Structurally, the training laboratory equipment consists of a laboratory unit and a control unit (electronic stopwatch).

The training system is a basement on height-adjustable legs. A vertical rod equipped with an optical sensor is mounted in the base. A beam to determine the Young’s modulus is fixed on the upper bracket. The beam is loaded with masses and its deflection is detected by a dial indicator. A spring hung on the bracket is used to determine the shear modulus.

An electronic stopwatch is used for timing the pendulum oscillations. A four-digit display and controls are located on the stopwatch front panel.

The stand is accompanied with a set of teaching materials and technical documentation intended for the teaching staff.

Experiments provided

Studying the shear deformation.
Studying the bending deformation.

Technical specifications

Power supply		~50Hz 220V (single-phase 220V 50Hz)
Power consumption, kW, max		0,03
Stand overall dimensions, max
	width, mm	300
	height, mm	700
	width, mm	300
Electronic stopwatch overall dimensions, max
	width, mm	250
	height, mm	100
	depth, mm	250
Weight, kg, max		5

Scope of delivery

laboratory bench – 1 pc.;
spring – 2 pcs.;
removable plate for determining Young’s modulus – 2 pcs.;
set of masses – 1 set.;
ruler – 1 pc.;
versatile screwdriver – 1 pc.;
passport – 1 pc.;
supplementary materials in electronic format – 1 pc.

NTC-22.04.9 “Young’s modulus and shear modulus”

Experiments provided

Technical specifications

Scope of delivery

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