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Encoder Cable (Encoder Cable Quality Assurance On-Demand Customized)

Encoder Cable (Encoder Cable Quality Assurance On-Demand Customized)

Category: Products

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Key Technical Data

Shanghai Suoqi Servo Encoder System Cable Product Details

In the field of industrial automation, the precise operation of servo encoder systems plays a decisive role in the efficient production and stable control of equipment. Among them, cables, as key links for signal transmission, are crucial to performance. Shanghai Suoqi, relying on its profound industry experience and cutting-edge technology, has meticulously developed a series of high-performance servo encoder system cables, providing a solid guarantee for automation upgrades across various industries.

1. Excellent Signal Transmission Performance

High-purity conductors with low signal attenuation

Annealed oxygen-free copper wire with a purity of up to 99.9999% is used as the conductor. This top-grade copper material has extremely low resistance, greatly reducing signal attenuation during transmission, ensuring that key signals such as position and speed sent by the servo encoder maintain high accuracy and integrity even after long-distance transmission. Taking CNC machine tools as an example, during machining, tools must be positioned at the micron level or even more precisely based on encoder signals. Shanghai Suoqi Cable ensures signal distortion, enabling high-precision part processing and improving product quality and production efficiency.

Twisted pair structure, resistant to crosstalk interference

The cable cores use a pair of twisted pair structure designs, which provide excellent crosstalk resistance for differential signal transmission. In complex multi-core cable cabling environments, interference between conductors is effectively suppressed, ensuring that each encoder signal is transmitted pure and stably, providing a reliable data foundation for precise control of servo systems.

2. Outstanding high flexibility and durability

Highly flexible design adapts to complex working conditions

Whether it is for fixed installations or applications where the equipment is frequently moved, this cable can handle it with ease. The conductor is treated with a special process, making it flexible and tough; even after repeated bending and twisting, it will not break. In the joints of industrial robots, where the cable needs to move along complex trajectories with the robotic arm, Shanghai Suoqi servo encoder cables, thanks to their excellent flexibility, can operate stably over the long term, reducing the risk of equipment failure caused by insufficient cable rigidity.

Sturdy and durable, resistant to harsh environments

The outer sheath is made of imported polyurethane (TPU), a material that combines multiple excellent properties such as wear resistance, oil resistance, weather resistance, and resistance to acids and alkalis. In industries such as steel and chemical, workshop environments are filled with oil stains and corrosive gases, and ordinary cables are easily damaged. However, the TPU sheath of this cable can effectively resist these corrosions, maintain the overall performance of the cable, extend its service life, and reduce maintenance costs and equipment downtime.

3. Strong anti-interference capability

Double-layer shielding protection, isolating electromagnetic interference

Equipped with a double-layer structure of aluminum foil shielding and tinned copper wire braided shielding. The aluminum foil shielding can effectively block low-frequency electromagnetic interference, while the tinned copper wire braided shielding has a strong protective ability against high-frequency interference, with a braid density of 85% or more. This ensures that in complex electromagnetic environments, such as strong electromagnetic radiation generated by the simultaneous operation of numerous electrical devices in large factories, the encoder signals transmitted inside the cable are not affected by external interference, guaranteeing stable operation of the servo system and preventing equipment malfunction caused by electromagnetic interference.

Overall shielding optimization to ensure signal stability

Not only does it feature a double-layer shielding structure, but the cable is also optimized as a whole. From the conductor to the outer sheath, the various structures work together to further enhance anti-interference performance, creating a comprehensive protective barrier for encoder signal transmission, ensuring stable and reliable signal transmission under various harsh electromagnetic environments.

4. Flexible customization, adaptable to diverse needs

Rich core count and section selection

Offers a wide range of options from single-core to multi-core (such as 2-core, 3-core, 4-core, 5-core, etc.) to meet the connection needs of different servo encoder systems; The core wire cross-sectional area is wide, from 0.2mm² to 100mm² and even larger, all specifications can be customized, precisely matching different signal transmission and power requirements to ensure accurate encoder signal transmission and stable power supply for related equipment.

Customize special parameters

According to the actual usage scenarios of customers, the rated voltage of the cable can be customized, such as 300/500V, 450/750V, etc., to meet the power supply requirements of different servo systems; the minimum bending radius can also be customized as needed, allowing the cable to be flexibly routed in confined spaces while ensuring that performance is not affected during bending; the temperature resistance range can also be adjusted, for example, -40℃ to 80℃, to meet the stringent requirements of equipment for cables in different seasons and operating conditions.

Shanghai Suoqi's servo encoder system cables, with their outstanding performance, reliable quality, and flexible customization services, have become the ideal choice in the field of industrial automation, helping equipment across various industries achieve high-precision and stable operation, and driving the intelligent production process of the Industry 4.0 era.