wireless inclinometer sensor

Kingmach designs wireless inclinometer sensors for everyday monitoring tasks where simplicity and reliability matter more than top-tier specs. The sensors use MEMS accelerometers with typical resolution down to 0.01°, suitable for detecting trends in slope movement, excavation deformation, or structural tilt. Data is sent at configurable intervals—once an hour, once a day—via LoRaWAN or cellular networks, depending on site conditions. Where cellular coverage is weak, a local gateway can bridge to the internet. Power consumption is low enough that a single D-cell battery can keep the sensor running for 12–18 months under normal reporting schedules. The housing is IP67 rated, so rain, dust, or temporary submersion won’t knock it offline. Mounting is straightforward: anchor a stainless steel bracket to concrete or rock, then bolt the sensor in place. An onboard bubble level helps with initial alignment. After installation, you can fine-tune the zero point remotely through the Kingmarch cloud interface. For projects with special needs—like deeper embedment or integration with existing data loggers—Kingmarch offers customization. As a specialist manufacturer with a global distribution network, they can adjust cable lengths, communication protocols, or reporting logic without the long lead times of larger vendors. Technical support teams are available to walk field crews through setup, which matters when the first deployment happens under a tight deadline. Applications include slope stability monitoring along highways, deep excavation shoring, and tilt monitoring of transmission towers. In each case, the goal is the same: get reliable inclination data without wiring headaches.