H2I ONEOF Accuracy Motion, Руководство пользователя

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The static operation corresponds to a standard
measurement in a specific position.
A. Measuring: Takes the measurement when the
device reaches the requested position.
If selected, the device will hold the sequence until a
watch is detected
B. Speed: Set the speed of movement, normal or
slow.
A slower speed generally reduces the
mechanical noise of the Accuracy Motion
during a movement.
C. Duration: Corresponds to the measurement time (in
seconds) in a position. If the measurement is not
selected, the duration is simply a waiting time.
D. Mode: There is 3 position modes: Standard
represents the 6 standard positions, Angle allows
you to choose different angles, Random allows
you to use a random position.
FIG. 6-17 - Accuracy Motion (Static
operation)
A. Measuring: Takes the measurement when the
device is in motion.
B. Speed: Defines the speed of movement in degrees
per second.
Generally, if you want to measure, it is best to
stay below 12 degrees per second.
C. Duration: Corresponds to the measurement time (in
seconds) at the position. If the measurement is not
selected, the duration is simply a waiting time.
D. Alpha: Defines the alpha angle. Current means
that the alpha angle keeps the previous position,
Fixed allows you to choose the rotation angle,
Random randomly sets the alpha angle during the
operation.
FIG. 6-18 - Accuracy Motion
(Continuous operation)
The continuous operation corresponds to a continuous rotational movement . In this
operation, the speed can be controlled from one degree per second up to 84 degrees per
second (12 revolutions per minute). At a high speed, this operation can be used as a watch
winder with no rate measurement. At a relatively low speed, depending on the sound power of
the watch escapement, measurement of the rate of rotation is still possible. For example, you
can use this function to measure a tourbillon movement: with a counter-rotation equal to the
speed of the tourbillon, the result of the rate measurement is independent of the balancing of
the tourbillon cage.
Using the application 27|36