Abstract: A fluid cooling system provides integrated fluid cooling to dissipate heat from a track busway system, particularly the busbars of a track busway system. The fluid cooling system for the track busway system includes one or more cooling jackets in thermal contact with the busbars of a section of the track busway system. A cooling fluid flows through the cooling jackets to remove or dissipate heat from the busbars of the track busway system through conductive heat transfer. In addition, section joints or busway joinders may receive separate fluid cooling from the fluid cooling system using a cooler positioned between the joint packs connecting the sections of the track busway system.

Abstract: A sifter includes a screen including a cylindrical portion. A helix is positioned within the cylindrical portion and extends between a first end of the helix and a second end of the helix. The helix defines a volume, such as an annular gap extending between the first end of the helix and a second end of the helix and extending inwardly from an inner surface of the helix by at least 25 percent of an inner diameter of the inner surface of the helix, the volume being available to receive particles sifted by the sifter. The helix may be a metal coil secured at ends thereof to a shaft driven by a motor. The screen and/or endcaps secured to the screen includes an opening through which particles that do not pass through the screen are urged by the helix.

Abstract: A sifter includes a screen including a cylindrical portion. A helix is positioned within the cylindrical portion and extends between a first end of the helix and a second end of the helix. The helix defines a volume, such as an annular gap extending between the first end of the helix and a second end of the helix and extending inwardly from an inner surface of the helix by at least 25 percent of an inner diameter of the inner surface of the helix, the volume being available to receive particles sifted by the sifter. The helix may be a metal coil secured at ends thereof to a shaft driven by a motor. The screen and/or endcaps secured to the screen includes an opening through which particles that do not pass through the screen are urged by the helix.

Abstract: A server-side project manager utilizes a set of web service APIs to create, update, schedule and manage projects on a server. A user submits a project update request when the user creates a new project or modifies an existing project. The project update request is associated with an API that calls the server via a web service to update the project. Example APIs include a data retrieval call, an administrative call or a data update call. A processor compares the project update request to any existing project definition to identify update values. A set of calculations is performed using the update values and any existing project definition. The project is updated based on the calculation results and stored in a data store.

Abstract: Methods and systems are provided for managing automated project management scheduling based on user input of contractual project milestone start and/or finish data. A project scheduling engine may be managed by provision of contractual start/finish data. The scheduling engine may restart a project management schedule at any point in the schedule based on the contractual scheduling data provided by a user of the schedule. Thus, a user of the schedule may manage one or more portions of the overall project management schedule without manually amending the schedule or breaking scheduling dependencies to cause the schedule to arbitrarily fit an initial schedule.