Structurally, the training system consists of experimental system and control unit (electronic stopwatch).

The training laboratory equipment is represented as a rack with installed optical pickup at its base and a pulley with wounded threads with weights at the end. On the pulley axle there is a nut for fixing interchangeable flywheels and a cross pendulum. In the initial position, the thread is wound on a pulley and fixed with an electromagnet. During the experiment, the electromagnet is turned off and, at the same time, the countdown starts. The load comes into motion, due to which the pulley axis becomes untwisted.

For counting the time of moving the weights is used a control unit (an electronic stopwatch). On the front panel of the control unit there is a four-digit indicator and controls.

The training system is supplied with a set of methodical and technical documentation for a teaching staff.

Experiments provided

1. Determination of flywheel inertia moment.
2. Verification of Steiner’s theorem.

Technical specifications

Power supply		~50 Hz 220 V (single-phase 220 V, 50 Hz)
Power consumption, kW, max		0,03
Overall dimensions, max
	width, mm	350
	height, mm	1150
	depth, mm	350
Overall dimensions of the control unit, max
	width, mm	228
	height, mm	76
	depth, mm	230
Weight, kg, max		10

Scope of delivery

• the training system – 1 pc.;
• ruler – 1 pc.;
• a set of loads – 1 pc.;
• a set of flywheel – 1 pc.;
• passport – 1 pc.;
• accompanying materials in electronic format – 1 pc.

NTC – 22.04.25 “Determination of body inertia moment in a dynamic way”

Experiments provided

Technical specifications

Scope of delivery

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