What debugging should be done before installing the sightseeing elevator?

　　Observation ElevatorWhat debugging should be done before installation?

　　Observation Elevator is a vertical elevator powered by an electric motor, equipped with a box-shaped pod, used for carrying people or goods in multi-story buildings. One or more of the shaft wall and the car wall are made of transparent materials, so passengers can see the scenery outside the car while riding the elevator.

　　Application scenarios of sightseeing elevators:

　　The sightseeing elevator serves the fixed lifting equipment of the designated floor, mainly used in hotels, shopping malls, and high-rise office buildings.

　　Features of sightseeing elevators:

　　1. The fiberglass structure of the sightseeing elevator not only shows the compact space and overall beauty; it can also be designed according to different civil engineering projects, generally using round, semi-circular, and square shapes.

　　2. It integrates with the building and the surrounding environment, not only becoming a part of the building, but also adding a touching and beautiful scenery to it.

　　3. The sightseeing elevator has a smooth and comfortable ride, and the multi-angle view outside the elevator brings passengers a sense of enjoyment and freshness.

　　4. The sightseeing elevator has a spacious and bright sightseeing surface, with a unique shape, which brings different scenery to the building, expands the visual space of the elevator, and extends the narrow elevator space.

　　5.Observation elevator has realized reliable humanized functions such as no door closing, self-descent when power is cut off in the car, and emergency self-rescue. At the same time, the observation elevator takes up less space and does not hinder the space utilization rate of the building. In addition, the observation elevator also has intelligent configuration and more humanized care, such as integrated self-rescue and release design, wheelchair access design, etc., making our life smarter and safer.

　　So what debugging work should be done before installing the observation elevator?

　　There are three common elevator accidents: shearing accidents, passengers falling into the shaft, and elevator out of control. In order to prevent these three accidents, it is particularly important to detect the main components such as door locks, drive engine brakes, safety clamps and safety protection devices.

　　In addition to the door lock device, driving the main engine brake is also an important link to ensure the safe operation of the elevator. If the elevator cannot stop normally and the main engine brake cannot be closed normally, the elevator will be out of control. When the gap of the elevator brake core is 5 mm, and the normal gap should be 0.6 mm, the gap is obviously too large. The increase in the gap will cause the brake shoe of the brake wheel to wear when the elevator is running. The turning test under braking can easily turn the elevator upward, indicating that the brake shoe is almost ineffective.

　　The host is the driving force of the elevator. When the car arrives at the station, it is necessary to reduce the motor speed to zero and drive the host to brake to achieve "zero speed" braking. Once the elevator fails, the driving host will use the brake (brake) to forcibly stop the elevator, so the reliability of the brake is related to the safety of life and property of the elevator users. In the type laboratory, the driving host brake needs to undergo more than 2 million reliability tests, and it can only be installed after passing this test.

　　If the brake fails and the elevator loses control, who will ensure safety at this time?

　　Once the elevator runs at a speed exceeding the preset speed, the safety clamp in the elevator can play a protective role.

　　This device is mainly used to stop the elevator when there is a problem, thereby preventing the elevator from overspeeding. The safety clamp can keep the elevator car completely still when necessary, protecting the entire elevator while ensuring the safety of the elevator passengers. The safety clamp test is to verify its safety and reliability. Each safety clamp test needs to be carried out fifteen times. Once the safety device fails, the elevator has a rear line of defense: the buffer, which allows the elevator to slowly descend without suddenly falling from a high place to a low place.

　　After the type test, large-scale production can be carried out. After the elevator is installed, it is necessary to supervise and inspect the newly installed elevator, and then regularly maintain the elevator in use. After these three steps of inspection and maintenance, the safe use of the elevator can be guaranteed. Once an accident occurs in the elevator, do not smash the door or tear the door, call the police in time and wait for rescue to ensure your own safety.

      The above is an introduction to what debugging should be done before installing the sightseeing elevator. I hope it will be helpful to you.