The device has automatic measurement and automatic pressure relief functions, ensuring high testing efficiency,safety,and reliability, making it very suitable for laboratory research use.

While retaining the micro-pressure measurement capabilities of the VP2100 and VP2200, the VP2600 Micro-pressure Vapor Pressure Tester offers a wider testing temperature range, enabling the measurement of fluid saturated vapor pressure within the full temperature range (-30~200℃) and pressure range (0~110kPa). The device maintains the fully automatic testing functions of the VP2000 series, including automatic sample injection, sample discharge, and vacuum pumping. It also features an automatic testing function, which automatically completes multi-temperature point measurement tasks set by users through program-controlled temperature technology, ensuring high testing efficiency and stable and reliable test results. The device supports the selection of pressure sensors with different ranges, and users can choose according to the saturated vapor pressure range of the sample to be tested, ensuring stable and reliable test results. It well meets research needs and is suitable for low vapor pressure measurement of various fluids in the full temperature range.

Key Features

l Micro-pressure Measurement: Pressure range of 0~110kPa, with support for customization of higher or lower pressures.

l Accurate Pressure Measurement: Adopts high-precision pressure sensors with a measurement accuracy of less than 0.1% FS (higher accuracy can be customized).

l Full Temperature Range Measurement: Maximum temperature of 200℃ and minimum temperature of -30℃, meeting both high and low-temperature measurement needs.

l Fully Automatic Control: Realizes automatic sample injection, temperature control, temperature measurement, pressure measurement, and automatic data processing, ensuring high testing efficiency.

l Safety Overpressure Protection: Automatic pressure relief function to prevent equipment damage caused by exceeding the set pressure upper limit at high temperatures.