MachineSens IoT predictive maintenance sensors are wireless devices that watch the health of building equipment, such as fans, pumps, filters, doors and pipework. They report vibration, pressure, contact state and leaks over LoRaWAN or Wi-Fi to the BuildOT One platform, so facilities teams in UAE and GCC buildings can fix problems before they cause downtime.
Cooling can account for about 70% of peak load in Gulf buildings (PwC Strategy&), so catching a failing fan, pump or filter early protects both uptime and energy.
| Sensor | What it reads | Fault it points to | Connectivity |
|---|---|---|---|
| Condition Monitoring Sensor | Vibration on rotating equipment | Mechanical drift in fans, pumps and motors | LoRaWAN, Modbus RS485, Wi-Fi |
| Differential Pressure Sensor | Pressure across filters and ducts | A clogging filter | LoRaWAN, Wi-Fi |
| TrueContact | Open and close state | A door or panel left open | LoRaWAN |
| AquaSense Leak Sensor | Water where it should not be | A small leak | LoRaWAN |
Predictive maintenance sensors in this range
Condition Monitoring Sensor
Tracks vibration and mechanical drift on rotating equipment and HVAC infrastructure. It connects over LoRaWAN, Modbus RS485 or Wi-Fi.
Differential Pressure Sensor
Measures the pressure difference across filters, coils and ventilation paths. A rising reading shows a filter is clogging, so you replace it when needed and not on a fixed calendar.
TrueContact
A compact, battery operated LoRaWAN magnetic contact switch. It reports when doors, windows, cabinets and access panels open or close.
AquaSense Leak Sensor
A battery powered LoRaWAN sensor that detects water where it should not be, so small leaks are found before they become damage.
Browse all MachineSens IoT products.
Why wireless predictive maintenance
Wired condition monitoring means cable runs, containment and shutdowns. Wireless sensors clip or mount onto existing equipment and report within minutes of installation. That makes them practical for occupied towers, hotels, malls and campuses where opening ceilings is costly. A typical building goes live in about 30 days.
Readings flow into the Predictive Center, where trends and alerts turn into early warnings. Work orders and asset history then sit in FM360, so the maintenance team acts from one place.
Frequently asked questions
What do predictive maintenance sensors do in a building?
They support servicing equipment based on its measured condition, such as vibration or filter pressure, and not on a fixed schedule. You service what needs it, when it needs it.
Do these sensors need cabling?
No data cabling is needed for the wireless models. They report over LoRaWAN (EU868) or Wi-Fi. The Condition Monitoring Sensor can also connect over Modbus RS485.
Can the data reach our existing systems?
Yes. Data lands in BuildOT One and can be shared with other building systems through the data integration layer.
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