Escalators and Roads

WALKING LADDER SYSTEMS

Escalator systems are a unique tool in all aspects of human transport. Among the features of the escalators, we can count the small space, reliability, addressing large masses at the same time and without interruption, speed, time saving and aesthetics of its appearance. Escalator systems should also be supported by elevator systems. The reason for this is that very old people, prams or people with physical disabilities have difficulty in choosing steps. Escalator systems are produced for these special cases, but they are not common.

Escalator systems provide ease of use and safety for transporting the most people in the open / closed public areas where there is heavy traffic. Escalator Solutions designed in the loop logic for the purpose of architectural structures are designed according to functional usage conditions such as the structure, size and area selection of the architectural space.

Escalator Systems offer uninterrupted, fast, safe, economical and aesthetic solutions in public areas such as business centers with high building traffic, shopping malls, airports, subways, hospitals and pedestrian crossings.

WALKING STAIR WORKING SYSTEM

The most important feature of the escalators produced for the external environment is the production of high quality and durable materials against corrosion. Another difference that separates escalator systems into two different categories is the railing systems. While glass is used as a railing system material for escalators produced for indoor areas; Escalator railing system for open spaces is produced from stainless steel plates.

Some variable parameters determine the overall dimensions of the escalators. Escalator calculation is designed according to variable parameters such as climbing angle, climbing height, step width and speed. Speed ​​and step width are directly proportional to the carrying capacity.

Special solutions are designed for the space by calculating escalators according to building traffic and carrying capacity by the project and R&D teams. Escalator dimensions are calculated according to the climbing height, vertical distance of the elevation to be connected and the angle of climbing (standard 30 ° or 35 °).

STAIRS SOLUTIONS SPECIAL FOR EVERY PROJECT

The correct management of the building traffic and the number of people transported in architectural projects turns into special escalator solutions for each project with the knowledge and experience of the Project Management Team in different specialties.

Establishing resistance to heavy usage conditions such as train station, airport, subway, stadium, pedestrian crossing, Escalator Systems have Heavy Duty feature that works in all environments and conditions. Galvanized body and hand bands made of steel wire, which have been hot dipped against tough weather conditions, are advantageous in terms of operating costs.

Security is provided at the highest level with the escalator safety sensor technology, which increases passenger safety and ensures the compliance of the system with the safety standards, without technical problems arising in areas where busy human traffic is in motion.

Escalator offers high quality and reliable system products with the shortest deadlines in the market with its investments to develop 90% domestic industrial production, R&D and innovation infrastructure.

WALKING STAIRS LAYOUT

Escalators can be installed parallel or diagonally depending on the condition of the residential area. In both cases, the ascending and descending facilities may be adjacent to each other or at a certain distance from each other. If a single escalator is not enough, a third facility can be installed in a multi-stage parallel arrangement. The facilities have the flexibility to use in terms of heavy traffic.

The following factors are important in positioning the escalators at the site of use:

a) Building structure

b) Traffic flow direction

c) Traffic volume

d) Application area (commercial sector, public transportation)

e) Special customer requests

Considering all these factors, the arrangement of the escalators planned to be installed in closed or open areas are as follows:

1- Single Unit

2- Continuous Order

3- Discrete Order

4- Parallel Discrete Order

5- Cross Continuous Order

SINGLE UNIT

One unit connects two floors. It is generally used where there is one-way traffic flow. The direction of the walking staircase can be adjusted flexibly according to the traffic flow, for example, in a business center, upstream can be provided in the morning and down in the evening.

Below is the drawing of a single unit escalator.

CONTINUOUS LAYOUT

This arrangement is generally used to connect three or more solids. Although it is not very suitable for the workplace as it takes up more space than the discrete order, it provides more comfortable and faster movement of the users.

Continuous order escalator drawing is below.

DISCRETE LAYOUT

This scheme causes users to waste time while moving, but drive