“…In this movement, a magnet located in the tipping bucket mechanism generates an output signal through a magnetic reed switch to a recorder, and each pulse is set as a nominal amount of rainfall according to a fixed Vt, which can be set by two calibration stop screws (one for each bucket; Figure 1) [2,63,64]. TBRs have become one of the most extensive rain gauges, due to their simple manufacturing structure, low cost of production, and energy saving capacity (a key element for the manufacturing of most weather instruments), being commonly used by National Meteorological Services, airports, industries, farmers, and private individuals to measure the rain depth and intensity [2,28,65]. In hydrological research, they are the most common gauges used to measure precipitation, which is one of the main variables for runoff models, calibration of distributed precipitation measurements [3,4,66], downscaling of remote sensing precipitation models [6,67], radar calibration [7,40,68], basin water balance, flood models [23], structure design, and profitability in different projects (hydroelectrical generation, dams, irrigation, city planning, etc.)…”