Collection: C14 to C13 Cords - V-Lock- APC Compatible, C13 to C14 PDU Cable with V Lock - Black
Maintaining structural reliability in a high-density server rack requires power connections that cannot be easily dislodged. Standard C14 to C13 power links are susceptible to accidental disconnection from physical movement, heavy cable bundling, or localized equipment vibrations. C14 to C13 cords featuring the integrated V-Lock system offer an elegant mechanical locking solution that natively latches with compatible V-Lock PDUs and network inlets. The low-profile black jacket blends cleanly into standard enterprise data center environments, providing a uniform look while protecting mission-critical hardware from sudden power disruptions.
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C14 Plug to C13 Connector 2 Feet PDU Cable with V-Lock- Secure Connection on both ends
C13C14-2-VLOCKRegular price $13.00 USDRegular priceSale price $13.00 USD
Seamless Locking Infrastructure for Enterprise Data Centers
Integrating V-Lock power links into an existing network architecture optimizes uptime and streamlines physical rack management. These professional-grade patch cables deliver several clear functional advantages to network engineers and facilities management teams:
Native V-Lock Interlocking: The specialized connector configuration latches firmly into V-Lock compatible receptacles, preventing accidental extraction without requiring external brackets or retaining clips.
Broad APC Compatibility: Engineered to fit seamlessly with APC Power Distribution Units (PDUs) and similar high-draw enterprise hardware enclosures.
Uniform Cabinet Aesthetics: The low-profile black jacket coordinates perfectly with standard IT hardware and server enclosures for a professional appearance.
Simple, Toolless Release: De-latches quickly via an integrated release catch, allowing technicians to swap or remove equipment during maintenance windows with minimal effort.
Unrestricted Exhaust Airflow: Selecting the exact necessary cable lengths prevents overlapping slack from piling up behind chassis, ensuring efficient heat dissipation and reduced cooling costs.
