Miter saw

1. A miter saw comprising:

a base;

a turntable pivotably coupled to the base about a miter axis; and

a miter angle lock assembly including

a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and

an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released.

2. The miter saw of claim 1 , wherein the miter angle lock assembly further includes a spring biasing the clamp into engagement with the base.

3. The miter saw of claim 2 , wherein the miter angle lock assembly further includes a follower through which the clamping force is transmitted, and wherein the override assembly is operable to displace the follower and move the clamp to the released position against the bias of the spring.

4. The miter saw of claim 3 , wherein the spring is coaxially mounted with the follower.

5. The miter saw of claim 4 , wherein the follower includes a first end proximate the override assembly and a second end coupled to the clamp.

6. The miter saw of claim 5 , wherein the miter angle lock assembly further includes a retainer positioned between the spring and the override assembly, and wherein the retainer is positioned along a length of the follower to preload the spring an amount sufficient to provide the clamping force.

7. The miter saw of claim 5 , wherein the override assembly includes

a cam lobe pivotably coupled to the turntable and engageable with the first end of the follower, and

an actuator for pivoting the cam lobe relative to the turntable to displace the follower.

8. The miter saw of claim 7 , wherein the override assembly further includes a lever coupled for co-rotation with the cam lobe.

9. The miter saw of claim 8 , wherein the override assembly further includes a linkage interconnecting the lever and the actuator.

10. The miter saw of claim 9 , wherein the actuator is pivotably coupled to the turntable, and wherein pivoting movement of the actuator is transferred by the linkage to the cam lobe as pivotal movement.

11. The miter saw of claim 10 , wherein the cam lobe is pivotable about a first axis parallel to the miter axis.

12. The miter saw of claim 11 , wherein the actuator is pivotable about a second axis transverse to both the miter axis and the first axis.

13. The miter saw of claim 7 , wherein the cam lobe includes a first portion defining a first radial dimension, wherein the cam lobe includes a second portion defining a second radial dimension greater than the first radial dimension, and wherein the clamp is moved from the clamped position to the released position in response to contact between the first end of the follower and the cam lobe transitioning from the first portion to the second portion.

14. The miter saw of claim 13 , wherein the clamp is moved from the released position to the clamped position in response to contact between the first end of the follower and the cam lobe transitioning from the second portion to the first portion of the cam lobe.

15. The miter saw of claim 1 , wherein the base includes an arcuate portion with which the clamp is engaged when in the clamped position.

16. The miter saw of claim 15 , wherein the arcuate portion includes an annular surface with which a first portion of the clamp is engaged when in the clamped position.

17. The miter saw of claim 16 , wherein the turntable includes a turntable surface with which a second portion of the clamp is engaged when in the clamped position.

18. The miter saw of claim 17 , wherein engagement of the first and second portions of the clamp with the annular surface and the turntable surface, respectively, occurs simultaneously.

19. The miter saw of claim 15 , wherein the override assembly includes an actuator positioned proximate a front of the turntable.

20. The miter saw of claim 19 , wherein the arcuate portion and the actuator are positioned on opposite sides of the miter axis.