Control Cables
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This multi-core control cable has multiple layers of insulation and shielding. It is designed for control and instrumentation applications, providing reliable signal transmission and protection against electromagnetic interference.

Control cables are designed for push-pull applications in various mechanical systems. These cables ensure precise and reliable control and meet stringent quality standards, providing smooth operation and long-lasting performance.

This machine is designed for cabling multi-core plastic and XLPE cables with 3 to 7 cores. Models such as Φ1000/1+6 and Φ1250/1+6 are suitable for cabling telephone, control, and mineral-use cables.

This machine is engineered for cabling multi-core (3 to 7) plastic and XLPE cables. Models Φ1000/1+6 and Φ1250/1+6 are compatible, making it suitable for cabling telephone, control, and mineral-use cables.

This machine is designed for cabling multi-core plastic and XLPE cables with 3 to 7 cores. Models like Φ1000/1+6 and Φ1250/1+6 are suitable for cabling telephone, control, and mineral-use cables.

This machine is designed for cabling multi-core plastic and XLPE cables, accommodating 3 to 7 cores. It supports Φ1000/1+6 and Φ1250/1+6 configurations, making it suitable for telephone, control, and mineral-use cables.

The machine is used for cabling multi-core plastic and XLPE cables ranging from 3 to 7 cores. Models like Φ1000/1+6 and Φ1250/1+6 are suitable for cabling telephone, control, and mineral-use cables.

Flexible shaft cables are constructed with high-carbon steel and multiple layers for enhanced durability. These cables are suitable for transmitting rotational motion in hard-to-reach or complex configurations.

300/500V LSOH control cable is designed for applications requiring minimal smoke and zero halogen emissions in the event of a fire. It is suitable for use in control systems, instrumentation, and other low-voltage applications where fire safety is a priority.

These computer cables facilitate connections within electronic computer networks and control systems. They are designed to meet enterprise standards and offer reliable performance in fixed installations.

This computer cable is designed for connections within electronic computer networks and control systems. It is compliant with enterprise standards and suitable for fixed installation in a range of ambient temperatures.

Railway signal cables are designed for reliable data transmission in critical signaling applications. They feature twisted pair conductors, durable insulation, and robust construction for dependable and secure communication links.

This copper-cored control cable features PVC insulation and sheathing. The armored cable is designed for control and instrumentation applications requiring reliable signal transmission.

Automotive control cables connect various vehicle components. They facilitate the transmission of mechanical force or motion for controlling functions like acceleration, gear selection, and braking.

This multi-core cable features braided shielding for EMI/RFI protection. Its durable outer jacket makes it suitable for data transmission and signal control.

This flexible metallic conduit features a braided exterior for enhanced durability. It is ideal for protecting cables in applications requiring both flexibility and resistance to abrasion.

These security and alarm system cables are designed with bare copper conductors and PVC flame retardant insulation. They are available in shielded and unshielded configurations, suitable for various low-voltage applications.

This flexible cable is designed for interior wiring in security-monitor alarming systems and building intercoms. It is also used as a signal controlling wire for computers, meters, electronic equipment, and automatic devices.