oem 12 2 armoured cable

Understanding OEM 2012 2 Armoured Cable Specifications and Applications

Armoured cable plays a pivotal role in various electrical installations, providing enhanced protection against both mechanical damage and environmental factors. One specific type of armoured cable that has gained attention in the industry is the OEM 2012 2 Armoured Cable. In this article, we will explore the features, specifications, and applications of this cable, highlighting its significance in modern electrical systems.

What is OEM 2012 2 Armoured Cable?

The term OEM stands for Original Equipment Manufacturer, indicating that this particular armoured cable is designed and produced by an original manufacturer to meet specific industry standards. The 2012 part of the name typically refers to a standard or a specification that governs its design and manufacturing process, while 2 signifies the number of insulated conductors within the cable. This type of armoured cable is characterized by its robust construction, which includes layers of insulation, a steel wire armouring, and an outer sheath designed to prevent physical damage.

1. Material Composition The OEM 2012 2 Armoured Cable generally consists of copper conductors, which offer excellent electrical conductivity. The insulation is usually made from cross-linked polyethylene (XLPE) or polyvinyl chloride (PVC), ensuring durability and longevity.

2. Mechanical Protection One of the defining features of this cable is its armouring, typically made of galvanized steel wires. This steel layer protects the internal conductors from mechanical impacts, rodents, and other potential hazards found in industrial and outdoor settings.

3. Temperature Ratings The cable is designed to operate within a wide temperature range, generally between -20°C and +90°C. This ensures that it can function effectively in varying environmental conditions.

4. Electrical Ratings The OEM 2012 2 Armoured Cable is available in different voltage ratings, commonly suited for low and medium voltage applications. This versatility makes it suitable for various installations, from residential to industrial uses.

5. Flame Retardance Many versions of this armoured cable come with flame-retardant properties, which makes them safer for use in buildings and structures. This feature is crucial for preventing the spread of fire in case of an electrical fault.

Applications

The OEM 2012 2 Armoured Cable is used in a myriad of applications, primarily due to its robust construction and reliability. Some of the key applications include

1. Construction Sites The mechanical protection offered by the armoured cable makes it ideal for construction sites where cables are often subjected to physical stress and exposure to harsh conditions.

2. Industrial Plants This cable is commonly used in industrial settings to connect equipment and machinery. Its durability ensures minimal downtime and maintenance, thus enhancing operational efficiency.

3. Renewable Energy Installations With the rise of solar and wind energy projects, armoured cables like the OEM 2012 2 are often utilized for connecting solar panels to inverters or wind turbines to substations, where protection against environmental elements is crucial.

4. Underground Installations The robustness of this cable allows it to safely be installed underground without significant risk of damage from soil or other surrounding materials.

Conclusion

In summary, the OEM 2012 2 Armoured Cable represents a reliable choice for a range of electrical applications. With its robust mechanical protection, versatile temperature ratings, and flame-retardant properties, it meets the demands of modern electrical installations across various sectors. Whether in a construction site, industrial plant, or renewable energy project, its design ensures safety and efficiency, making it an invaluable component in the realm of electrical infrastructure. As technology continues to advance, the significance of such high-quality cables will only continue to grow, underpinning the safety and reliability of our electrical systems.