Aerial work trucks can generally be divided into three types: straight boom, curved boom, and lifting platform. The lifting platform is straight up and down. There is only a difference in operating height, and there is no difference in operating radius. Straight boom and curved boom aerial work vehicles are Because the different working area of working height is exactly the opposite, why is this? The editor here will give you a detailed explanation.
Because of the particularity of the aerial work vehicle, both types can rotate 360 degrees during operation. When the real boom aerial work vehicle is working, it will go straight up according to the demand when it reaches a certain height. When the working height is higher, the arm rises more. For a long time, its working radius will become larger and larger under 360-degree rotation, and when it is the longest, the working radius is the largest, because it can rely on the lower cylinder to support and adjust the height of the working arm. This is easy for everyone to understand.
On the contrary, the crank arm type aerial operating vehicle can fully expand the arm at low altitude. The arm can be rotated at 360 degrees and can be operated at any time in a wide radius area; and as the operating height continues to increase, the arm will also be slow. Slowly set up, the maximum height can form a vertical height of 90 degrees with the car body, so no matter how the bottom rotates, there will be no radius formation, and it will rotate upright toward a cylinder.
Now you can easily see: the arm of the straight boom aerial work vehicle is inclined, its height is the height from the ground, but the radius is the horizontal distance between the base of the vehicle body and the working place; the maximum height of the crankshaft aerial work vehicle during operation It is a straight line to the base of the vehicle, and the radius is almost zero. This is the difference between the height and the operating radius of the two aerial work vehicles.
The working height of the aerial platform is below 30 meters. It is recommended to use the construction electric gondola for high-altitude operations over 30 meters
