Zeptac Wireless Vibration Sensor for Condition Monitoring
The Zeptac wireless vibration sensor is a compact, triaxial sensor that mounts directly on your critical machines. It measures vibration on three axes and sends the data through the Zeptac IoT gateway to the Zeptac platform, where AI spots early signs of wear before a breakdown.
What Is a Wireless Vibration Sensor?
A wireless vibration sensor is a battery or self-powered device that measures machine vibration and transmits it without cables. Mounted on motors, pumps, fans and gearboxes, it lets maintenance teams monitor machine health continuously and detect faults such as imbalance, misalignment, looseness and bearing wear long before they cause downtime.
Comparing options? Read our guide to wireless vs wired vibration sensors.
Triaxial Measurement in a Compact Cube
The Zeptac wireless vibration sensor measures vibration on the X, Y and Z axes, which are marked on the sensor for correct orientation. Each sensor carries a unique ID and QR code, so it can be registered in seconds.
- Three-axis (X, Y, Z) vibration measurement
- Compact cube design for tight machine spaces
- Unique ID and QR code for quick registration
- Wireless installation with no long cable runs
Mount It Where Failures Start
Mount the sensor close to the bearings of the machines that matter most. Continuous data replaces monthly manual rounds and catches faults that develop between inspections.
- Motors, pumps, fans and blowers
- Compressors and gearboxes
- AHUs, chillers and other utility equipment
- Conveyors and production line drives
From Vibration Data to Early Warnings
Vibration readings flow through the Zeptac industrial IoT gateway to the Zeptac IoT platform. AI models learn each machine’s normal behaviour and flag deviations, so maintenance happens on your schedule.
- Vibration trends by machine and axis
- Alerts when behaviour drifts from normal
- Asset health views for maintenance planning
- Insights for AI predictive maintenance
Zeptac Wireless Vibration Sensor Specifications
| Item | Details |
|---|---|
| Measurement | Triaxial vibration (X, Y and Z axes) |
| Identification | Unique ID and QR code on each sensor |
| Connectivity | Wireless, through the Zeptac IoT gateway |
| Platform | Zeptac IoT Platform with AI predictive maintenance |
| Frequency range, sampling rate and other measurements | Shared on request |
| Battery life, mounting and enclosure rating | Shared on request |
Need the full datasheet? Contact our team. Sensor accuracy should be verified periodically; see our accelerometer calibration guide.
Why Monitor Vibration Continuously?
- Less unplanned downtime: fix developing faults during planned stops.
- Lower maintenance cost: stop replacing parts that still have life left.
- Longer machine life: catch misalignment and imbalance before they cause secondary damage.
- Safer operations: fewer catastrophic failures on rotating equipment.
Learn more in our guides to vibration analysis and condition monitoring vs preventive maintenance.
Frequently Asked Questions About the Zeptac Vibration Sensor
What does the Zeptac wireless vibration sensor measure?
It measures machine vibration on three axes (X, Y and Z) and sends the data wirelessly through the Zeptac IoT gateway to the Zeptac platform.
Which machines can it monitor?
It suits rotating equipment such as motors, pumps, fans, blowers, compressors, gearboxes and utility equipment like AHUs and chillers.
How is the sensor installed?
The sensor is mounted on the machine close to the bearing and registered in the Zeptac platform by scanning its QR code. Our team advises on mounting location and method.
How does it help predictive maintenance?
Continuous vibration data lets Zeptac AI learn each machine’s normal behaviour and warn your team when it starts to change, before a breakdown.
How do I get pricing and specifications?
Contact our team with the machines you want to monitor and we will share specifications, a datasheet and a quote.
Ready to Monitor Your Critical Machines?
Tell us which machines matter most and our team will recommend where to install Zeptac wireless vibration sensors, how many gateways you need and what a pilot would cost.