Pattern Learning Limits and Performance

RPM During Pattern Learning

The RPM is the rate of pattern per minute.

In order to reach the best performance:

RPM must be stable during the learning sequence (about 3 seconds).
RPM must be within the best window according to the number of pulses per pattern.

The following graphic defines the best windows:

Rate of pattern per minute (RPM)

Number of pulses per pattern (Teeth)

Window	Executing Pattern Learning
A	This window is only valid to execute a pattern learning sequence if the parameter Pattern Resolution is set to 1:1000.
B	This window is valid whatever the setting (1:1000 or 1:10000) for the parameter Pattern Resolution
C	In this window the learning sequence is executed with a pattern resolution of 1:1000 whatever the setting configured for the parameter Pattern Resolution.
D	Pattern learning is not guaranteed if the parameter Pattern Resolution is set to 1:10000.

NOTE: During the learning sequence, when the parameter Scaling factor is set to a value N (N > 1), the frequency meter value is not updated.

Pattern Learning Performance

The time delay to complete the pattern learning depends on the RPM and the gears (number of teeth = number of pulses to learn).

The following graphic provides the maximum delay to complete the learning sequence in second according to the RPM and the number of pulses per pattern(Teeth):

Rate of pattern per minutes (RPM)

Maximum learning sequence duration in second