Sonoff 3-násobný rám vypínača M5-80 biely, nástenný, pre 3 moduly

Frame for switch M5 80 triple 3-fold SONOFF M5-3C-80-FW (white). The wall-mounted Sonoff 3-Gang Switch Frame M5-80 is designed to hold three rocker modules in a single-gang opening, providing a neat white finish compatible with Sonoff M5-80 switches. Constructed to match the dimensions of the M5 series, it offers a precise fit and an unobtrusive appearance for residential or light commercial interiors.

Advantages

The frame is made from fire-resistant PC V0 material, which combines temperature resistance with long-term durability and safety. It is tailored specifically for Sonoff M5-80 modules to ensure correct alignment and stable mounting. The white color provides a neutral, modern look that integrates with most interior styles while concealing module edges for a tidy installation.

Suitable for

• Holding three Sonoff M5-80 rocker/switch modules in one gang opening
• Residential wall installations requiring a triple switch layout
• Light commercial interiors where a uniform white finish is needed

Key specifications

• Manufacturer: Sonoff
• Model: M5-3C-80-FW
• Dimensions: 228 x 86 x 14.8 mm (length x width x height)
• Packaging dimensions: 230 x 88 x 16 mm
• Weight Net/Bru: 50 g / 56 g
• Color: White
• Material: Fire resistant PC V0
• Compatibility: M5-80 Sonoff switches

How to use

Install the frame over the prepared single-gang opening after mounting the three compatible Sonoff M5-80 rocker modules according to their installation instructions. Align the frame so the module rockers operate freely, then secure it in place following the switch module mounting method used (screws or snap-fit, depending on the modules). Verify that all modules sit flush with the frame and test each switch for correct operation.

Recommendations

Use with Sonoff M5-80 series rocker modules only. Ensure electrical power is turned off before installing or removing modules. Clean the frame with a soft, dry cloth and avoid abrasive cleaners to preserve the finish and material properties.