Edison discovered the incandescent lamp in 1879 and took the first step to the groundbreaking technology in the life of human beings. From the past to the present, lighting technology has developed and has become an indispensable part of our lives with alternative LED lamps, fluorescent lamps, halogen lamps and many other types of lighting. In addition to the convenience of lighting technology in our lives, the possibility of easy control is also very important for the user.

Pulse current switches, which offer easy control for lighting, are electrical switching elements that allow lighting to control from many points. The impact flow switch is connected to the lighting system (LED lamp, fluorescent lamp, incandescent lamp, etc.), and the lighting system is connected to the LIHT buttons in parallel. The desired number of LIHT button can be used so that the distance between the impact current switch and the farthest LIHT button does not exceed 50 meters. Thus, lamps from many points can be opened and closed within 50 meters. For example, many lamps in a long corridor can have many lamps, these lamps can be opened by pressing the desired LIHT button with the Liht buttons placed in the middle of the corridor, at the end of the corridor, the end of the corridor.

Using a impact current key instead of vavien switches significantly reduces wiring costs

Vavian switches used in classical lighting cause both labor loss and cable costs due to the need to connect the two vavian switches to each other by cable. In addition, the control of the lighting system with vavian switches is provided from a maximum of 3 points. Lighting control made with the impact current switch allows you to easily control the lighting system from the desired point, especially in long corridors.

How does the impact current switch work?

To burn the lamps, a very short -term signal is sent to the coil of the impact current switch as soon as the liht button is pressed. With the special locking mechanism in the impact current switch, the instant signal sent to the coil performs the locking process. The contacts that are locked until the signal arrives again will change the location as soon as the LIHT button is pressed and allows the lamps to close.