Generally can be divided into lifting and non-lifting. The height of the lifting main pole is generally more than 18 meters, and the electric lifting operation is convenient. After the lamp panel is raised to the working position, the panel can be automatically disengaged, hung in the ditch, and the wire rope can be unloaded. The lift-type high-pole light has two lifting control modes, manual and electric, so that the light panel can be safely and reliably lowered to 2.5 meters above the ground, which is convenient for maintenance work. The length of the lead wire of the manual remote control device is 10 meters, and the operator can remotely control the rise and fall of the light panel at 5 meters, which can ensure the personal safety of the operator. The lifting pole light is also equipped with a spare cable. When the lamp panel is lowered to the lowest position, one end of the cable is inserted into the socket of the electrical control system, and the other end is inserted into the junction box on the lamp panel, so that the lamp panel can be directly powered , overhaul lamps. The sealing grade of all lamps and lanterns of the lifting pole lamp is IP65 international standard to prevent the intrusion of dust and rainwater and ensure the service life of the bulb. The materials of lamps and lanterns are generally made of aluminum alloy plates and stainless steel with good corrosion resistance. Preparing for installation of high pole lights 1. Carefully count all components according to the loading and packing list. 2. Check the components for damage, bending, twisting, and damage to the zinc layer. 3. The placard on each section of the rod indicates the type of rod, order number, and number of sections. The weight of the rod body is marked with a colored pen on the inside of the rod body. Check whether the delivery is correct and whether the lifting capacity of the crane is sufficient. 4. According to the maximum and minimum socket lengths provided on the drawing, make marks on the rod body for socket use. Install 1. Each splicing point provides a socket length, but due to the influence of manufacturing, installation errors and physical factors, there are changes in the socket length, so the maximum socket length and the minimum socket length are provided.