Abstract: Apparatus and methods for alert management in instrumentation are disclosed. An example method includes generating a set of alerts within a process control instrument, processing the set of alerts to compare the set of alerts to known combinations of alerts, determining if one of the known combinations of alerts matches the set of alerts based on the comparison of the set of alerts to the known combinations of alerts, and identifying a recommended action instruction based on the determination.

Abstract: Apparatus and methods for alert management in instrumentation are disclosed. An example method includes generating a set of alerts within a process control instrument, processing the set of alerts to compare the set of alerts to known combinations of alerts, determining if one of the known combinations of alerts matches the set of alerts based on the comparison of the set of alerts to the known combinations of alerts, and identifying a recommended action instruction based on the determination.

Abstract: Methods and apparatus to expose enclosure labels are disclosed. An example apparatus includes a first enclosure having a first characteristic, a first label indicative of the first characteristic and fixed to an outer surface of the first enclosure, and a second enclosure to couple to the first enclosure. The second enclosure is to cover the first label when the second enclosure is coupled to the first enclosure. The first and second enclosures have a second characteristic when the second enclosure is coupled to the first enclosure. The example apparatus also include a second label indicative of the second characteristic and fixed to an outer surface of the second enclosure. The second label is to be exposed when the second enclosure is coupled to the first enclosure.

Abstract: Methods and apparatus to expose enclosure labels are disclosed. An example apparatus includes a first enclosure having a first characteristic, a first label indicative of the first characteristic and fixed to an outer surface of the first enclosure, and a second enclosure to couple to the first enclosure. The second enclosure is to cover the first label when the second enclosure is coupled to the first enclosure. The first and second enclosures have a second characteristic when the second enclosure is coupled to the first enclosure. The example apparatus also include a second label indicative of the second characteristic and fixed to an outer surface of the second enclosure. The second label is to be exposed when the second enclosure is coupled to the first enclosure.

Abstract: Methods and apparatus for bypassing a positioner in an active control loop are described. An example actuator assembly includes a pneumatic actuator and a transfer station. The transfer station includes a body defining flow paths that enable fluid to flow between a supply pressure, a valve positioner, and the pneumatic actuator and between the supply pressure and the pneumatic actuator to bypass the valve positioner without disrupting a process loop including the valve positioner. The transfer station also includes a plurality of fluid flow control devices to control the fluid flow through the flow paths.

Abstract: Methods and apparatus for bypassing a positioner in an active control loop are described. An example actuator assembly includes a pneumatic actuator and a transfer station. The transfer station includes a body defining flow paths that enable fluid to flow between a supply pressure, a valve positioner, and the pneumatic actuator and between the supply pressure and the pneumatic actuator to bypass the valve positioner without disrupting a process loop including the valve positioner. The transfer station also includes a plurality of fluid flow control devices to control the fluid flow through the flow paths.