Abstract: A compressed air servicing device comprises several device modules (3) arranged in a row direction (2) and connected detachably with each other. At least two device modules (3) are detachably connected together by a module connector (4) placed between them, the module connector (4) having a through opening (14) by way of which the two device modules (3) are connected for fluid flow with one another. The module connector (4) is fitted with at least one sensor (15) connected with the through opening (14), such sensor (15) making possible monitoring of status data with respect to the flowing compressed air.

Abstract: A compressed air servicing device comprises several device modules (3) arranged in a row direction (2) and connected detachably with each other. At least two device modules (3) are detachably connected together by a module connector (4) placed between them, the module connector (4) having a through opening (14) by way of which the two device modules (3) are connected for fluid flow with one another. The module connector (4) is fitted with at least one sensor means (15) connected with the through opening (14), such sensor means (15) making possible monitoring of status data with respect to the flowing compressed air.

Abstract: A condensate filter, particularly for pneumatic classification modules, is suggested, which has a condensate container (10) having a filter system (19), a twist device (15), which sets the incoming air into rotation at the upper air inlet (14), and a partition plate (16), which divides the container interior into an upper filter chamber (17) containing the filter system (19) and a lower condensate collection chamber (18). The condensate collection chamber (18) is provided on the lower end with a condensate outlet (12). A peripheral wall region (24) of the pot-like partition plate (16) enlarges conically in diameter downward to the contact on the inner circumference of the condensate container (10) and has multiple condensate passage openings (25) extending up to the contact edge.

Abstract: A condensate filter, particularly for pneumatic classification modules, is suggested, which has a condensate container (10) having a filter system (19), a twist device (15), which sets the incoming air into rotation at the upper air inlet (14), and a partition plate (16), which divides the container interior into an upper filter chamber (17) containing the filter system (19) and a lower condensate collection chamber (18). The condensate collection chamber (18) is provided on the lower end with a condensate outlet (12). A peripheral wall region (24) of the pot-like partition plate (16) enlarges conically in diameter downward to the contact on the inner circumference of the condensate container (10) and has multiple condensate passage openings (25) extending up to the contact edge.