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Now offering advanced Process Optimization and CEMS solutions for all major industries.
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An online thermal imaging camera helps plants monitor temperature continuously from a fixed position. It stays installed near equipment, machines or process areas. As a result, operators can track hot spots, process changes and abnormal heating in real time.
Unlike handheld thermal cameras, online thermal cameras do not depend on manual inspection rounds. Instead, they support continuous monitoring through software, alarm output, analog output or process interface integration. Therefore, they are useful for automation, OEM systems and process control applications.
TIPL offers fixed thermal camera models for different monitoring needs. So, users should select the right model based on temperature range, resolution, frame rate, field of view, output signal, software need and site condition.
Each model fits a different process need. First, check the monitoring objective. Next, review the process temperature, target size and installation distance. Then, select the model that matches the application.
| Monitoring Need | Best Fit | Models to Review |
|---|---|---|
| High-temperature process monitoring | Metal, foundry, glass and molten material applications where very high temperature visibility is needed. | TI-1M |
| Compact OEM and machine monitoring | Small equipment zones, electrical cabinets, OEM machines and automation systems. | TI-80 |
| Fast process and line monitoring | Moving targets, conveyors, fast production lines and line-scan-related applications. | TI-410 |
| Industrial process monitoring | Hot spot detection, process control, equipment monitoring and quality-related thermal checks. | TI-640 |
| VGA thermography and process analysis | R&D, lab analysis, radiometric video, high-end automation and detailed process study. | TIOPI640 |
Note: Final selection should depend on process temperature, target size, distance, field of view, frame rate, output need, software requirement and installation area.
The online thermal camera range covers compact monitoring, high-speed process monitoring, high-resolution industrial monitoring and advanced thermal analysis. Therefore, users should compare the model role before selecting a camera.
| Model | Main Role | Best Fit |
|---|---|---|
| TI-1M | High-temperature thermal process monitoring. | Foundry, glass, metal and molten material monitoring. |
| TI-80 | Compact fixed monitoring. | OEM machines, electrical cabinets and compact process points. |
| TI-410 | High-speed thermal process monitoring. | Conveyors, moving targets, production lines and fast processes. |
| TI-640 | Industrial 640 × 480 thermal monitoring. | Hot spot detection, quality monitoring and process control. |
| TIOPI640 | VGA thermal analysis and radiometric video. | R&D, laboratory analysis, SDK integration and high-end automation. |
Start with the process condition. Then, check the object temperature, distance and target size. After that, review the required output, software and installation environment.
A portable thermal imager supports manual inspection rounds. Users carry it from one asset to another and capture images during inspection.
A fixed thermal camera stays installed in one position. Therefore, it suits continuous temperature monitoring, alarms, automation and process output needs.
So, the right choice depends on the monitoring method. Choose a portable model for field inspection. However, choose a fixed model when the process needs regular thermal visibility without depending only on manual rounds.
