Skip to content

Cookie preferences

We use cookies for our own analytics, to see how our campaigns perform and, if you allow it, to load content from other services such as the Google site search. We never sell your data. Necessary cookies keep the site working and cannot be switched off. See our Cookie Policy for details and our Privacy Policy for how we handle personal data.

Security, load balancing and remembering your cookie choice.

Show us which pages people read and how they find the site, so we can improve it (Google Analytics).

Show us which of our ad campaigns bring visitors to the site and remember the campaign or partner link you arrived from (Google Ads, partner program). We do not use these cookies to build advertising profiles.

Load the site search from Google when you use it. Google sets its own cookies and shows ads in the search results.

© 2026 The ThingsBoard Authors
Try for free

ThingsBoard Cloud

Choose your data region

Your data stays in the region you choose, for residency and compliance. No credit card required.

Rather run it yourself? Install on your own servers

Vibration card

  • Widget
  • 7 installs
  • v1.0.0
  • Jun 15, 2026
  • MIT license
  • v4.2+

Displays the latest vibration telemetry in a scalable rectangle card.

Widget Type
  • Latest
Category
  • Cards & Info
Use Cases
  • Environment Monitoring
  • Industrial Automation
  • Predictive Maintenance

Who it’s for

Industrial maintenance engineers, facility managers, and structural health monitoring teams ask “is this machine or structure vibrating within safe limits right now?” They need an at-a-glance reading that immediately signals whether vibration has moved from background noise into a range that warrants investigation.

What it does

A sensor reading 5.2 m/s² shows an orange value — Moderate — indicating elevated but non-critical vibration on the monitored asset. The same card shows gray at 0.05 m/s² — Negligible — and dark red at 1 200 m/s² — Extreme.

  • Large current vibration value color-coded across six bands from Negligible to Extreme
  • Color-coded icon matching the value band so the status is visible at a glance
  • Last-updated timestamp showing how long ago the reading arrived
  • Shows one sensor’s data; it does not chart vibration trends or compare multiple sensors

How to set up

Data keys

KeyRoleTypeDescription
vibrationMain valueTimeseriesVibration acceleration (m/s²); change the key name to match your device’s telemetry key

The widget ships with a simulated function datasource key labeled Vibration, so it draws random values until you point the datasource at a device and rename the key.

To point it at your own device: open the dashboard in edit mode, open the widget’s Datasources, pick the entity or entity alias, and replace the function key with the key your device reports.

The card shows the value with two decimal places. If the key has never reported, the card displays the label and icon with an empty value, not an error.

Value ranges

Range (m/s²)LevelColor
< 0.1NegligibleDefault
0.1–1LowOrange
1–10ModerateOrange
10–100HighRed-Orange
100–1000SevereRed
1000+ExtremeDark Red

How to customize

  • To use your own vibration thresholds — edit Icon color ranges and Value color ranges; set the same boundaries in both so the icon and the number always agree.
  • To change the icon — set Icon to any Material or MDI icon name.
  • To hide the label, icon, or timestamp — turn off Show label, Show icon, or Show date.
  • To switch to an absolute timestamp — turn off Last update ago in the date format settings.
  • To match your dashboard’s fonts — set Value font and Label font.

Tips

  • The six bands align broadly with ISO 10816 / ISO 20816 machinery vibration guidelines; adjust the thresholds for your specific machine class, mounting direction, and regulatory requirement.
  • A sudden spike from Negligible to Moderate or High suggests a loose fastener, unbalance event, or impact — set an alarm at the Low/Moderate boundary so it triggers before Severe is reached.
  • Pair with a temperature card: a motor running hot and vibrating above its baseline simultaneously is a stronger indicator of imminent bearing failure than either signal alone.

Share Your Widget with the Community

Built a custom widget? Export it as a JSON from ThingsBoard and publish it to the IoT Hub through a simple 4-step wizard (Upload, Listing, Readme, Review & Submit). Share it with thousands of ThingsBoard developers worldwide and get featured in the catalog.