
Pre-configured thermal cameras
IRSX Technical Specification Download
IRSX Application Examples Download
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The IRSX series from AT Automation Technology represents a new generation of fully autonomous smart thermal cameras designed for industrial inspection, automation, and monitoring applications. Built with an onboard processing engine, integrated software tools, and high-precision thermal imaging sensors, IRSX cameras deliver actionable temperature insights without the need for an external PC.
Use this thermal imaging FOV calculator to determine the target area and special resolution available with the IRSX series
Key Capabilities
1. True Stand-Alone Operation
IRSX cameras contain a powerful onboard processor and integrated web-based software.
They can analyze thermal data, trigger alarms, run inspections, and communicate results—all without a computer.
Simply connect power and Ethernet, open the browser-based IRSX SmartApp, and begin measuring.
2. High-Performance Thermal Sensors
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Resolution options: 336 × 256 or 640 × 512 pixels
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Thermal ranges and sensitivity:
<50 mK (depending on model)
Range 1: –25 °C to +135 °C
Range 2: –40 °C to +550 °C
Range 3: +200 °C to +1200 °C -
Accuracy: ±2°C or ±2% of reading
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Frame rates: Up to 80 fps (model dependent)
These sensors deliver sharp, low-noise thermal imagery suitable for both precision measurement and high-speed industrial processes.
3. Integrated Intelligent Software – IRSX SmartApp
Every camera includes a built-in browser-based interface—no drivers, no installs. You can:
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View real-time radiometric images
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Draw measurement tools (spots, boxes, polygons)
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Set thermal thresholds, alarms, or logic rules
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Stream GigE Vision or MQTT/REST data to existing systems
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Configure I/O triggers (digital outputs, relays, alarms)
The camera can function as a complete automated inspection tool, with results pushed directly to PLCs or factory systems.
4. Industrial Protocols and Connectivity
IRSX cameras support:
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GigE Vision for high-speed image streaming
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MQTT & REST API for IIoT connectivity
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Modbus/TCP for industrial automation
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Digital I/O with opto-isolated inputs/outputs
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PoE capability for simplified cabling
This makes IRSX ideal for Industry 4.0 installations and seamless integration into modern manufacturing environments.
5. Rugged Industrial Design (IP67)
Each camera is housed in a sealed IP67-rated enclosure, able to operate in harsh conditions:
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Dusty production areas
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Variable ambient temperatures
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Outdoor monitoring environments
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Smart factory locations with vibration and humidity
Optional protective windows and lens options support a wide range of installation scenarios.
6. Multiple Lenses for Close-Up or Wide-Area Monitoring
Choose from lens options tailored to your application:
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Wide angle for factory-floor monitoring and safety
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Standard lenses for general inspection
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Telephoto lenses for electrical inspection, robotics, and long-distance monitoring
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Macro / close-focus optics for electronics or PCB hot-spot detection
We can help match the ideal lens to your working distance and field of view.
7. Precise Temperature Measurement
Every IRSX camera is fully radiometric, enabling:
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Accurate temperature readings at each pixel
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Trending over time
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Thermal profiling of processes
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Early fault detection (overheat, hotspots, process deviations)
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Quality control and automated pass/fail decisions
You can set multiple temperature thresholds and teach the camera how to respond.
Advantages of the IRSX Thermal Camera Series
✔ Eliminates the PC—reduces cost and complexity
With built-in processing and software, you remove the need for an external controller, simplifying system architecture.
✔ Easy deployment and simple browser access
Just type the IP address into a web browser. Configuration takes minutes, not hours.
✔ Reliable for long-term 24/7 operation
Designed for continuous industrial use with robust electronics and thermal stability.
✔ Flexible for a wide range of industries
Ideal for:
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Manufacturing automation
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Electronics inspection
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Food & agriculture
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Plastics and extrusion
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Robotics and machine vision
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Energy monitoring
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Safety and predictive maintenance
✔ Designed for real-world industrial integration
Support for factory protocols, MQTT, Modbus/TCP, and GigE Vision means the IRSX can slot into nearly any workflow.
IRSX Thermal Camera Comparison
Compare key specifications for IRSX-I640 and IRSX-I336 thermal cameras
| Specification | IRSX-I640 | IRSX-I336 |
|---|---|---|
| Product Image |
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| Sensor Format | 640 x 512 px | 336 x 256 px |
| Pixel Size | 17 x 17 um | 17 x 17 um |
| Temperature Calibration Ranges |
Range 1: -10 to +140 C Range 2: -10 to +550 C Optional high-temp: up to +1200 C with ND filter |
Range 1: -10 to +140 C Range 2: -10 to +550 C Optional high-temp: up to +1200 C with ND filter |
| NETD | < 30 mK @ F/1.0 | < 30 mK @ F/1.0 |
| Frame Rate | 9 Hz; 30 Hz | 9 Hz; 30/60 Hz |
| Interfaces |
GigE Vision / GenICam Modbus TCP REST API / OpenAPI Profinet |
GigE Vision / GenICam Modbus TCP REST API / OpenAPI Profinet |
| Lenses |
7.5 mm (90 x 69 deg) 9 mm (69 x 56 deg) 13 mm (45 x 37 deg) 19 mm (32 x 26 deg) 25 mm (24 x 19 deg) 35 mm (18 x 14 deg) |
4 mm (90.6 x 65.4 deg) 7.5 mm (42 x 32 deg) 9 mm (35 x 27 deg) 13 mm (25 x 19 deg) 19 mm (17 x 13 deg) 25 mm (13 x 10 deg) 35 mm (9.3 x 7.1 deg) |
| Software Options |
AT SolutionPackage cxSDK (C, C++, Python) IRSX Camera Simulator SmartProcessing App Streaming App Custom Apps |
AT SolutionPackage cxSDK (C, C++, Python) IRSX Camera Simulator SmartProcessing App Streaming App Custom Apps |
| Size | 55 x 55 x 77 mm | 55 x 55 x 77 mm |
| Weight | 270 g (without lens) | 270 g (without lens) |
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