A field device housing with electronics disposed in the field device housing and a monitoring device, characterized by electronics which electrically check the monitoring device and by the monitoring device, which displays a state of the field device housing.

A field device housing with electronics disposed in the field device housing and a monitoring device, characterized by electronics which electrically check the monitoring device and by the monitoring device, which displays a state of the field device housing.

Electronic equipment includes: a substrate configured to include a first component, a second component, and an interconnection part that couples the first component with the second component by electric interconnections; and an exterior part configured to cover the first component, the second component, and the interconnection parts, and include a first exterior section that covers at least a portion of the first component, and a second exterior section that covers at least a portion of the interconnection parts, a thickness of the first exterior section being different from a thickness of the second exterior section to form a level difference in a boundary part between the first exterior section and the second exterior section.

A sensor arrangement includes at least one sensor (7) as well as a housing (1) constructed of at least two plastic injection molded parts (2, 3), and a sensor electronics which are located on the circuit board (5) and which is secured by this housing. At least one absorption body (4) is provided within the housing (1) and is designed as a plastic injection molded part and serves for absorbing fluid which could get into the housing by diffusion.

A sensor arrangement includes at least one sensor (7) as well as a housing (1) constructed of at least two plastic injection molded parts (2, 3), and a sensor electronics which are located on the circuit board (5) and which is secured by this housing. At least one absorption body (4) is provided within the housing (1) and is designed as a plastic injection molded part and serves for absorbing fluid which could get into the housing by diffusion.

A sensor arrangement includes a sensor which is arranged in a housing constructed of two plastic injection molded parts (2, 3). The electrical leads are sealingly led through the housing (1) and are sealed by way of O-rings which on the one hand bear in a groove of the lead and on the other hand bear in a recess forming the housing feed-through.

A sensor arrangement includes a sensor which is arranged in a housing constructed of two plastic injection molded parts (2, 3). The electrical leads are sealingly led through the housing (1) and are sealed by way of O-rings which on the one hand bear in a groove of the lead and on the other hand bear in a recess forming the housing feed-through.

To provide a rack, a mechanism for opening and closing a front panel, and the like, to which the front panel is attached in an openable/closable manner, and capable to prevent the front panel from unexpectedly dropping off the rack. A rack configured to be mounted with a front panel in an openable/closable manner includes: a protrusion part provided in a flat plate shape on a frame near a front surface of the rack; and a screw hole formed in the protrusion part, wherein a screw is mounted to the screw hole in a state where a slit formed along one end portion of the front panel is inserted into the protrusion part.

To provide a rack, a mechanism for opening and closing a front panel, and the like, to which the front panel is attached in an openable/closable manner, and capable to prevent the front panel from unexpectedly dropping off the rack. A rack configured to be mounted with a front panel in an openable/closable manner includes: a protrusion part provided in a flat plate shape on a frame near a front surface of the rack; and a screw hole formed in the protrusion part, wherein a screw is mounted to the screw hole in a state where a slit formed along one end portion of the front panel is inserted into the protrusion part.

The present disclosure relates to a weather protection cover for a horizontally arranged display unit of a field device of process and automation technology. The weather protection cover includes a protective unit, which is arrangeable in such a manner that at least a first section of the protective unit lies opposite the display unit and at least the first section protects the display unit against weather influences. The weather protection cover includes at least one reflecting component, which is arranged and embodied in such a manner that the reflecting component reflects a display of the display unit, such that the display is observable perpendicularly to the display unit.