InLine Power adapter cable, IEC-60320 C20 to C13, 3x1.5mm², max. 10A, 2m

This InLine power adapter cable IEC-60320 C20 to C13 16659D 2m provides a reliable connection between a C20 outlet and devices equipped with a C13 inlet. The cable supports currents up to 10 A, uses a 3x1.5 mm² conductor configuration and is 2 metres long. Its black PVC jacket and IEC-60320 connectors are intended for use with power supplies, UPS units, servers, network equipment and other devices that require a C13 input while the power source provides a C20 socket.

Advantages

The cable combines a flexible 2 m length with a solid 3x1.5 mm² conductor for stable power delivery up to 10 A. Both connectors comply with IEC-60320 dimensions, ensuring compatibility with standard C20 and C13 sockets. The black insulating sheath resists abrasion and is suitable for rack and floor installations where a discreet appearance and durable construction are required.

Suitable for

• Connecting power supplies, UPS units or PDUs with C20 outlets to devices with C13 inlets
• Server racks and data cabinets in office and data center environments
• Network equipment, switches and routers that accept C13 power cords
• Workstations, monitors and other office devices when a C20 feed is available

Key specifications

• Cable length: 2 m
• Connector A: IEC-60320 C20 (coupler)
• Connector B: IEC-60320 C13 (coupler)
• Conductor configuration: 3 x 1.5 mm²
• Rated current: up to 10 A
• Colour: Black

How to use

Insert the C20 connector into the power source or PDU outlet that accepts an IEC-60320 C20 plug, and connect the C13 end to the appliance's power inlet. Ensure both ends are fully seated and that the cable is routed to avoid sharp bends, pinch points or contact with hot surfaces. Before use, confirm the appliance's required current does not exceed the cable's 10 A rating. Do not attempt to modify connectors or the cable assembly.

Recommendations

For safe and long-lasting operation, avoid placing heavy objects on the cable, keep it away from moisture and chemicals, and perform periodic visual inspections for insulation damage. Use the cable within its rated temperature and current limits and replace it if any damage is observed.