Abstract: A particulate spray booth having a sealed particulate spray device booth wall opening is disclosed. The powder coating material spray system may include a booth comprising a ceiling, a floor, and side walls defining an interior of the booth, wherein the booth defines an opening from the interior of the booth to an exterior of the booth. The system may further include a powder spray device received through the opening, the powder spray device comprising a body and a nozzle through which powder coating material is sprayed into the interior of the booth, wherein the nozzle and at least part of the body are disposed in the interior of the booth. The system may further include a flexible boot element having a proximal end and a distal end opposite the proximal end, the proximal end attached to a periphery of the opening to form a first seal and the distal end attached to the at least part of the body of the powder spray device disposed in the interior of the booth to form a second seal.

Abstract: A powder cyclone separator for use in a powder coating system is contemplated that is formed in two separate and separable sections. An upper section of the cyclone is mounted on a first frame and remains stationary. A lower section of the cyclone is mounted on a second frame that is movable laterally away from the first frame so that an operator has more ready access to clean interior surfaces of the upper section. Optionally, actuators may be provided to vertically raise and lower the cyclone lower section with respect to the cyclone upper section. Various optional alignment means are presented for aligning the cyclone upper and lower sections. Preferably, a control mechanism is mounted on the second frame which includes a switch that is manually operated by the user to raise and lower the lower section with respect to the upper section. This design allows an operator to see, and therefore verify, that virtually all internal surfaces of the cyclone have been effectively cleaned.

Abstract: A powder cyclone separator for use in a powder coating system is formed in two separate and separable sections. An upper section is mounted on a first frame and remains stationary. A lower section is mounted on a second frame that is movable laterally away from the first frame so that an operator has more ready access to clean interior surfaces of the upper section. Optionally, actuators may be provided to raise and lower the cyclone lower section with respect to the cyclone upper section. Optional alignment means are presented for aligning the cyclone upper and lower sections. A control mechanism may be mounted on the second frame which includes a switch that is operable to raise and lower the lower section with respect to the upper section. This design allows an operator to see and verify that virtually all internal surfaces of the cyclone have been cleaned.

Abstract: A powder cyclone separator for use in a powder coating system is contemplated that is formed in two separate and separable sections. An upper section of the cyclone is mounted on a first frame and remains stationary. A lower section of the cyclone is mounted on a second frame that is movable laterally away from the first frame so that an operator has more ready access to clean interior surfaces of the upper section. Optionally, actuators may be provided to vertically raise and lower the cyclone lower section with respect to the cyclone upper section. Various optional alignment means are presented for aligning the cyclone upper and lower sections. Preferably, a control mechanism is mounted on the second frame which includes a switch that is manually operated by the user to raise and lower the lower section with respect to the upper section. This design allows an operator to see, and therefore verify, that virtually all internal surfaces of the cyclone have been effectively cleaned.

Abstract: A powder cyclone separator for use in a powder coating system is formed in two separate and separable sections. An upper section is mounted on a first frame and remains stationary. A lower section is mounted on a second frame that is movable laterally away from the first frame so that an operator has more ready access to clean interior surfaces of the upper section. Optionally, actuators may be provided to raise and lower the cyclone lower section with respect to the cyclone upper section. Optional alignment means are presented for aligning the cyclone upper and lower sections. A control mechanism may be mounted on the second frame which includes a switch that is operable to raise and lower the lower section with respect to the upper section. This design allows an operator to see and verify that virtually all internal surfaces of the cyclone have been cleaned.

Abstract: An electrical component (100) includes: (a) an electrical charge storage component (110) comprising one or more first power connectors (211); (b) a first power component (130) capable of outputting alternating current to a first electrical device and comprising one or more second power connectors (412); and (c) a second power component (150) capable of outputting direct current to a second electrical device and comprising one or more third power connectors (612).

Abstract: An electrical component (100) includes: (a) an electrical charge storage component (110) comprising one or more first power connectors (211); (b) a first power component (130) capable of outputting alternating current to a first electrical device and comprising one or more second power connectors (412); and (c) a second power component (150) capable of outputting direct current to a second electrical device and comprising one or more third power connectors (612).