Product Overview

Leviton motion sensors enhance residential energy efficiency by automatically controlling lighting and HVAC systems. The manual details installation, operation, and maintenance procedures, with reference to multimedia assetsatlink.Current release: 07/26/2026 15:42:46.

1.1 Device Specifications

Leviton’s motion sensor is a compact unit for residential and light commercial use. It runs on 120 V AC mains, up to 0.5 A. The detection range spans 0–30 ft, defaulting to 15 ft with a 120‑degree field. It supports 3‑way, 4‑way, or 5‑way switching, integrating with single‑pole, double‑pole, or multi‑wire circuits. Rated for indoor use only, the IP20 enclosure protects against dust and accidental contact. The sensor is compatible with Leviton’s 5‑way control protocol and the Smart Home system via Zigbee or Z‑Wave modules. Power consumption is 0.2 W in standby and 0.8 W during motion detection. It includes a 12‑month warranty and meets CE, UL, and FCC certifications. Dimensions are 4.5 in (height) × 2.5 in (width) × 1.2 in (depth), weighing 0.8 lb. A mounting bracket allows wall or ceiling installation. The sensor can be powered by a standard 120 V AC adapter or a compatible battery pack for backup. Firmware is updatable through the Leviton Smart Home app, enabling upgrades and configuration changes without physical access. An LED status indicator shows power (green), motion detection (amber), and error (red). Operating temperature ranges from –20 °C to 60 °C, tolerating up to 95 % RH. Installation requires a neutral wire, ground, and a switched load. Internal components include a MEMS accelerometer, a 2‑channel photodiode array, and a microcontroller that processes motion events and controls the output relay. Compliance with safety standards ensures reliable operation in homes daily

1;2 Supported Environments

Leviton motion sensors are engineered for a wide range of residential and light commercial settings. They perform reliably in typical home interiors such as living rooms, bedrooms, hallways, and kitchens where ambient lighting and temperature remain within 20–25 °C. The devices also support integration with smart home hubs, allowing operation in environments equipped with Zigbee, Z‑Wave, or Wi‑Fi bridges. For commercial use, the sensors are suitable for small offices, retail displays, and conference rooms, provided the power supply is 120 V AC and the wiring meets local electrical codes. The sensor’s 30‑foot detection range and 120‑degree field of view accommodate both low‑traffic corridors and larger open spaces. In HVAC control scenarios, the unit can trigger temperature setpoint adjustments when motion is detected, helping to maintain energy efficiency in occupied zones. The sensor’s IP20 rating limits use to indoor applications; it should not be installed in damp or wet locations such as bathrooms or basements with high humidity. The device is compatible with both single‑pole and multi‑wire circuits, making it adaptable to existing wiring configurations. Additionally, the sensor can be paired with Leviton’s 5‑way control system for advanced lighting automation, supporting up to 15 switches per zone. Overall, the product is designed for environments where reliable motion detection, low power consumption, and seamless integration with existing home automation platforms are required. UL, CE, FCC compliant and safety.

Installation Guide

Follow Leviton’s quick‑start steps: verify power, disconnect mains, mount sensor on a wall or ceiling using the supplied brackets, connect to 120 V AC, and test motion detection. Ensure proper clearance from obstructions and secure all wiring per local codes. All steps comply with UL. Safe. OK

2.1 Pre-Installation Checklist

Before installing a Leviton motion sensor, gather the following items and verify conditions to ensure a safe, compliant, and efficient setup:

• Qualified electrician or licensed installer.
• Leviton motion sensor kit (model, mounting brackets, screws, and wiring).
• 120 V AC power source with proper circuit breaker protection.
• Voltage tester, wire stripper, and crimping tool.
• Insulation resistance tester (optional but recommended).
• Compliance documents: UL listing, local code references, and Leviton installation guide.
• Clear mounting location: wall or ceiling, unobstructed, within sensor range.
• Proper clearance from heat sources, vents, or moisture‑prone areas.
• Safety gear: gloves, safety glasses, and a lock‑out/tag‑out kit.
• Backup power source or battery if the sensor is part of a critical system.
• Documentation: installation log, warranty card, and contact information for Leviton support.

Confirm that the wiring meets the Leviton specifications: use 14‑AWG or 12‑AWG copper conductors, secure connections, ding. Verify that the circuit breaker rating matches the sensor’s current draw. Ensure the mounting surface is structurally sound and capable of supporting the sensor’s weight. After mounting, perform a quick test to confirm motion detection and connectivity before finalizing the installation. Follow Leviton safety guidelines now!!.

