DOSTMANN SET P795
This handheld measuring device for precise temperature measurements in laboratories, industry and other professional fields impresses with its high accuracy, robust design and intuitive operation. Compared to many competing products, it offers accurate, reproducible measurements and flexible use, so users can rely on a reliable measuring instrument that delivers consistent results even under demanding conditions.
Precision and range of functions
This measuring device was specially developed for Pt100 sensors in accordance with EN 60751. It therefore offers reliable compatibility with common sensors, enabling temperature-stable and reproducible measurements. The large measuring range from -200 °C to +850 °C covers a wide range of applications. The resolution of up to 0.001 °C at temperatures from -200 °C to +200 °C ensures extremely fine gradation of the measurement results, while the stable plastic housing (ABS) with its dimensions of 200 x 93 x 44 mm provides a firm grip and sufficient protection.
The device stands out in terms of accuracy: within the range from -50 °C to +199.99 °C, the tolerance is ±0.015 °C. Outside this range, a deviation of only ±0.025 % applies. This makes the measuring instrument valuable for a wide range of applications where maximum precision is required. This is complemented by the ability to store up to 6,000 measured values. This allows extensive measurement series to be carried out without having to constantly transfer data. Another plus is the power supply. The standard power supply is a 9 V block battery, which is particularly practical for mobile use. A 230 VAC power supply unit is available as an option for longer stationary applications. The 2-line LCD allows temperature values to be recorded twice or extensive measurement series to be conveniently monitored.
As an important component of professional measurement technology, the hand-held measuring device is subject to the requirements of EN 60751 for Pt100 sensors. This standard confirms the high quality and safety standard of temperature sensors. Users benefit not only from reliable measurement data, but also from the certainty of using a tested and reliable instrument. Its solid construction allows for reliable operation at operating temperatures between 0 °C and +40 °C.
Typical areas of application
Professional users utilise the handheld measuring device in a wide variety of areas. The following examples illustrate its versatility:
- Laboratories: Ideally suited for chemical and biological experiments that require particularly precise temperature measurements.
- Industry: Indispensable for monitoring production processes in the food industry, metal processing or pharmaceuticals.
- Quality control: Thanks to accurate data recording, production batches can be checked precisely and corrected promptly if necessary.
- Research and development: Precise control is essential for experimental setups in which temperature plays a key role. When handling various substances such as water, PMMA solutions or temperature-critical chemicals, the measuring device ensures that specifications and limit values can be precisely adhered to. Frequently asked questions
What level of accuracy is possible for sensitive measurements?
Within the core range of -50 °C to +199.99 °C, the device impresses with a deviation of ±0.015 °C. For all other ranges, an accuracy of ±0.025 % applies, meaning that even high or very low temperatures can be monitored with extreme precision.
Is it easy to comprehensively document the measured values?
Yes. With a storage capacity of around 6,000 measured values, even extensive series can be recorded without interruption. In this way, historical data can be accurately recorded and evaluated later at your leisure.
How robust is the housing?
The robust ABS housing protects the sensitive electronics from shocks and moisture. This enables the device to provide reliable measurements even under demanding conditions.
What power supply is available?
A 9 V block battery is used for mobile applications, allowing the measuring device to be operated independently of external power sources. Alternatively, a power supply unit (230 VAC) is available for longer stationary measurements.
Conclusion
With its impressive accuracy, sophisticated range of functions and certified Pt100 sensors, the measuring device is ideal for industries where precise measurement data is essential. Users benefit from a flexible range of applications, a user-friendly design and extensive storage options. Since reliable temperature measurement plays a central role in laboratories, industry and research, this device delivers a professional solution for a wide range of measurement tasks thanks to its high standards. Whether it's monitoring production processes, documentation in quality control or demanding test series in research, this is a reliable tool that can easily cope with even extreme environments and deliver accurate results.
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