The device enables simultaneous measurements under conditions of -30~200℃ and 0~5MPa. Equipped with automatic measurement and pressure relief functions, it offers high testing efficiency and reliable safety.

Building on the high-pressure measurement capabilities of VP2100 and VP2200, the VP2600 High-Pressure Vapor Pressure Tester offers an extended temperature range, enabling measurements of fluid saturated vapor pressure across the full temperature spectrum (-30~200℃) and within a pressure range of 0~5MPa. Retaining the fully automated testing functions of the VP2000 series, it can automatically handle sample injection, ejection, and vacuuming. Additionally, it features an automatic testing function that leverages program-controlled temperature technology to automatically complete multi-temperature point measurement tasks set by users, ensuring high testing efficiency and stable, reliable results. The device supports the selection of pressure sensors with different ranges (500kPa, 1MPa, 2MPa, 5MPa, etc.), allowing users to choose according to the saturated vapor pressure range of the sample to be tested, ensuring stable and reliable test results. It meets scientific research needs and is suitable for high vapor pressure measurements of various fluids, including chemical reagents, electronic fluorinated liquids, electrolytes, lubricants, aviation kerosene, and fine chemicals, across the full temperature range.

Key Features

l Wide Pressure Measurement Range: 0~5MPa with optional ranges; higher pressure customization available.

l Accurate Pressure Measurement: Utilizes high-precision pressure sensors with accuracy <0.1% FS (higher precision available upon customization).

l Full Temperature Range Measurement: -30~200℃, suitable for both high/low-temperature measurements.

l Fully Automated Control: Enables automatic sampling, temperature control, temperature measurement, pressure measurement, and data processing for high efficiency.

l Safety Overpressure Protection: Automatic pressure relief prevents equipment damage from exceeding the set pressure limit under high temperatures.