UL11627 High temperature resistance UL-Certified Cable

UL11627 Cable Advantages  
Cross-Linked Insulation with Shielding: XLPE insulation resists high-temperature aging, shielding layer effectively suppresses electromagnetic interference  
Higher Temperature Resistance: 105°C long-term temperature capability, suitable for signal transmission in heating environments  
Dual North American Certification: Simultaneously passes UL and cUL certification, enabling access to U.S. and Canadian markets  
Signal Integrity Assurance: Shielding structure reduces crosstalk and external interference, suitable for precision signal applications  
Flame Retardant Safety Compliance: Passes VW-1 test, meeting North American equipment safety standards  

UL11627 Cable Selling Points  
Standard Shielded Signal Cable for North America: Widely used for anti-interference internal wiring in industrial control equipment and medical instruments in the U.S. and Canadian markets  
Dual-Certified Shielded Cable: UL + cUL certification supports rapid entry into the North American high-end equipment market  
Plug-and-Play Shielding Solution: Compatible with U.S. standard shielded connectors, meeting FCC/CE electromagnetic compatibility requirements  
Reliable and Durable Anti-Interference Choice: XLPE insulation has a long service life, shielding structure remains effective over time  
Complete Specifications and Stable Supply: Common AWG sizes (28–18 AWG) are well-stocked, supporting project requirements  

UL11627 Cable Application Scope  
Industrial Control Signal Transmission: Shielded cables for internal encoders and communication buses in PLC and servo systems in U.S. and Canadian markets  
Internal Wiring for Medical Equipment: Low-noise signal transmission lines inside monitors and diagnostic equipment  
Shielded Wiring for Test Instruments: Shielded connections for oscilloscope probe cables and internal data acquisition systems  
Anti-Interference Wiring in Communication Equipment: High-frequency signal shielded cables inside base stations and switches  
Repair and Replacement for Precision Equipment in North America: Specialized shielded cables for precision equipment repairs in U.S. and Canada  
Compliance Certifications: UL, cUL (Canada), ROHS

Conductor: Ultra-fine annealed copper conductors (typically Class 6 or higher), utilizing special stranding methods (e.g., layered, bundled) to maximize bending lifespan.  
Insulation Material: Specialized thermoplastic elastomer or cross-linked polyolefin, combining high flexibility, abrasion resistance, oil resistance, and tear resistance.  
Core Structure: Multi-core integration, typically including power, control, signal, bus, and even fiber optic units, with a highly compact structure. Cores are often twisted-pair or star-quad to reduce crosstalk.  
Inner Sheath/Filling: High-strength, low-friction inner sheath or filling material, used to secure core positions and reduce internal friction and torsional stress.  
Shielding: Tin-plated copper braid shield or aluminum foil + braid composite shield, with extremely high coverage (typically >85%), ensuring shielding continuity during movement.  
Outer Sheath: High-strength polyurethane or specially modified PVC/PUR, featuring extremely high abrasion resistance (e.g., >5 million cycles), oil resistance, chemical corrosion resistance, and tear resistance.  
Rated Voltage:300V or 600V (common).  
Long-term Operating Temperature:** -15°C to +90°C (some models can reach 105°C or withstand low temperatures down to -40°C).  
Minimum Bending Radius: Fixed installation: 6 × D; mobile installation (in cable carriers): 7.5 × D to 10 × D (D: cable outer diameter).  
Bending Lifespan: In cable carriers: >5 million cycles (specifics depend on travel distance, speed, bending radius; a core metric).  
Torsional Lifespan: Capable of withstanding continuous torsion of ±180° to ±720° per meter (suitable for robotic arms).  
Flame Retardant Rating: Typically complies with UL VW-1 or CSA FT1. Some models meet higher requirements.