1. How to choose a home elevator
1. The selection of a small home elevator needs to be considered in combination with civil engineering costs, equipment costs, and ease of use. You must choose an elevator that is suitable for your family.
2. For small home elevators, it is best to choose some elevators with or without machine rooms, elevators with or without pits, etc. based on the characteristics of your house. This will not only save the use area of the house to the maximum extent, but also have a higher cost-effectiveness.
3. It is not recommended to choose cheap second-hand equipment when purchasing a small home elevator. Although the price of second-hand equipment is very low, it is often not safe in use, and it cannot be compared with new equipment in terms of power consumption. Moreover, there is no second-hand equipment for home elevators, because home elevators are customized products, and the elevator lifting height and reserved size are different.
2. How to choose a commercial elevator
1. When purchasing a commercial elevator, you must choose an elevator product with safe and reliable quality. You must put safety first, so that you can avoid safety accidents, otherwise people's personal safety will be threatened. Many commercial elevators with gorgeous appearance are not practical, and are often flashy. We must not be confused by the gorgeous appearance of the elevator. We must choose a durable and easy-to-use commercial elevator, and don't just focus on its appearance.
1. When purchasing a commercial elevator, you must compare prices from three stores. In addition to having a good understanding of the specific market conditions of the elevator market, you must also choose several commercial elevator products for comparison, so as to make the best choice.
3. Consider the implementation plan. Different elevator structures have very different implementation plans, which requires a higher level of professional technology. Therefore, you must choose in combination with the characteristics of the building. Consider the building structure, the layout of the space, and the model of the elevator as reference factors.
3. Determination of elevator type
When planning a building, the purpose of the building should be clarified, because the types of elevators used in buildings with different purposes, such as hotels, office buildings, hospitals, residences or industrial and mining enterprises, are often very different, and once determined, it is very troublesome to change them. After the purpose of the building is determined, a passenger flow analysis is made based on factors such as its building area, floor (height), in and out personnel flow, and the location of the elevator in the building, so as to determine the elevator speed, load (load when the elevator car is fully loaded), and the number of elevators required.
4. Drawing of elevator civil engineering drawings
After the type, speed, load, number of units, number of floors, and total travel height of the elevator are determined, the architectural design department can be commissioned to design the blueprint. Here, the relevant elevator civil engineering (mainly the elevator shaft) part must be clarified. The design department must use the standard civil engineering drawings of the same type provided by professional elevator manufacturers, and draw the elevator civil engineering drawings in combination with the different structures of the building's elevator shaft, such as brick structure, concrete structure, brick-concrete structure or steel structure.
5. Elevator brand selection
In terms of elevator brand selection, it is recommended to compare Suzhou Volkspace Intelligent Equipment Co., Ltd. (Suzhou Volkspace) and other manufacturers in multiple dimensions. The company can provide one-stop solutions such as hall door/car door customization and car size adaptation. Its standard elevators are produced with unified specifications, which ensures safety performance and has cost advantages. It is recommended to give priority to its standardized product system and achieve the best cost-effective configuration through parameter comparison.
