Abstract: A cable raceway including top and bottom walls, rear and front walls and a divider extending along substantially the entire length of the raceway. The divider extends in the direction between the top and bottom walls of the raceway. The raceway is comprised of a rear module of the raceway and the next module outward is a front module completing the preceding module passages. A cover over the front module passage completes that passage.

Abstract: A bridge to enable intersection of a first cable raceway and a second cable raceway. The first raceway has a first raceway section and a second raceway section joined by the bridge. The bridge includes a body shaped to communicate with the first and second raceway sections of the first raceway to define a continuous cable pathway from the first raceway section to the second raceway section. The body has a tunnel in its bottom side shaped to permit the second raceway to intersect the first raceway, whereby cables situated in the respective raceways may be prevented from touching.

Abstract: A bridge to enable intersection of a first cable raceway and a second cable raceway. The first raceway has a first raceway section and a second raceway section joined by the bridge. The bridge includes a body shaped to communicate with the first and second raceway sections of the first raceway to define a continuous cable pathway from the first raceway section to the second raceway section. The body has a tunnel in its bottom side shaped to permit the second raceway to intersect the first raceway, whereby cables situated in the respective raceways may be prevented from touching.

Abstract: A device plate for a divided cable raceway for preventing electrical interference between two sides of a raceway divided by the dividing panel. The device plate having a first electrical device receiving opening or a mounting fixture, connection or socket for an electric device toward one longitudinal side region and one lateral side region of the plate and having a second electrical device mounting fixture toward the opposite longitudinal side region and lateral side region of the device plate, and the device plate being blank at the opposite lateral side of the raceway at each longitudinal position along the raceway, thereby providing separation between the electrical device receiving openings, or mounting fixtures, or connections or sockets on the device plate and minimizing electrical interference at devices secured on the device plate and between cables and wires in the divided passageways in the raceway.

Abstract: A combination including a base plate or device plate for supporting a wiring device and a face plate over the wiring device and attached to the device plate. The device plate is positioned on an opening formed in the cover of a cable raceway for receiving a wiring device. The device plate has wiring device attachment bars at its opposite edges which are upraised above the cover of the raceway for raising up the supported wiring device. A divider is attached in the base plate of the combination and extends up from the top edge of the dividing strip in the raceway to the underside of the face plate to separate two cable carrying compartments within the raceway.

Abstract: A combination of a cable raceway section with a cable exit box, wherein the raceway section is C shaped with one side having a gap in it. A cable exit box at the gap in the side of the raceway section. The box has an opening in one wall overlying the gap in the side of the raceway section and both the gap and the opening are of a length enabling a wide radius turn of cable out of the raceway section and into the box. The box is deeper than the raceway. The box has an open interior defined by sides shaped for supporting a wiring device in the opening, to which wiring device cables exiting from the raceway section are attached.