Instrumentation Cable 300/500V 2C2.5 CU/MGT/XLPE/OS/FR/LSZH/GSWA/LSZH 2x2.5

Instrumentation Cable 300/500V CU/MGT/XLPE/OS/FR/LSZH/GSWA/LSZH 2x2.5

**Structure:**

The CU/MGT/XLPE/OS/FR/LSZH/GSWA/LSZH 2x2.5 cable is a high-quality instrumentation cable designed for reliable performance in demanding environments. It features copper (CU) conductors, ensuring excellent electrical conductivity and efficiency. Each conductor is insulated with cross-linked polyethylene (XLPE), providing superior thermal stability and mechanical strength. A metalized grounded tape (MGT) layer is included to shield against electromagnetic interference (EMI), ensuring clear and uninterrupted signal transmission. The cable also incorporates an overall screen (OS) for additional protection against external noise. A flame-retardant (FR) layer enhances fire safety, while the outer sheath is made of low smoke zero halogen (LSZH) material, reducing toxic emissions and smoke in case of fire. The cable is further reinforced with galvanized steel wire armor (GSWA), offering robust mechanical protection against physical damage and harsh environmental conditions.

**Application:**

This cable is ideal for use in critical industrial applications where reliable signal transmission and safety are essential. It is particularly suited for environments with high electromagnetic interference, such as power plants, oil and gas facilities, and industrial automation systems. The LSZH sheath makes it suitable for confined spaces like tunnels, subways, and buildings, where fire safety and low toxicity are critical. The GSWA provides added durability, making it perfect for installations exposed to mechanical stress, moisture, or outdoor conditions. With a conductor size of 2x2.5 mm², this cable is designed for low-voltage instrumentation, control, and monitoring circuits, ensuring stable and interference-free performance. Its combination of shielding, flame resistance, and mechanical protection makes it a dependable choice for industries that prioritize safety, durability, and signal integrity in challenging environments.