Abstract: A cable bushing which is small, simple and cost-effective as possible, having a cable, a housing, through which the cable is led, and which has a radially inwardly extending step at its first end, a first sleeve, which engages around the cable and which has a first section arranged inside the housing. The first sleeve is held by the step in the housing, the first sleeve bearing in a seal-forming fashion against the cable and there being a sealing means between the step in the housing and the fist sleeve. A second sleeve is arranged in the interior of the housing and has a first cylindrical section which engages closely around the cable, the first sleeve having a second section which adjoins an end of the first section which faces the step, said second section bearing on the first section of the first sleeve, and an attachment element by means of which the second sleeve is pressed against the first sleeve.

Abstract: A cable bushing which is small, simple and cost-effective as possible, having a cable, a housing, through which the cable is led, and which has a radially inwardly extending step at its first end, a first sleeve, which engages around the cable and which has a first section arranged inside the housing. The first sleeve is held by the step in the housing, the first sleeve bearing in a seal-forming fashion against the cable and there being a sealing means between the step in the housing and the fist sleeve. A second sleeve is arranged in the interior of the housing and has a first cylindrical section which engages closely around the cable, the first sleeve having a second section which adjoins an end of the first section which faces the step, said second section bearing on the first section of the first sleeve, and an attachment element by means of which the second sleeve is pressed against the first sleeve.

Abstract: A pressure measurement device, a receiving tube, in which a pressure sensor element is axially clamped by means of a screw element. Between the screw element and the pressure sensor element, a transmission element is arranged to transmit axial clamping forces. The pressure measurement device exhibits at least one first stop, which is not rotatable relative to the receiving tube, wherein the transmission element exhibits at least one second stop, which is engaged with the at least one first stop, in order to prevent a rotation of the transmission element. In this way, a transmission of torque to the pressure sensor element during assembly is prevented. Preferably the first stop is arranged on a bushing which centers the pressure sensor element in the receiving tube.

Abstract: A pressure measurement device, a receiving tube 1, in which a pressure sensor element 3 is axially clamped by means of a screw element 7. Between the screw element 7 and the pressure sensor element 3, a transmission element 4 is arranged to transmit the axial clamping forces. The pressure measurement device exhibits at least one first stop 21, which is not rotatable relative to the receiving tube 1, wherein the transmission element exhibits at least one second stop 41, which is engaged with the at least one first stop, in order to prevent a rotation of the transmission element. In this way, a transmission of torque to the pressure sensor element 3 during assembly is prevented. Preferably the first stop 21 is arranged on a bushing 2 which centers the pressure sensor element 3 in the receiving tube.

Abstract: A cable bushing which is small, simple and cost-effective as possible, having a cable, a housing, though which the cable is led, and which has a radially inwardly extending step at its first end, a first sleeve, which engages around the cable and which has a first section arranged inside the housing. The first sleeve is held by the step in the housing, the first sleeve bearing in a seal-forming fashion against the cable and there being a sealing means between the step in the housing and the fist sleeve. A second sleeve is arranged in the interior of the housing and has a first cylindrical section which engages closely around the cable, the first sleeve having a second section which adjoins an end of the first section which faces the step, said second section bearing on the first section of the first sleeve, and an attachment element by means of which the second sleeve is pressed against the first sleeve.

Abstract: A cable bushing is disclosed for a probe, which cable bushing is to be as small, simple and cost-effective as possible, having a cable (3), a housing (1), through which the cable (3) is led, and which has a radially inwardly extending step at its first end, a first sleeve (11), which engages around the cable (3) and which has a first section (13) arranged inside the housing (1), the first sleeve (11) being held by the step in the housing (1), the first sleeve (11) bearing in a seal-forming fashion against the cable (3) and there being a sealing means between the step in the housing (1) and the first sleeve (11), a second sleeve (17) which is arranged in the interior of the housing (1) and which has a first cylindrical section (19) which engages closely around the cable (3), said sleeve having a second section (21) which adjoins an end of the first section (19) which faces the step, said second section bearing on the first section (13) of the first sleeve (11), and an attachment element by means of which the s

Abstract: A device is proposed for the electrically insulated attachment of a metal probe electrode in the opening of a housing, preferably a measuring probe for measuring the filling status in the opening of a probe head housing. The device has a metal rod electrode and a metal guard electrode at which two sealing cones are arranged which are spatially separated from each other which, with the inclusion of insulating layers, electrically insulate and close off in a pressure-sealed manner the rod electrode with respect to the guard electrode and both with respect to the housing in the opening of which they are attached. Both electrodes are connected with an electronic circuit in an electrically insulated manner.