Digital displayed asphalt dynamic viscometer for determining  viscosity of the flow state

    Asphalt Dynamic Viscometer is designed for “Asphalt Dynamic Viscosity Test (Vacuum Decompression Capillary Methods)”it is suitable to determine dynamic viscosity of petroleum asphalt using a vacuum decompression capillary viscometer. If there is no otherwise statement, the testing temperature is 60 °C, and its vacuum degree is 300 mmHg. The instrument is also suitable to determine other materials, the viscosity of which is at 0.0036~20.000Pa.s at 60 °C, and 300 mmHg (40 kPa).

Digital displayed asphalt dynamic viscometer for determining  viscosity of the flow state

Specifications:

Model SYD-0620A

Temperature range: ambition-100 ℃

Temperature accuracy:  ± 0.1 ℃

Temperature balance: 0.1℃

Input power: 2.1KW

Vacuum degree: 300mmHg±0.5mmHg (-40KPa)
Pressure range: 40Kpa

Timing range: 0-999.9s Precision: ≤0.05S

Voltage: AC220V, 50HZ

Dimentions: 780X520X940mm

Environment temperature: 5~40℃

Environment humidity: ≤85%

Digital displayed asphalt dynamic viscometer for determining  viscosity of the flow state

Main features:

 ⋅ Automatically control temperature and vacuum degree;

 ⋅ With the timer function, you can use the manual switch to control the start and stop of the timer;

 ⋅ 192 * 64 dot matrix LCD screen, menu operation and user-friendly tips;

 ⋅ High precision pressure sensor measures vacuum

 ⋅ Maintenance-free vacuum pump;

 ⋅ Can manage the parameters of the three groups of capillary at the same time. After inputting the parameters, the instrument can automatically calculate the viscosity value of each section and automatically select the valid data according to the specification;

 ⋅ It has the function of automatically calculating the average value according to the valid data. The equipped printer can print the test result and the historical data.

Packing: export standard wooden case

Gross weight: 80kg approx.

Delivery time: within 10 days after payment

Digital displayed asphalt dynamic viscometer for determining  viscosity of the flow state