Soldering system, useful for improving working conditions at a soldering space, comprises a soldering station, a control device, a soldering iron, and a suction device that is connected with a sucker comprising a movable throttle valve

摘要

The soldering system comprises a soldering station (2), a control device (7), a soldering iron (4), which is removed for soldering from a piston tray (5) of the soldering station and is storable with a termination of soldering in the piston tray, and a suction device (9) that is connected with a sucker comprising a movable throttle valve to which a movement of a motor is provided at the sucker. The motor is controllable by: the control device; filing the respective soldering iron in the piston tray; and removing the respective soldering iron from the piston tray. The soldering system comprises a soldering station (2), a control device (7), a soldering iron (4), which is removed for soldering from a piston tray (5) of the soldering station and is storable with a termination of soldering in the piston tray, and a suction device (9) that is connected with a sucker comprising a movable throttle valve to which a movement of a motor is provided at the sucker. The motor is controllable by: the control device; filing the respective soldering iron in the piston tray; and removing the respective soldering iron from the piston tray to alter a position of the respective throttle valve. The position of the respective throttle valve is adjustable in specific angles between an open position and a closed position. The open position allows a smoke suction by the sucker. The smoke suction prevents the closed position. A potentiometer is provided for detecting the angle of the position of the throttle valve. The position of the respective throttle valve is recognizable by the control device. A suction power of the suction device is variable in accordance with the position of the throttle valve. The soldering station comprises a proximity sensor connected with the control device, where the proximity sensor is provided in the piston tray for detecting the tray and/or removing the respective soldering iron. The proximity sensor is a capacitive sensor, an inductive sensor and an infrared sensor. The respective soldering station and the suction device are automatically switched off by the tray of the soldering iron in the respective piston tray. The motor is controlled by the control device through the tray of the soldering iron in a time-delayed manner, and comprises a gearbox. The throttle valve is magnetically and pneumatically controllable. The sucker is assigned to the respective soldering station. The suction device comprises a pressure sensor, which is provided for detecting a pressure in a suction hose connected with the suction device. The suction power of the suction device is controllable on the basis of the detected pressure by the pressure sensor.