How to use an electronic mosquito repellent? Precautions for using an electronic mosquito repellent

Electronic mosquito repellent is a product that many of us have used. It is more convenient to use than traditional mosquito repellents, but many people have not used it. So let's learn how to use electronic mosquito repellents? What are the precautions for using electronic mosquito repellents?

The mosquito killer should be placed at a height of 1.5-2 meters to achieve the best killing effect. In addition, avoid direct strong light to avoid weakening the effect of the mosquito-attracting ultraviolet light. When the mosquito killer is working, fingers cannot touch the high-voltage power grid inside the mosquito killer. The mosquito killer should be kept away from places where children play, and should not be used in places such as barns and livestock sheds. It should not be used in places where flammable gases or explosive dust may exist. It should not be placed in front of electric fans, otherwise it will easily cause airflow interference when it encounters strong winds. After the power is turned on, the lamp in the mosquito killer will emit purple light and automatically start to kill mosquitoes. The mosquito killer can be used continuously for a long time without interruption. Check whether the origin, manufacturer name (trademark), and instruction manual of the electronic mosquito killer are complete, and check whether the implementation standard number of the electronic mosquito killer should be GB4706.76-2004. Power-on test. After power is turned on, the mosquito-attracting ultraviolet light tube should emit normal light without flickering. Use an insulated screwdriver to short-circuit the high-voltage power grid, and there should be a "crackling" sound.

1. The electronic mosquito repellent should be installed 20 to 80 cm from the ground and plugged into the power socket vertically on the ground;

2. The installation point should be kept away from sound-absorbing materials such as carpets and curtains to prevent the reduction of sound pressure from reducing the sound range and affecting the insect repellent effect;

3. If you find that the activities of mice and pests increase significantly in the first few days of use, it is a normal phenomenon. This is because the mice and pests hiding in their nests will flee from their original hiding places after being attacked by ultrasonic waves.

4. Note: Moisture-proof and waterproof.

Electronic mosquito repellents are safe, non-toxic, and radiation-free. They are completely harmless to humans and animals, and have no chemical residues. They are ideal companions for outings, travel, fishing, barbecues, camping, cool-off, sentry guards, and home life. They are safe for the environment and will not harm the human body. Electronic mosquito repellents are electronic mosquito repellents made using the principles of bionic electronics. Usually there are ultrasonic electronic mosquito repellents that imitate the ultrasonic signals emitted by male mosquitoes to drive away female mosquitoes; bat-type electronic mosquito repellents that imitate the radio wave signals emitted by bats to drive away mosquitoes; light-induced electronic mosquito repellents that use the phototaxis of mosquitoes to lure them to high-voltage metal wires set around a certain wavelength of ultraviolet light to kill mosquitoes; and sticky electronic mosquito repellents that use the phototaxis of mosquitoes to emit specific wavelengths of light through UV lamps to attract mosquitoes to the vicinity of the lamps, and then use sticky tape or sticky plates that block the mosquito's flight path to stick the mosquitoes.

Electronic mosquito repellents are electronic mosquito repellents made using the principles of bionic electronics. Usually, there are ultrasonic electronic mosquito repellents that imitate the ultrasonic signals emitted by male mosquitoes to repel female mosquitoes; bat-type electronic mosquito repellents that imitate the radio wave signals emitted by bats to repel mosquitoes; light-attracting electronic mosquito repellents that use the phototaxis of mosquitoes to lure them to high-voltage metal wires set around a certain wavelength of ultraviolet light to kill them; and sticky electronic mosquito repellents that use the phototaxis of mosquitoes to emit specific wavelengths of light through UV lamps to attract mosquitoes to the vicinity of the lamps, and then use sticky tape or sticky plates that block the mosquitoes' flight path to stick the mosquitoes.