Each current inclination sensor on the market will be disturbed more or less by vibrations in the measuring direction. Additional electronic filters and/or complex algorithms will not solve the problem if the measuring element is already clipping or due to strong damping reacts too slow. This result in some cases to extreme tolerances, which cannot be recognized by the user. The SCHMIDT® Inclination sensor NW 40.100 has been under consideration of the problem – measuring disturbance caused by vibrations – optimized and measures inclination angles of movable systems relative to the horizontal plane directly. No additional filtering or software is needed. Main features of the sensor are: Angle-linear analogue, binary or digital interface. Fluidically damped gravitational pendulum. Contact less measuring by rotary field method without external rotary magnet or shaft attachment. Angle measuring range up to 360° optionally selectable with an angle resolution of 2.5 x 10-4 of the total measuring span. High angle fidelity at angular rates up to 180°/s. Extreme insensitive at vibrations due to low-tuned resonance frequency of 3 Hz. No signal clipping at high acceleration levels. ...