The laboratory stand is designed for carrying out laboratory works in physics. It allows to determinate coefficient of viscosity of air experimentally with usage of the capillary tube method.

Constructively the stand consists of the experimental unit and control and measurement system.

The experimental unit is assembled on the basis of welded metallic basement. A cylindrical tank with a cut in its top part is installed on the foundation. There are connecting pipes and differential pressure sensors in the unit.

On the metallic basement a compressor with flow control is installed as well. Electrical wires from the sensors and compressor power supply are gathered in one cable, which is connected to control and measurement block.

Control and measurement system allows to measure two pressure differences simultaneously for determination of air flow and coefficient of viscosity.

Software and methodical documentation supplemented to the stand: methodical and technical documentation set intended for academic staff.

Technical specifications

Power supply		1~220V, 50Hz
Power consumption, kW		≤100
Pressure difference measurement range:
	sensor №1, kPa	0,1…10
	sensor №2, Pa	1…250
Stand overall dimensions:
	Width, mm	600
	Height, mm	200
	Depth, mm	200
Control and measurement system overall dimensions:
	Width, mm	228
	Height, mm	78
	Depth, mm	230
Weight, kg		≤5

Scope of delivery

training laboratory stand – 1 pc.,
accompanying materials in electronic format – 1 pc.,
passport – 1 pc.

NTC-22.05.3 “Determination of coefficient of air viscosity “

Technical specifications

Scope of delivery

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