DOSTMANN T995
The DOSTMANN T995 is a high-precision temperature measuring device that, thanks to its innovative measurement technology, is used in biochemistry laboratories, in manufacturing processes in the construction industry and in sensitive chemical applications. Its exceptional accuracy and robust design make it a reliable choice for experts who need reproducible results.
Precise technology and robust construction
This measuring instrument features Pt100 sensor technology (EN 60751), which ensures high measuring accuracy. With a wide measuring range from -20 °C to +85 °C, it can be used for numerous processes in research and industry. The ABS housing ensures reliable protection and durability, especially in demanding environments. The integrated data logger function with a storage capacity of around 6,000 measured values allows comprehensive documentation of temperature curves.
Waterproof in design, the device can even be used in damp work areas or in the field. In addition, the generous LCD display stands out, showing measurement data clearly and distinctly. From error-prone manual measurement to comprehensive temperature monitoring of complex laboratory processes: here, users will find a tool that combines precision with the best possible user-friendliness.
Important technical data at a glance
- Measurement channel: Pt100 according to EN 60751
- Measurement range: -20 °C to +85 °C
- Resolution: 0.001 °C (in the range -20 °C to +20 °C) and 0.01 °C in the remaining range
- Accuracy: ±0.015 °C (-5 °C to +199.9 °C), otherwise ±0.025 %
- Memory: Approximately 6,000 values for detailed analysis
- Housing: Robust ABS material, waterproof design
- Power supply: 230 VAC power supply unit
In addition, a 2-line LCD display supports fast data acquisition. With dimensions of 200 x 200 x 80 mm (L x W x H) and a weight of 1850 g, the device is compact enough for mobile use while offering the stability that professionals expect in demanding work environments.
The continuously adjustable measuring system also allows a flexible selection of measuring intervals, which is particularly advantageous in quality control or experimental test series in research. Users can thus adapt the measuring times to specific requirements and obtain consistent data at all times.
Typical areas of application
- Biochemical research: Ideal for temperature control in enzymatic reactions or DNA analyses. Enzymes, proteins or DNA samples are examined under the right conditions to obtain reliable results.
- Construction industry: Uses the device to monitor concrete curing or insulation materials. High precision helps to accurately determine building material properties and optimally control process flows.
- Chemical industry: Provides a reliable basis for testing reaction kinetics and synthesis processes. From sensitive synthetic resins to highly sensitive catalysis, accurate temperature measurement is essential.
- Quality assurance: Documentation of temperature fluctuations in production processes or storage environments to ensure compliance with standards and guidelines.
Frequently asked questions and answers
How reliable is the measurement accuracy in different temperature ranges?
The accuracy is ±0.015 °C in the range from -50 °C to +199.99 °C. In all other ranges, an accuracy of ±0.025 % is achieved, which covers even demanding applications with precision.
Can the device be used for longer measurement series?
Yes, thanks to its storage capacity of around 6,000 values, extensive measurement series can be recorded. This data facilitates both quick evaluations and long-term studies.
Is the device suitable for outdoor use?
Its waterproof design makes it suitable for damp or challenging environments. This means that the measuring instrument is also suitable for measurements on construction sites or in other outdoor areas.
What are the advantages of Pt100 sensor technology?
Pt100 sensors in accordance with EN 60751 guarantee excellent reproducibility and reliability of the measurement data. In addition, very small temperature changes are detected quickly, which is a decisive advantage, especially in highly sensitive laboratory applications.
Conclusion
This temperature measuring device is characterised by maximum precision, robust design and a wide range of applications. Whether in research or in an industrial environment, the combination of extensive data storage, waterproof housing and an enormous measuring range offers professional support. Those who value consistent measurement quality will benefit from a powerful and reliable solution.
