This manual guides users through Leviton motion sensor installation, configuration, and troubleshooting, ensuring optimal performance for energy efficiency and convenience in various spaces.
1.1 Overview of Leviton Motion Sensors
Leviton motion sensors, such as the DOS02, DVS02, DOS05, and DVS05 models, are designed to provide motion-activated lighting control, enhancing energy efficiency and convenience. These sensors detect movement and automatically turn lights on or off, making them ideal for spaces like basements, closets, and garages. They offer features like adjustable sensitivity, timer settings, and coverage areas up to 30×30 feet. Some models, like the DOS05, include a warm-up period before activation. Leviton sensors also support remote control options for 3-way configurations, ensuring flexibility and ease of use while maintaining a sleek, modern design.
1.2 Importance of Proper Installation and Configuration
Proper installation and configuration of Leviton motion sensors are crucial to ensure reliable operation, safety, and energy efficiency. Incorrect wiring or setup can lead to issues like false activations or sensor malfunction. Following the manual’s guidelines ensures optimal performance, preventing unnecessary energy waste and enhancing convenience. Correct installation also avoids potential hazards, such as electrical shock or fire risks. Proper configuration aligns sensor settings with your space’s needs, ensuring lights function as intended. Always consult the manual for specific models like DOS02 or DVS02 to guarantee a safe and effective setup.
Installation of Leviton Motion Sensors
Installing Leviton motion sensors requires careful pre-installation checks, precise wiring for models like DOS02, and post-installation setup. Always follow safety guidelines to prevent hazards and ensure proper function.
2.1 Pre-Installation Requirements and Safety Precautions
Before installing Leviton motion sensors, ensure the power is turned off at the circuit breaker or fuse box. Verify that all wires are properly insulated and securely connected to avoid electrical hazards. Avoid mounting sensors near heat sources, drafts, or areas with unintended motion, such as hallways, to prevent false activations. Check the sensor’s coverage area and adjust placement for optimal performance. Always follow the manufacturer’s guidelines to ensure safe and reliable installation. Proper preparation ensures smooth operation and longevity of the device.
2.2 Step-by-Step Wiring Instructions for DOS02, DVS02, DOS05, and DVS05 Models
Connect the black (hot) wire to the brass terminal and the white (neutral) wire to the silver terminal. Secure the copper ground wire to the grounding terminal. For DVS models, attach the red traveler wire to the designated terminal. Ensure all connections are tight and insulated. After wiring, turn the power on and test the sensor by walking into the room. Follow safety guidelines and manufacturer instructions for accurate installation. Proper wiring ensures reliable operation and avoids electrical hazards. Always verify connections before powering up the system.
2.3 Post-Installation Setup and Power-Up Process
After installation, turn the power on at the circuit breaker. Allow 10-20 seconds for the sensor to initialize. For DOS05 models, lights automatically turn on with the first detected motion or by pressing the push pad. Test the sensor by triggering motion and observing the light response. Adjust sensitivity settings if necessary for optimal performance. Ensure the sensor is calibrated to your space, preventing false activations. Proper setup ensures seamless operation and energy efficiency. Refer to the manual for specific timing and sensitivity adjustments tailored to your model and needs.
Programming and Adjusting Settings
Leviton motion sensors offer customizable settings for sensitivity, timer duration, and operational modes, ensuring tailored performance for various applications and user preferences, enhancing efficiency and convenience.
3.1 Understanding Occupancy and Vacancy Sensor Modes
Occupancy sensors automatically turn lights on when motion is detected and keep them on as long as motion continues, ideal for high-traffic areas like basements or garages. Vacancy sensors, however, require manual activation (e.g., pressing a switch) to turn lights on but automatically turn them off when no motion is detected, suitable for spaces like closets or pantries. Understanding these modes ensures proper functionality and energy efficiency based on specific room needs and usage patterns.
3.2 Adjusting Sensitivity and Timer Settings for Optimal Performance
Adjusting sensitivity and timer settings ensures your Leviton motion sensor operates efficiently. Sensitivity adjustments prevent false activations by fine-tuning motion detection range. Timer settings control how long lights stay on after motion ceases. For occupancy sensors, rotate the sensitivity dial to balance detection accuracy and reduce unnecessary triggers. For timers, set the duration based on room usage—shorter for bathrooms, longer for garages. Proper calibration enhances energy savings and user convenience, ensuring lights respond appropriately to actual occupancy patterns without unnecessary activation or delays. This customization optimizes sensor performance for specific spaces and needs.
3.3 Converting Occupancy Sensor to Vacancy Sensor (Manual ON/Auto OFF)
To convert a Leviton occupancy sensor to a vacancy sensor, rotate the light level sensitivity dial fully counter-clockwise. This switches the sensor to Manual ON/Auto OFF mode. Ensure the sensor is properly configured for your space to maintain functionality and efficiency. Always refer to the Leviton manual for specific model instructions, such as DOS02 or DVS02, to ensure correct adjustments and safety. This conversion optimizes the sensor’s operation for manual control while retaining automatic shutoff capabilities.
Occupancy vs. Vacancy Sensors
Occupancy sensors turn lights on automatically when motion is detected, while vacancy sensors require manual activation but turn off automatically. Understanding their differences ensures proper selection for specific spaces.
4.1 Key Differences and Use Cases
Occupancy sensors automatically turn lights on upon detecting motion and keep them on while motion is present, making them ideal for high-traffic areas like living rooms. Vacancy sensors, however, require manual activation to turn lights on but automatically turn them off, suitable for low-traffic spaces such as closets or garages. Understanding these differences helps in selecting the right sensor type for specific rooms, ensuring energy efficiency and convenience. Occupancy sensors are better for areas needing constant monitoring, while vacancy sensors offer more control in spaces where manual operation is preferred.
