The torque transmitting capacity of cone clutch increases as its semi vertical angle increase.

The torque transmitting capacity of cone clutch increases as its semi

1.	The torque transmitting capacity of cone clutch increases as its semi vertical angle increase.
A.	True
B.	Decreases
C.	Remains constant
D.	None of the listed
Answer» C. Remains constant

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A cone clutch transmits 24kW at 490rpm. The coefficient of friction is 0.2 and allowable intensity of pressure is 0.35N/mm . The semi cone angle is 12 . The outer diameter is fixed as 310mm.Assuming uniform wear theory; calculate force required to engage clutch.
A cone clutch transmits 24kW at 490rpm. The coefficient of friction is 0.2 and allowable intensity of pressure is 0.35N/mm . The semi cone angle is 12 . The outer diameter is fixed as 310mm.Assuming uniform wear theory; find the face width of friction lining.
A cone clutch transmits 24kW at 490rpm. The coefficient of friction is 0.2 and allowable intensity of pressure is 0.35N/mm . The semi cone angle is 12 . The outer diameter is fixed as 310mm.Assuming uniform wear theory; find the inner diameter.
A cone clutch transmits 24kW at 490rpm. The coefficient of friction is 0.2 and allowable intensity of pressure is 0.35N/mm . The semi cone angle is 12 . The outer diameter is fixed as 310mm.Assuming uniform wear theory; find the maximum torque which is transmitted.
A cone clutch with a small semi cone angle requires a relatively large force to engage and small force to disengage.
When semi vertical angle is greater than angle of static friction, clutch results in self-engagement.

The torque transmitting capacity of cone clutch increases as its semi vertical angle increase.

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