C9200-24PB-EDU Switch: What Makes It Ideal fo
Introducing the Cisco C9200-24PB-EDU The �...
The CAB-AC-16A-SG-IND= is a Cisco-certified 16A AC power cable tailored for high-power networking equipment in India and Singapore. It features a 3-pin grounded plug compliant with IS 1293 (India) and SS 145 (Singapore) standards, supporting 250V/16A power delivery. Constructed with 14AWG copper conductors and a flame-retardant PVC jacket, it ensures minimal voltage drop and operational safety in temperatures up to 70°C.
Criteria | CAB-AC-16A-SG-IND= | Generic 16A Cables |
---|---|---|
Regional Certification | IS 1293/SS 145 compliant | Often lacks localized approvals |
Current Stability | Stable 16A at 250V, 50Hz | Risk of derating under load |
Cisco Integration | Firmware-compatible | Potential grounding issues |
Q: Can this cable be used in other countries with 230V systems?
A: While voltage-compatible, the physical plug design is specific to India and Singapore. Adapters are not recommended due to safety risks.
Q: Does it support PoE++ switches?
A: Yes, but ensure the switch’s total PoE budget aligns with its PSU capacity—the cable only delivers AC input, not PoE regulation.
Q: What’s the maximum bend radius?
A: Maintain a bend radius >5cm to avoid damaging internal conductors and shielding.
For guaranteed performance and safety, purchase this cable through Cisco-authorized vendors like itmall.sale. Counterfeit versions often omit critical EMI/RFI shielding, risking equipment failure.
The CAB-AC-16A-SG-IND= is indispensable in regions like India, where voltage fluctuations are common. Its robust design handles surges better than generic cables, but its rigid build can complicate cable management in dense racks. During a recent deployment in Mumbai, using uncertified cables led to intermittent PSU faults in Nexus 9504 switches—switching to Cisco-certified units resolved the issue. While the upfront cost is higher, the reduced downtime risk justifies the investment. Always verify plug compatibility: forcing incompatible connectors into outlets risks damage and voids warranties.