Whereabouts and Recognition
The travellator needs to be placed logically and be immediately identifiable.
A travellator, also known as a moving walkway, is typically built in areas of buildings where users must traverse large distances or multiple floors. It can be inclined or flat. Travellators might be very helpful for those who have limited endurance. Their usage will be difficult, and people will avoid them if they are nervous, wobbly on their feet, have little or no walking ability, or cannot get rapidly on or off a rotating walkway. Building users will benefit from uniformity and familiarity provided by similarly constructed travellators. The only ways that those who are blind or visually impaired may find the travellator are through tactile, visual, and aural cues. It might be difficult to discern the direction of travel from a distance if no one is using the travellator.
Design-Related Factors
Provide the proper signs to indicate where the travellator is located. This is especially crucial if there is no way to prevent visual screening. Greater degrees of local lighting can be used to highlight a traveller. Travellators’ position, start, and finish may be identified with the help of various floor finishes. Provide details that make it obvious where the travelator is going and in which direction it is moving. Ensure the layout of the areas provides for neighbouring routes for people who choose not to use the traveller. Think about installing electric buggies or other alternate means of transportation for those unable to utilise travellators. Give an estimate of how long it will require to stroll between locations. A ramp, stairs, and lift should be conveniently provided when the travelator is sloped.
Utilisation Ease
- Thanks to its design, all building users should be able to easily and conveniently utilise the travellator.
- Sometimes, it’s hard to tell if a traveller is stationary or going in a certain direction.
- Sometimes, it’s possible to tell which way the traveller is going by looking at the contrasting lines on the moving railing.
- A traveller’s approach has to be level and spacious enough to accommodate all building occupants.
- Travelators’ design must facilitate a seamless and secure transition between fixed and moving surfaces during elevator maintenance.
- The design does not specify which side is used for walking or standing. Users of the building may choose to stand adjacent to the nearby footpath or adhere to the customs of the road regulations they are most accustomed to.
- Travellators that are inclined can be used to transport trolleys around supermarkets and shopping complexes. Building users should know whether the travellator’s design locks the tram wheels.
Design-Related Factors
Make sure all users can use inclined travellators comfortably and easily by designing them with the highest slope possible. Provide opposing tactile and visual elements to notify people of the travelator’s presence. Make sure the travellator has signs at both ends that clearly show how it should go. Ensure the circulation area up to the travellator is wide enough and even at predictable floor levels so that persons with young children or those carrying parcels may utilise it. Give the moving handrail contrasting indications. Ensure the intersection of the moving and fixed floor surfaces is easily visible. Make sure that the travellator is sufficiently broad for the intended usage. Illuminate the area under the railings. Make sure the travellator has enough and continuous clean headroom the entire way. Give instructions on what side to walk and which side you’re supposed to stand on. Post safety signs indicating the proper usage of trolleys where their use is anticipated.
Safety Of Travelator
The travellator should be as safe to use as feasible in design. Moving from a fixed surface to a moving one is what it means to step on a travelator. The change’s viewpoint must be clear. Pace changes should happen safely and predictably to ensure that building users maintain their equilibrium and feel comfortable. Many people who utilise buildings will wish to balance themselves by holding onto the moving railing. This must be easily grasped, rotating at the same pace as the floor and within reach. The building user must be informed that they will be moving from a moving surface to a stationary one as they near the conclusion of the travellator. An auditory alert is crucial because building occupants who are blind, visually impaired, or otherwise preoccupied might not know this is coming. Travellers can move in both directions. The safety features must function in both planes of travel. A traveller may abruptly stop and start during a power outage.
Design-Related Factors
- Adjust the travellator’s speed and angle
to ensure safe and simple access.
- Ensure the travellator’s footway is long, wide, and equipped with tactile and visual alerts on both ends.
- If demand from elevator company in uae travellators employ movement sensors to detect user approach, make sure the speed shift happens reliably, safely, and without causing passengers any difficulty.
- Verify that the travellator surface is non-slip, matt, and non-reflective.
- Make sure that the moving handrail reaches past the end of every moving part, is easily accessible, and matches the traveller’s pace. Make sure all users can easily locate and identify emergency stop controls.
- Make sure that the safety measures are effective in both directions of traffic.
