Omron SYSMAC C Series Operation Manual page 101

Memory Map
Read/ Memory
write map word
R/W 103 00 to 15
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
R/W 119 00 to 15
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
R 151 00 to 15
R 152 00 to 06
R/W 153 00 to 15
86
Bits Input
point
1 Averaging sample count
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1 Scaling low limit
1 Scaling high limit
2 Scaling low limit
2 Scaling high limit
3 Scaling low limit
3 Scaling high limit
4 Scaling low limit
4 Scaling high limit
5 Scaling low limit
5 Scaling high limit
6 Scaling low limit
6 Scaling high limit
7 Scaling low limit
7 Scaling high limit
8 Scaling low limit
8 Scaling high limit
9 Scaling low limit
9 Scaling high limit
10 Scaling low limit
10 Scaling high limit
11 Scaling low limit
11 Scaling high limit
12 Scaling low limit
12 Scaling high limit
13 Scaling low limit
13 Scaling high limit
14 Scaling low limit
14 Scaling high limit
15 Scaling low limit
15 Scaling high limit
16 Scaling low limit
16 Scaling high limit
--- EEPROM write count
--- EEPROM error flags
--- EEPROM compare word
Function
These words contain the number of
Unit conversions to average before
reporting conversion data to words 01
to16. The values are in number of
samples.
Valid values are BCD 0001 to 9999
and binary 0001 to 7FFF. The default
value is 0020 BCD. The averaging
function is performed prior to the data
being placed in the conversion data
words (01 through 16).
These words contain the scaling low
and high limits for each input point.
The values are in engineering units.
The default values are 0000 for the
low limit and 4095 for the high limit.
The scaling function is performed
prior to the data being placed in the
conversion data words (0 to16).
This word contains the current
number of write operations that have
been executed for the EEPROM.
This word contains error flags used
during the EEPROM write operation.
This word is set by the user to
confirm that an EEPROM write
operation should occur. This is a
safety to prevent erroneous writes
from occurring and damaging the
EEPROM chip.
Section 5-5
Description