Abstract: Embodiments presented provide a compressed air and liquid separator having a shell adapted to be vertically or horizontally oriented in use. The shell has an inlet end and an outlet end and defines a separating chamber therein. An inlet plate is coupled to the inlet end of the shell and provides a compressed gas ingress into the separating chamber, the compressed gas including a liquid therein. A plurality of inlet nozzles is disposed in the inlet plate, each inlet nozzle having an inner diameter and a length that are selected so as to accelerate the compressed gas therethrough to below a dew point thereof. A plurality of separating baffles positioned within the separating chamber above the compressed gas ingress, the separating baffles providing a means for separating the liquid from the compressed gas. An outlet plate is coupled to the outlet end of the shell, the outlet plate providing a compressed gas egress out of the separating chamber.

Abstract: A cable management system for electronic patchboard and routing systems. Cables are fabricated in a uniform length with appropriate termination Functional sets of cables are bundled and enclosed in a distinctly identifiable bundling material. Bundles are wrapped around a reel which has features for removable attachment to a cabinet. Reels are removably mounted to the cabinet at locations chosen to facilitate neat cable dressing. Appropriate lengths of cable are unwound from the reel. Cables are connected to associated connection points while leaving excess cable lengths wrapped around the reel.