- IR resolution: 256 x 192 (49,152 pixels), 2MP Visual Resolution
- Support SuperIR image enhancement technology
- NETD : < 40 mK (@ 25°C, F#=1.0)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (±2°C/3.6°F, ±2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2" 480 × 640 Resolution LCD Screen
- Up to 6 hours continuous running
 Datasheet |
| User Manual |
- Simple, practical health tool for measuring body temperature
- Measurement accuracy less than 0.5 °C
- High temperature detection function based on the average of the people tested
- Minimized risk with a distance of 1.5 m maintained between the operator and the person tested
- Quick setup in any environment thanks to the tripod insert
 Datasheet |
| User Manual |
- 2 LCD screens: current intensity and potential
- Simultaneous display of the current intensity and the potential
- Possibility of manual adjustment of the potential
- Compact and simple to use
- Analogue output compatible with Computer-Assisted Experimentation software
- Maximum potential indicator
- Switches for current range (µA/mA) and potential range (-mV/+mV)
- 2 ranges: 2, µA and/or 2 mA
- Plotting of current/potential graphs
- Powered via the mains (delivered with 9 V power supply)
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- exceptional 9-hour battery life with standard Ni-MH rechargeable batteries or alkaline batteries
- connectivity with current clamps and environmental measurement products: all the necessary measurements simultaneously (current, influencing quantities, dew point for identifying areas at risk from mould, etc.)
- voice annotations to record your comments directly on the image
- the possibility of renaming the images and thermograms by site
- recording and storage in memory of the configurations for each application
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- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD: < 40 mK (@ 25°C, F#=1.0)
- Accuracy: ± 2°C (-20°C to 100°C) ; ± 2 % (100°C to 350°C)
- USB Type-C Interface (Android)
- 20 g Weight
| Datasheet |
| User Manual |
The Smartphone Module is designed to inspect electrical equipment, troubleshooting HVAC problems. Equipped with functional thermal App for smartphone, the Smartphone Module enables you to get the thermal imaging on your phone.
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD: < 40 mK (@ 25°C, F#=1.0)
- Accuracy: ± 2°C (-20°C to 100°C) ; ± 2 % (100°C to 350°C)
- USB Type-C Interface (Android)
- 20 g Weight
| Datenblatt |
| Bedienungsanleitung |
- Thermische Auflösung: 192 × 144 (27.648 Pixel)
- NETD: < 40 mK (@ 25°C, F# = 1,0)
- Präzise Temperaturmessung von -20°C bis 400°C
- 3,5-Zoll-LCD-Touchscreen
- Messgenauigkeit: Max. (± 2°C, ± 2%)
- 25 Hz Bildfrequenz
- Wärmebild-, Fusions-, PIP- und optische Modi
- optische 8-MP-Kamera
- Manuelle, automatische und 1-Tap-Ebene und Spanne
- Alarm bei hoher Temperatur
- Integrierter 16-GB-Speicher
- LED-Arbeitsleuchte
- 1,0x bis 4,0x stufenloser Digitalzoom
- Bis zu 4 Stunden Dauerbetrieb
| Datasheet |
| User Manual |
- Thermal resolution: 256 × 192 (49, 152 pixels), NETD: < 40 mK (@ 25°C, F# = 1.0)
- Accurately measure temperature from -20°C to 400°C (-4°F to 752°F)
- Accuracy: Max. (± 2°C/3.6°F, ± 2%)
- 25 Hz image frequency
- Thermal, fusion, PIP, and optical modes, 8 MP optical camera
- Manual, automatic, and 1-Tap level and span
- High temperature alarm
- Built-in 16 GB memory
- LED work light
- 1.0x to 4.0x continuous digital zoom
- 8 MP Optical camera
- Up to 4 hours continuous running
| Datasheet |
| User Manual |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Temperature measurement range : -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
| Datasheet |
| User Manual |
- Thermal resolution: 192 × 144 (27,648 pixels)
