Amtech Axpert-Eazy Series Instruction Manual page 160

Sr. Command
No. Name
30 NEG
31 ABS
32 CMP_GT
33 CMP_LT
34 CMP_GE
35 CMP_LE
36 CMP_EQ
37 CMP_NE
38 IF
39 ELSE
40 END_IF
6
41 JUMP
42 READ_PSO
43 READ_PSI
44 WRITE_PSI
45 WRITE_PSO
46 READ_MON_PA
RA
47 READ_STA_BIT
48 READ_FLT_BIT
49 READ_CWORD
_BIT
50 WRITE_AN_O/P
51 TIMER1
52 TIMER2
53 TIMER3
54 TIMER4
55 DISPLAY_REG
Amtech
6-114
Op- DATA1 DATA2
Code
030 Register (n) 000
031 Register (n) 000
035 Flag (n) Register
(n)
036 Flag (n) Register
(n)
037 Flag (n) Register
(n)
038 Flag (n) Register
(n)
039 Flag (n) Register
(n)
040 Flag (n) Register
(n)
041 Flag (n) 000
042 000 000
043 000 000
044 X (1-100) 000
046 Flag (n) 1-7
047 Flag (n) 1-8
048 1-25 Flag (n)
049 1-7 Flag (n)
050 Register (n) 0-115
051 Flag (n) 1-2
052 Flag (n) 1-5
053 Flag (n) 1-2
054 1-4 Register
(n)
057 000 000
058 000 000
059 000 000
060 000 000
061 X1 (1-10) Register
(n)
DATA3
000 Negative. Register (n) = - Register (n)
000 Absolute the value of Register (n). Register (n) =
ABS (Register (n))
Register If Register (n) is greater than Register (m) then given
(m) Flag (n) is set.
Register If Register (n) is less than Register (m) then given
(m) Flag (n) is set.
Register If Register (n) is greater than or equal to Register (m)
(m) then given Flag (n) is set.
Register If Register (n) is less than or equal to Register (m)
(m) then given Flag (n) is set.
Register If Register (n) is equal to Register (m) then given
(m) Flag (n) is set.
Register If Register (n) is not equal to Register (m) then given
(m) Flag (n) is set.
000 If given Flag (n) is set then condition is true and
execute IF routine until ELSE or END_IF.
000 If IF condition is false then ELSE loop will execute
until END_IF.
000 Specify the end of IF and ELSE Loop.
000 JUMP to X command no.
000 Read the status of selected PSO (1-7) in selected
Flag (n).
000 Read the status of selected PSI (1-8) in selected
Flag (n).
000 Assign value of Flag (n) in PSI function (1-25).
000 Assign value of Flag (n) in PSO (1-7).
000 Read the value of monitor parameter (0-115) in
Register (n).
0-15 Read the value of status bit (0-15) of status register
(1-2) in Flag (n).
0-15 Read the value of fault bit (0-15) of fault register (1-5)
in Flag (n).
0-15 Read the value of control bit (0-15) of control word
(1-2) in Flag (n).
000 Assign the value of Register (n) to selected Analog
O/P (1-4). i.e 1000d = 10V.
000 Input = Flag no 92
Output = Flag no 93
Count = C701 * C702 ms
Count in multiple of 1ms. Maximum Timer 298 Hour.
000 Input = Flag no 94
Output = Flag no 95
Count = C703 * C704 ms
Count in multiple of 1ms. Maximum Timer 298 Hour.
000 Input = Flag no 96
Output = Flag no 97
Count = C705 * C706 ms
Count in multiple of 1ms. Maximum Timer 298 Hour.
000 Input = Flag no 98
Output = Flag no 99
Count = C707 * C708 ms
Count in multiple of 1ms. Maximum Timer 298 Hour.
000 It will display the value of Register (n) to selected
display number. It will be stored in EEPROM on
Power off mode.
Description