Tilt measurement is crucial for the precise alignment of photovoltaic panels and for the control and correction of the corresponding tracking systems, as a difference of just 1° from the ideal angle reduces solar energy capture. Furthermore, the profitability of these applications demands a high degree of accuracy. In logistics applications, the TMS/TMM22x minimizes the risk of malfunctions and ensures maximum reliability.
The TMS/TMM22x sensor incorporates MEMS technology, which, through redundantly designed microelectromechanical systems, allows the integrated acceleration sensor to calculate the tilt value based on minute variations in quality between two silicon components. The measured value is then converted into a voltage signal and sent back to the system.
The key advantage of MEMS technology is that the sensor is wear-free, maintenance-free, has a long lifespan, and is unaffected by shocks or vibrations. This ensures a fault tolerance of only ±0.25°, excellent repeatability, and high accuracy with excellent cost-effectiveness.
The sensor electronics are integrated directly into the housing during injection molding. Furthermore, thanks to the integrated cable, the TMS/TMM22 is certified and compliant with regulations, depending on the housing classification: IP66, IP68, or IP69K.
The device transmits its precise tilt data to the system's control unit via a linearized analog signal. For maximum compatibility, the sensor is available with standard 0–10 V and 4–20 mA analog interfaces.
For seamless system integration, the sensor cable, which attaches to the housing, is available with a straight or angled M12 male connector, with open wires, or as a custom solution.
Its dimensions are 38.8 mm x 30 mm x 10.4 mm.
