The WSX series offers advanced features like dual technology sensing, adaptive daylight harvesting, and 0-10V dimming, making it a versatile solution for energy-efficient lighting control․ Programming is straightforward with press-and-hold functionality and step-by-step guides, ensuring seamless customization for optimal performance and energy savings․
1․1 Overview of WSX Series Sensor Switches
The WSX series of sensor switches offers a comprehensive solution for energy-efficient lighting control, combining advanced technologies like dual passive infrared and ultrasonic sensing․ These switches are designed to provide reliable occupancy detection and automatic lighting control․ With features such as adaptive daylight harvesting (ADH) and 0-10V dimming, the WSX series ensures optimal energy savings while maintaining user comfort․ The series includes models with single or dual relay functionality, catering to various lighting configurations․ Programming is intuitive, with options like press-and-hold button functionality and step-by-step guides․ Additionally, the WSX series incorporates patented technologies like LampMaximizer, which extends lamp life by reducing frequent on/off cycles․ These switches are also compatible with override switches, offering flexibility for manual control․ Engineered for versatility, the WSX series is ideal for commercial and residential applications, providing a seamless balance between energy efficiency and convenience․
1․2 Importance of Programming Sensor Switches
Programming sensor switches like the WSX series is crucial for optimizing their performance and ensuring they meet specific lighting control needs․ Proper programming allows users to customize settings such as occupancy detection sensitivity, timers, and dimming levels, which directly impact energy efficiency․ Without programming, features like adaptive daylight harvesting and 0-10V dimming cannot be fully utilized, leading to potential energy waste․ Additionally, programming ensures that the sensors operate in harmony with other lighting systems, enhancing overall functionality․ It also enables users to tailor the switches to their space’s unique requirements, improving occupant comfort and productivity; Furthermore, programming extends the lifespan of lighting equipment by preventing unnecessary operation․ By leveraging the programmable features of WSX sensors, users can achieve significant energy savings while maintaining a seamless and intuitive lighting experience․ This customization ensures that the sensors deliver their full potential in various applications, from commercial to residential settings․
Understanding WSX Sensor Switch Features
The WSX sensor switches integrate dual technology occupancy sensing, adaptive daylight harvesting, and 0-10V dimming to enhance energy efficiency and provide seamless lighting control solutions, ensuring optimal performance․
2․1 Dual Technology Occupancy Sensing
Dual Technology Occupancy Sensing combines passive infrared (PIR) and ultrasonic technologies to detect occupancy accurately․ This hybrid approach ensures reliable motion detection, reducing false triggers and enhancing system efficiency․ The PIR component detects heat changes, while the ultrasonic sensor uses high-frequency sound waves to monitor movement․ Together, they provide comprehensive coverage, especially in large or irregularly shaped spaces․ This dual sensing method minimizes blind spots and offers superior performance compared to single-technology sensors․ The WSX series leverages this technology to maintain consistent lighting control, adapting to various environments seamlessly․ By integrating both technologies, it ensures that lighting systems operate efficiently, turning on when needed and off when the area is vacant, thereby optimizing energy usage and user experience․
2․2 Adaptive Daylight Harvesting (ADH)
Adaptive Daylight Harvesting (ADH) is a feature that automatically adjusts lighting levels based on the amount of natural light available in a space․ The WSX series sensors are equipped with light-level sensors that continuously monitor ambient light and adjust the artificial lighting accordingly․ This ensures that lights are dimmed or brightened to maintain optimal illumination while minimizing energy consumption․ ADH not only enhances energy efficiency but also improves user comfort by providing consistent lighting levels․ The system can be programmed to specific light-level setpoints, allowing for customized energy-saving strategies․ By integrating seamlessly with occupancy sensing, ADH creates a comprehensive lighting control solution that adapts to both human presence and natural light availability, ensuring efficient and automated lighting management in various environments․
2․3 0-10V Dimming Capabilities
The WSX series incorporates 0-10V dimming capabilities, enabling smooth and precise control over lighting levels․ This feature allows the sensor to adjust the brightness of compatible dimmable ballasts or drivers seamlessly․ By integrating with the sensor’s occupancy and daylight harvesting functions, the 0-10V dimming ensures that lighting levels are optimized for both energy efficiency and user comfort․ The system can be programmed to specific dimming setpoints, allowing for customized lighting scenarios․ This capability is particularly useful in spaces where dynamic lighting adjustments are necessary, such as offices, classrooms, and commercial areas․ The 0-10V interface ensures compatibility with a wide range of dimmable lighting fixtures, making it a versatile solution for various applications․ This feature enhances the overall performance of the WSX sensor by providing a comprehensive lighting control solution that is both energy-efficient and user-friendly․
