RSZ 230-100, Doepke power shock switch 230 V AC, 16 A, 1 S with central control

Doepke power shock switch 230 V AC, 16 A, 1 S with central control

Current shock switch, also: remote or pulse switch, switch on and off by an electric pulse. The RS series switches electrical consumers up to 16 A in impulse operation. The design is suitable for installation in electrical distribution. These power shock switches have in addition to the local command inputs also inputs for central commands. Characteristics: high flexibility due to different contact configurations, contour and clamp compatible to the installation relay program, option of optical display of the operating state by means of LED, sound of the switch and without hulls, switching time: 100% with distance part 0.5 TE, front-side switching position display, mica lamps parallel to control keys, easy connection by generous, unlegible clamps, no backseat of the connection wires possible, easy access to connection of the coil supply, safe according to BGV A3, easy connection for the local support, 35- Central control - two-stage groups switchable (RSZ only) type of assembly: quick fitting on the support rail, installation position any, application areas: The components offer universal applications for control tasks in industrial and building technology as well as in house installation. They are particularly suitable for switching lighting systems, electric heating, ventilation, air conditioning, fans, heat pumps and light and gas discharge lamps. Note: The name of the RS series of devices describes both the measurement voltage (first number group) and the contact execution (last number group), which is listed in the order of the closing, opening and changer. A RS 024-110 For example, a measurement voltage of 24 V, each one closing and opening, but not a change-in contact, the switching time (ED) is max. 1 h. To achieve 100% ED, the two-sided use of the distance piece DHDS is necessary, parallel-switched mica lamps of light-emitting buttons create blind currents, which can be compensated for at too many by a capacitor block. to prevent too high coil heating.