Custom Cable Harness

High performance hybrid cable for communication interface and motor connection In modern industrial automation, there is a growing demand for efficient, reliable and compact connectivity solutions. Connoder offers a range of hybrid cables designed to meet the needs of communication interfaces and high-performance motor connections. The integration of data transmission, signal processing and power supply greatly simplifies the installation process and optimizes space utilization. Multifunctional integration: Hybrid cables enable simultaneous transmission of data, signals, and power in a single connector, reducing cabling complexity and improving the overall efficiency of the system. Compact design: Designed to industrial standards, these cables have a compact form factor for use in confined Spaces while maintaining high reliability and durability. High standards of compatibility: compliance with relevant international standards ensures good interoperability with other manufacturers' products and supports a wide range of industrial application needs. Customized service: Parameters such as cable length, pin configuration, and conductor specifications can be customized according to specific project requirements to meet the best match for specific application scenarios

Signal cables are specially designed to transmit low-level electrical signals and are widely used in various fields such as communications, automation control, computer networks, and industrial control systems. The conductor is made of copper or silver-plated copper with good electrical conductivity. Insulation is wrapped around the outside of the conductor to prevent current leakage and short circuits between conductors. Common insulating materials are polyethylene (PE), polyvinyl chloride (PVC) and so on. The shielding layer contains one or more layers of shielding in order to reduce the effect of external electromagnetic interference on the signal: woven copper mesh, aluminum foil, or other forms of metal shielding. The winding layer sometimes has a layer of polymer material as a winding layer, which protects the internal insulation from damage by the shielding layer and enhances the overall mechanical strength of the cable. The outermost protective layer of the sheath resists physical damage, chemical corrosion, and environmental factors. Commonly used sheath materials are PVC and polyurethane (PU). Considering the bending and stretching that may be encountered during installation, cables have great flexibility and strength. Different applications have different requirements for cables, such as whether they need to be resistant to oil, water, dust or fire.

Power cables are cables that are specifically designed to transmit power in industrial environments, and they must be able to withstand more severe operating conditions than ordinary household cables. These cables are commonly used to supply power to heavy machinery, automation equipment, control systems, and a variety of industrial applications that require high current and voltage levels. Durability and Reliability: Manufactured with high-quality materials to withstand harsh operating environments, including chemical corrosion, extreme temperature changes and mechanical stress. High current-carrying capacity: To meet the demands of industrial equipment, these cables typically have a large conductor cross-section to carry higher currents without overheating or damage. Protection: Industrial power cables are equipped with additional protective layers, such as metal armor or shielding, to increase physical strength and reduce the effects of electromagnetic interference. Standardization and Compliance: Following specific standards and codes is critical to ensuring safety.

Data cables are cables specifically designed to support data transmission between various devices in industrial environments. Data cables have special properties to ensure reliable data transmission. Data cables are equipped with a shield, such as a braided shield or a foil shield, to protect the signal from external noise. Good shielding reduces the bit error rate in data transmission and ensures signal integrity. Manufactured with materials that are resistant to oils, chemicals, moisture, and high/low temperatures for long term stability in harsh environments. Transmits data safely and reliably at speeds up to 40 Gbps. Create consistent solutions with a variety of designs, coding and pin assignments.

Bare cables are bulk cables without connectors. Sheath material can be PUR, PVC, TPU, TPE, etc., and cable AWG can be 18-30AWG. provide customers with a variety of choices. Bulk cables include coaxial cables, Cat cables and other cables. These cables are used in various applications including power distribution, telecommunication and data transmission. The advantage of bare cables is their flexibility and versatility. Because they have no insulation or jacketing, they can be used in a variety of environments and applications. In addition, bare cables are often easier to install because they do not require any additional stripping or preparation before use.

Camera Cables support high-speed data transmission, comply with Camera Link standards and other industrial interface specifications, and can meet the needs of real-time processing of high-resolution images in machine vision systems. Excellent performance in application scenarios where images are captured and analyzed quickly and accurately. With integral foil and braided shielding designs, our cables provide superior signal integrity and EMI/RFI protection, ensuring stable signal transmission even in environments with high electromagnetic interference. Adapted to the complex wiring needs of industrial automation, the use of highly flexible materials, after tens of millions or even hundreds of millions of cycles of testing, to ensure long-term reliability in dynamic applications. In addition to a standardized product range, we also offer customized services to adjust cable lengths, connector types and other parameters according to the specific requirements of our customers to ensure the best fit and experience.