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Controls Cables

Our Controls Cables are meticulously engineered to provide superior performance and reliability in a variety of industrial applications. Crafted with precision and adherence to international standards, these cables are designed to meet the demanding requirements of modern control systems.

Features :

Annealed solid or stranded plain or tinned electrolytic copper conductor, PVC / HR-PVC / PE insulated, multi cores / pairs / triads, individual / overall screened either with Al- mylar tape or Copper braid, overall PVC / HR- PVC / FRLS sheathed Cables.

Controls Cables are engineered for precision in signal transmission and control applications. With high-quality copper conductors and durable insulation, these cables ensure reliable connectivity. The optional shielding protects against electromagnetic interference, while the robust outer jacket enhances mechanical strength. Tailored for flexibility, they adapt seamlessly to complex wiring configurations. Designed with specific voltage and temperature ratings, Controls Cables find applications in industrial automation, robotics, process control, and PLC systems. Their compliance with industry standards ensures optimal performance, making them a dependable choice for industries requiring accuracy and efficiency in control and automation systems.

Controls Cables feature high-quality copper conductors, durable insulation, optional shielding, and a robust jacket. With specific voltage and temperature ratings, they ensure reliable signal transmission in diverse control applications.

Conductor Material: High-quality copper or aluminum conductors for efficient signal transmission.

Insulation Material: Durable and heat-resistant insulation to ensure signal integrity and protection against environmental factors.

Temperature Rating: Suitable for a wide range of temperatures, making them versatile for different operating conditions.

Instruments / Computer & Process Plants and Supervisory Control Systems. Controls Cables find applications in various industries and systems where precision control and signal transmission are crucial. Some common applications include:

Instrumentation: Used in measuring and monitoring instruments, ensuring accurate transmission of signals in laboratories and industrial settings.

 
Power Distribution and Control Panels: Utilized in electrical panels to transmit control signals for efficient power distribution.
 
Process Control Systems: Employed in industries such as chemical, petrochemical, and pharmaceuticals to transmit signals and control parameters.