Abstract: A receiver (24) for a condenser system (20) includes a body (32) in fluid communication with a header (28) of the condenser system (20). A first cap (38) is coupled to an end (34) of the body (32) and has a saddle portion (40) coupled to the header (28). The receiver (24) further includes a tube section (42) coupled to a second end (36) of the body. A second cap (50) is removably interconnected with the tube section (42) following insertion of a service cartridge (76) into the body (32). The service cartridge (76) includes a substantially-rigid tubular member (78) having rib members (84) radially extending from an outer surface (86) of the tubular member (78). Covers (90, 92), each having openings (94, 96), are coupled to opposing ends of the tubular member (78). The service cartridge (76) includes multiple features for drying, filtering, and/or leak detection.

Abstract: A receiver (24) in a condenser system (20) includes a body (32) in fluid communication with a header (28) of the condenser system (20). A service cartridge (154) is insertable into an interior cavity (106) of the body (32). The service cartridge (154) includes a substantially-rigid tubular member (156). Covers (166, 168), each having openings (170, 172), are coupled to opposing ends of the tubular member (78). A spindle (179) is non-detachably coupled to each of the first cover (166) and a cap (180). The cap (180) is configured for threaded attachment to a service end of the body (32) of the receiver (24). Refrigerant 150 is received by the tubular member (156) via the first openings (170), and is discharged from the tubular member (156) via the second openings (172). The service cartridge (154) includes multiple features for drying, filtering, and/or leak detection.

Abstract: A receiver (24) for a condenser system (20) includes a body (32) in fluid communication with a header (28) of the condenser system (20). A first cap (38) is coupled to an end (34) of the body (32) and has a saddle portion (40) coupled to the header (28). The receiver (24) further includes a tube section (42) coupled to a second end (36) of the body. A second cap (50) is removably interconnected with the tube section (42) following insertion of a service cartridge (76) into the body (32). The service cartridge (76) includes a substantially-rigid tubular member (78) having rib members (84) radially extending from an outer surface (86) of the tubular member (78). Covers (90, 92), each having openings (94, 96), are coupled to opposing ends of the tubular member (78). The service cartridge (76) includes multiple features for drying, filtering, and/or leak detection.

Abstract: A scoring apparatus for use in imparting scores in paper products to reduce the occurrence of random yielding upon folding. The scoring apparatus includes a scoring member and a paper products platform member and is operably associated with a power source for forcing at least the scoring member, and the paper products into contact with one another. The scoring member includes a scoring profile having a scoring bead member for imparting scores in paper products and an integrated shoulder for partially crushing and weakening a portion of the paper products on one side of the resulting score line. The scoring apparatus creates a desired score line with a substantially weakened portion on one side of the score line, with a substantially unweakened portion on the other side of the score line--to substantially reduce the random yielding of the paper products during the folding of those paper products along the score line.