Remote control system of high-power LED mining lamp

Abstract

The invention discloses a remote control system of a high-power LED mining lamp, the control system comprises a mobile control terminal, a router, an LED power supply and a mining lamp, the mobile control terminal is wirelessly connected with a PWM WIFI control module through the router, and the WIFI control module receives WIFI signals and transmits radio signals and exchanges data with the router. The LED power supply is electrically connected with the mining lamps, all the mining lamps are arranged in parallel, the LED power supply is electrically connected with the WIFI control modules with PWM, each WIFI control module is provided with an independent corresponding Mac address, and electrical apparatus elements in the control system are connected to form a circuit diagram; all the lamps are connected in parallel, a large number of loop wires and switches do not need to be installed, and a large number of electrical materials are saved; each WIFI control module is provided with an independent Mac address, each lamp is independently turned on and off, and the brightness is adjusted, so that real energy conservation and emission reduction are realized; and through the control of the mobile control terminal, the functions of turning on the lamp by people, turning off the lamp when people walk, turning on and turning off the lamp in seconds, use and high efficiency are realized.

Description

technical field [0001] The invention relates to the technical field of remote control of industrial and mining lamps, in particular to a remote control system for high-power LED industrial and mining lamps. Background technique [0002] The existing lamps with intelligent control are basically civilian lamps within 30 watts. The circuit wiring diagram of the present invention can realize the remote control of high-power LED industrial and mining lamps from 100 watts to 250 watts, and realize stability and no interference. The current high-power LED industrial and mining lamps basically stay in the original method of controlling several industrial and mining lamps through a switch. This is because the following problems must be solved in order to realize this kind of high-power LED industrial and mining lamps. A question: firstly, the overall cost of this product should not be high, otherwise the market acceptance will be low and there will be no sales; secondly, there should...

AI Technical Summary

Problems solved by technology

The current high-power LED industrial and mining lamps basically stay in the original method of controlling several industrial and mining lamps through a switch. This is because the following problems must be solved in order to realize this kind of high-power LED industrial and mining lamps. A question: firstly, the overall cost of this product should not be high, otherwise the market acceptance will be low and there will be no sales; secondly, there should not be too many sources of interference on the same line; thirdly, can it be realized on one circuit board, one WIFI Can the module control multiple LED power supplies at the same time?

The products produced by the existing technology will have the following problems: a lot of loop control switches need to be installed for the lamps; the brightness cannot be supplemented according to the weather conditions and lighting requirements; row; the switch is installed close to the lamp, so the process of turning on and off the light is more complicated and wastes labor costs

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