INCLINOMETERS AND PRECISION LEVELS Irrespective of whether they are spirit or electronic inclinometers all precision levels are based on the same perf

INCLINOMETERS AND PRECISION LEVELS Irrespective of whether they are spirit or electronic inclinometers all precision levels are based on the same perfectly reliable reference but also cost-free the centre of the earth's gravity. Under the force of gravity the gas bubble in the liquid or the pendulum inclines itself according to this natural physical principle. The position of the pendulum with respect to the measuring faces of the instrument body can then be measured. Based on this perfect principle these instruments offer a great number of measuring applications of high precision. The horizontal and vertical positioning of the measuring faces enable the detection of form errors in the geometrical elements on the workpiece to be measured. These errors often result from deviations in straightness flatness position parallelism and squareness. Indication of values may vary depending on the type of level the values typically displayed are inclination (mm m or in 10 in); radian in mrad; decimal angle (e.g. 1237); sexagesimal angle in degrees () minutes () and seconds () e.g. 15 30 45. 0 TESA MICROBEVEL 1 TESA CLINOBEVEL 1 USB TESA CLINOBEVEL 2 TESA NIVELTRONIC Spirit clinometers with angle protractor TESA STRAIGHTNESS ANGLE AND INCLINATION MEASUREMENT Technology