The "swing-center" is the line that bisects the swing of the pendulum. The beat center will be vertical. First off, if the clock is running, even if it's fast or slow, do NOT try to place the clock in beat because being out of beat will cause the clock not to run at all and it has nothing to do with it's timing. The pendulum goes … Pendulum Clocks These clocks keep time by counting the number of swings of the pendulum. Adjust the pendulum weight--the leaf--to adjust your cuckcoo clock.

>>> Check out the demo videos at ClockMaster is an app dedicated to the measurement and regulation of mechanical pendulum clocks. If a clock is out of beat, the pendulum will swing for a few minutes, then stop.
I use a Time …

The terminology is my own, not what some book or expert may use. The point is to positively identify a movement, know its beats-per-hour and theoretical pendulum length in order to “time out” a clock more efficiently. This can be done by either try leveling again from left to right until you hear the most even tick-tock. If left side has a lot of overswing and right has little - adjust beat by whatever method available until overswing is equal on both sides.

The app

The anchor escapement was so named because one of its … Here's my way of explaining the beat-setting problem for a pendulum clock. There are actually two things, on the Atmos, that must be "in-beat". When overswing is equal on both sides - clock is in beat. Placing the Atmos clock "In-Beat". INTRODUCTION: The most common method to adjust the correct pendulum length found in clock literature involves counting teeth and pinions to calculate how many revolutions per hour the escape wheel must make, followed by determining how many beats per hour the clock was designed to make and therefore how long the pendulum should be.

To speed up a clock you must make the effective length of the pendulum shorter; to slow down the clock, the pendulum length must be longer. 1. If the beat is irregular like: tick---tock------tick-tock, an adjustment must be made or the clock will stop. In horology, the anchor escapement is a type of escapement used in pendulum clocks.The escapement is a mechanism in a mechanical clock that maintains the swing of the pendulum by giving it a small push each swing, and allows the clock's wheels to advance a fixed amount with each swing, moving the clock's hands forward. With torsion clocks, where the pendulum rotates … While it is true that cuckoo clocks can be very entertaining--with dancers, music, and the perennially nodding cuckoo bird itself--it is also true that outside of these amenities, the cuckoo clock can be a fine timekeeper that warrants respect.

Shorter pendulums swing faster than longer ones do.