Electric Shock Mosquito Killer Lamp

Description:

• UV Light Attraction: Most electric shock mosquito killer lamps use ultraviolet (UV) light bulbs as attractants. UV light is highly attractive to many flying insects, including mosquitoes. The UV light is emitted from the lamp to lure insects towards the device.

• Electric Grids: Surrounding the UV light source are electrically charged grids or wires. These grids are usually energized with a high voltage (typically in the range of 2000 to 4000 volts). When insects are attracted to the UV light and come into contact with the grids, they complete an electrical circuit.

• Electric Shock Mechanism: Upon contact, the insect receives an electric shock from the charged grid. This shock is lethal to the insect, effectively killing it instantly or incapacitating it enough to prevent escape.

• Collection Tray or Grid: Below the grids, there is often a collection tray or grid where the dead insects fall after being electrocuted. This tray needs periodic cleaning to remove the accumulated insect remains.

• Safety Features: Modern electric shock mosquito killer lamps are designed with safety features to prevent accidental human contact with the electrically charged grids. These features may include protective outer grids, housing designs that prevent direct access to the charged parts, and safety switches that deactivate the device when opened for maintenance.