Absolute Value Of Two Orthogonal Components (2 D Vector); Absolute Value Of Three Orthogonal Components (3 D Vector) - BONFIGLIOLI AGILE Applications Manual

Note:
Percentages [%] have two decimals.
For example: Value 12345
5.3.6 [341] Absolute value of two orthogonal components (2 D
Type
% input value 1
I1
% input value 2
I2
I3 - -
b Master Reset
I4
Description:
The absolute value is formed from the orthogonal (square-angle) input values at I1 and I2.
The absolute value is multiplied by the constant
2
O1 O 2 I1
= − =
As long as status TRUE is present at I4 (Master Reset), the output value O1 is 0.
Example:
I1=14000 (=140.00%)
I2=4000 (=40.00%)
P1= 500 (= 5.00%)
P2= 10000 (= 100.00%)
Note:
Percentages [%] have two decimals.
For example: Value 12345
5.3.7 [342] Absolute value of three orthogonal components (3 D
Type
% input value 1
I1
I2 % input value 2
% input value 3
I3
I4 b Master Reset
Description:
The absolute value is formed from the orthogonal (square-angle) input values at I1, I2 and I3.
The absolute value is multiplied by the constants
2
O1 = − O 2 = I1
As long as status TRUE is present at I4 (Master Reset), the output value O1 is 0.
Example:
08/10
08/10
= 123.45% = 1.2345
IN
vector)
Function
O1
O2
P1
P2
P1
2
I2
+ ×
P2
O1
= 123.45% = 1.2345
IN
vector)
Function
O1
O2
P1
P2
P1
2 2
+ I2 + I3 ×
P2
Type Function
P1
2 2
%
= O1 I1 + I2 ×
P2
% inverted output = -1
% Constant (numerator)
% Constant (denominator)
P1
.
P2
2
= 1 40 , 00 % + 4 , 0 00 %
5,00%
= 212 , 00 % ×
100,00%
, 7 28 %
=
Type Function
2 2 2
%
O1 I1 I2 I3
= + +
% inverted output = -1
% Constant (numerator)
% Constant (denominator)
P1
.
P2
VPLC / PLC
VPLC / PLC
5,00%
2
×
100,00%
P1
×
P2
97
97