- NETD: < 40 mK (@ 25°C, F# = 1.0)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
| Datasheet |
| User Manual |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Temperature measurement range : -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2’’ LCD screen display
- Up to 6 hours continuous running
| Datasheet |
| User Manual |
- Thermal resolution: 160 × 120
- High quality 240 × 320 resolution 3.2'' LCD display
- Up to 4 palettes
- Wide temperature measurement range: -20°C to 550°C
- High temperature measurement accuracy: Up to ± 2°C, ± 2%
- Long-distance laser light supplement for thermography targets
- Built-in rechargeable Li-ion battery
- Up to 8 hours continuous operation
| Datasheet |
| User Manual |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Temperature measurement range : -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (± 2°C/3.6°F, ± 2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 8 hours continuous running
| User Manual |
| Flyer |
- Thermal resolution: 256 × 192 (49,152 pixels)
- NETD: < 40 mK (@ 25 °C, F#=1.0)
- Temperature measurement range: -20°C to 550°C (-4°F to 1022°F)
- Accuracy: Max (±2°C/3.6°F, ±2%), for ambient temperature 15°C to 35°C (59°F to 95°F) and object temperature above 0°C (32°F)
- Measurement presets: Center spot, Hot spot, Cold spot, User Preset Point
- 25 Hz image frequency
- 3.2'' LCD screen display
- Up to 6 hours continuous running
| Datasheet |
| User Manual |
- Thermal resolution: 96 × 96 (9,216 pixels)
- Distance to spot ratio (D:S): 112:1
- SuperIR: 240 × 240 (57,600 pixels)
- NETD: < 50 mK (@ 25°C, F# = 1.0)
- Measurement presets: center spot, hot spot, cold spot, off
- Image frequency: 25 Hz
- Laser pointer
- Built-in 4 GB flash memory: 30,000 pictures
- Up to 8 hours continuous running
| Datasheet |
| User Manual |
- Thermal resolution: 96 × 96 (9,216 pixels)
- Distance to spot ratio (D:S): 112:1
- SuperIR: 240 × 240 (57,600 pixels)
- NETD: < 50 mK (@ 25°C, F# = 1.0)
- Measurement presets: center spot, hot spot, cold spot, off
- Image frequency: 25 Hz
- Laser pointer
- Built-in 4 GB flash memory: 30,000 pictures
- Up to 8 hours continuous running
- Thermal/Visual/Fusion
| Datasheet |
| User Manual |
- Thermal resolution: 160 × 120 (19,200 pixels)
- NETD : < 40 mK (@ 25°C,F#=1.0)
- Measurement presets: center spot, hot spot, cold spot, off
- 8 GB SD card: 120,000 pictures
- Weight: 350 g (0.77 lb)
| Datasheet |
| User Manual |
- Image quality with IR resolution of 160 x 120 pixels (with testo SuperResolution technology 320 × 240 pixels)
- Thermal sensitivity of 0.1 °C
- Automatic detection of hot and cold spots
- Free analytical software for creating professional reports
- Fast measurement with fixed focus
- Measuring accuracy of ±2 °C
| Datasheet |
| User Manual |
- Image quality with IR resolution of 160 x 120 pixels (with testo SuperResolution technology 320 × 240 pixels)
- Thermal sensitivity of 0.08 °C
- Free analytical software for creating professional reports
- Automatic detection of hot and cold spots
- Thermal images can be saved as JPEGs
- App for analysis and creating on-site measurement reports
| Datasheet |
| User Manual |
Thermal Imaging Cameras – entry-level class for maintenance, buildings & electrical
Entry-level thermal cameras provide a cost-effective start into radiometric thermography for maintenance/service, building/HVAC inspections, electrical checks, and quality control. They combine simple operation with practical resolution, NETD sensitivity and reporting for fast, traceable results.
Depending on the model: radiometric still images (°C per pixel), image fusion with a visual camera, fixed or autofocus lenses, Wi-Fi/Bluetooth/USB, alarms, Min/Max/Delta, rugged housings (e.g., IP54) and long battery life.
