​​Overview of the CAB-AC-STRT-C19US=​​

The ​​CAB-AC-STRT-C19US=​​ is a heavy-duty power cable designed for Cisco’s high-performance networking and server equipment. It features a C19 connector on one end and a NEMA 5-15P plug on the other, enabling secure power delivery to devices requiring higher current loads.

​​Key Technical Attributes​​

• ​​C19 Connector Compatibility​​: Supports high-power devices like Cisco UCS blade servers or Catalyst 9500 switches.
• ​​Current Rating​​: Built for 16A/250V AC, ideal for data centers with demanding power requirements.
• ​​Robust Shielding​​: Minimizes electromagnetic interference (EMI) to protect sensitive equipment.
• ​​Compliance​​: Meets UL (Underwriters Laboratories) and CSA (Canadian Standards Association) safety certifications.

​​Typical Deployment Scenarios​​

This cable is critical for:

• ​​Data Center Racks​​: Powering clustered servers or high-throughput switches in dense environments.
• ​​Redundant Power Systems​​: Integrating with PDUs or UPS units to ensure uninterrupted operations.
• ​​Industrial Applications​​: Supporting Cisco IoT gateways or ruggedized switches in harsh conditions.

​​Addressing Common Queries​​

​​Is the CAB-AC-STRT-C19US= backward-compatible with C13 outlets?​​

No—the C19 connector is larger than C13 and designed for higher power loads. Adapters are not recommended due to safety risks.

​​Can this cable handle international voltage standards?​​

While the NEMA 5-15P plug is optimized for North American outlets (120V), it can support 240V systems with compatible PDUs.

​​Sourcing Genuine CAB-AC-STRT-C19US= Cables​​

To guarantee performance and safety, purchase authentic cables from authorized suppliers like CAB-AC-STRT-C19US=. Counterfeit alternatives often lack proper shielding and fail under sustained loads.

​​Why Precision Matters in Power Infrastructure​​

In high-density setups, even minor power inconsistencies can cascade into system-wide failures. The ​​CAB-AC-STRT-C19US=​​ isn’t just a cable—it’s a reliability cornerstone. From firsthand experience, cutting corners here risks both hardware longevity and operational continuity.