The WAGNER E-Line solution allows the customer to provide its wide range of diverse components with a perfect surface. This highly efficient coating system guarantees high process reliability with constant results.
The EPG S2 set is needed to control the guns in combination with a master controller. One set is needed for two guns. It contains an EPG S2 and the connection cables needed.
Final filters are required to operate a cyclone system. They provide the necessary suction capacity and must be matched to the pressure loss in the overall system.
The box fresh powder supply module allows fresh powder to be automatically supplied directly from the box with level control. The set includes vibration table, suction lance, IP5000 and cleaning fixture.
The EPG S2 control unit is used for all WAGNER guns in an automated system. 2 guns may be connected and independently remote-controlled using the central control unit.
The system is a precise and stable sliding table with a drive unit that, after a reference run, is able to determine and move to the exact position at any time. An ideal solution for the safe and reliable positioning of reciprocators.
The Easy hose guide is a simple system that prevents bending powder and air hoses. In this way, it helps ensure trouble-free operation of the system. Type H for horizontal, type V for vertical gun arrangements.
The Easy hose guide is a simple system that prevents bending powder and air hoses. In this way, it helps ensure trouble-free operation of the system. Type H for horizontal, type V for vertical gun arrangements.
ICF Integral Compact Filter stainless steel filter booths are designed for automatic powder coating and manual coating. Paint changes can be undertaken by changing the powder and filter trolley.
The filter is used to separate coating powders directly. It is characterized by a very high separation efficiency of over 99.9%. The ICF system can be flange-mounted directly onto the booth. The mobile filter trolley can be readily exchanged during a paint change.
The fan box allows for a certain suction capacity of a booth. If the pressure loss in the air system is known, the expected air power can be calculated on the basis of the fan characteristic curves. It is optimally coordinated with the ICF system.
The powder/air mixture sucked in from the booth is separated in the filter trolley. The powder is captured in the ribs and is cleaned off by compressed air impulses. The recovered powder may thus be returned to circulation.