Abstract: A contacting device is provided for an impedance limit switch, the contacting device including: a printed circuit board having an electrically conductive contact surface; a radially disposed annular spring configured to establish electrical contact between the electrically conductive contact surface of the printed circuit board and at least one electrode of the impedance limit switch; and a non-conductive housing element. An impedance limit switch is also provided, including the contacting device; an electronic cup; and a measuring head configured to carry out a conductive and/or capacitive measurement and to record measurement data, the contacting device being configured to transmit the measurement data from the measuring head to the electronic cup via the contacting unit.

Abstract: A contacting device is provided for an impedance limit switch, the contacting device including: a printed circuit board having an electrically conductive contact surface; a radially disposed annular spring configured to establish electrical contact between the electrically conductive contact surface of the printed circuit board and at least one electrode of the impedance limit switch; and a non-conductive housing element. An impedance limit switch is also provided, including the contacting device; an electronic cup; and a measuring head configured to carry out a conductive and/or capacitive measurement and to record measurement data, the contacting device being configured to transmit the measurement data from the measuring head to the electronic cup via the contacting unit.

Abstract: The invention relates to an insulating connector 1 comprising a ceramic basic body for accommodating at least two electrical conductors, wherein one electrical conductor, respectively, is contacted with another electrical conductor, and the insulating connector comprises a ceramic sleeve that can assume a released position and a fixed position, wherein the electrical conductors are fixed by the sleeve to the ceramic basic body in the fixed position.

Abstract: The invention relates to an insulating connector 1 comprising a ceramic basic body 3 for accommodating at least two electrical conductors 2, wherein one electrical conductor 2, respectively, is contacted with another electrical conductor 2, and is characterized in that the insulating connector 1 comprises a ceramic sleeve 4 that can assume a released position and a fixed position, wherein the electrical conductors 2 are fixed by the sleeve 4 to the ceramic basic body 3 in the fixed position.

Abstract: A threshold measuring arrangement with a modular design, comprising a threshold sensor arranged at the front of a system housing, an electronic housing arranged in the system housing with a measuring electronic, which is connected to the threshold measuring sensor, as well as an extension tube arranged at the system housing to arrange the threshold sensor in a container.

Abstract: A radiometric measuring arrangement having at least one radiation source and one detection device for the purpose of detecting radioactive radiation, having a longitudinally extended scintillator for the purpose of generating radiation induced light flashes, a photosensitive element for the purpose of generating an electronic signal based on the light flashes, and an electronic measuring device for the purpose of processing the electronic signals, characterized in that a flexible cooling device is functionally assigned to the scintillator, surrounding the same coaxially, and conveying cooling means.

Abstract: A radiometric measuring arrangement having at least one radiation source and one detection device for the purpose of detecting radioactive radiation, having a longitudinally extended scintillator for the purpose of generating radiation induced light flashes, a photosensitive element for the purpose of generating an electronic signal based on the light flashes, and an electronic measuring device for the purpose of processing the electronic signals, characterized in that a flexible cooling device is functionally assigned to the scintillator, surrounding the same coaxially, and conveying cooling means.

Abstract: The invention relates to a mounting device for fastening a module onto a component, in particular an outside housing of another module. The device includes a fastening screw having a thread, a screw carrier to receive the screw shaft of the fastening screw, and a thread carrier which is connected to the component and has an inside thread corresponding to the thread of the fastening screw. A force-locking connection between the screw carrier and the thread carrier is established by means of the fastening screw in the fastening position, and the module is supported on a supporting element of the component in the fastening position. The screw shaft of the fastening screw has an additional shaft section which is connected to the front shaft section at the screw head end for receiving a spring element.

Abstract: To cool detectors of level measuring devices, it is possible to use cooling compresses which are fastened to the detector housing. Such a cooling compress includes a cooling body which at least in part consists of a deformable material. The inner wall of the cooling body of the cooling compress is configured such that it moves towards a corresponding region of the outer surface of the detector to form a thermal contact with a corresponding region of the outer surface of the housing when a cooling fluid flows through the cooling body.

