Product Overview
Secure your critical power connections with our Model IEC-13C Locking Power Spiral Cable. This specialized PVC coiled cable combines the safety of a locking mechanism with the flexibility of a retractile cord, making it ideal for medical devices, industrial machinery, and server racks where accidental disconnection is not an option. The assembly features a standard IEC C13 connector on one end and a C14 inlet connector on the other, with a distinct red locking latch visible on the C13 side to ensure a tight, vibration-resistant fit. The integrated spiral cable section absorbs movement and tension, preventing strain on the connectors and extending the lifespan of your equipment. This coil cord is a premium solution for environments requiring both mobility and absolute power security.
Key Features & SEO Keywords
  • Locking Mechanism: Prevents accidental unplugging in high-vibration or high-traffic areas.
  • Retractable Design: The PVC spiral cable section keeps workspaces tidy and prevents tripping hazards.
  • Universal Compatibility: Standard IEC 60320 C13/C14 interface fits most computers, monitors, and power supplies.
  • Durable Construction: High-quality PVC coiled cable jacket resists abrasion and chemicals.
  • Safety First: Ideal for tool safety lanyard applications where drop prevention is key.
Technical Specifications & Wiring Configuration
Connector Type Wire Color Code Conductor Material Jacket Material Locking Feature Application Scenario
IEC C13 (Female) Brown (L), Blue (N), Yellow/Green (E) Tinned Copper PVC Red Latch Lock Device Side (Equipment)
IEC C14 (Male) Brown (L), Blue (N), Yellow/Green (E) Tinned Copper PVC Standard Friction Power Source Side (PDU/Wall)
Spiral Section N/A (Integrated) N/A PVC N/A Strain Relief / Extension
Note: The wiring configuration strictly follows the international standard for IEC 60320 cables: Brown for Live (L), Blue for Neutral (N), and Yellow/Green for Earth/Ground (E). The retractable coil cord section is seamlessly molded into the cable assembly to ensure maximum durability at the stress points.