Description
The H-1640B.4F PAV3 features a compact, benchtop design with integral ASME code section VIII, division 1; 1992 A 93 pressure vessel controlled using a 7″, full-color, touch-screen display, which is tilted for greater visibility. Operating pressure is 2.10 ?0.05 MPa (304psi). Temperature is 80 to 115°C (176 to 239°F) and programmable from 50 to 150°C (122 to 302°F). Between 80 to 115°C (176 to 239°F) the tolerance is well within ±0.1°C. Temperature uniformity is ±0.5°C. Pressurization is programmable from 1 hour to 99 hours. This enables AASHTO R28, ASTM D5621, and EN 14769 specifications to be met without any special programming and also enables greater freedom for research and development projects. Real-time graphs are visible from the touch-screen controller while the unit’s network-ready modem enables the PAV3 to be controlled from PCs and mobile devices when connected to a network.
Data acquisition of temperature, pressure, and time is collected throughout the aging process. Once the aging process is complete, a .csv file can be created and saved via the USB port on the front of the PAV3. Once the .csv file has been created, it can easily be viewed and manipulated in Microsoft Excel or other spreadsheet programs.
The PAV3 sample holder is a one-piece, solid device requiring no assembly and is easy to achieve an accurate level position with the leveling ring in the vessel. There is also room for a small bubble level between slots for verification purposes.
The PAV3 includes a network-ready modem, which provides connection to the internet, permitting the user to access the PAV3 with a mobile device or PC using a VNC viewer app program. VNC connection enables the user to connect, monitor, and control the PAV3 from a remote location. The PAV3 can be programmed with a custom IP address, so the number of PAV3s on a single network is essentially endless.
Pressure Aging Vessel (PAV4) – Reliable Testing for Asphalt Performance
The H-1640C.4F Pressure Aging Vessel (PAV4) is an advanced laboratory testing equipment designed to simulate long-term oxidative aging of asphalt binders. This equipment is essential for evaluating the durability and performance of asphalt under high temperatures and extended periods of exposure to pressure. Its compact design and cutting-edge technology ensure that testing is accurate, consistent, and efficient, making it a go-to tool for professionals in the field of asphalt performance.
The Pressure Aging Vessel works by subjecting asphalt samples to controlled pressure and elevated temperatures, replicating the effects of many years of exposure in just a few hours. By using this method, the equipment helps in predicting the long-term performance of asphalt, ensuring the roads and surfaces remain durable under challenging environmental conditions.
Key Features:
- Advanced temperature and pressure control system for precise testing.
- Compact and user-friendly design.
- Meets the highest industry standards for asphalt testing.
- Fast, reliable results for predicting long-term asphalt performance.
Why Choose Our Pressure Aging Vessel?
Choosing the Pressure Aging Vessel from Avantech Engineering Consortium ensures that your testing processes align with industry standards. Our equipment delivers accurate results, helping you make informed decisions about the materials you use for road construction and maintenance. This Pressure Aging Vessel not only saves time but also ensures that asphalt binders meet performance specifications, reducing the risk of premature wear and costly repairs.
Applications:
- Long-term aging simulations of asphalt binders.
- Performance testing for asphalt used in road construction.
- Ensures material quality for highways, airports, and other infrastructure projects.
If you are looking for a Pressure Aging Vessel that combines innovation with precision, the H-1640C.4F is your ideal solution. Our Pressure Aging Vessel is trusted by industry experts and ensures that you can test your materials with confidence, knowing the results will accurately reflect real-world conditions.
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