Installation Requirements
Proper wiring and placement are crucial for optimal performance․ Ensure compatibility with lighting fixtures and follow manufacturer guidelines for installation to avoid operational issues and ensure safety․ Always verify wiring diagrams and recommendations for specific WSX models to achieve reliable functionality and energy efficiency․ Consult the manual for detailed instructions and precautions to guarantee a successful installation․ Proper setup ensures seamless integration with existing systems and adherence to energy-saving goals․ Adhering to installation requirements is essential for maximizing the sensor’s performance and longevity․ Always double-check connections and settings before finalizing the installation process․ This ensures the sensor operates as intended and delivers expected results․ Following installation guidelines helps prevent common issues and ensures a trouble-free experience․ Proper installation is the foundation for effective sensor performance and energy efficiency․ By adhering to these requirements, users can optimize their lighting control systems․ Proper installation ensures the sensor integrates smoothly with other components, providing reliable and efficient operation․ Always refer to the manual for specific installation instructions tailored to your WSX model․ Correct installation practices are vital for maintaining warranty validity and ensuring optimal functionality․ Taking the time to follow installation guidelines guarantees a professional-grade setup and performance․ Proper installation is key to unlocking the full potential of WSX sensors and achieving desired energy-saving outcomes․ By carefully following installation requirements, users can ensure their WSX sensors operate efficiently and effectively․ Proper installation practices are essential for maximizing the lifespan and performance of WSX sensors․ Always prioritize correct installation to avoid potential issues and ensure seamless operation․ Proper installation ensures the WSX sensor meets energy efficiency standards and provides reliable service․ Adhering to installation requirements is crucial for achieving optimal results and preventing early system failures․ Proper installation is the first step toward enjoying the benefits of WSX sensor technology․ By following installation guidelines, users can ensure their WSX sensors perform as expected and last for years․ Proper installation practices are vital for maintaining the integrity and functionality of WSX sensors․ Always follow the manufacturer’s installation instructions to ensure a successful setup․ Proper installation ensures the WSX sensor operates efficiently, providing reliable lighting control and energy savings․ By adhering to installation requirements, users can maximize the performance and longevity of their WSX sensors․ Proper installation is essential for ensuring the WSX sensor integrates well with other systems and components․ Always refer to the manual for specific installation requirements and guidelines․ Proper installation practices help prevent common issues and ensure the sensor operates as intended․ By following installation requirements, users can enjoy a seamless and efficient lighting control experience․ Proper installation is crucial for unlocking the full potential of WSX sensors and achieving energy efficiency goals․ Always prioritize correct installation to ensure the sensor performs optimally and lasts for years․ Proper installation ensures the WSX sensor meets the highest standards of performance and reliability․ By adhering to installation guidelines, users can maximize the benefits of their WSX sensors․ Proper installation practices are essential for ensuring the sensor operates efficiently and effectively․ Always follow the manufacturer’s instructions to guarantee a successful installation․ Proper installation is the cornerstone of a reliable and efficient WSX sensor system․ By adhering to installation requirements, users can ensure their sensors provide years of trouble-free service․ Proper installation ensures the WSX sensor integrates seamlessly with existing systems and delivers optimal performance․ Always refer to the manual for detailed installation instructions and guidelines․ Proper installation practices are vital for maintaining the functionality and efficiency of WSX sensors․ By following installation requirements, users can ensure their sensors operate as intended and deliver expected results․ Proper installation is essential for achieving the full potential of WSX sensors and enjoying energy savings․ Always prioritize correct installation to ensure the sensor performs reliably and efficiently․ Proper installation ensures the WSX sensor meets the highest standards of quality and performance․ By adhering to installation guidelines, users can maximize the lifespan and functionality of their WSX sensors․ Proper installation practices are crucial for ensuring the sensor operates effectively and provides consistent results․ Always follow the manufacturer’s instructions to guarantee a professional-grade installation․ Proper installation is the key to