2.2 Mounting Instructions

Mounting a Leviton motion sensor requires precision and adherence to safety standards. Begin by selecting a location that is 6 to 8 feet above the floor, ensuring the sensor’s field of view covers the intended area. The sensor must be mounted on a stable surface, such as a wall or ceiling, and should not be placed near heat sources, vents, or moisture‑prone zones. Use the supplied mounting bracket or a compatible wall plate that can support the sensor’s weight and dimensions. Verify that the bracket is anchored to a stud or a masonry anchor rated for the sensor’s load; this prevents sagging or accidental detachment. Prior to any wiring, turn off the power at the circuit breaker and confirm the absence of voltage with a reliable tester. Strip the ends of the line (L) and neutral (N) conductors, and twist them together with a wire nut, ensuring a secure connection. Attach the sensor’s terminals to the corresponding wires, observing correct polarity; the L terminal should connect to the line wire, and the N terminal to the neutral. Tighten the terminal screws firmly but avoid overtightening, which can damage the contacts. Slide the sensor onto the bracket, aligning its face with the mounting surface; the sensor’s sensor face should be level and unobstructed. Secure the sensor with the mounting screws, tightening them until the sensor is flush against the bracket. If the sensor is installed outdoors, apply a weather‑proof sealant around the mounting edges to protect against moisture ingress. Ensure proper grounding!!

Operation and Settings

Activate the sensor by connecting power, then press the setup button to enter programming mode. Use the LED to confirm status. Adjust sensitivity and timeout via the dial. Save changes by holding the button until the LED blinks twice. Reset via reset button, now.

3.1 Power and Battery Management

Leviton motion sensors are powered by a 120 V AC mains supply, drawing a maximum of 10 W. The device uses a high‑efficiency switching regulator to maintain a stable 5 V DC rail, minimizing heat and extending component life. For installations lacking mains access, a 3.6 V Li‑Ion battery pack (2000 mAh) provides up to 48 hours of autonomous operation under typical motion‑triggered duty cycles. Battery status is displayed by the built‑in LED: steady green indicates full charge, flashing amber signals low battery, and solid amber warns of replacement. Replacement batteries are supplied in a sealed cartridge; users must remove the rear panel, insert the new battery, and re‑seal the cover. The sensor automatically enters a low‑power sleep mode when no motion is detected for a configurable period (default 30 minutes). During sleep, the device consumes less than 0.5 mA, preserving battery life. Users can manually trigger a power‑on sequence by pressing the power button once; the sensor will power up, perform a self‑diagnostic, and return to normal operation. If mains power is lost, the sensor switches to battery mode, maintaining functionality until the battery reaches critical voltage. The manual recommends periodic checks of the battery connector for corrosion and cleaning with a dry cloth to ensure reliable contact. The power management system includes over‑current protection; if a fault causes current to exceed 2 A, the device will shut down to prevent damage. Users should verify that the circuit breaker rating matches the sensor’s specifications to avoid Finally, the manual advises storing the sensor in a cool, dry environment when not in use; temperatures above 50 °C can degrade battery performance and shorten lifespan.

3.2 Sensor Calibration

Leviton motion sensors feature an integrated calibration routine that adjusts detection thresholds to local environmental conditions. To initiate calibration, press the Cal button located on the front panel for 3 seconds until the status LED blinks rapidly. The sensor will then enter calibration mode, during which it records ambient motion levels over a 60‑second period. After completion, the LED will flash twice to confirm success. Users can fine‑tune sensitivity via the web interface: navigate to Device Settings → Motion Sensitivity and select one of the three presets—Low, Medium, High. For custom adjustment, enter a numeric value between 0 and 100; 0 disables motion detection, 100 maximizes sensitivity. The manual recommends performing calibration in the intended operating area, ensuring that typical occupancy patterns are represented. If the sensor triggers false positives, increase the threshold; for missed detections, lower it. Calibration data is stored in non‑volatile memory, persisting across power cycles. To reset calibration, press Cal for 5 seconds until the LED blinks slowly, then re‑run the routine. The sensor also supports automatic calibration every 24 hours when connected to a network; enable this feature in the Advanced Settings panel. Finally, verify calibration by observing the sensor’s response to a controlled motion event; adjust as needed to achieve optimal performance. xxxxxxxxxxxxxxxxxxxxxxxxxx

3.3 Connectivity Options

Leviton motion sensors provide multiple wireless interfaces to integrate seamlessly into modern smart‑home ecosystems. The primary protocol is Zigbee‑Pro, which offers low‑power, mesh‑capable communication with a dedicated Leviton gateway or any compatible controller. To pair, press the Pair button for 5 seconds; the LED will flash amber until the gateway acknowledges the device. Once paired, the sensor publishes motion events to the controller’s event bus, allowing triggers for lights, HVAC, or security systems. The sensor also supports Z‑Wave S2, enabling direct communication with Z‑Wave controllers without a hub. Pairing follows the same 5‑second button press, after which the sensor appears in the controller’s device list. For environments that require Wi‑Fi connectivity, the sensor can be bridged via the Leviton Smart‑Home Hub, which translates Zigbee/Z‑Wave traffic to a 2.4 GHz Wi‑Fi network. The hub also exposes a RESTful API, allowing developers to create custom integrations or monitor sensor status in real time. Bluetooth Low Energy (BLE) is available for proximity‑based triggers; the sensor broadcasts a unique identifier that can be captured by smartphones or BLE‑enabled smart‑home assistants. Firmware updates are delivered over the air (OTA) through the hub or controller, ensuring the sensor remains secure and feature‑rich. For advanced users, the sensor offers a serial UART interface for direct debugging or integration with proprietary systems.xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

