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Intelligent lighting control systems are used in many industries, and intelligent lighting control systems have the advantages of energy saving, so do you understand the components of intelligent lighting control systems? The following is for everyone to explain.

1, system unit

Including system power, various interfaces (PC, Ethernet, telephone, etc.), network bridge, the main system implements the same control and signal sampling network for each area; subsystems implement different specific control networks for each partition, the main system And the subsystem is connected by information and other components to realize data transmission;

2, the input unit

It is used to convert external control signals into signals transmitted on the network, such as programmable multi-function (on/off, dimming, timing, soft start/soft shutdown, etc.) input switch, infrared receiving switch and infrared remote control ( Achieve lighting dimming or on/off function), various types and multi-function control panels, (if some provide LCD page display and control mode, and use soft keys for graphics, text and pictures to perform multi-point control , timing control, storage of a variety of bright modes, etc.), various functional sensors (such as infrared sensors can sense human activity to control the switch of lamps or other loads, brightness sensor), adjust the light source by detecting the brightness of the surrounding environment Brightness, so that the surrounding environment maintains appropriate illumination to achieve effective use of natural light and save energy;

3, the output unit

The output unit of the intelligent control system is used to accept signals transmitted from the network and control the output of the corresponding loop to realize real-time control. The output unit has various types of relays and dimmers (the load current is used as the adjustment object, except for the dimming function). In addition, it can also be used as soft start, soft turn off) analog output unit, lighting dimming interface, infrared output module, etc. The system generally adopts centralized control and management, decentralized execution, that is, configuring the central monitoring center and Intelligent control lighting cabinet, the former has control computer, main communication controller and other equipment, used to control and manage the whole system, communicate control commands with the programmable controller of each intelligent control cabinet through the network, and receive from the same The automatic and manual working status of the programmable controller in the intelligent control cabinet, the on/off status of the lamp, etc., and take measures under abnormal conditions.