This set up is designed to study coriollis component of Acceleration of a slider crank Mechanism. The apparatus uses hydraulic analogy to represent the rotating slider. It consists of a rotating block with two arms in opposite direction.

These tubes can be rotated at various speeds by variable speed motor. A Perspex window on top cover helps to visualize the process. Rotameter is used to measure water flow rate through tubes. Water is circulated by small mono block pump.

Specifications:

• Main Tank with fibre glass lining.
• Rotating Arms 9/6 mm dia, 300 mm long.
• Motor - Variable Speed D.C.Motor.
• Rotameter.
• Mono block Pump.
• Control Panel comprising of -
  Speed Control Unit.
  Speed Indicator.
  Voltmeter.
  Ammeter.
  Necessary switches.
• Rigid support frame.

Range of Experiment :
Coriollis Component of Acceleration can be determined at various speeds of rotation and water flow rates.

Service Required :

• A.C,Single Phase .230 V. stabilized supply.

This set up is designed to study coriollis component of Acceleration of a slider crank Mechanism. The apparatus uses hydraulic analogy to represent the rotating slider. It consists of a rotating block with two arms in opposite direction.

These tubes can be rotated at various speeds by variable speed motor. A Perspex window on top cover helps to visualize the process. Rotameter is used to measure water flow rate through tubes. Water is circulated by small mono block pump.

Specifications:

• Main Tank with fibre glass lining.
• Rotating Arms 9/6 mm dia, 300 mm long.
• Motor - Variable Speed D.C.Motor.
• Rotameter.
• Mono block Pump.
• Control Panel comprising of -
  Speed Control Unit.
  Speed Indicator.
  Voltmeter.
  Ammeter.
  Necessary switches.
• Rigid support frame.

Range of Experiment :
Coriollis Component of Acceleration can be determined at various speeds of rotation and water flow rates.

Service Required :

• A.C,Single Phase .230 V. stabilized supply.