testo 110 NTC and Pt100 temperature measuring instrument with App connection
- Simple, fast and particularly precise temperature measurement with NTC or Pt100 probes (optionally available)
-Fast in-app configuration, graph history, second screen and measurement data memory in the testo Smart App
- HACCP-compliant, certified according to EN 13485 for use in the food sector
- High-precision measurement results and high system accuracy with digital Pt100 sensors (calibration without measuring instrument)
The compact temperature measuring instrument testo 110 shows its strengths wherever measurements are to be made at particularly low temperatures or where highly precise temperatures are to be determined. HACCP conformity and NTC or PT100 compatibility (probe optionally available) make testo 110 ideal for temperature measurements, especially in food environments or laboratories.
Internal Reference :
0563 0110Description
Easy to use and precise in measurement: This is how the compact temperature measuring instrument testo 110 convinces every day in use. The fast temperature all-rounder can show its strengths particularly in applications in laboratories or in the food environment. The optionally available NTC or Pt100 probes cover a comprehensive range of measuring tasks and ensure exact results with particularly high accuracy. By utilizing a pt100 temperature sensor, users can achieve the highest level of precision required for sensitive professional environments.
The digital pt100 temperature probe can also be calibrated without the measuring instrument—so you can easily continue working with a different probe without downtime. This makes the device an incredibly efficient pt100 resistance temperature detector for long-term monitoring. Of course, the testo 110 is HACCP-compliant, certified to EN13485 and, with the optional TopSafe protective cover, dust-tight and protected against water jets (protection class IP65).
The temperature measuring instrument is rounded off by the testo Smart App for smartphones and tablets. This app is essential for the modern management of your Pt100 probes, allowing for:
- Configuration of testo 110
- Second display for your pt100 temperature sensor * Measurement data memory
- Display of the measured values (table, graphic progression)
- Professional documentation of every pt100 temperature probe reading
Whether you are performing spot checks or detailed lab analysis, the testo 110 serves as a reliable pt100 resistance temperature detector system that simplifies your daily workflow.
Delivery Scope
- testo 110 - 1-channel temperature measuring instrument NTC / Pt100 with App connection, TUC probe socket and audible alarm
- Transport bag
- Calibration protocol
- 3 x AA batteries
Frequently Asked Questions
The testo 110 supports both sensor types. NTC probes are typically used for standard food safety and HVAC tasks, while a Pt100 temperature sensor offers much higher precision and stability over a wider temperature range, making it ideal for laboratory and industrial use.
Yes, the testo 110 is HACCP-compliant and certified to EN 13485. When used with a food-grade pt100 temperature probe, it is the perfect solution for temperature monitoring in the food industry, from cold storage to production.
The digital Pt100 probes can be calibrated independently of the testo 110 instrument. This means you can send the probe for calibration while continuing to work with a different pt100 temperature probe, ensuring your operations never stop.
When used with the optional TopSafe protective cover, the testo 110 is rated IP65, meaning it is dust-tight and protected against water jets. This is essential when using a pt100 resistance temperature detector in environments that require frequent washdowns.
The app allows you to use your smartphone as a second display for your testo 110. You can view measurements from your pt100 temperature sensor in a table or graph, store measurement data, and create digital reports directly from the field.
A pt100 resistance temperature detector uses a platinum element that changes resistance with temperature in a very predictable and linear way. This provides a higher level of accuracy and repeatability compared to standard thermometers.