in tight spaces or where there are constraints on the routing of the cable.
Medium voltage power cables are available in a range of sizes, from 50mm2 to 500mm2, and can be supplied with between 1 and 5 cores. The conductor is typically a separated conductor, which means that each core is insulated and protected by its own individual sheath. This helps to prevent cross-talk and ensures that the cable can operate at its maximum efficiency.
There are many different occasions and scenarios where medium voltage power cables may be used. For example, they are commonly used in power distribution networks, where they are used to connect transformers, switchgear, and other equipment. They are also used in industrial applications, such as in mining, oil and gas, and manufacturing, where they are used to power heavy machinery and equipment.
Medium voltage power cables are also used in renewable energy projects, such as wind farms and solar power plants. In these applications, the cables are used to connect the power generated by the turbines or panels to the grid. They are also used in data centres and other critical infrastructure, where they are used to ensure a reliable and continuous power supply.
In conclusion, medium voltage power cables are an essential component in the transmission and distribution of electrical energy. They are designed to operate at medium tension levels, withstand low temperatures, and have a minimum bending radius of X15 cable diameter. They are suitable for a wide range of applications and are commonly used in power distribution networks, industrial applications, renewable energy projects, and critical infrastructure.
The Medium Voltage Power Cables product technical support and services include:
Product Packaging:
Shipping:
A: Medium Voltage Power Cables are usually rated between 1kV to 69kV.
2. Q: What materials are Medium Voltage Power Cables made of?A: The conductors of Medium Voltage Power Cables can be made of copper or aluminum while the insulation can be made of XLPE, EPR or PVC.
3. Q: What is the maximum operating temperature of Medium Voltage Power Cables?A: The maximum operating temperature of Medium Voltage Power Cables is usually 90°C for XLPE insulation and 105°C for EPR insulation.
4. Q: What is the maximum bending radius of Medium Voltage Power Cables?A: The maximum bending radius of Medium Voltage Power Cables is usually 15 times the outer diameter of the cable.
5. Q: What are the applications of Medium Voltage Power Cables?A: Medium Voltage Power Cables are used for power transmission and distribution in industries, buildings and infrastructure projects.
