Abstract: A calibration rig for calibration and/or re-calibration of flow meters (5) and/or flow meter calibration carts (7) is described comprising: a source (1) of pure sterilized water or a source (40) of a sterile conductive solution, a piping manifold (3) connected to the source (1), at least one flow meter (5) connected to the source (1) via the piping manifold (3) and/or at least one flow meter calibration cart (7) connected to the source (1) via the piping manifold (3) and a drain pipe (23) connected to each flow meter (5) and to each flow meter calibration cart (7) to guide liquid from the flow meter (5) and/or the flow meter calibration cart (7) to a drain (23).

Abstract: An Arrangement for the measurement of a level of a medium in a container the arrangement allows for removal of the microwave level measurement device, without opening the container, which allows use of standard connectors. The arrangement comprises: a mounting section surrounding an opening of the container; a tubular adapter comprising a first standard connector located on a first end of the adapter and a second standard connector located on a second end of the adapter, which is mounted on the mounting section of the container by the first standard connector; an isolation window transparent for microwaves seating a passageway through the adapter having an outer rim, which is clamped between the mounting section and the first standard connector; and a microwave level measurement device, comprising a standard process connector to be mounted on the second connector of the adapter.

Abstract: In order to provide means for allowing a time and cost effective use of measurement instruments (1, 21, 22, 41, 55) in industrial applications where high standard of hygiene need to be fulfilled, a disposable sterilizable liner (15, 27, 28, 51, 67) for a level, pressure or temperature measurement instrument (1, 21, 22, 41, 55) for measuring level, pressure or temperature of a product (9) in a container (3), for use in combination with a disposable container liner (13) covering an interior of the container (3), is described, wherein the measurement instrument (15, 27, 28, 51, 67) comprises: a sensing element (5, 23, 47, 59) for sensing a physical quantity, and a process connector (7, 25, 43, 57) for mounting the sensing element (5, 23, 47, 59) on a counter connector (11, 29, 53) on the container (3), wherein the liner (15, 27, 28, 51, 67) for the measurement instrument (1, 21, 22, 41, 55) is one integral element made out of an elastic material has a shape that exactly follows outer contours of the sensing elem

Abstract: An Arrangement for the measurement of a level of a medium in a container the arrangement allows for removal of the microwave level measurement device, without opening the container, which allows use of standard connectors. The arrangement comprises: a mounting section surrounding an opening of the container; a tubular adapter comprising a first standard connector located on a first end of the adapter and a second standard connector located on a second end of the adapter, which is mounted on the mounting section of the container by the first standard connector; an isolation window transparent for microwaves sealing a passageway through the adapter having an outer rim, which is clamped between the mounting section and the first standard connector; and a microwave level measurement device, comprising a standard process connector to be mounted on the second connector of the adapter.

Abstract: A probe is described, that complies to high standards of hygiene, comprising: a process connection, a metal rod comprising a first end of the rod connected to the process connection, a first gasket provided between the process connection and the rod forming a seal between the rod and the process connection, and a cylinder, which is located between the process connection and the rod, which is surrounded by the first gasket, and which defines a minimal distance between the process connection and the rod, the minimal distance ensuring a defined compression force exerted on the first gasket.

Abstract: A calibration rig for calibration and/or re-calibration of flow meters (5) and/or flow meter calibration carts (7) is described comprising: a source (1) of pure sterilized water or a source (40) of a sterile conductive solution, a piping manifold (3) connected to the source (1), at least one flow meter (5) connected to the source (1) via the piping manifold (3) and/or at least one flow meter calibration cart (7) connected to the source (1) via the piping manifold (3) and a drain pipe (23) connected to each flow meter (5) and to each flow meter calibration cart (7) to guide liquid from the flow meter (5) and/or the flow meter calibration cart (7) to a drain (23).

Abstract: A probe is described, that complies to high standards of hygiene, comprising: a process connection (1, 51), a metal rod (3) comprising a first end of the rod (3) connected to the process connection (1, 51), a first gasket (13) provided between the process connection (1, 51) and the rod (3) forming a seal between the rod (3) and the process connection (1, 51), and a cylinder (35), which is located between the process connection (1, 51) and the rod (3), which is surrounded by the first gasket (13), and which defines a minimal distance between the process connection (1) and the rod (3), the minimal distance ensuring a defined compression force exerted on the first gasket (13).

Abstract: A calibration rig for calibration and/or re-calibration of flow meters (5) and/or flow meter calibration carts (7) is described comprising: a source (1) of pure sterilized water, a piping manifold (3) connected to the source (1), at least one flow meter (5) connected to the source (1) via the piping manifold (3) and/or at least one flow meter calibration cart (7) connected to the source (1) via the piping manifold (3) and a drain pipe (23) connected to each flow meter (5) and to each flow meter calibration cart (7) to guide water from the flow meter (5) and/or the flow meter calibration cart (7) to a drain (23).