I’ve been using the Homeseer FLS100+ G2 Floodlight Sensor for quite some time now, and I wanted to share some insights and tips that might help others who are experiencing issues or looking to optimize their setup. This device has been a great addition to my outdoor security setup, but it does require some careful configuration to work reliably.
Initial Setup
One thing I learned early on is that the initial inclusion of the device into your Z-Wave network needs to be done very close to the hub. I tried including it from a distance, and it didn’t work as smoothly. Getting it within a few feet of the hub during setup made a world of difference.
Strong Z-Wave Network
The FLS100+ G2 really emphasizes the importance of a strong Z-Wave network. I noticed that when my hub was further away from the sensor, it started behaving unpredictably—like randomly turning on or not responding to motion. After moving the hub closer and adding a dedicated Z-Wave repeater, the issues went away. It’s a good reminder that outdoor devices often need a stronger signal than their indoor counterparts.
PIR Sensitivity and Time Settings
I also did some testing with the motion sensor settings. Changing the PIR time setting through the Hubitat interface worked perfectly when the Z-Wave signal was strong. For example, I set it to 30 seconds and it held true when I triggered the sensor. However, when the signal was weak, these settings became erratic. This taught me to always double-check the network health before troubleshooting sensor settings.
Unique Power-Off Scenario
There’s one quirky behavior I want to mention: if the power goes out while the sensor is active (like during a storm), it can get stuck in the “motion active” state once the power comes back on. This means the system might think motion is still detected even after the event has passed. The good news is that physically moving in front of the sensor resets it, so it’s not a major issue but something to be aware of.
Temperature Compensation
Another handy feature is the ability to adjust the temperature sensor’s readings. My sensor tends to run a few degrees high, but with the compensation offset, it now gives accurate readings. This is a small detail that makes a big difference over time.
Mounting and Aesthetics
Finally, I spray-painted my sensor to match my house’s siding. It blends in seamlessly now, and I didn’t have any issues with the finish affecting the sensor’s functionality. I also recommend checking the mounting configuration to ensure you can aim the sensor properly, especially if you’re using a surface mount box.
Conclusion
Overall, the Homeseer FLS100+ G2 is a reliable and feature-rich device, but it does require some attention to detail during setup and maintenance. By ensuring a strong Z-Wave network, testing settings when the signal is optimal, and being mindful of its unique behaviors, you can get the most out of this sensor. I’d definitely recommend it to anyone looking for a robust outdoor security solution!
If you have any questions or want to share your own experiences, feel free to drop a comment below. Happy automating!