Maintenance and Troubleshooting

Keep the sensor enclosure clean with a dry cloth. Replace batteries when LED flashes red. If motion is missed, adjust sensitivity via controller. Reset by holding button 10 s until LED blinks. Contact Leviton for firmware updates. If the LED remains red for 30 seconds, replace the battery pack .!

4.1 Cleaning and Replacement

Regular cleaning keeps the sensor’s optical sensor and infrared emitter free of dust, ensuring reliable motion detection. Use a soft, lint‑free cloth or a microfiber duster; avoid abrasive materials or solvents that could damage the housing. Gently wipe the front face, sensor window, and mounting plate.

Battery replacement is straightforward; The sensor uses a standard 3‑V coin cell (CR2032) that should be replaced when the LED indicator flashes red or when the sensor stops responding. If the sensor still fails to detect motion, replace the battery again, as a faulty cell can cause intermittent operation.

For sensors that support a rechargeable battery pack, follow the manufacturer’s guidelines for charging cycles. The sensor’s LED will flash green while charging and turn off once fully charged. Do not disconnect the pack during charging; doing so can reset the sensor’s internal clock and require a full reset.

When the sensor’s housing shows signs of wear or cracks, replace the unit. Leviton offers a drop‑in replacement kit that includes a new sensor body, mounting hardware, and a quick‑connect cable. Install the new unit by aligning the mounting holes, securing with screws, and connecting the cable to the existing wiring. Verify operation by walking in front of the sensor; the LED should flash briefly and the connected load should activate. Firmware updates are via the control panel today.

Always refer to the Leviton product data sheet for specific cleaning solutions and replacement part numbers. The manual also provides a troubleshooting flowchart that can help diagnose issues related to cleaning or battery replacement. Following these steps will extend the sensor’s lifespan and maintain optimal performance.

4.2 Common Issues and Fixes

Leviton motion sensors may show false triggers, missed detections, or silent operation. Follow this concise troubleshooting flow:

False triggers: Check for reflective surfaces or bright lights. Re‑position the unit or add a matte shield. Reduce sensitivity via the control panel if needed.

No detection: Verify battery voltage; replace the CR2032 cell if low. Ensure wiring is secure and the sensor angle is 30°–45°. Perform a hard reset by disconnecting power for 30 s.

Silent operation: If the LED stays off, reset the unit and update firmware through the Leviton app or web interface. Confirm the receiver is powered and within range for wireless models.

Environmental factors: High humidity or temperature extremes can impair performance. Install in a climate‑controlled area and seal the enclosure against moisture. Replace the housing if corrosion is visible.

Document each step. If issues persist, contact Leviton support for warranty service.

If the sensor reports code 0xA1, it indicates a firmware mismatch; reinstall firmware. If code 0xB3 appears, check the antenna alignment. Use the calibration routine found under Settings → Calibration to fine‑tune detection range. Finally, verify that the power supply is within ±5% of the rated voltage; a fluctuating supply can cause intermittent failures.

Keep firmware backups before updates to avoid data loss.

Warranty and Support

Leviton offers a 2‑year limited warranty covering manufacturing defects. For repairs, contact local authorized service centers. Technical support is available 24/7 via phone, email, or live chat. Keep the purchase receipt for warranty claims. Warranty claims processed.!!

5.1 Warranty Terms

Leviton provides a two‑year limited warranty on all motion sensors, covering defects in materials and workmanship under normal residential use. The warranty is effective from the date of purchase and is non‑transferable. It does not cover damage caused by improper installation, misuse, or accidental impact.

To file a claim, retain the original receipt and contact the local Leviton service center. A technician will inspect the unit; if covered, the sensor will be repaired or replaced at no cost. If the defect is outside the warranty period, a repair fee applies.

Warranty coverage includes:

• Internal circuitry failures
• Sensor misalignment due to manufacturing error
• Power supply issues within specified voltage range

Exclusions:

• Physical damage from drops or water exposure
• Modifications that alter sensor functionality
• Use in commercial or industrial settings

Leviton reserves the right to modify warranty terms with prior notice. For detailed terms, consult the full warranty booklet or visit the official Leviton website. All claims must be submitted within 30 days of defect discovery.

Customers may request a replacement unit if the sensor fails within the warranty period. Warranty service is coordinated through Leviton support portal, where a technician will schedule a visit or provide shipping label for return. All warranty claims are processed within 10 days, ensuring downtime!!