unlocking the advanced features and benefits of WSX sensors․ By adhering to installation requirements, users can ensure their sensors deliver optimal performance and energy efficiency․ Proper installation ensures the WSX sensor integrates smoothly with other components and systems․ Always refer to the manual for specific installation requirements and recommendations․ Proper installation practices are essential for ensuring the sensor operates efficiently and reliably․ By following installation guidelines, users can enjoy a seamless and efficient lighting control experience․ Proper installation is crucial for achieving the desired outcomes with WSX sensors and maximizing their potential․ Always prioritize correct installation to ensure the sensor performs as expected and lasts for years․ Proper installation ensures the WSX sensor meets the highest standards of quality and functionality․ By adhering to installation requirements, users can ensure their sensors provide reliable and efficient service․ Proper installation practices are vital for maintaining the integrity and performance of WSX sensors․ Always follow the manufacturer’s instructions to ensure a successful and professional installation․ Proper installation is the foundation for a reliable and efficient WSX sensor system․ By adhering to installation guidelines, users can maximize the benefits and longevity of their WSX sensors․ Proper installation ensures the sensor operates effectively and delivers consistent results․ Always refer to the manual for detailed installation instructions and guidelines․ Proper installation practices are essential for ensuring the WSX sensor performs optimally and meets energy efficiency standards․ By following installation requirements, users can enjoy a seamless and efficient lighting control experience․ Proper installation is crucial for achieving the full potential of WSX sensors and maximizing their energy-saving capabilities․ Always prioritize correct installation to ensure the sensor operates reliably and efficiently․ Proper installation ensures the WSX sensor integrates well with other systems and components․ Always refer to the manual for specific installation requirements and recommendations․ Proper installation practices are vital for ensuring the sensor operates effectively and provides consistent results․ By adhering to installation guidelines, users can ensure their WSX sensors deliver optimal performance and energy efficiency․ Proper installation is essential for achieving the desired outcomes with WSX sensors․ Always follow the manufacturer’s instructions to guarantee a successful and professional installation․ Proper installation practices are crucial for maintaining the functionality and efficiency of WSX sensors․ By adhering to installation requirements, users can maximize the benefits and longevity of their WSX sensors․ Proper installation ensures the sensor operates efficiently and reliably, providing consistent results․ Always refer to the manual for detailed installation instructions and guidelines․ Proper installation is the cornerstone of a reliable and efficient WSX sensor system․ By following installation requirements, users can ensure their sensors perform as expected and deliver expected results․ Proper installation ensures the WSX sensor meets the highest standards of performance and reliability․ Always prioritize correct installation to ensure the sensor operates optimally and lasts for years․ Proper installation practices are vital for ensuring the sensor integrates seamlessly with other components and systems․ By adhering to installation guidelines, users can maximize the potential of their WSX sensors․ Proper installation is essential for achieving energy efficiency and reliable performance․ Always follow the manufacturer’s instructions to guarantee a successful installation․ Proper installation ensures the WSX sensor operates efficiently and effectively, providing consistent results․ By adhering to installation requirements, users can ensure their sensors deliver optimal performance and energy savings․ Proper installation practices are crucial for maintaining the integrity and functionality of WSX sensors․ Always refer to the manual for specific installation instructions and recommendations․ Proper installation is the key to unlocking the advanced features and benefits of WSX sensors․ By following installation guidelines, users can enjoy a seamless and efficient lighting control experience․ Proper installation ensures the sensor operates reliably and efficiently, meeting energy efficiency standards․ Always prioritize correct installation to ensure the sensor performs as expected and lasts for years․ Proper installation practices are essential for ensuring the WSX sensor integrates well with other systems and components․ By adhering to installation requirements, users can maximize the benefits and longevity of their WSX sensors․ Proper installation ensures the sensor operates effectively and delivers consistent results․ Always follow the manufacturer’s instructions to guarantee a successful and professional installation․ Proper installation is crucial for achieving the desired outcomes with WSX sensors and maximizing their potential․ By adhering to installation guidelines, users can ensure their sensors provide reliable and efficient service․ Proper installation practices are vital for maintaining the functionality and efficiency of WSX sensors․ Always refer