Abstract: A modular field device kit with interchangeable components allowing for customization and a method of assembly of a field device using such kit.

Abstract: A modular field device kit with interchangeable components allowing for customization and a method of assembly of a field device using such kit.

Abstract: A field device with a housing, a sensor, and an electronic unit arranged in the housing, with the field device comprising a radio module that can be connected to the electronic unit and removed therefrom.

Abstract: A field device with a housing, a sensor, and an electronic unit arranged in the housing, with the field device comprising a radio module that can be connected to the electronic unit and removed therefrom.

Abstract: A display and control module of a field device, comprising a housing, a display unit arranged in the housing which is visible from the outside, and an electronics unit, wherein an exchangeable energy storage unit is arranged in the housing for at least partially supplying energy to the display and control module, and alternate embodiments thereof.

Abstract: A filling level measuring device antenna cover includes a base body and a plurality of circular fins concentrically arranged on the base body, wherein the fins and the base body consist of a plastic material. The fins and the base body are one piece and injection-moulded.

Abstract: A filling level measuring device antenna cover includes a base body and a plurality of circular fins concentrically arranged on the base body, wherein the fins and the base body consist of a plastic material. The fins and the base body are one piece and injection-moulded.

Abstract: A metalized plastic antenna includes a plastic antenna body with metallization on the inside. In this arrangement metallization is used for conducting electromagnetic waves. Furthermore, metallization may be implemented as a protective coating so that chemical resistance of the plastic antenna may be ensured even in the case of corrosive environmental conditions.

Abstract: A mounting bracket is adapted for mounting a field device, as well as to a field device that for the purpose of attachment to a mounting surface comprises such a mounting bracket. The mounting bracket comprises (a) a first bracket strap which includes a first rotary bearing, (b) a second bracket strap, spaced apart from the first bracket strap by a space, including a second rotary bearing and (c) at least one movable lock on one of the two bracket straps. The rotary bearings are designed to articulate on two opposing sides of a field device that may be arranged in the space so that the field device may be rotated, on an imaginary axis that extends through the space, from a first angle position to a second angle position. The lock is designed to engage the field device in order to in this way resist a torque of the field device in that the lock converts the torque to a pair of forces which is removable by way of one of the rotary bearings and by way of the lock itself.

Abstract: A mounting bracket is adapted for mounting a field device, as well as to a field device that for the purpose of attachment to a mounting surface comprises such a mounting bracket. The mounting bracket comprises (a) a first bracket strap which includes a first rotary bearing, (b) a second bracket strap, spaced apart from the first bracket strap by a space, including a second rotary bearing and (c) at least one movable lock on one of the two bracket straps. The rotary bearings are designed to articulate on two opposing sides a field device that may be arranged in the space so that the field device may be rotated, on an imaginary axis that extends through the space, from a first angle position to a second angle position. The lock is designed to engage the field device in order to in this way resist a torque of the field device in that said lock converts the torque to a pair of forces which is removable by way of one of the rotary bearings and by way of the lock itself.

Abstract: A metallised plastic antenna includes a plastic antenna body with metallisation on the inside. In this arrangement metallisation is used for conducting electromagnetic waves. Furthermore, metallisation may be implemented as a protective coating so that chemical resistance of the plastic antenna may be ensured even in the case of corrosive environmental conditions.