According to the door wings, Automatic revolving doors can be divided into two-wing automatic revolving doors, three-wing automatic revolving doors, and four-wing automatic revolving doors. They are suitable for different occasions, and each has its own characteristics, but there are many The similarities, so today I will give you a detailed summary of the differences and applicable occasions of these three types of revolving doors.
(1) Revolving door price:
The two-wing door is the most expensive because the structure of the two-wing door is more complex, uses more materials, and is more expensive. The second is the four-wing door. Compared with the two-wing door, the price is slightly lower, and the structure is more complicated than the three-wing door. Finally, there is the three-wing door. The three-wing door has a relatively simple structure and low cost.
(2) Sealing structure of revolving door:
Two-wing automatic revolving door: the angle from both sides of the entrance to the center is up to 60 degrees.
Three-wing automatic revolving door: the angle from both sides of the entrance to the center is up to 60 degrees
Four-wing automatic revolving door: the angle from both sides of the entrance to the center is up to 90 degrees.
(3) Rotating structure of revolving door:
Two-wing automatic revolving door: suspended in the air, connected to the ceiling, curved wall, booth, and door leaf rotates at the same time. The load-bearing depends on the sliding wheels, so the motor power increases and the power consumption also increases. Due to the reliance on the wheels to bear the load, the loss of the rotating parts is large and the maintenance rate is high. high.
Three-wing automatic revolving door: The central bearing is heavy, which can relieve the pressure on other parts, reduce the motor power requirements, reduce power consumption, and reduce maintenance rates.
Four-wing automatic revolving door: The central bearing is heavy, which can relieve the pressure on other mechanical parts, reduce motor power requirements, reduce power consumption, and reduce maintenance rates.
