Yaskawa G5 Eliminator - Manual (Page 9)

Date: 07/01/04, Rev: 04-07 Page 9 of 27 TM.G5SW.015
Example 1.5.1:
This will function properly
Example 1.5.2:
This will not function as intended
In this example output 32 will provide the value from the last execution to both connected inputs.
Example 1.5.3
This will function properly
Example 1.5.4
Figure 1.5.1 above can be reduced as shown
Figures 1.5.2 and 1.5.3 cannot be reduced. The common output 16
must be input to the addition function for each execution since a
function will use the last value input for each execution. If output 16
was connected to input 31 on both addition functions it could be
reduced since input 31 would remain the same for both executions.
Configuration List
13,30,16,31,16,3a,14,3b,32,30,3c,31,32,ff
Configure the Drive
A2-11 = 1330
A2-15 = 3230
A2-12 = 1631 A2-16 = 3c31
A2-13 = 163a A2-17 = 32ff
A2-14 = 143b A2-18 = 00XX
XX = Don’t Care
Configuration List
13,30,16,31,16,30,14,31,32,30,32,31,32,ff
Configure the Drive
A2-11 = 1330
A2-15 = 3230
A2-12 = 1631 A2-16 = 3231
A2-13 = 1630 A2-17 = 32ff
A2-14 = 1431 A2-18 = 00XX
XX = Don’t Care
Configuration List
13,30,16,31,32, 3a,16,30,14,31,32,3b,3c,ff
Configure the Drive
A2-11 = 1330
A2-15 = 1431
A2-12 = 1631 A2-16 = 323b
A2-13 = 323a A2-17 = 3cff
A2-14 = 1630 A2-18 = 00XX
XX = Don’t Care
Term 13
Analog
Input
13
Term 14
Analog
Input
14
Term 16
Analog
Input
16
32 30
31
+
3c 3a
3b
-
Drive
Speed
ff 32 30
31
+
Figure 1.5.1
Term 13
Analog
Input
13
Term 14
Analog
Input
14
Term 16
Analog
Input
16
32 30
31
+
32 30
31
+
Drive
Speed
ff 32 30
31
+
Figure 1.5.2
Term 13
Analog
Input
13
Term 14
Analog
Input
14
Term 16
Analog
Input
16
32 30
31
+
32 30
31
+
Drive
Speed
ff 3c 3a
3b
-
Figure 1.5.3
Reduced List Figure 1.5.1
13,30,16,31,3a, 14,3b, 32, 30, 3c, 31, 32, ff
Configure the Drive
A2-11 = 1330
A2-15 = 303c
A2-12 = 1631 A2-16 = 3132
A2-13 = 3a14 A2-17 = ff00
A2-14 = 3b32 A2-18 = XX