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Sensorfy B.V.
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Predictive Maintenance for Automatic ...

Predictive Maintenance for Automatic Doors, Elevators, and Escalators

Sensorfy provides an IoT-based predictive maintenance platform designed to enhance the reliability and efficiency of critical building assets such as automatic doors, elevators, and escalators. By incorporating smart industrial IoT sensors into these systems, Sensorfy enables real-time monitoring and data collection. This allows operators and OEMs to anticipate potential failures and schedule maintenance proactively, thereby minimizing downtime and maximizing operational hours. The platform measures various operating conditions, including motion smoothness, friction, load, vibration, and power consumption. This continuous data stream enhances the ability to detect issues before they lead to operational interruptions, ensuring smoother transportation of people and goods within buildings. Sensorfy’s solution reduces the need for routine manual inspections, thus optimizing maintenance strategies and lowering life cycle costs.

Predictive maintenance for buildings asset types

We can divide building assets into three main types of assets including automatic doors, elevators and escalators

Maximize building automatic doors, elevator and escalator operating hours with predictive maintenance

In this modern digital technology era, transportation is the key to a smooth flow of moving people and goods. Automatic doors, elevators and escalators are critical assets in buildings for a smooth flow of people and goods. However, these types of building assets are extremely sensitive to failure due to daily usage. Therefore, maintenance of automatic doors, elevators and escalators becomes essential to keep an optimal movement of people and goods.

Predictive maintenance of automatic doors, elevators and escalators helps building owners and manufacturers anticipate the defective components and replace these before they fail. With real-time monitoring of automatic doors, elevators and escalators we can minimise downtime and maximise operating hours by preventing failures.

Say 'Yes' to new customers with predictive maintenance for buildings

Making automatic doors, elevators and escalators smart by integrating IoT sensors helps field engineers collect a constant stream of data about the health and performance of these moving assets. Through real-time monitoring, you can detect failures before they happen and therefore plan maintenance better. Get ready to serve more customers with the same amount of technical engineers with predictive maintenance

Sensorfy’s IoT predictive maintenance platform for automatic doors, escalators and elevators help you optimize maintenance strategy for buildings by reducing the need for routine manual inspections. As well as maximizes automatic doors, escalators and elevators’ uptime–an important factor for the flow of people and goods.

Endless possibilities with predictive maintenance for buildings automatic doors, elevators and escalators

Real-time monitoring of the performance of automatic doors, elevators and escalators
Detect potential damage to building moving assets even before they happen
Optimize the automatic doors, elevator and escalator maintenance and replacement strategy of spare parts
Actionable data on how to maximise automatic doors, elevator and escalator’s uptime and operating hours.
Reduce life cycle costs by efficient use of automatic doors, elevators and escalators
Serve more customers with the same amount of technical engineers

Industrial IoT sensors for buildings automatic doors, elevators and escalators

Having the right information about your automatic doors, elevator and escalator is essential for delivering a safe, reliable, and profitable flow of people and goods. Our smart sensor systems monitor changes in operating conditions, like heat, friction or noise, and use the changes to predict when the automatic doors, elevator and escalator need maintenance.

Our custom-made industrial IoT sensors for automatic doors, elevators and escalators can measure

Movement smoothness (vertical and horizontal movements)
The friction of motion movements (vertical and horizontal movements)
Load weighing
Number of door cycles or openings
Ride analysis (vibration, acceleration and deceleration, or bumps)
Number of trips or openings
The time it takes for a door to open and close
Power consumption that is drawn to operate