InLine Πολύπριζο 19 ιντσών, 9 θέσεων Schuko, χωρίς διακόπτη, 2 m, μαύρο

The InLine 19" 9-way earthing contact socket strip provides centralized power distribution for 19-inch network cabinets. It includes nine AC outlets with C4 couplers, a fixed 2 m power cable and a grounded design suitable for standard rack-mounted equipment. The housing is made of aluminum and plastic and the unit measures 482.6 mm in width and 45 mm in depth, offering a compact, rack-compatible power solution with a peak power rating of 3680 W.

Advantages

The strip delivers nine grounded AC sockets in a single 19" module, enabling neat and space-saving installation in server racks and network cabinets. Its aluminum and plastic construction combines durability with reduced weight. A 2 m cable allows flexible placement within standard rack layouts, and the 3680 W peak power capacity supports multiple devices simultaneously.

Suitable for

• Powering rack-mounted servers and networking equipment
• Distributing power to switches, patch panels and modems
• Use in data centres, server rooms and network cabinets

Key specifications

• Model: InLine 19" 9-way earthing contact without switch
• Sockets: 9 AC outlets with C4 couplers
• Peak power: 3680 W
• Cable length: 2 m
• Colour: Black
• Material: Aluminum and plastic
• Dimensions: 482.6 mm (W) x 45 mm (D)
• Brand: InLine
• MPN: 16419I
• EAN: 4043718292257

How to use

Install the socket strip into a standard 19" rack rail using the mounting ears supplied. Route the 2 m cable to a suitable mains outlet and connect the plug to an appropriately rated power source. Mount equipment in the rack and connect devices to the individual C4 coupler sockets, ensuring total connected load does not exceed the 3680 W peak rating. Observe normal safety practices when connecting and disconnecting devices.

Recommendations

Ensure the combined power draw of connected devices remains below the specified peak power and distribute high-current loads across multiple outlets. Use the strip in a properly earthed cabinet and avoid overloading; consult an electrician for permanent installations requiring higher power capacity.