Gravio Blog
August 13, 2026

Automate Temperature Monitoring with Gravio and Axis Communications Thermal Cameras

Monitor equipment temperatures in real time with Gravio and Axis Communications Thermal Cameras. Learn how this no-code edge solution helps manufacturers and facility operators detect overheating early, automate alerts, visualize temperature trends, and improve preventive maintenance while reducing downtime.
Automate Temperature Monitoring with Gravio and Axis Communications Thermal Cameras

Are Hidden Thermal Risks Lurking in Your Facility?

Electrical control panels, substations, battery storage racks...

For critical industrial equipment, abnormal heat is often the earliest warning sign of a developing problem.

However, many facilities still face common operational challenges:

  • Routine inspections rely on personnel conducting periodic visual checks, limiting monitoring frequency.
  • By the time an abnormality is discovered, it may already be too late.
  • Temperature data is not continuously recorded, making root-cause analysis difficult.
  • Existing monitoring and alerting solutions require costly custom software development.

When faced with these challenges, many organizations first consider installing temperature sensors.

While sensors are effective in many situations, they also have inherent limitations:

  • A sensor measures temperature only at a single point, making it difficult to identify exactly where overheating is occurring.
  • Monitoring large areas requires deploying numerous sensors, increasing installation costs and complexity.
  • Installing sensors on moving, rotating, or difficult-to-access equipment may be impractical or impossible.

Thermal Imaging Solves These Challenges

Gravio now supports a no-code thermal monitoring solution by integrating the AXIS Q1961-TE Thermal Camera with Gravio.

Together, they enable:

  • Real-time temperature visualization
  • Automated anomaly detection
  • Instant notifications
  • Historical trend analysis

All without custom programming.

Typical Applications

1. Energy & Utilities

Detects overheating in substations, generators, and solar panels before failures occur.

This enables both preventive maintenance and improved operational safety.

2. Heavy Industry & Manufacturing

Continuously monitor conveyor belts, electrical control panels, and other critical equipment around the clock.

Early detection of abnormal temperature increases helps reduce:

  • Equipment failures
  • Production defects
  • Fire risks

Long-term temperature trends also provide valuable insight for predictive maintenance.

3. Recycling & Waste Management

Monitor rechargeable battery recycling facilities to help prevent thermal runaway and fires.

Continuous temperature monitoring enables operators to detect overheating batteries early and maintain safer storage conditions.

4. Fire Prevention & Outdoor Facilities

Monitor forests, industrial sites, and outdoor facilities for early signs of fire.

Thermal imaging detects abnormal heat sources before flames become visible, enabling faster emergency response.

Before and After Deployment

Before

  • Manual patrols and visual inspections
  • Staff manually report abnormalities
  • Paper records or manual Excel entry
  • Maintenance decisions based on experience

After

  • 24/7 automated monitoring by thermal cameras
  • Immediate automatic alerts when thresholds are exceeded
  • Automatic cloud storage and trend visualization
  • Data-driven maintenance based on historical trends

Axis Communications Measures the Temperature. Gravio Manages It.

1. Real-Time Temperature Visualization

The AXIS Q1961-TE is a thermal imaging camera capable of measuring object temperatures without physical contact.

Designed for harsh industrial environments, it offers:

  • Rugged and corrosion-resistant construction
  • Reliable outdoor operation
  • Built-in early fire detection
  • Detection of subtle heat changes before flames appear

Because thermal imaging captures heat instead of detailed visual images, it also provides an additional level of privacy while generating highly accurate thermal information.

Temperature Measurement Accuracy

For object temperatures between 0°C and 120°C, the AXIS Q1961-TE provides an accuracy of ±5°C.

Please refer to the official Axis product documentation for complete specifications and performance details.

When integrated with Gravio, the system automatically collects:

  • Maximum temperature
  • Minimum temperature
  • Average temperature

for each configured monitoring area and stores them as historical time-series data.

Operators can immediately identify hotspots while simultaneously building a historical database of temperature trends.

This provides benefits beyond simple visualization:

  • Reduce dependence on manual inspections
  • Continue monitoring during nights, weekends, and holidays
  • Record temperature changes before failures occur
  • Support predictive maintenance decisions
  • Preserve objective evidence for root-cause investigations

2. Immediate Notifications When Thresholds Are Exceeded

Temperature thresholds can be configured directly on the AXIS Q1961-TE.

Using Gravio's no-code workflow automation, any threshold violation automatically triggers real-time notifications through messaging applications.

This enables maintenance personnel to respond immediately, regardless of their location.

3. Visual Identification of Heat Sources

Thermal imaging presents heat distribution using intuitive color mapping.

By combining the thermal image with Gravio's real-time alerting, operators can quickly determine:

  • Which component is overheating
  • Where the hotspot is located
  • How the heat is spreading

Rather than relying solely on numerical temperature values, maintenance personnel gain immediate visual insight that speeds troubleshooting and root-cause analysis.

Simple System Architecture

Gravio supports standard industrial connectivity, including:

This enables seamless integration with the AXIS Q1961-TE without requiring custom software development.

As a no-code automation platform, Gravio makes it easy to build workflows connecting thermal cameras, BI dashboards, messaging applications, and field devices through an intuitive visual interface.

A typical workflow looks like this:

  1. The Axis thermal camera publishes temperature data via MQTT.
  2. Gravio retrieves additional temperature information through the Axis VAPIX API, stores the data, and automatically generates historical graphs.
  3. If a configured threshold is exceeded, Gravio immediately sends notifications to responsible personnel.

This entire workflow can be configured without programming.

Even facilities that cannot utilize cloud infrastructure can deploy the solution quickly without major changes to their existing network architecture.

Read more on our Solution Note with Axis Communications here.

Start with a Free Trial

Gravio offers a free trial, allowing you to evaluate integration with the Axis thermal camera in your own environment and assess how the solution fits your operational requirements.

If you would like to learn more about Gravio or explore thermal camera solutions for your facility, please don't hesitate to contact us.

Contact us today to discuss your application.

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