SH102C Automatic Petroleum Density Tester

SH102C Automatic Petroleum Density Tester adopts Archimedes' principle to automatically measure the density of petroleum products. It is suitable for determining the density of petroleum products, chemical solutions, modern energy, petroleum fuels, and fine chemicals. Automatically display density value and API degree.

Functional characteristics and devices:

Gold-plated ceramic capacitive sensor;

Standard RS232 data output function, can be connected to the printer to print automatically;

Full automatic zero tracking, buzzer alarm, overload alarm function

Blue backlight LCD display;

Constant temperature 20 degrees or 25 degrees

Measurement time about 10 seconds

API° and specific gravity show a nonlinear inverse relationship. Liquids with a high specific gravity will exhibit low API° and vice versa.

According to API° reading, the number of barrels per metric ton of crude oil can be obtained.

There is a linear relationship between specific gravity and w / gal concentration. Can be converted by E1 and E2.

According to the API° reading, the crude oil is divided into: light crude oil> 31.1 API°, medium oil between 22.3 API° ~ 31.1 API°, heavy oil <22.3° API°, super heavy crude oil <10.0 API°

Technical Parameters:

Density analysis: 0.0001g / cm³

Measuring time about 10 seconds

Direct reading: specific gravity, concentration

Temperature control range:5 ～ 40 ℃

Sensor: gold-plated ceramic

Test types: specific gravity S.G, API°, barrels per metric ton, w / gal concentration

Standard interface:RS-232

API° accuracy: 0 ～ 100 API°

w / gal concentration accuracy: 0.1% ~ 100.0%

Standard:printer

Weight:(gross weight) 7.5kg

Functional characteristics and devices:

Gold-plated ceramic capacitive sensor;

Standard RS232 data output function, can be connected to the printer to print automatically;

Full automatic zero tracking, buzzer alarm, overload alarm function

Blue backlight LCD display;

Constant temperature 20 degrees or 25 degrees

Measurement time about 10 seconds

API° and specific gravity show a nonlinear inverse relationship. Liquids with a high specific gravity will exhibit low API° and vice versa.

According to API° reading, the number of barrels per metric ton of crude oil can be obtained.

There is a linear relationship between specific gravity and w / gal concentration. Can be converted by E1 and E2.

According to the API° reading, the crude oil is divided into: light crude oil> 31.1 API°, medium oil between 22.3 API° ~ 31.1 API°, heavy oil <22.3° API°, super heavy crude oil <10.0 API°