testo 883 Lens 30°x 23°
SuperResolution 640 x 480 pixels
> Best image quality: IR resolution of 320 x 240 pixels (with SuperResolution 640 x 480 pixels); NETD < 40 mk.
> Useful features: testo SiteRecognition intelligent image management and testo ScaleAssist automatic contrast adjustment.
> Extensive analysis and documentation: With the intuitive professional software testo IRSoft.
> Full control: Manual focus and interchangeable lenses
Fast Delivery
Official Testo Webstore
2 years local Warranty
Internal Reference :
0560 8831Testo 883-1
Professional thermal imager for service engineers, facility managers and building energy consultants. The testo 883-1 combines high thermal image quality, manual focus, smart image management and professional reporting tools to help users detect thermal abnormalities faster and document results more efficiently.
Site Recognition
Smart Image Management
SuperResolution
Up to 640 × 480 pixels
Smart Reporting
IRSoft + Thermography App
Manual Focus
Sharp images from close range
Built for faster professional thermal inspections
The testo 883-1 thermal imager is designed for demanding thermal measuring tasks in maintenance, facility management and building diagnostics. With excellent image quality, manual focus, smart image archiving and powerful reporting tools, it helps professionals detect weak spots, document findings and deliver clear inspection reports with confidence.
Why choose the testo 883-1?
Excellent thermal image quality: IR resolution of 320 × 240 pixels, enhanced up to 640 × 480 pixels with testo SuperResolution, helps users identify thermal abnormalities clearly and reliably.
High thermal sensitivity: with NETD < 40 mK, the testo 883-1 can detect small temperature differences, making it suitable for detailed thermal inspections in buildings, electrical systems and mechanical installations.
Manual focus for sharp results: manual focusing gives the user full control and helps achieve clear thermal images from a minimum focus distance of less than 0.1 m with the standard lens.
Smart image management: testo SiteRecognition automatically assigns thermal images to the correct measurement object using QR codes, barcodes or Testo 2D codes, reducing manual sorting work after inspections.
Professional analysis and reporting: the included testo IRSoft PC software allows detailed thermal image analysis and professional report creation.
App-supported workflow: with the testo Thermography App, a smartphone or tablet can be used as a second display and remote control, with the option to create and send reports directly on site.
Expandable measurement data: readings from compatible instruments such as the testo 605i thermohygrometer or testo 770-3 clamp meter can be transferred wirelessly into the thermal image via Bluetooth.
Delivery Scope
- testo 883-1 thermal imager with standard lens 30° x 23°
- Robust case
- Professional software IRSoft (free download)
- USB-C cable
- USB mains unit
- Li-ion rechargeable battery
- Carrying strap for the thermal imager
- Bluetooth® headset (depending on the country)
- Short instructions
- Calibration protocol
Typical Applications
Preventive Maintenance
Detect hotspots and thermal abnormalities in machines, electrical systems and installations before they lead to downtime or damage.
Electrical Inspections
Check switching cabinets, electrical panels, photovoltaic systems and load conditions with clear thermal images.
Mechanical Maintenance
Identify abnormal heating in motors, bearings, shafts and other mechanical components during operation.
Building Diagnostics
Detect insulation defects, cold bridges, air leakage and construction quality issues without destructive testing.
Energy Consultation
Analyze building shells, locate energy losses and create professional thermal reports for customers.
Mould Risk Assessment
Use humidity mode to visualize potential mould-risk areas directly in the thermal image.
Frequently Asked Questions
The testo 883-1 is a purpose-built industrial infrared camera. With its 320 x 240 resolution and manual focus, it allows maintenance teams to identify overheating components in electrical cabinets or mechanical wear in motors from a safe distance with absolute clarity.
When using the testo 883-1 thermal imager at sites with many similar measurement objects (like electrical sub-panels), SiteRecognition uses QR codes to automatically archive images. This prevents the common problem of mixing up thermal photos during the reporting phase.
Yes. As a high-sensitivity testo thermal imager, it can detect even minor temperature differences (40 mK). This is essential for identifying thermal bridges, insulation gaps, and moisture damage in building envelopes.
Absolutely. While this kit includes the standard 30°*23° lens, the testo 883-1 supports an interchangeable telephoto lens, which is perfect for inspecting high-voltage lines or large industrial facades from a distance.
The testo 883-1 features Bluetooth connectivity. You can link it directly to the testo 770-3 clamp meter; the electrical readings are then transmitted in real-time and displayed directly on the thermal image for comprehensive fault documentation.
| Parameters | |
|---|---|
| Measuring range | -30 to +650°C |
| Accuracy | ±2 °C, ±2 % of m.v.; (greater value applies) |
| Emissivity | 0.01 to 1 |
| General technical data | |
| Weight | 824 g |
| Brand | Testo SE & Co. KGaA |
| Infrared image output | |
| Field of view | 30° x 23° (Standard lens), 12° x 9° (Telephoto lens, optional) |
| Focus | manual |
| Minimum focus distance | < 0.1 m (Standard lens) |
| Geometric resolution (IFOV) | 1.7 mrad (standard lens), 0.7 mrad (telephoto lens) |
| Image refresh rate | 9Hz |
| Infrared resolution | 320 x 240 pixel |
| SuperResolution (IFOV) | 1.1 mrad (Standard lens), 0.4 mrad (Telephoto lens) |
| SuperResolution (Pixel) | 640 x 480 pixels |
| Thermal sensitivity | ˂ 40 mK |
| Spectral range | 7.5 to 14 µm |
| Image output visual | |
| Minimum focus distance | < 0.4 m |
| Image size | 5 MP |
| Calibration | |
| Object | Thermal Imager |
| Measuring procedure | TME/CP003 |
| Resolution Calibration | 0.1 |