Automatic Vapor Pressure Tester VP2022

Introduction

Automatic Vapor Pressure Tester measures vapor pressure of volatile petroleum products. It is fully automated and controlled by a PC. Device can detect pressure values ranging from 0 to 200 kPa. Advanced heating technology enhances safety during testing. Accurate test results, good repeatability, and ease of operation are highlighting characteristics of tester.

Applications

Automatic Vapor Pressure Tester is a valuable tool for quality control and analysis of volatile petroleum products like gasoline, volatile crude oils, etc.

Specifications

Pressure range	0 to 200 kPa or 0 to 29 psi
Ambient temperature	5 to 35 ℃
Temperature control accuracy	± 0.1 ℃
Relative humidity	≤ 85%
Water bath temperature	37.8 ℃
Test bombs	3 bomb tests at the same time
Power supply	AC (220 ± 10%) V, 50 Hz
Power	1600 W
Max. power consumption	≤ 1700 W
Dimension	600 × 500 × 512 mm
Weight	51 Kg

Features

Dual machine structure: PC + host instrument.

Industrial computer controls and monitors vapor pressure testing.

Advanced heating technology saves water and energy.

Upgraded bomb motion mode revolves in a seesaw motion.

Better agitation mechanism yields precise results.

Accurate and reproducible results.

Full automation ensures smooth operation.

FAQs

1. How does a vapor pressure tester work?

The tester heats a sample in a sealed chamber and measures the pressure generated as the liquid evaporates. The result indicates the sample’s vapor pressure, which is crucial for safety, storage, and performance evaluations.

2. What industries use vapor pressure testers?

They are commonly used in the petroleum industry, chemical manufacturing, pharmaceuticals, food processing, and environmental testing to assess product stability and compliance with safety regulations.

3. Why is vapor pressure testing important in fuel analysis?

It determines the volatility of fuels like gasoline, diesel, and aviation fuels, impacting engine performance, emissions, and safety in transport and storage.

4. How often should a vapor pressure tester be calibrated?

Regular calibration using certified reference materials is recommended, typically before major testing cycles.

5. What safety precautions should be taken when using a vapor pressure tester?

Operators should use protective gear, ensure proper ventilation, handle volatile samples with care, and follow equipment safety instructions to prevent accidents.