4.2 Selecting the Right Sensor for Your Space (e.g., Basement, Closet, Garage)
For basements, garages, and pantries, vacancy sensors are ideal as they require manual activation, reducing accidental triggers. Closets benefit from occupancy sensors for hands-free operation. Garages and laundry rooms may opt for vacancy sensors to avoid false activations from passing traffic. Consider the space’s traffic, lighting needs, and desired level of control to choose between occupancy and vacancy sensors. This ensures energy efficiency and tailored functionality for each area, enhancing user convenience and reducing unnecessary energy consumption.
Troubleshooting Common Issues
Identify causes like wiring issues, motion detection range, or sensitivity settings. Adjust sensor placement and settings or repair connections to resolve activation or performance problems effectively.
5.1 Sensor Not Turning Lights ON: Possible Causes and Solutions
If the sensor fails to activate lights, check wiring for secure connections and ensure power is on. Verify motion detection range and adjust sensitivity if needed. Ensure no obstructions block the sensor’s field of view. Test by waving your hand or moving within the coverage area. If issues persist, reset the sensor by turning it off and on or refer to the troubleshooting guide for advanced solutions.
5.2 False Activations: Adjusting Sensitivity and Placement
False activations can occur due to high sensitivity or improper sensor placement. To resolve this, reduce the sensitivity setting to minimize unwanted triggers. Ensure the sensor is not facing areas with frequent irrelevant motion, such as hallways or windows. Repositioning the sensor to avoid direct exposure to heat sources or drafts can also help. Clean the sensor lens regularly to maintain accuracy. Adjusting the sensor’s angle or relocating it to a more stable environment often resolves false activation issues effectively.
Advanced Features and Remote Control
Leviton motion sensors offer advanced features like remote control via the IPP0R Decora Manual-On Occupancy Sensor Remote, enabling 3-way occupancy detection and Temporary Bypass mode for DOS02 models.
6.1 Using the IPP0R Decora Manual-On Occupancy Sensor Remote
The IPP0R remote allows manual control of lighting, complementing Leviton occupancy sensors. It provides 3-way detection when paired with IPP15 or VRI06-1LX dimmers, covering up to 900 sq. ft. This feature enhances flexibility, enabling users to override auto-functions temporarily. Installation is straightforward, and the remote integrates seamlessly with existing systems, ensuring energy efficiency and convenience. It’s ideal for spaces requiring tailored lighting control, such as homes or offices, and supports Leviton’s commitment to innovative smart solutions.
6.2 Temporary Bypass Mode for DOS02 Models
The DOS02 model offers a Temporary Bypass Mode, disabling the auto-on feature. To activate, press and hold the push pad for 3 seconds; the LED will blink to confirm. This mode allows manual control, ideal for scenarios where automatic sensing is not desired. To exit, repeat the process. The bypass mode is useful for maintaining energy efficiency and preventing unintended activations, ensuring lights only operate when manually switched. This feature enhances flexibility for specific situations, aligning with Leviton’s focus on user-centric smart solutions.
Safety and Maintenance
Ensure safe installation by turning off power and testing circuits. Avoid mounting sensors near heat sources or drafts. Regularly clean the sensor and check wiring connections for reliability.
7.1 Important Safety Warnings and Precautions
Always disconnect power at the circuit breaker before installing or maintaining Leviton motion sensors to avoid electric shock or injury. Ensure the sensor is not mounted near heat sources, drafts, or areas with excessive moisture. Avoid installing in locations where unintended motion, such as hallway traffic, could trigger false activations. Never touch electrical components or wiring without proper insulation. Follow all local electrical codes and Leviton’s installation guidelines for safe and reliable operation. Regular maintenance, including cleaning the sensor lens, is essential for optimal performance and longevity of the device.
7.2 Regular Maintenance Tips for Long-Term Reliability
Regularly clean the sensor lens with a soft cloth to ensure accurate motion detection. Inspect wiring connections for damage or wear and replace any compromised components. Check for dust buildup inside the sensor housing and vacuum gently if necessary. Verify that the sensor is properly mounted and aligned to avoid false activations. Test the sensor’s performance periodically to ensure it operates within specifications. Replace batteries if applicable, and update settings if environmental conditions change. Schedule annual inspections to maintain optimal functionality and extend the sensor’s lifespan.
Leviton motion sensors offer reliable, energy-efficient solutions, enhancing convenience and safety. Proper installation and maintenance ensure optimal performance, making them a smart choice for modern spaces.
8.1 Final Tips for Maximizing Sensor Efficiency
To maximize Leviton motion sensor efficiency, ensure proper installation and adjust sensitivity settings based on space requirements. Regularly clean the sensor lens to avoid false activations. Position sensors away from direct sunlight or heat sources to maintain accuracy. Test the sensor after installation to confirm coverage area and adjust placement if necessary. For optimal performance, update firmware if available and consult the manual for advanced customization options. These steps ensure reliable operation, energy savings, and enhanced convenience in your home or office. Always refer to the manual for specific model adjustments.
8.2 Where to Find Additional Resources and Manuals
For additional resources and manuals, visit Leviton’s official website at www.leviton.com. Here, you can download detailed product guides, installation instructions, and troubleshooting tips. Leviton also offers customer support through their online portal and toll-free number. Check out TWAcomm.com for Leviton Occupancy Sensors and related products. You can also access video tutorials and FAQs on Leviton’s YouTube channel and support forums. These resources ensure comprehensive support for optimizing your Leviton motion sensor experience and resolving any technical queries effectively.
