Product Main Parameters
Parameter | Specification |
---|
Conductor | Fine-stranded copper |
Insulation | PVC |
Shielding | Tinned copper wire braid |
Outer Sheath | Flame-retardant PVC |
Application | Industrial Automation |
Common Product Specifications
Specification | Details |
---|
Conductor Material | Bare Copper |
Insulation Material | PVC, LSZH |
Jacket Material | PVC, LSZH |
Shielding Coverage | 110% |
Product Manufacturing Process
According to authoritative insights on cable manufacturing, YSLCY cable production involves several key processes: 1. Copper Drawing: Raw copper is drawn into fine strands to ensure flexibility. 2. Twisting: Strands are twisted into pairs to maintain signal integrity. 3. Insulation: Each twisted pair receives a PVC insulation layer, crucial for minimizing crosstalk. 4. Braiding: A tinned copper wire braid is applied for shielding against EMI. 5. Jacketing: The final PVC sheath is extruded for environmental protection. These steps ensure that China YSLCY cables meet stringent quality standards for industrial use.
Product Application Scenarios
YSLCY cables are indispensable in industrial environments, renowned for their flexibility and EMI protection. Authoritative studies highlight their use in: 1. Automation: Ideal for connecting sensors and actuators due to their flexible design. 2. Machine Tools: Essential for machinery with constant motion, minimizing cable fatigue. 3. Control Panels: Used extensively for data and signal transmission, ensuring efficient system operations. By ensuring reliability in these scenarios, China YSLCY cables enhance productivity and safety.
Product After-Sales Service
- Comprehensive warranty coverage.
- Dedicated customer support team in China.
- Prompt response to technical inquiries and installation support.
Product Transportation
- Secure packaging for long-distance transport.
- Efficient delivery network, mainly through Ningbo port.
- Tracking available for all shipments.
Product Advantages
- High flexibility allows installation in tight spaces.
- Superior EMI protection due to tinned copper braiding.
- Durability in harsh environments thanks to robust PVC sheath.
- Wide industrial applicability with reliable performance.
Product FAQ
- What makes China YSLCY cable unique? The combination of fine-stranded copper conductors and robust shielding ensures flexibility and EMI protection, ideal for industrial settings.
- Can YSLCY cables withstand harsh environments? Yes, the PVC sheath offers excellent protection against chemicals, moisture, and physical damage.
- Are these cables suitable for automation systems? Absolutely, their flexibility and durability make them ideal for connecting sensors and actuators.
- What is the typical lifespan of a YSLCY cable? With proper installation, YSLCY cables can last several years, providing reliable performance.
- How does the shielding improve performance? The tinned copper braid minimizes electromagnetic interference, preserving signal integrity in noisy environments.
- Do you offer customization options? Yes, custom lengths and configurations are available to suit specific project needs.
- What certifications do China YSLCY cables have? Our cables meet CE, RoHS, and ISO9001 standards, ensuring quality and safety.
- Are these cables flame-retardant? Yes, the PVC outer sheath includes flame-retardant properties for added safety.
- How do I install YSLCY cables? Installation guidelines are provided with purchase, and our support team is available for assistance.
- What industries commonly use YSLCY cables? They are often used in automation, manufacturing, and robotics due to their versatility.
Product Hot Topics
- China's YSLCY cable technology advances have transformed industrial connectivity. With enhanced EMI protection, these cables ensure signal integrity amidst heavy machinery and fluctuating power sources. Their robust construction makes them ideal for extreme environments, offering unprecedented reliability and efficiency.
- Investing in China YSLCY cables is a sound decision for businesses aiming to future-proof their infrastructure. These cables excel in diverse applications, from automated processes to complex robotic systems, ensuring seamless data and power transmission while minimizing downtime.
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