Elimko E-PR-110 Series, Руководство пользователя

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Appendix 2 - Equation Creation Using Math Editor
FUNCTION USAGE DESCRIPTION
<
>
<=
>=
==
sin()
cos()
tan()
abs()
sroot()
log()
ln()
pow()
sqr()
pow10()
exp()
and()
or()
not()
xor()
hs()
ls()
mux()
Op1 < Op2
Op1 > Op2
Op1 <= Op2
Op1 >= Op2
Op1 == Op2
sin(Op)
cos(Op)
tan(Op)
abs(Op)
sroot(Op)
log(Op)
ln(Op)
Pow(Op1,Op2)
sqr(Op)
pow10(Op)
exp(Op)
and(Op1,Op2,...,Opn)
or(Op1,Op2,...,Opn)
not(Op1,Op2,...,Opn)
xor(Op1,Op2,...,Opn)
hs(Op1,Op2,...,Opn)
ls(Op1,Op2,...,Opn)
mux(i,Op1,Op2,...,Opn)
If Op1 is smaller than Op2 “1”, other states “0”
If Op1 is bigger than Op2 “1”, other states “0”
If Op1 is smaller and equal than Op2 “1”,other states “0”
If Op1 is bigger and equal than Op2 “1”, other states “0”
Iff Op1 is equal Op2 “1”, other states “0”
Op is radian.
Op is radian.
Op is radian.
Op is absolute value.
Square root
The base-10 logarithm
The natural logarithm
Op1
Op
10
e
Digital AND operator
Digital OR operator
Digital NOT operator
Digital XOR operator
Select the biggest
Select the smallest
Selects parameter Op(i+1). Zero index selects Op1.
Op2
2
Op
Op
Figure 9.5 Operator and Function description
Modbu RTU Register addresses can be reached from window
by presing the MODBUS TABLE button in the . Digital channel grouped by
slots are respresented with a single address. Data format of this representation is given
in
s
MODBUS TABLE
Main Menu
Figure 9.7.
MSB, 1. Register LSB, 1. Register
16.
Channel
Appendix 3 - Modbus RTU Communication Addresses
Figure 9.6 MODBUS Table
Figure 9.7 Digital Channel Data Format
15.
Channel
14.
Channel
13.
Channel
12.
Channel
11.
Channel
10.
Channel
9.
Channel
8.
Channel
7.
Channel
6.
Channel
5.
Channel
4.
Channel
3.
Channel
2.
Channel
1.
Channel
MSB, 2. Register LSB, 2. Register