Lutron Electronics L-SMNT-WH Wireless Processor Shelf Mount

Product Description

The LUTRON ELECTRONICS L-SMNT-WH is a shelf mount accessory designed to support and position a wireless processor in lighting control and automated building systems. It provides a stable, surface-level mounting solution where wall or ceiling mounting is not practical or permitted. The shelf mount keeps the wireless processor elevated and accessible for service, while maintaining a clean, low-profile installation. Electricians and low-voltage controls technicians typically specify this hardware when commissioning Lutron wireless control systems in commercial or residential environments.

The L-SMNT-WH is suited for indoor installations where a wireless processor requires a fixed, stable resting point on a shelf, equipment rack ledge, or similar flat surface. It is a practical choice in mechanical rooms, communications closets, or concealed equipment spaces where processors are co-located with other building controls hardware. The white finish integrates cleanly into standard interior environments.

Key Features

• Provides stable shelf-level mounting for compatible wireless processors
• White finish suitable for standard interior installations
• Designed for indoor environments
• Sold as a single unit, no additional hardware kit required
• Low-profile form factor for use in equipment closets and control spaces

Compatibility

Designed as an OEM-style mounting accessory for compatible Lutron wireless processors used in indoor lighting and building controls applications.

Installation Notes

Installation should be performed by a licensed electrician or qualified low-voltage controls technician in accordance with applicable NEC guidelines. Power down the associated wireless processor and any connected control equipment before securing or repositioning the mount. Ensure the shelf or surface used can adequately support the weight of the processor and any attached wiring. Do not obstruct ventilation clearances around the processor once mounted.