Fire Resistance Cable
Multi-Core Instrumentation Cable CU/MGT/XLPE/OS/FR/LSZH/GSWA/LSZH 10×2.5mm² Fire Resistant Cable
Multi-Core Instrumentation Cable CU/MGT/XLPE/OS/FR/LSZH/GSWA/LSZH 10×2.5mm² – High-Performance Signal Transmission for Critical Industrial Applications
Engineered for demanding industrial environments, our 10-core 2.5mm² Instrumentation Cable delivers reliable signal and power transmission with exceptional noise immunity and safety features. The robust construction ensures optimal performance in harsh operating conditions while meeting stringent industry standards.
Key Features & Benefits:
- High-Quality Conductors: 10×2.5mm² tinned copper (CU) conductors ensure excellent conductivity and corrosion resistance
- Advanced EMI Protection: Multicore grounding tape (MGT) and overall screening (OS) provide superior electromagnetic interference shielding
- Durable Insulation: Cross-linked polyethylene (XLPE) offers excellent thermal stability (up to 90°C) and electrical properties
- Enhanced Safety: Flame-retardant, low smoke zero halogen (FR/LSZH) sheathing minimizes fire risks and toxic emissions
- Mechanical Protection: Galvanized steel wire armor (GSWA) provides crush resistance and protection against rodents and mechanical damage
- Environmental Resistance: Suitable for use in demanding conditions including oil, chemicals, and extreme temperatures
Applications:
- Process control systems in oil & gas refineries
- Power generation and distribution plants
- Chemical and petrochemical facilities
- Industrial automation and SCADA systems
- Mining operations and heavy industrial environments
Built for reliability and safety, our 10-core 2.5mm² Instrumentation Cable delivers secure, interference-free performance in mission-critical applications, ensuring continuous operation in the most challenging environments.
Complies with international standards including IEC 60092, IEC 60502, and other relevant industry specifications.
**Structure:**
The CU/MGT/XLPE/OS/FR/LSZH/GSWA/LSZH 20x2.5 cable is a high-performance instrumentation cable designed for complex and demanding industrial applications. It features 20 copper (CU) conductors, each with a cross-sectional area of 2.5 mm², ensuring excellent electrical conductivity and reliable signal transmission. Each conductor is insulated with cross-linked polyethylene (XLPE), providing superior thermal resistance, mechanical durability, and long-term performance. A metalized grounded tape (MGT) layer is incorporated to shield against electromagnetic interference (EMI), ensuring signal integrity in noisy environments. The cable also includes an overall screen (OS) for additional protection against external noise. A flame-retardant (FR) layer enhances fire safety, while the outer sheath is constructed from low smoke zero halogen (LSZH) material, minimizing toxic emissions and smoke in the event of a fire. The cable is further reinforced with galvanized steel wire armor (GSWA), offering exceptional mechanical protection against physical damage, moisture, and harsh environmental conditions.
**Application:**
This instrumentation cable is ideally suited for use in critical industrial applications where multiple signal transmissions and high safety standards are required. It is particularly suitable for industries such as oil and gas, power generation, and industrial automation, where electromagnetic interference and challenging operating conditions are common. The LSZH sheath makes it an excellent choice for confined spaces like tunnels, subways, and buildings, where fire safety and low toxicity are paramount. The GSWA provides added durability, making it perfect for installations exposed to mechanical stress, outdoor environments, or areas prone to physical damage. With its 20x2.5 mm² configuration, this cable is designed for low-voltage instrumentation, control, and monitoring circuits, ensuring stable and interference-free performance. Its robust construction, advanced shielding, and fire-resistant properties make it a reliable choice for industries that prioritize safety, durability, and precision in complex and demanding environments.