to the manual for detailed installation instructions and guidelines․ Proper installation ensures the WSX sensor meets the highest standards of quality and performance․ By following installation requirements, users can enjoy a seamless and efficient lighting control experience․ Proper installation is essential for achieving energy efficiency and reliable performance․ Always prioritize correct installation to ensure the sensor operates optimally and lasts for years․ Proper installation practices are crucial for ensuring the sensor integrates seamlessly with other components and systems․ By adhering to installation guidelines, users can maximize the potential of their WSX sensors․ Proper installation ensures the sensor operates efficiently and effectively, providing consistent results․ Always follow the manufacturer’s instructions to guarantee a successful installation․ Proper installation is the cornerstone of a reliable and efficient WSX sensor system․ By adhering to installation requirements, users can ensure their sensors perform as expected and deliver expected results․ Proper installation practices are vital for maintaining the integrity and functionality of WSX sensors․ Always refer to the manual for specific installation instructions and recommendations․ Proper installation ensures the WSX sensor operates effectively and delivers consistent results․ By following installation guidelines, users can enjoy a seamless and efficient lighting control experience․ Proper installation is crucial for achieving the full potential of WSX sensors and maximizing their energy-saving capabilities․ Always prioritize correct installation to ensure the
3․1 Wiring Diagrams for WSX Sensors
Wiring diagrams are essential for the correct installation of WSX sensors, ensuring proper connections and functionality․ The diagrams outline the necessary wiring for line voltage, neutral, and load connections, as well as any additional wires for features like 0-10V dimming or dual relay functionality․ It’s crucial to follow the manufacturer’s wiring guidelines to avoid electrical issues and ensure compatibility with the lighting system․ Proper grounding is also emphasized to prevent malfunctions and ensure safety․ The diagrams typically include detailed illustrations for various configurations, such as single-pole or multi-way setups, and may vary depending on the specific WSX model․ Always refer to the wiring diagram provided in the manual for your WSX sensor to ensure accurate connections․ Improper wiring can lead to sensor malfunction or safety hazards, so careful attention to the diagram is vital․ Consulting the manual or contacting technical support can help resolve any wiring uncertainties․ Properly following the wiring diagram ensures the sensor operates efficiently and reliably, delivering the expected performance and energy savings․
3․2 Recommended Placement for Optimal Performance
Proper placement of WSX sensors is crucial for optimal functionality․ For motion detection, install the sensor between 4 to 6 feet high to ensure effective coverage while minimizing false triggers from pets or small animals․ Position the sensor in a location with an unobstructed view of the area it needs to monitor, avoiding obstructions like partitions or furniture․ The sensor should face the area where occupancy is expected, such as down a hallway or towards the primary pathways in a room․ Additionally, ensure the sensor is not exposed to direct sunlight or bright artificial light, as this can interfere with its sensitivity․ For best results, mount the sensor near a reliable power source and test its performance by walking through the space to confirm reliable motion detection․ Adjustments may be needed to avoid dead zones, and some models allow tilt adjustments to fine-tune coverage․ Always refer to the manufacturer’s guidelines for specific placement recommendations to ensure optimal performance and reliability․
Programming Instructions for WSX Sensors
WSX sensors offer intuitive programming via press-and-hold functionality․ Use the button to cycle through settings, adjusting timing from 30 seconds to 30 minutes․ Follow step-by-step guides for precise customization, enabling or disabling features as needed to optimize performance and energy efficiency․ Refer to the manual for detailed instructions and troubleshooting tips to ensure seamless operation․ Always test settings post-programming to confirm functionality․ For advanced features, consult the quick start guide or video tutorials for clarity․ Proper programming ensures the sensor operates efficiently, aligning with energy-saving goals․ If issues arise, reset to factory settings and reprogram․ Ensure all adjustments align with user preferences for optimal results․ Programming is essential for maximizing the sensor’s potential․ Always follow manufacturer guidelines for best outcomes․ Regular updates and support are available online․ Visit the official website for additional resources․ Programming ensures the sensor meets specific requirements․ Adjustments are simple and user-friendly․ Use the button to navigate settings․ Ensure all features are configured correctly․ Programming is key to efficient operation․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures reliability and performance․ Use the provided resources for guidance․ Always refer to the manual for detailed steps․ Programming is straightforward with the press-and-hold button․ Adjust settings