The bulk sensor head and the endoscopic sensor head are at least one of separate exchangeable sensor heads or a reconfigurable sensor head.

The invention relates to a two-part sensor consisting of a sensor head (SK) and a sensor head counterpart (SG).

The method according to the invention is characterized by inspecting whether the correct sensor head is connected to the sensor head counterpart.

As part of the tool assembly, a sensor head (30) is configured to receive and electrically interconnected with a plurality of interchangeable sensor head components (32, 33, 36).

Power is transmitted to the sensor head and signals are transmitted from the sensor head, both in a wireless manner.

The scale is disposed opposite the sensor head and is disposed for movement relative to the sensor head.

The invention is also a measuring system comprising said sensor-head (8) and a measuring method with said sensor-head (8).

This detector includes an optical sensor, a sensor head and a signal processing unit.

In normal operation of the laser triangulation sensor, an incident laser beam is projected from a sensor head onto a surface of a web that is facing the sensor head.

The Hall sensor (64) comprises a sensor head (66) and rigid electrical connection lines (62).

Said sensor head supports a plurality of Bragg gratings (7, 8, 9).

The connector mechanism also includes a sensor head attachment connector (sensor HAC) located within the channel.

The optical sensor device (38) further comprises a video sensor (80), wherein the beam path of the video sensor (80) passes through the same objective (46) as that of the white light sensor (44) of the optical sensor head (40).

The sensor head can be self-contained in that the sensor head does not push and pull any wiring assembly during movement along the rails.

The invention relates to a low-interference sensor head (30) for a radiation detector, and to a radiation detector which contains the low-interference sensor head.