Whereabouts and Acknowledgment
Having the travelator well placed at a sensible and ideal location is essential.
In places where people have to go long distances or up and down several stories, a travelator—sometimes called a moving walkway—is usually installed. Having the travelator well placed at a sensible and ideal location is essential. For people with poor stamina, travelators might be a lifesaver.
Similarly, users of the building will appreciate the consistency and comfort offered by identically built travelators. Tactile, visual, and auditory signals are the sole means by which the travelator may be located for the visually impaired and blind. One more thing to note here is that if no one is using the travelator, it could be challenging to determine the direction of the trip from a distance.
Key Considerations in Its Location
1- Clearly mark the location of the travelator with the appropriate signage. If avoiding visual screening is not possible, this becomes even more important.
2- A traveller can be highlighted with greater degrees of local lighting. Different floor finishes can be used to identify the position, start, and completion of travelators. Make the traveller's destination and direction of travel crystal clear by providing relevant details.
3- For those who would rather not use the traveller, make sure the spaces are designed with nearby routes in mind. Such people might want to consider electric buggies or some other kind of alternative transportation.
4- When the travelator is slanted, it should be easy to install a ramp, stairs, and lift.
Make It Easy to Use
Everyone in the building should have no trouble using the travelator because of how it is designed.
It could be difficult to discern if a traveller is moving in a specific direction or remaining still at times.
Looking at the contrasting lines on the moving railing might sometimes reveal the direction the passenger is travelling.
The travelator’s approach must be flat and large enough to fit all people into the building.
When doing elevator maintenance, the design of the travelator must allow for a safe and smooth transition between stationary and moving surfaces.
Moreover, there is no indication in the design as to which side is meant for walking or standing. Those using the facility have the option of standing on the pavement outside or following the rules of the road they are most familiar with.
Other than that, shopping malls and supermarkets often include inclined travelators that customers can use to move their trolleys around the premises. It is important for building occupants to be aware if the travelator locks the tram wheels.
Slope Travelators' Design Factors
1- Make sloped travelators as steep as possible so that everyone can use them without difficulty. Put up visual and tactile cues that work against one another to draw attention to the travelator.
2- At both ends of the travelator, you should see indications indicating the correct way to go. So that people with little children or who are carrying packages can use it, make sure the area leading up to the escalator is broad enough and level at anticipated floor levels. Differentiate the cues given to the moving handrail.
3- Also, make sure you can see where the moving floor and the fixed floor meet. Verify that the travellator's width is enough for the task at hand. Show the space behind the rails some light. Along its whole length, the travelator must have sufficient, unobstructed headroom.
4- Specify which side you should stand on and which side you should walk on. Wherever you expect to see trolleys, be sure to post safety signs outlining how to operate them properly.
The Safety of Travelator
The design of the travelator should prioritise user safety to the best of its ability. Stomping on a travelator is like stepping from a stationary surface to a turning one. A lucid perspective on the transition is required. To make sure everyone in the building stays balanced and comfortable, speed changes should be smooth and predictable. Those who use structures often find that grabbing onto the movable railing helps them maintain their balance. This needs to be within reach, spinning at the same rate as the floor, and easy to hold.
The building occupant needs to know that as they get closer to the end of the travelator, they will be transitioning from a moving surface to a fixed one.
People in the building who are blind, visually challenged, or otherwise distracted might not hear the siren, therefore an audio alarm is vital. Travellers have the option to go either way. Every safety feature needs to work on both the ground and airborne levels. When the electricity goes out, a traveller might have to stop and start all of a sudden.
Factors Concerning the Speed
1- Safe and easy access can be achieved by adjusting the traveller's speed and angle.
2- Make sure there are visual and tactile alerts at both ends of the traveller's long and wide footway.
3- Make sure the speed transition happens reliably, safely and without giving passengers any issue if the elevator company in UAE demands that travelators utilise movement sensors to determine when users are approaching.
4- The travellator's surface should be non-reflective, matte, and non-slip. The moving handrail should extend beyond the end of each moving portion, be easily accessible, and keep pace with the traveller.
5- It is imperative that all users can readily find and recognise the emergency stop controls.
6- The safety measures must be functional in both the north and south directions of traffic.
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