Type TP 17165S TP Solid dry block temperature calibrator -35...165 °C Accuracy ±0.2 °C
Compact design for on-site use / Easy calibration without regard to viscosities, flash points or outgassing / Large calibration volume for simultaneous calibration of many test specimens /Optimal thermal coupling from block to test specimen due to SIKA transition sleeves
SIKA temperature calibrators are used in various areas of application, whether in on-site use in workshops, in the measuring and test room or in the laboratory. They cover a wide range of industries with a wide variety of applications, including:
- Assembly and commissioning
- Manufacturing and production
- Maintenance and service
- Quality assurance and test equipment monitoring
- Repair
The microbath function offers advantages when checking temperature sensors with unusual shapes and dimensions by using calibration liquids. In this process, the test specimen is placed directly into the liquid without insulating air gaps to create a direct temperature seal between the calibrator and the test specimen. The liquid, e.g. silicone oil, is selected according to the required calibration temperature. The stepless control of the magnetic stirrer and the extractable sensor basket ensure a swirling of the calibration liquid and a large measuring zone. The sensor basket ensures undisturbed stirring operation and serves to protect the tank bottom.
The dry block function was developed to enable simple calibration of the temperature in laboratory and field use. The optimum thermal coupling of the block to the test specimen is achieved by using the correct adapter sleeve, which ideally has a bore with an inner diameter 0.5 mm larger than the outer diameter of the test specimen. Almost all straight temperature sensors with different lengths and diameters can be calibrated using the adapter sleeve. The dry block covers the entire temperature range without changing the calibration medium, so that the user does not have to take viscosities, flash points or outgassing into account.
| Accuracy |
| ±0,2 °C |
Technical data

