The inclinometer is designed to accurately measure inclination angles in three directions X, Y and Z in the range of ±180º. The angles are measured by a two-axis MEMS sensor, which senses acceleration caused by the gravity force in three orthogonal directions. The output signals from the MEMS sensor are normalized and processed by a powerful microcontroller to receive inclination angles.

The triaxial inclinometer is designed to accurately measure inclination angles in three directions and in the range of ±180º. Due to a powerful microcontroller, the inclinometer can perform pre-processing of the angular information according to the users’ needs.

The triaxial inclinometer provides reliable, real-time, accurate and stable slope angle data.

The unit measures pitch and roll inclination angles in a full ±180 degree orientation range. The angles can be compensated by a 3D or 1D gyroscope to minimize the influence of dynamic linear accelerations caused by vibrations and machine operational movements. The unit can also output gravity angle; pitch, roll and yaw angular rates (the 1DG version – only roll angular rate) and unit accelerations in three orthogonal directions. The inclinometer transmits angular data over CAN bus using a standard J1939 protocol. The unit original configuration can be changed using Axiomatic Electronic Assistant PC-based configuration tool.

The unit measures pitch and roll inclination angles in a full ±180 degree orientation range. The angles can be compensated by a 3D or 1 D gyroscope to minimize the influence of dynamic linear accelerations caused by vibrations and machine operational movements. The unit can also output gravity angle; pitch, roll and yaw angular rates (the 1DG version – only roll angular rate); and unit accelerations in three orthogonal directions. The inclinometer transmits angular data over CAN bus using a standard J1939 protocol. The unit original configuration can be changed using Axiomatic Electronic Assistant PC-based configuration tool.

The Tilt Sensor indicates an out of level condition from its mounting location and drives external valves, solenoids, relays, lamps or annunciators for an equipment shut down control or warning system. LED’s provide power and out of level status indicators. It is networked over CANopen^®.

The Laser Receiver has a laser detection diode array consisting of 40 diodes. The diode array is 190 mm in length and it can be configured to detect one or two independent rotating laser beams. It has multiple configuration options to suit a variety of machine applications.