The main parameters of the escalator are:
Lifting height: generally within 10 meters, and in special cases can reach tens of meters.
Tilt angle: generally 30 °, 35 °.
Speed: generally 0.5 m / s, some ladders can reach 0.65 m / s, 0.75 m / s
Step width: 600mm, 800mm, 1000mm.
Theoretical conveying capacity: Calculated according to the speed of 0.5 m / s, the conveying capacity of different step widths is 4,500 people / hour, 6,750 people / hour, and 9,000 people / hour.
Step pitch, drag chain pitch, etc.
Can be widely used in stations, docks, shopping malls, airports and subways and other places where people flow concentrated.
The escalator consists of a ladder path (transformed plate conveyor) and handrails on both sides (deformed belt conveyor). Its main components are steps, traction chains and sprockets, guide rail systems, main drive systems (including motors, reduction gears, brakes and intermediate drive links, etc.), drive spindles, ladder tensioners, handrail systems, combs, and escalator skeleton And electrical systems. The step is horizontally moved at the passenger entrance (easy for passengers to climb the stairs), and then gradually forms a step; the step gradually disappears near the exit, and the step again moves horizontally. These movements are realized by the step main wheel and auxiliary wheel walking along different step guide rails.
1. Optimized design saves space.
2. Minimal span size, greatly saving land area.
3. Compact pit depth design, more free civil layout.
4. Expert in solving urban heavy traffic transportation solutions.
Inheriting innovation, integrating the concept of humanity first, sophisticated ladder and belt design, smooth and comfortable operation; solemn and round handrail entrance and traffic flow lights, which are unique and dynamic; handrails, inner and outer cover plates, skirt boards, and front boards The perfect connection and the turning transition of the large arc end armrest are natural and handsome.
The escalator is widely used in airports, railway stations, high-end hotels, central business districts (CBD), large shopping malls, public facilities and other places, adding a beautiful landscape to modern buildings.
Through variable frequency drive (optional) technology, the escalator becomes a model of energy saving; the radio and television sensors at the entrance and exit of the escalator detect the flow of people in real time to achieve automatic operation and achieve energy saving.
Advanced microcomputer control system and driving device, high-quality driving chain, and automatic lubrication system are applied to make the escalator have high life and low energy consumption, ensuring the safe, reliable and stable operation of the escalator.
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