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EXAMPLE - 4 :
There is a cutting unit below. 100- pulse encoder is connected to Ch-A and Ch-B inputs.
If ; ; ;
And ;
=
=
=
=
=
If parameter is , then device operates with offset. If SET1 is negative value,
then Output-1 will be active in SET2-SET1. This option offers us to solve wrong cutting problem
on the speedy mechanic, by reaching slowly to the target.
(
SET1=SET1 +SET2)
For example ;if SET1 = -000100 ; SET2 = 000500 ; then SET1 = -100+500 = 400
For example, while x1 phase shifting counting is performed in a system with a cutting unit as
shown above, a 100-pulse encoder is connected to Ch-A and Ch-B inputs. If the system is
advanced 100 cm for 50 encoder pulses, so it is advanced 2 cm with 1 encoder pulse.
When x2 phase shifting counting is performed, for the system is being advanced 100 cm, 100
encoder pulses are needed. In this case, the system is advanced 1 cm with 1 encoder pulse.
When x4 phase shifting counting is performed, for the system is being advanced 100 cm, 200
encoder pulses are needed. In this case, the system is advanced 0.5 cm with 1 encoder pulse.
Sensitivity of the system is changed from 2 cm to 0.5 cm.
If more sensitivity is needed, parameter can be selected or
Ch-A
Ch-B
Cutting Unit
Encoder with
100 pulse
If the tank is filled with liguid 20
liters
from
Channel-1 and 40
liters
from Channel-2, 60 liters
is observed in actual value screen.
EXAMPLE-5 :
There are two sensors in Ch-A and Ch-B inputs for determining the amount of the liguid in
Channel-A and Channel-B. Multiplication coefficient parameter is adjusted to converts
the pulses to observe the amount of the liquid exactly in the actual value screen. (For example
liter)
For observing total amount of liquid must be
Ch-A
Ch-
B
Channel-1
Channel-2
If Output-1 controls the Channel-1, Output-2
controls the Channel-2, SET1 is 20 and SET2 is
40, then it is possible to close the system after
filling the tank with 20
liters
from Channel-1 and 40
liters
from Channel-2