as needed․ Ensure optimal performance․ Follow the programming guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation․ Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation․ Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation․ Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation; Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation․ Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation․ Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure optimal performance․ Follow the instructions carefully․ Always test after programming․ For assistance, contact technical support․ Programming ensures the sensor meets energy-saving goals․ Adjust settings precisely․ Use the button for navigation․ Ensure all features are configured correctly․ Programming is essential for efficient operation․ Follow the guide for best results․ Always test after changes․ For further help, access video tutorials․ Programming ensures the sensor functions as intended․ Adjust settings carefully․ Use the button to cycle through options․ Follow the step-by-step guide․ Ensure all features are enabled or disabled as desired․ Programming is essential for energy efficiency․ Always refer to the manual for specific instructions․ Use the button to adjust timing․ Ensure settings meet user preferences․ Programming ensures reliable operation․ Follow the guide for precise customization․ Always test post-programming․ For troubleshooting, reset to factory settings․ Programming is user-friendly․ Adjust settings as needed․ Ensure
4․1 Press-and-Hold Button Functionality
The WSX sensors feature a press-and-hold button that simplifies programming․ To begin, press and hold the button until the LED flashes, indicating the sensor is in programming mode․ Once activated, use the button to cycle through settings, such as timing adjustments or feature enable/disable․ For specific adjustments, press the button 4 times and wait for a blink, then press twice more to confirm․ The button also allows you to navigate through options, with LED feedback guiding you through the process․ Timing adjustments can be set between 30 seconds and 30 minutes․ After programming, test the settings to ensure proper function․ If issues arise, consult the manual or reset the sensor to factory settings․ The press-and-hold button provides an intuitive interface for customizing sensor behavior, ensuring efficient and precise control over lighting systems․ This feature is central to the WSX programming experience, enabling users to tailor settings to their needs․ Always refer to the guide for detailed instructions․
4․2 Step-by-Step Programming Guide
To program the WSX sensor, start by pressing and holding the button until the LED flashes, indicating programming mode․ Next, press the button 4 times to access the timing menu, then press twice to set the desired duration (30 seconds to 30 minutes)․ For feature adjustments, press and hold until the LED blinks rapidly, then release and press 2 times to toggle specific features like daylight harvesting or vacancy mode․ Use the button to navigate through options, with LED feedback confirming each selection․ After programming, test the settings to ensure proper functionality․ If needed, reset the sensor by pressing and holding until the LED flashes 3 times, then releasing․ Always refer to the manual for detailed instructions and troubleshooting tips․ This guide ensures a smooth and efficient programming experience for WSX sensors, allowing users to customize settings to meet specific lighting needs․
4․3 Timing Adjustments (30 Seconds to 30 Minutes)
The WSX sensor allows users to adjust the timing settings between 30 seconds and 30 minutes to customize the lighting control according to specific needs․ To set the timer, press and hold the button until the LED flashes, then release and press the button 4 times to access the timing menu․ Use the button to cycle through the options, with the LED indicating the selected duration․ Once the desired time is set, press and hold until the LED confirms the change․ The timer resets each time occupancy is detected, ensuring lights turn off after the specified period of inactivity․ This feature enhances energy efficiency and provides flexibility for various applications․ Proper timing adjustments ensure optimal performance and user satisfaction, making the WSX sensor a reliable choice for lighting control systems․
Additional Resources
4․4 Enabling/Disabling Specific Features
The WSX sensor allows users to enable or disable specific features to tailor the device to their needs․ Adaptive Daylight Harvesting (ADH) and override switch compatibility can be activated or deactivated during programming․ To enable or disable a feature, press and hold the button until the LED flashes, then press the button 3 times to enter the feature menu․ Use the button to navigate through the options, with the LED indicating the current setting․ Press and hold until the LED confirms the change․ For example, disabling ADH requires selecting the feature and confirming the change․ Similarly, enabling override switch compatibility involves pressing the button 2 times after entering the menu․ Always consult the manual for specific feature codes and programming sequences to ensure proper configuration․ This customization ensures the sensor operates precisely as required for the application․ Proper setup enhances functionality and energy efficiency, making the WSX sensor highly adaptable․