Delta MS300 Series User Manual page 714

16-6-3 Overview of application commands
Classification API
01
Circuit Control
2
06
10
11
Send
Comparison
12
15
20
21
22
Four Logical
Operations
23
24
25
30
Rotational
Displacement
31
40
Data Process
49
110
111
116
117
120
121
122
123
124
Floating Point
125
Operation
127
129
130
131
132
133
134
135
136
Floating Point
Operation
137
Command Code
16 bit 32 bit Command
CALL -
SRET -
FEND -
CMP
DCMP
ZCP
DZCP
MOV
DMOV
BMOV –
ADD
DADD
SUB
DSUB
MUL
DMUL
DIV
DDIV
INC
DINC
DEC
DDEC
ROR
DROR
ROL
DROL
ZRST –
–
DFLT
–
DECMP
–
DEZCP
–
DRAD
–
DDEG
–
DEADD
–
DESUB
–
DEMUL
–
DEDIV
–
DEXP
–
DLN
–
DESQR
–
DINT
–
DSIN
–
DCOS
–
DTAN
–
DASIN
–
DACOS
–
DATAN
–
DSINH
–
DCOSH
705
Chapter 16 PLC Function ApplicationsMS300
P
Function
 Call subprogram
- End a subprogram
- End a main program
 Compare set output
 Range comparison
 Move data
 Send all

BIN addition
 BIN subtraction
 BIN multiplication
 BIN division
 BIN add one
 BIN subtract one
 Right rotation
 Left rotation
 Clear range
Convert BIN whole number to

binary floating point number
Compare binary floating point

numbers
Compare binary floating point

number range
 Convert angle to diameter
 Convert diameter to angle
Add binary floating point

numbers
Subtract binary floating point

numbers
Multiply binary floating point

numbers
Divide binary floating point

numbers
Find exponent of a binary

floating point number
Find natural logarithm of a

binary floating point number
Find the square root of binary

floating point number
Convert binary floating point

number to BIN whole number
Find the sine of a binary

floating point number
Find the cosine of a binary

floating point number
Find the tangent of a binary

floating point number
Find the arcsine of a binary

floating point number
Find the arccosine of a binary

floating point number
Find the arctangent of a

binary floating point number
Find the hyperbolic sine of a

binary floating point number
Find the hyperbolic cosine of

a binary floating point number
STEPS
16 bit 32 bit
3 -
1 -
1 -
7 13
9 17
5 9
7 –
7 13
7 13
7 13
7 13
3 5
3 5
5 –
5 –
5 -
-
9
–
13
–
17
–
9
–
9
–
13
–
13
–
13
–
13
–
9
–
9
–
9
–
9
–
9
–
9
–
9
–
9
–
9
–
9
–
9
–
9