High formwork is a critical supporting structure in high-rise buildings, bridge construction and large-scale municipal projects, with high clearance, heavy load and complex stress characteristics. Its structural safety directly determines construction safety and progress, and reliable tilt monitoring is the core of formwork risk prevention.
During concrete pouring and daily construction, high formwork faces continuous impact loads, construction vibration, uneven foundation settlement and strong wind loads. Undetected tiny tilt of support poles may gradually expand into overall structural instability, causing collapse accidents with severe casualties and economic losses. Traditional manual inspection cannot provide continuous real-time deformation data, leaving great hidden safety dangers.
STS series standard-output tilt sensors are perfectly suitable for high formwork safety monitoring scenarios. Installed at key stress nodes of vertical poles and cross bars, the sensors accurately capture millidegree-level inclination changes of the formwork support system in real time. With standardized signal output, they can be quickly integrated into the on-site safety monitoring system, and feature strong anti-vibration and dust-proof performance to stably adapt to harsh construction site environments.
Combined with settlement and vibration monitoring nodes, the STS tilt sensor network forms a complete structural perception system, triggering graded early warning immediately when tilt data exceeds preset safety thresholds. It turns passive regular manual inspection into active real-time risk warning, effectively reduces formwork collapse risks, and provides reliable core sensing support for safe and efficient construction of large-scale engineering projects.