ICS Schneider Messtechnik supports model selection, emissivity strategy, calibration, and workflows/reports—including IIoT integration.
FAQ on Entry-Level Thermal Imaging Cameras
Answers on radiometry, resolution/NETD, optics, emissivity, accuracy, focus, software, field practice, and limitations.
Which applications suit the entry class?
Building/HVAC checks (insulation, leaks), electrical (connections/cables), mechanical (bearings/drives), food/incoming goods, and routine safety rounds.
What does “radiometric” mean and why does it matter?
Radiometric cameras store a temperature value per pixel. This enables point/area measurements, trend data, alarms, and audit-ready reports.
What resolutions are common in the entry class?
| Sensor | Typical task |
|---|---|
| 80×60 / 120×90 | Quick screening, large areas |
| 160×120 | All-round for building/HVAC & electrical |
| 320×240 (some models) | More detail, better small-hotspot detection |
What does NETD (thermal sensitivity) indicate?
NETD (e.g., <40–100 mK) describes how fine temperature contrasts are rendered. Lower NETD means clearer small ΔT and smoother images.
What accuracy should I expect?
Typically ±2 K or ±2% of reading (model and environment dependent). Emissivity, reflections, focus, and distance affect practical accuracy.
Which optics are available?
Mostly fixed lenses (standard/wide). Some models offer tele/macro adapters or digital zoom; the physical lens governs measurement capability.
What is IFOV and how small can my target be?
IFOV is pixel size on target. Aim for the target to cover at least 3×3 pixels. Rule of thumb: the closer you are, the smaller the reliably measurable hotspot.
How do I set emissivity (ε) correctly?
Material-dependent (0.05–0.98). For bare metals, add a matte reference spot (tape/paint) or use a contact reference in parallel and adjust ε to match.
How do I handle reflections?
Change the viewing angle, use matte references, be mindful of indirect reflections (skin, lights). Avoid mirror-like surfaces where possible.
What temperature ranges do entry cameras cover?
Typically −20…+350 °C (in ranges). For higher temperatures, consider pro-class/MWIR devices.
Autofocus, manual focus, or fixed focus?
Many entry units are fixed focus (fast, robust). Higher-end models add autofocus for reproducible sharpness; macro work often benefits from manual/autofocus.
What does image fusion (MSX/blend) do?
Image fusion overlays visual-camera edges to boost readability. The temperature data remains unchanged in the radiometric layer.
Do entry cameras record video/streams?
Often radiometric stills and MP4/USB streaming (not always radiometric). For true radiometric video, pro models are a better fit.
How long do batteries last and how rugged are they?
Typically 3–6 h runtime, sometimes with hot-swap packs. Housings are often IP54 and drop-tested—ideal for field use.
Which software/report features are available?
PC software/apps for points/lines/areas, ΔT, isotherms, batch reports (PDF/CSV), cloud/Wi-Fi transfer, and templates.
How do I calibrate/verify an entry camera?
Use a blackbody (relevant range), defined emissivity, distance, and a stability criterion. Document results for traceability.
Tips for building/HVAC thermography
Target indoor/outdoor ΔT ≥ 10 K, avoid drafts, consider the dew point, beware of shiny surfaces, and keep lighting consistent.
Tips for electrical panel inspections
Record load (A/kW), compare like-for-like components, minimize reflections (shield/visor), and define thresholds/classes.
Common mistakes & quick fixes
- Out of focus → check distance/focus
- Wrong ε → add a reference spot and adjust ε
- Target too small → move closer/use tele lens
- Reflections → change angle, add shading
Where are the limits vs. pro devices?
Entry class: lower resolution/NETD, fewer lens options, limited video/interfaces. Upgrade paths: higher resolution (e.g., 640×480), NETD <40 mK, interchangeable lenses, radiometric video, SDK/API.