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Motorised Gyroscope
The ‘JPTI’ unit’s of a motorized gyroscope consist of a disc rotor mounted on a horizontal shaft rotating in the ball bearing of one frame. The rotor shaft is coupled to a motor mounted on a turning frame having bearings in the yoke frame which is free to rotate about vertical axis. Thus a disc can be rotated about three perpendicular axes. Angular scale and a pointer fitted to frame help to measure precision rate. FEATURES • Demonstrates relationship between applied torque and the rate and direction of rotation and precision. • Gyroscopic couple easily varied by an assortment of weights. • Precisely balanced rotor. • Completely portable and suitable for classroom demonstration. • Useful to verify the relationship T=IwwP. RANGE OF EXPERIMENTS • Observation of gyroscopic behaviour (two laws and stability). • Experimental justification of the equation T=IwwP for calculating the gyroscopic couple by observation and measurement of results for independent variations in applied couple (T) and precision (WP). SPECIFICATION • Disc rotor - 30cm dia.10m.m. thick. • Drive - A.C. /D.C. single phase motor. • Overall size - 30 cm dia. Base, 50 cm. height. • Weight - 30 Kg approx. SERVICE REQUIRED • Single Phase 15 amp Electric Connection. • Tachometer for speed measurement. • Suitable bench area to mount the instrument.
Motorised Gyroscope
46,000 - 47,000 Per Piece
Type : Motorized Gyroscope
Material : Stainless Steel
Application : Educational Institutes
Voltage : 220V
Condition : New
Power : 0-1000 W
Driven Type : Electric
Motor Power : 0-2 Hp, 2-4 Hp
Disc Diameter : 0-150 Mm, 150-300 Mm
Weights : 1/2 Kg, 1 Kg, 2 Kg
Motorized Gyroscope
Motorised Gyroscope Apparatus The ' JPTF unit of a motorised gyroscope consist of a disc rotor mounted on a horizontal shaft rotating in the ball bearing of one frame. The rotor shaft is coupled to a motor mounted on a trunnion frame having bearings in the yoke frame which is free to rotate about vertical axis. Thus a disc can be routed about three perpendicular axes. Angular scale and a pointer fitted to frame help to measure precision rate.
