Extension kit Netatmo NDL-E45 smart lock accessory

Extension kit for the Netatmo Smart Door Lock that adjusts the external length to match door thickness. The kit is designed for outdoor thickness of 45 mm and includes an external stainless steel extension to extend the lock's reach. The Extension Kit is compatible only with the Netatmo Smart Door Lock (sold separately) and is intended to ensure correct fit and reliable operation when the door is thicker than the lock's standard reach.

Advantages

The external extension is made from durable stainless steel for corrosion resistance and long-term use. The kit provides a precise adjustment to accommodate doors with 45 mm outdoor thickness, helping to maintain the lock's functionality and security features. It is a purpose-made accessory that integrates with the Netatmo Smart Door Lock without modifying the original device.

Suitable for

• Doors with an outdoor thickness of 45 mm
• Netatmo Smart Door Lock owners needing extended external length
• Retrofits where the existing lock cannot reach the outside surface

Key specifications

• Brand: Netatmo
• Model / MPN: NDL-E45
• EAN: 3700730505055
• Designed outdoor thickness: 45 mm
• Material: stainless steel (external extension)
• Compatibility: Works exclusively with Netatmo Smart Door Lock (sold separately)

How to use

Remove the existing external cover or component of the Netatmo Smart Door Lock according to the lock's installation instructions. Fit the stainless steel external extension from the kit to reach the door's outer surface at the specified 45 mm thickness, then reassemble the external parts ensuring secure mounting and correct alignment. Verify operation of the lock after installation to confirm reliable engagement and sealing.

Usage recommendations

Install the extension kit following the Netatmo Smart Door Lock manual or have it fitted by a qualified installer. Check that the door thickness matches the kit specification (45 mm) and inspect the extension and mounting for secure attachment and corrosion-free surfaces periodically.