Aggregated specification data for the Tapo T110 kit confirms the utilization of Sub-1GHz wireless frequencies (868/922MHz), which provide superior penetration through structural materials compared to the 2.4GHz spectrum. This protocol choice significantly reduces signal attenuation and interference from high-density Wi-Fi environments. Performance metrics indicate a magnetic gap threshold of 15mm, with the T110 sensor achieving an event-trigger latency typically under 100 milliseconds.
The H100 controller serves as a localized gateway, providing an integrated acoustic siren and chime function. Material analysis suggests that mounting the sensor directly to ferrous metal surfaces may result in a 30% reduction in effective radio range due to signal absorption. The sensor is powered by a CR2032 cell, with a theoretical service life exceeding 12 months based on low-power radio states.
- Modes of operation: Alert, Silent, Chime.
- Automation Roles: Lighting trigger, Security notify, Siren bridge.
Technical specifications indicate a closed-loop ecosystem where the Tapo Hub is mandatory for all external data routing. The Sub-GHz architecture prioritizes connection stability and range over broad protocol interoperability with generic Zigbee coordinators.
Users seeking high-penetration signal stability may consider the Tapo Smart Door Sensor Kit, particularly in environments where 2.4GHz congestion is high.
This system represents a specialized branch of contact sensors that utilize non-standard frequencies for enhanced structural range.
