data: 13/01/16
File: P2XT_smd_ing.doc
pag 5 di 10
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Duration of Positioning End Impulse (Cutting Time)
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Al At the end of the positioning, the positioning end output remains active for a period from 1 to 9999
milliseconds, according to the setting; the Setting 0 value at the end of the positioning output is always on.
•
Clearance Compensation Dimension
-.
-.
-.
-.
By setting a not zero value you enable the clearance compensation in forward positioning: which means that
the axis goes beyond the positioning dimension by a value equal to the Clearance Compensation Dimension
and it waits as long as the time of motion reversal before moving back to the arrival dimension.
•
Time of Motion Reversal
/+
/+
/+
/+
In order to avoid excessive stresses in the handling system, it is possible to set a wait time between 0 and
9999 milliseconds for every motion reversal manoeuvre.
•
Shifting Dimension
-/
-/
-/
-/
At the positioning end the instrument waits for the changing over of the piece-counter input from
open
to
closed
before shifting forward as much as the Shifting Dimension; then , after a period equal to the Wait
Before Shifting Back, it goes back to the previous dimension (positioning dimension).
Shifting can be disabled by setting up a Shifting Dimension equal to zero.
•
Wait Before Shifting Back
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After this period there is a return from the shifting dimension (enabled only if Shifting Dimension is set up not
zero value); it can be set up from 0 to 9999 milliseconds.
•
Displayed value for an encoder turn
The instrument can correct counted pulses by multiplying them by a coefficient amounting to the ratio between
the
and
constants; if the two constants are opportunely set it is possible to display the
wished value for a given number of pulses counted on inputs. The value to be set in this parameter represents
the value to be displayed connected to an encoder turn, that is the multiplier factor of input pulses.
The range of admissible values is 1
÷
999999.
•
Number of pulses for encoder turn
The value to be set in this parameter represents the number of pulses for a turn of the encoder that is the
divisor factor of input pulses.
The range of admitted values is 1
÷
999999.
Example:
Let us consider a 100 pulses/turn encoder and for every turn an axis shifting of 123,4567. In order to display
the value of 123,45: set
=12345 and
=100; in order to position the decimal point in the 2
nd
position set
N
.
DEC
=2.
NOTE
:
to reduce the error made by truncating the digits after the radix point in the value to be displayed, it is
advisable to multiply
and
by 10 or 100 or 1000 in order to consider the maximum number of
significant digits; with the above mentioned values by multiplying everything by 10 it is possible to obtain
=123456 and
=1000 by thus obtaining 6 significant digits (instead of 5) for
.
•
Number of decimals
+%
+%
+%
+%
It arranges the numbers of decimals digit to be visualised, from 0 to 4.
