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This device is used to show the effects of gyroscope and to determine the relationship between applied torque and forward speed in a gyroscope.
A gyroscope is a device for measuring or maintaining direction that uses the principle of conservation of angular momentum. The behavior of a mechanical gyroscope shows the constancy of the characteristics of angular momentum (the amount of kinetic energy and its direction as a vector value).
The test device consists of a rotating disk that is placed on the axis of a small motor. This assembly can rotate around the vertical axis by means of a motor that is placed in the base. To adjust the gyroscopic couple, different weights can be attached to the disc rotating motor frame. The motor that is responsible for rotating the axis of rotation of the disc is located on the bottom plate of the machine and at the base, and its axis is connected to the vertical axis connected to the frame by a coupling.

Description

• Motor with left-hand and right-hand functions in both axes
• The design of the rotating disc enclosure connected to the rotor motor made of transparent Plexiglas
• Driving force from belt and timing gear system
• DC distance control system with accurate distance control
• Digital display of revolutions of both engines using Korean Atonics display
• DC24V electric motor with rotor axis direction encoder
• DC24V electric motor with frame axis direction encoder
• Has teaching power point and student agenda and calculation book
• Electrostatic device structure

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