Maxxima Ceiling Mount 360° PIR Occupancy Sensor — 120-277V, Indoor High-Ceiling Motion Sensor

Smart, subtle lighting control with Maxxima

The Maxxima Ceiling Mount 360° PIR Occupancy Sensor brings hands-free control to interior lighting, designed for indoor use up to 15 feet high. Its ceiling-mounted design keeps sightlines clear while motion activates lighting to match activity in the space.

Flexible power and load support

Operates across a broad voltage range (120–277 VAC) and handles a wide variety of common lighting loads. This versatility makes it a practical choice for hallways, offices, classrooms, and other interior areas, providing a single sensing solution that can adapt as needs evolve.

• 360° PIR detection delivers broad room coverage for reliable sensing
• Maximum loads: 800W at 120V, 1200W at 277V
• UL Listed for safe indoor use; requires a neutral wire

Personalized sensing for your space

Fine-tune how quickly lights respond, how sensitive the sensor is, and the ambient light level required to trigger illumination. This makes the sensor adaptable to different occupancy patterns and daylight conditions without manual switching.

• Time delay adjustable from 15 seconds to 30 minutes
• Sensitivity and light-level sensing can be calibrated to your environment

What’s included and practical notes

Includes essential mounting hardware and a 1-year warranty. For indoor installation, a neutral wire is required and the unit is designed to integrate with a broad range of fixtures.

Real-world usage scenarios

In a corridor or reception area, lights can turn on as people pass by and automatically dim or switch off after inactivity, reducing manual switching while maintaining comfortable illumination. In shared workspaces or classrooms, the sensor helps maintain consistent lighting levels without constant adjustment.

These features offer practical possibilities to improve comfort and efficiency, with settings you can tailor to your space. It’s designed to be unobtrusive while delivering hands-free operation when motion is detected.