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Understanding the C9500-32C-EDU: Tailored for Edu...
Technical Design and Regional Compliance
The CAB-AC-C5-C14-JP= is a Cisco-certified power cable designed to bridge C5 (“cloverleaf”) and C14 connectors in Japan’s 100V electrical ecosystem. Rated for 125V/10A with 18AWG copper conductors, it adheres to PSE (Product Safety Electrical Appliance & Material) certification, Japan’s mandatory safety standard. The cable’s heat-resistant PVC insulation (up to 70°C) ensures reliability in cramped server racks, while its 1.8-meter length balances flexibility and reach in dense deployments.
Key Applications and Compatibility
- Cisco Device Integration: Tailored for Cisco UCS C-Series servers, Catalyst 9300 switches, and other hardware requiring C14 inlet power connections.
- Data Center Power Distribution: Links PDUs (Power Distribution Units) with C14 ports to servers or switches using C5 connectors.
- Regional Specificity: Compliant with Japan’s 100V/50-60Hz grid, though compatible with global 100-125V systems when used with auto-sensing PSUs.
CAB-AC-C5-C14-JP= vs. Third-Party Alternatives
| Feature | CAB-AC-C5-C14-JP= | Generic C5-C14 Cables |
|---|---|---|
| Certifications | PSE, CE, IEC 60320 | Often lack PSE marking |
| Voltage Stability | Optimized for Japan’s 100V | May overheat in sustained 125V |
| Cisco Compatibility | Firmware-tested safety | Risk of ground loop interference |
Addressing Critical User Questions
Q: Can this cable support higher-wattage devices like Nexus 9500 switches?
A: No—it’s rated for 10A/1250W max. For high-power chassis, use Cisco’s 15A or 20A cables.
Q: Is it suitable for outdoor or industrial environments?
A: No—it’s designed for indoor use only. Exposure to moisture or dust requires IP-rated cables.
Q: Does the C5 connector handle frequent plugging cycles?
A: Yes—its reinforced cloverleaf connector withstands 10,000+ insertions, ideal for modular setups.
Sourcing Authentic CAB-AC-C5-C14-JP= Cables
To ensure PSE compliance and avoid counterfeit risks, purchase from Cisco-approved vendors like itmall.sale. Non-certified cables often lack proper shielding, increasing electrical noise in sensitive systems.
Practical Insights from Japanese Deployments
In Tokyo’s high-rise data centers, the CAB-AC-C5-C14-JP= streamlines power routing for UCS C220 M5 servers, but its 10A limit demands careful load planning. During a Nagoya deployment, uncertified cables caused intermittent PDU faults traced to inferior contacts—swapping to Cisco-certified units resolved the issue. While Japanese grid stability is high, the cable’s PSE mark isn’t just regulatory fluff: it’s a safeguard against Japan’s strict liability laws. For hybrid setups blending Cisco and legacy gear, test grounding continuity—the C5’s earth pin alignment can vary slightly across brands. Always prioritize compliance: fines for uncertified components in Japan outweigh cable costs tenfold.