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The DLR56-5-FRAME is designed to lower the overall system cost of installing the DLR56v5 in new construction applications and is suitable for use in residential and commercial applications.

The NICOR Roughin Templates are designed for use with canless (remote driver) LED downlights. Engineered to streamline the roughin phase, it functions as both a precise cutting guide and a wiring location indicator, ensuring accurate placement with added support before drywall installation. Constructed from durable galvanized steel, these templates mount easily to ceiling joists or rafters and help maintain alignment across multiple fixtures. Available in multiple sizes to accommodate 2” through 8” downlights, as well as a multi-size option, the series enhances installation efficiency and consistency across a wide range of compatible NICOR fixtures.

The NICOR Roughin Templates are designed for use with canless (remote driver) LED downlights. Engineered to streamline the roughin phase, it functions as both a precise cutting guide and a wiring location indicator, ensuring accurate placement with added support before drywall installation. Constructed from durable galvanized steel, these templates mount easily to ceiling joists or rafters and help maintain alignment across multiple fixtures. Available in multiple sizes to accommodate 2” through 8” downlights, as well as a multi-size option, the series enhances installation efficiency and consistency across a wide range of compatible NICOR fixtures.

The NICOR Roughin Templates are designed for use with canless (remote driver) LED downlights. Engineered to streamline the roughin phase, it functions as both a precise cutting guide and a wiring location indicator, ensuring accurate placement with added support before drywall installation. Constructed from durable galvanized steel, these templates mount easily to ceiling joists or rafters and help maintain alignment across multiple fixtures. Available in multiple sizes to accommodate 2” through 8” downlights, as well as a multi-size option, the series enhances installation efficiency and consistency across a wide range of compatible NICOR fixtures.

The LED Emergency Outdoor Full Cutoff combines 90-minute emergency lighting with a low-profile, architectural design. The EOF is designed for outdoor use, with an optional cold-weather kit for added reliability in northern climates. The EOF comes standard with a photocell and wall switch, allowing users added energy efficiency and the ability to control the light from a switch, with an optional motion sensor adding even more energy efficiency. A non-emergency unit is available for locations not requiring battery-backup, providing a uniform look for all fixtures.

The LED Emergency Outdoor Tear Drop combines 90-minute emergency lighting with a low-profile, architectural design. The EOT is designed for outdoor use, with an optional cold-weather kit for added reliability in northern climates. The EOT comes standard with a photocell and wall switch, allowing users added energy efficiency and the ability to control the light from a switch. A non-emergency unit is available for locations not requiring battery-backup, providing a uniform look for all fixtures.

The 12300A-LED features IDEAL connections that allows for quick, snap-in connection for NICOR 2” D-series LED downlights. Suitable for new construction in residential and commercial applications. IC rated. Suitable for direct contact with insulation.

The DLQ5 Square Series is a modern architectural solution for lighting commercial, retail, and institutional spaces in the new construction market where high efficiency, low energy lighting is desired. Utilizing high efficiency LED technology to balance color for natural white light and offering greater than 90 CRI, the high efficacy and exceptional color rendering make this luminaire an ideal choice for corridors, conference rooms, lobbies, and large offices. Constructed with a durable galvanized steel frame and adjustable hanger bars, the DLQ5 Series fits securely and installs easily into most any space.