TORSIONAL OSCILLATION MODULE (FREE AND FORCED)

A module for a vibrations frame allowing a number of torsional vibration experiments on rod specimens. A vertical backboard secures the top end of the rod; a solid disc can be attached along the rod length. A solid ring and split ring fit onto the disc to increase overall rotational inertia. Learn about TORSIONAL OSCILLATION MODULE (FREE AND FORCED) suppliers for optimal educational outcomes.. Different end conditions can be set by allowing the bottom end of the rod to be free or fixed, with the bottom clamp also enabling variation of rod length to change frequency. A protractor measures angular deflection. Learn about TORSIONAL OSCILLATION MODULE (FREE AND FORCED) price for optimal educational outcomes.. A damping cylinder and tank enable controlled damping. Steel and brass rods are included with clamps and adaptors. Learn about TORSIONAL OSCILLATION MODULE (FREE AND FORCED) equipment for optimal educational outcomes..

• Steel specimens: 2 × Ø3.175 mm and Ø4.75 mm; 1200 mm (L)
• Solid disc: Ø250 × 30 mm (t), steel; approx. 11.5 kg
• Ring: Ø250 O.D × Ø160 I.D × 30 mm (t), steel; approx. 4.5 kg
• Split ring: Ø250 O.D × Ø160 I.D × 40 mm (t), steel; approx. 8.75 kg
• Protractor scale: ±30°, 1° increments