InLine® Mains Adapter Cable IEC C14 to Schuko Socket, 2m, Black

In server rooms and network cabinets, devices with Schuko plugs often need to connect to power distribution units or UPS systems that only offer IEC C14 outlets. This InLine® mains adapter cable solves that problem: it converts an IEC C14 inlet into a standard earthing contact socket (Schuko), allowing you to safely power equipment such as monitors, small appliances, or IT peripherals from a C14 source. With a length of 2 metres, it provides flexibility in tight rack environments or under desks.

Key specifications

• Connector 1: IEC 60320 C14 male plug (threaded)
• Connector 2: CEE 7/3 Schuko female socket (earthing contact)
• Cable length: 2 m
• Rated voltage: 250 V AC
• Rated current: 10 A
• Conductor cross-section: 3 x 1.0 mm²
• Cable standard: H05VV-F
• Jacket material: PVC
• Colour: Black
• Compliance: CE, RoHS

Why choose it

The threaded C14 connector ensures a secure, vibration-resistant connection, preventing accidental disconnection in critical applications. The cable uses high-quality copper conductors with a 1.0 mm² cross-section, supporting up to 10 A for reliable power delivery. The robust PVC jacket offers durability and flexibility, while the earthing contact socket provides essential grounding for safety. This adapter cable meets CE and RoHS standards, guaranteeing compliance with European regulations.

Ideal use cases

• Connecting a monitor with a Schuko plug to a UPS or PDU with C14 outlets in a server rack.
• Powering small office devices like printers or scanners from a C14 power strip.
• Extending the reach of a C14 outlet to a convenient location for a Schuko device.
• Use in workshops or labs where equipment with Schuko plugs needs to connect to C14-equipped power sources.

Good to know

The cable is rated for operation in temperatures from -10°C to +70°C, making it suitable for various environments. It is a single pack, and the black colour blends seamlessly into most setups. Always ensure the total connected load does not exceed 10 A to maintain safety.