Acuity Brands LSXR 650 HVOLT SS LSXR Sensor Switch, 2400W, High Mount 360º & Aisleway, Indoor

Acuity Brands SS LSXR Sensor Switch — Indoor & High Mount 360º & Aisleway

The Acuity Brands LSXR 650 HVOLT sensor switch, finished in indoor white, is a high-performance occupancy sensor designed for commercial and industrial lighting control. This sensor switch operates at 347-480 VAC and supports a load capacity of 2400W. It features a high mount 360º and aisleway coverage pattern, making it ideal for large spaces.

Key Features

• Voltage: Compatible with 347-480 VAC for high voltage environments.
• Load Rating: Supports up to 2400W for various lighting applications.
• Sensor Technology: Utilizes passive infrared (PIR) detection for accurate occupancy sensing.
• Coverage Pattern: High mount 360º and aisleway lens options for flexible detection.
• Neutral Wire: Not explicitly required, simplifying installation.
• Installation: Fixture mount with interchangeable lenses for versatile application.
• Programming: Digital push-button programming for easy setup.
• Dimensions: 3.75'H x 2.50'W x 4.00'D for compact installation.
• Certifications: Complies with UL916 and NEMA WD 7-2011 standards.
• Special Features: Integrated photocell and dimming options available.

Construction & Interface

This sensor switch features a robust construction with a white finish, suitable for indoor environments. It includes a green LED indicator for operational status. Note that the wallplate is sold separately.

Sensor, Smart & Timer Capabilities

The LSXR 650 HVOLT sensor switch offers advanced occupancy sensing with passive infrared technology. It provides high mount 360º and aisleway coverage, ideal for detecting large motion in industrial settings. The sensor includes integrated photocell and dimming options for enhanced energy management.

Wiring & Installation

The sensor switch operates at 347-480 VAC and does not explicitly require a neutral wire, simplifying installation. It is designed for fixture mounting with interchangeable lenses, providing flexibility for various applications. The sensor connects via low-voltage and line-voltage leads.