How to install electric hoist in order to minimize the touch line

Electric hoist, a familiar name, we always see it in various construction tasks, its emergence has greatly reduced the risk of construction, especially in the construction industry, the application of electric hoist is very extensive. Many people also call their electric hoists. Since the electric hoist is a high-altitude operation, once the electric hoist fails, the danger is greater. Therefore, each company pays more attention to the maintenance of the electric hoist. Over time, we find that the most likely fault of the electric hoist is the slip line fault of the mill. Due to the grooved nature of this part, maintenance work is time-consuming and labor-intensive. Now, we here to introduce how to install the electric hoist can greatly reduce the slippery line of the mill part, slippery line fault.

1. Since the electric hoist is mostly installed on the U-shaped track, we have placed the steel cable in the middle of the rail and the upper part of the I-beam in view of this feature of the electric hoist. In this way, the contact area and the degree of friction between the slide wire and the groove can be reduced, thereby reducing the failure of the slide wire and the slide wire. The steel cable is best to use vertebral 10mm wire rope or round steel, and the ends are fastened with basket bolts.

2. In the second step, the slide ring can be set to be interlocked with the two rings, so that there is a certain margin and the steel wire can be prevented from scratching, thereby greatly reducing the failure. In addition, the steering ring has two rings and is connected by bolts and can be freely rotated.

3. The third step is to put one end of a steering ring on the cable, leaving the motor lead and fixing the rubber sleeve to the lower end of the steering ring. Then, one end of a plurality of sliding rings is threaded onto the steel cable, and the rubber sleeve is fixed to the lower end of the sliding ring. The front end is connected to the motor and can rotate freely. The back end is connected to the power supply. Under the traction of the motor, with the steering ring as the center, the traction cable is moved linearly or circularly.

4. The above method can also be used if it is a straight track.

This method is simple and inexpensive. Eliminating problems such as past slip lines, poor contact of slide wires, lead short-circuits, and disconnections, the effect is good.