Asennussarja METZ CONNECT 1308895020-I valkoinen

The METZ CONNECT 1308895020-I mounting kit in white is a compact bracket system for installing wall outlets into wall conduits while preserving the required maximum bending radii for copper and fiber optic data cables. The kit is intended to keep data and power cabling separated; brackets can be supplied with a plug-in separation cup to isolate outlet mounting from mains voltage-carrying parts.

Advantages

The mounting bracket provides a space-saving solution for concealed installations and helps maintain cable bend radius requirements for both copper and fiber optic lines. Its design enables neat outlet placement in wall conduits and supports safe separation from mains voltage when used with the optional plug-in separation cup. The white finish ensures a discreet appearance that integrates with common interior colors.

Suitable for

• Installation of wall outlets in wall conduits
• Routing and securing copper data cables while preserving bend radii
• Routing and securing fiber optic cables while preserving bend radii
• Installations requiring electrical isolation between data outlets and mains parts

Key specifications

• Manufacturer: MetzConnect
• Model / MPN: 1308895020-I
• Color: White
• EAN: 4250184105145
• Type: Mounting bracket / mounting kit for wall outlets in wall conduits

How to use

Place the bracket into the wall conduit at the intended outlet position and secure it according to the conduit and outlet manufacturer's instructions. Route copper or fiber optic data cables through the bracket, ensuring the maximum bending radii are not exceeded. If required for safety, fit the plug-in separation cup to isolate the data outlet from mains voltage-carrying parts. Complete the installation by mounting the outlet module to the bracket and finishing the faceplate.

Recommendations

During installation, check cable bend radius requirements for the specific copper or fiber optic cables used and follow local electrical regulations. Use the plug-in separation cup when there is a risk of proximity to mains voltage-carrying components to maintain safe isolation.