To understand the load-bearing capacity of the floor spring, we should first have a general understanding of its internal structure, so that it can be targeted when purchasing. So what about the floor spring structure and how to buy it? Floor spring structure, what are the structural components?
For the floor spring product, its structure is relatively simple. The basic configuration of the floor spring structure is the sky shaft and the earth shaft. The sky shaft is an accessory that connects the door frame and the door leaf on the upper part. It can be used by a fixed on the door leaf. It consists of a bolt-type shaft adjusted by a bolt and a shaft sleeve fixed to the door leaf. The earth axis is the equipment used to support the entire door. The entire component is very important and is a prerequisite to ensure the safety and practicality of the door.
Knowing the structure of the floor spring, what are the installation steps?
First, draw a line so that the center of the floor spring shaft coincides with the door clamp shaft, and then make a hole on the ground according to the instructions and the actual object. The size of the hole should be the same as the floor spring object, then put in the floor spring, then lift and install the door. Clamp the door leaf, insert the shaft of the floor spring into the shaft hole of the door leaf, and then adjust the speed of closing the door, so that the installation is basically completed.
What you should also know is the implementation method of slotting
In fact, for slotting, it is a very important part. It has a great relationship with the structure of the floor spring. The first thing to do is to determine the slot position, first take out the floor spring body, and install it in the pre-determined installation position. Put it roughly to determine the position of the entire interior and the position of the contour, and then implement the slotting. After slotting, it should be noted that the spring body must be firmly ground, and the position of the ground spring axis must be accurate.
