HoneyComm HCBB01C IoT Beacon BLE 4.2 w/ ER14250 Batteries

Download the official HoneyComm configuration app for iOS or Android. Enable Bluetooth on your phone, power on the beacon, and search for it in the app. Select the beacon from the list, enter the connection password (default is often 000000 or 123456), and navigate to the parameter settings menu. Here you can input your custom UUID, Major, Minor values, adjust the transmit power, set the advertising interval, and rename the device. Save the settings and the beacon will reboot with the new configuration applied.

The connectable firmware mode allows your smartphone or gateway to establish a persistent BLE connection to the beacon at any time after power-on, enabling real-time parameter changes and battery status reads. The non-connectable mode only permits connections within a brief 30-second window after the device is powered on, after which it becomes unconnectable and only broadcasts its packet. This mode enhances security and reduces power consumption by preventing unauthorized connections, making it ideal for locked, deployment-only configurations where parameters are set once before installation.

Yes, the HCBB01C is designed with a user-replaceable battery compartment. Carefully pry open the front cover of the beacon using a small flat-head tool. Remove the two depleted ER14250 lithium batteries, noting their orientation. Insert two new ER14250 batteries, ensuring the positive (+) and negative (-) terminals match the markings inside the compartment. Securely snap the cover back into place. Upon power-up, the beacon will resume broadcasting with its last saved configuration. It is recommended to use high-quality, name-brand batteries to achieve the advertised 5-year operational lifespan.

Achieving the full 5-year battery life depends on optimizing the broadcast interval. For the HCBB01C with two ER14250 batteries (approx. 1200mAh each), setting the advertising interval to 1 second or longer significantly reduces the average current draw. The manufacturer's lifetime estimate is typically based on a default interval around 500ms to 1 second in a standard 25°C environment. Increasing the interval to 2-5 seconds will further extend battery life but reduces the update frequency for receiving devices. Use the configuration app to balance between update rate and longevity for your specific application.