Abstract: An apparatus for use in providing a load on a bearing mounted to a shaft includes a setting gage configured to be received on a shaft and configured to engage a nut on the shaft. The gage includes an inner portion and an outer portion rotatable relative to each other. The inner portion includes an outer perimeter contacting an inner perimeter of the outer portion. The inner portion has an inner opening having an inner circumference mirroring a shape of the shaft and shaped to inhibit movement between the inner portion and the shaft when the shaft is received in the inner opening. The outer portion has an outer circumference comprising at least one radially projecting member configured to engage the nut to inhibit movement between the outer portion and the nut when the gage engages the nut. The inner portion includes a start position indicator on the outer perimeter and a stop position indicator on the outer perimeter. The start position indicator includes a start position for a marker of the outer portion.

Abstract: A pressure sensor comprises a housing, a housing plug and a pressure port, which projects into the housing. The pressure sensor has a pressure-sensing element adhesively cemented on the pressure port, so that a passage, located in the pressure port, is sealed. To produce an adhesive film between the pressure port and the housing, the pressure port or the housing or both exhibit a recess in a region, which borders at least section by section on the adhesive film. The volume of recess is equal to the volume of the adhesive film. To produce the adhesive film, the intermediate space between the pressure port and the housing is filled with the adhesive, which was introduced into the recess, while utilizing a capillary effect.