These unique instrumentation cables feature annealed bare or tinned copper conductors, insulated and sheathed with PVC. They are shielded using aluminum-backed mylar tape, with an annealed tinned copper drain wire in continuous contact with the aluminum side for effective grounding. Available in both armored and unarmored options, these cables conform to BS 5308/II/1986 and IS 1554/Part-1/1988 standards, ensuring reliable performance in various industrial applications.
Range : 0.2 sq.mm to 2.5 sq. mm in cores, pairs, Triads & quads.
The Individually Aluminum Mylar Shielded Armoured Instrumentation Cable features a robust design with aluminum mylar shielding to protect against electromagnetic interference. Each conductor is armored for enhanced durability and mechanical protection, making it ideal for demanding industrial environments. This cable ensures reliable signal transmission while conforming to relevant standards for safety and performance.
The Individually Aluminum Mylar Shielded Unarmoured Instrumentation Cable offers excellent protection against electromagnetic interference with its aluminum mylar shielding. Designed for flexibility and ease of installation, this cable is ideal for applications where mechanical protection is less critical. It ensures reliable signal transmission while conforming to industry standards for performance and safety.
The Overall Aluminum Mylar Shielded Unarmoured Instrumentation Cable provides comprehensive protection against electromagnetic interference through its full aluminum mylar shielding. Lightweight and flexible, this cable is designed for easy installation in various environments where mechanical protection is not a primary concern. It ensures reliable signal transmission and complies with industry standards for performance and safety.
The Overall Aluminum Mylar Shielded Armoured Instrumentation Cable features comprehensive protection against electromagnetic interference with its aluminum mylar shielding and robust armoring. This durable design ensures reliable signal transmission while providing mechanical protection in demanding environments. Ideal for industrial applications, it meets industry standards for performance and safety.
Instrumentation cables are widely used in industrial applications for the transmission of signals and data in process control and automation systems. They are essential in oil and gas, chemical processing, power generation, and manufacturing industries, where reliable communication between sensors, controllers, and monitoring devices is crucial. Their design allows for effective performance in harsh environments, ensuring accurate readings and control for critical operations.