Abstract: The invention is a vibration sensor with a carrying element capable of being set into vibration; a conversion device having a field coil to set and/or tap the carrying element into vibration; an anchor mounted in the field coil; and, a vibration element to transmit the vibrations from the carrying element into/from a surrounding space. The anchor is designed as two parts, having a permanent magnet and a coil core connected to the field coil, with an air gap arranged therebetween and lying in the area of the axial extension of the field coil. The permanent magnet is connected to the carrying element to transmit vibrations; and, the field coil and the permanent magnet are arranged to interact in such a way that any vibration of the permanent magnet induces current flow in the field coil and/or induces vibration of the permanent magnet in the field coil.

Abstract: An electrical or electronic level indicator is positioned in a plug-in housing 24. The plug-in housing 24 is closed with a cover 10. This cover 10 is furnished with a handle bar 11, which serves as an aid for removing the cover 10. Positioned inside the cover 10 are rotating cylindrical pins 12, 13 which allow the potentiometers 32 and/or switches 33 to be adjusted. The electrical components 32, 33 are positioned on a circuit board 30, which lies inside the cover 10.

Abstract: The invention relates to a mounting device for fastening a module onto a component, in particular an outside housing of another module. The device includes a fastening screw having a thread, a screw carrier to receive the screw shaft of the fastening screw, and a thread carrier which is connected to the component and has an inside thread corresponding to the thread of the fastening screw. A force-locking connection between the screw carrier and the thread carrier is established by means of the fastening screw in the fastening position, and the module is supported on a supporting element of the component in the fastening position. The screw shaft of the fastening screw has an additional shaft section which is connected to the front shaft section at the screw head end for receiving a spring element.

Abstract: Filling level indicator having an explosion-proof housing comprising a glass and a metallic frame, wherein the glass is fused into the frame.

Abstract: The invention relates to a photomultiplier (10) with a fastening device, where the photomultiplier (10) has a solid cylindrical body, particularly a glass body (11), and a tubular jacket, a light inlet (12) on the front end and connecting contacts (14) on the back end, and where the fastening device has a socket (20) on the front end and a plug contact (30) resting on the connecting contacts (14) on the back end, and where a force-fitting and form-fitting connection is produced between the plug contact (30) and the socket (20) by means of a connecting component (40).

Abstract: The invention is a vibration sensor with a carrying element capable of being set into vibration; a conversion device having a field coil to set and/or tap the carrying element into vibration; an anchor mounted in the field coil; and, a vibration element to transmit the vibrations from the carrying element into/from a surrounding space. The anchor is designed as two parts, having a permanent magnet and a coil core connected to the field coil, with an air gap arranged therebetween and lying in the area of the axial extension of the field coil. The permanent magnet is connected to the carrying element to transmit vibrations; and, the field coil and the permanent magnet are arranged to interact in such a way that any vibration of the permanent magnet induces current flow in the field coil and/or induces vibration of the permanent magnet in the field coil.

Abstract: The invention relates to a photomultiplier (10) with a fastening device, where the photomultiplier (10) has a solid cylindrical body, particularly a glass body (11), and a tubular jacket, a light inlet (12) on the front end and connecting contacts (14) on the back end, and where the fastening device has a socket (20) on the front end and a plug contact (30) resting on the connecting contacts (14) on the back end, and where a force-fitting and form-fitting connection is produced between the plug contact (30) and the socket (20) by means of a connecting component (40).

Abstract: The invention relates to an electrical or electronic level indicator which is positioned in a plug-in housing 24. The plug-in housing 24 is closed with a cover 10. This cover 10 is furnished with a handle bar 11, which serves as an aid for removing the cover 10. Positioned inside the cover 10 are rotating cylindrical pins 12, 13 which allow the potentiometers 32 and/or switches 33 to be adjusted. The electrical components 32, 33 are positioned on a circuit board 30, which lies inside the cover 10.

Abstract: Filling level indicator having an explosion-proof housing comprising a glass and a metallic frame, wherein the glass is fused into the frame.