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Flexible Multicore Cables

Flexible Multicore Cables are compact and designed to fit into tight spaces. Their multicore design allows for multiple conductors within a single cable, saving room and reducing cable clutter. This makes them perfect for installations where space is limited, ensuring clean, efficient, and organized wiring without compromising performance. 

Conductor Construction

Stranded or Solid Copper, Tinned or Untinned

Conductor Resistance

Typically ≤ 0.02 Ω per meter (depends on core size)

Insulation Resistance

> 100 MΩ/km at 500V DC

Voltage Withstand

2.5 kV AC for 5 minutes (depending on insulation type)

Current Carrying Capacity

1.5 A to 22 A per core (varies with core size and temperature)
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Product Description

These cables are engineered to endure continuous flexing and bending. The unique design allows them to maintain performance even in dynamic environments, such as robotic arms or machinery with moving parts. Their durability under constant movement reduces the risk of cable failure, providing reliable service over long periods without costly downtime. 

Earthing Type

Individual or Combined (depending on design)

Outer Sheath Thickness

Typically 0.6mm to 2mm (depending on cable size)

Minimum Bend Radius

7.5 x Cable Diameter (depending on application and flexibility)

Capacitance

Typically 100 to 400 pF/m (depending on core configuration)

Inductance

Typically 0.4 to 0.9 μH/m (depending on core layout)

Operating Frequency Range

Up to 50 MHz (depending on shielding and conductor construction)

Mechanical Strength

Tensile strength up to 200 N (depending on core construction)

Flexing Life Cycle

≥ 10 million cycles (depending on flexing conditions)

Shielding Effectiveness

Typically 85% to 95% (for shielded cables)

Impedance

50Ω, 75Ω, or other values (depending on application)

Technical Advantages

Flexible Multicore Cables are built to withstand extreme temperatures, chemicals, and abrasion. Their strong insulation and shielding protect the internal conductors from damage. Whether used in factories, outdoor equipment, or industrial machinery, these cables ensure consistent performance even in the toughest conditions, reducing the need for frequent replacements. 

Flexible Multicore Cables meet strict industry safety, performance, and reliability standards. They are designed and manufactured with international certifications such as UL, CE, and RoHS, ensuring they comply with environmental and safety regulations. This compliance guarantees that the cables meet the necessary quality benchmarks for use in diverse applications, offering peace of mind to users across various industries.

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Industry Applications

Machine Vision Systems

Used to connect high-speed cameras and processing units, ensuring fast and accurate data transfer in real-time vision applications. 

Embedded Control Systems

Integral in the wiring of embedded controllers for industrial robots, offering flexible signal transmission in compact, high-demand environments. 

Motion Control

Applied in high-precision motion control systems, ensuring stable signal and power delivery to servo motors and actuators in dynamic operations. 

Flexible PCB Interconnects

Employed to connect flexible printed circuit boards (PCBs) in devices requiring continuous flexing while maintaining signal integrity. 

High-Temperature Furnace Controls

Suitable for power and signal transmission in furnace control systems, resistant to extreme heat and thermal cycling. 

Sensor Networks in Smart Manufacturing

Used to connect sensors in distributed smart manufacturing environments, ensuring fast and reliable data transfer in complex sensor networks. 

Maximizing Durability and Power Efficiency

Flexible Multicore Cables are resistant to mechanical stress and wear. Their tough construction enables them to perform well in high-stress environments like conveyor systems and machinery with constant motion. By minimizing damage from abrasion, these cables offer long-lasting service, helping to avoid frequent replacements and costly maintenance over time. 

Flexible Multicore Cables use high-quality materials to ensure efficient power and signal transmission. The conductors are made from materials like copper or tinned copper, providing excellent conductivity. This ensures minimal energy loss and maximum efficiency, making these cables ideal for high-demand applications where reliable, fast, and efficient electrical performance is critical. 

Flexible Multicore Cables

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Having Doubts? Our FAQ

Check all our Frequently Asked Question

How do Flexible Multicore Cables perform in high-frequency applications?

Flexible Multicore Cables are designed with high-quality conductors and advanced shielding to minimize signal loss and interference. This ensures reliable performance in high-frequency applications like telecommunications and data transmission. The shielding reduces electromagnetic interference (EMI) and crosstalk, maintaining signal integrity even in demanding, fast-paced environments. 

What materials are used in Flexible Multicore Cables for enhanced flexibility?

Flexible Multicore Cables use specialized materials like tinned copper conductors and flexible PVC or thermoplastic elastomers for insulation. These materials provide high flexibility and resistance to wear and tear. Combining these materials allows the cable to bend easily without cracking or compromising performance, making it ideal for applications with continuous motion. 

How do Flexible Multicore Cables handle exposure to extreme temperatures?

Flexible Multicore Cables are designed to withstand extreme high and low temperatures. The insulation materials are engineered to resist heat and cold without becoming brittle or losing electrical properties. These cables can operate in environments ranging from -40°C to 90°C, depending on the specific construction and materials used, making them suitable for harsh industrial settings. 

Can Flexible Multicore Cables withstand mechanical stress in moving machinery?

Flexible Multicore Cables are designed to endure mechanical stress in dynamic environments. They feature reinforced insulation and strain-relief designs to protect the conductors from bending, twisting, and stretching. This makes them ideal for moving machinery, robotics, and automation systems where constant motion is a factor. 

What type of shielding is used in Flexible Multicore Cables to prevent signal interference?

Flexible Multicore Cables often include multiple shielding layers, such as foil or braided copper, to protect against electromagnetic interference (EMI) and radio-frequency interference (RFI). This shielding ensures that the cables maintain signal quality and integrity, even in environments with high electrical noise, such as factories or data centers. 

How do I choose the right Flexible Multicore Cable for my application?
  • Identify the number of cores and conductor size needed. 
  • Check the minimum bend radius to match installation requirements. 
  • Evaluate conductor material for efficient power or signal transfer. 
  • Verify shielding type for signal integrity in high-speed data applications. 
  • Confirm flexing life cycle to ensure long-term reliability in moving machinery. 
How can I ensure quick availability for urgent projects?
  • Check stock levels and lead times for the required cable type. 
  • Confirm whether custom lengths or core configurations are readily available. 
  • Evaluate supplier’s production capacity for bulk orders. 
  • Identify pre-configured options that reduce manufacturing delays. 
  • Plan order scheduling to align with project timelines. 
What factors impact total cost and operational efficiency?
  • Compare conductor materials for minimal resistance and energy loss. 
  • Assess shielding effectiveness to prevent signal issues and downtime. 
  • Consider flexing life cycle to reduce replacements and maintenance. 
  • Evaluate core count and cable diameter for optimal installation efficiency. 
  • Choose designs that reduce routing complexity and labor during installation. 
How can I verify cable performance before committing to purchase?
  • Request technical datasheets detailing conductor resistance and capacitance. 
  • Check flexing cycle ratings and mechanical strength specifications. 
  • Review shielding effectiveness and impedance values for signal-critical applications. 
  • Confirm current carrying capacity matches your system requirements. 
  • Ask for sample cables to test in actual equipment or prototype setups. 
How do I streamline sourcing for custom or specialized cables?
  • Specify exact core count, conductor type, and insulation materials upfront. 
  • Determine required bend radius, flex life, and outer sheath thickness. 
  • Provide detailed technical drawings or installation constraints. 
  • Coordinate with suppliers for minimum order quantities and lead times. 
  • Compare multiple designs or prototypes to ensure optimal fit for the application. 
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Flexible Multicore Cables

Need reliable wires and cables for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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Flexible Multicore Cables

Need reliable Machining for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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