
21X.
Work
the
direct
programming
examples
in
and
you
will
overuiew before
using
EDLOG
the
basics ol21X
operation
as
wellas
an
ion
for
the
help
provided
by
Key
the
Section
OV3.5 describes
options
for loading
program
into
the
21X.
OV3.1
FUNCTIONAL
MODES
User
interaction
with the 21X
is broken
into
different
fun$tional
MODES,
(e.9.,
programming
the
measurdments
and
output, setting
time,
manually ini{iating
a
block
data
transfer
to
*4
Efrable/disable
tape
and/or
printer
output
21X MICROLOGGER
OVERVIEW
TABLE
OV3-2. Key
Description/Editing
Functions
Action
0-9
Key
numeric
entries
into
display
*
Enter Mode
(followed
by
Mode
Number)
A
Enter/Advance
B
Back up
C
Change the sign
of
a
number
or
index
an
input location to
loop
counter
D
Enter
the
decimal
point
# Clear the
rightmost
digit keyed
into
the
display
#A
Advance to
next instruction
in
program
table
(-1
,
*2, *3)
or to
next
output array
in Final
Storage
(.7)
#B
Back
up
to
previous
instruction in
program
table
or to
previous
output
array in
FinalStorage
#D Delete entire
instruction
OV3.3 PROGRAMMING
SEOUENCE
ln routine applications,
sensor
signals are
measured,
processed
over
some time
interual,
and
the
results
are
stored
in Final
Storage.
A
generalized
programming
sequence
is:
1. Enter
the execution
interval, determined
by
the
desired
sensor
scan
rate.
2. Enter
the
InpuUOutput
Instructions
required
to measure the
sensors.
Enter any
Processing
lnstructions
required
to
get
the data ready
for
Output Processing.
Enter a
Program Control
Instruction to test
the
output condition
and
Set the Output
Flag
when
the
condition
is
met.
For
example,
use lnstruction
92 to output
based
on time,
86
to
output
each time the
table
is
executed,
and 88
or 89
to
compare
input
values.
This instruction
must
precede
the
Output
Processing Instructions.
Enter the
Output Processing
Instructions
to
store
processed
data
in FinalStorage.
The
order
in
which
the
data
are
stored
is
determined
by the
order
of
the
Output
Processing
lnstructions
in
the
table.
Repeat
steps 4 and
5 for
output on different
intervals
or
conditions.
*5
*6
realtime clock
lnput Storage
data,
flags
FinalStorage
data
Storage data
transfer
to
tape
Storage
data
transfer
to
printer
allocation/reset
re
tesVPROM
version
*9
*A
*B
*c
*D
4.
velload
P
OV3.2
KEY
Keys and
functions
sequences
have
specific
using
the 21X
keyboard
or a
ter
in the remote
keyboard state
(Section
5).
Table OV3-2
lists these
functions.
ln some
the
exact
action
of a
key
depends
the
mode the 21X
is
in and is
described
the
mode in the
manual.
etc.).
The modes are
referred
to
as Star
(")
Modes
since they
are accessed by
first keying
*,
then
the
mode number
or
letter.
Table OV3-1
lists the
21X Modes.
OV3-1.
*
Mode Summary
data
and indicate
active
Tables
ram
Table 1
m
Table
3,
subroutines
only
ov-7
-
21X MICROLOGGER
1
-
OPERATOR'S
1
-
CopynlcHT
1
-
GAI\/
2
-
SiCIEN'rIFIC
2
-
OPT1ONS
3
-
1. FUNCTIONAL
4
-
2. INTERNAL
4
-
4. EXTERNAL
4
-
5. TELECOMMUNICATIONS
4
-
PROGRAMMING
5
-
EXAMPLES
5
-
GLOSSARY
6
-
TABLE
6
-
I SELECTED
7
-
CAUTIONARY
8
-
MICROLOGGER
9
-
OVERVIEW
9
-
I contain
9
-
OVl-z. 21X Wiring
10
-
1. Input
11
-
OV2-1. lnstruction Types
12
-
2. PROCqS$NG TNSTRUCTTONS
13
-
OV3. PROGRAMMING
14
-
2. Enter
15
-
3. Loaded from
16
-
(lD:Data)
17
-
21 .234oC
18
-
Ffalstorage
19
-
0. The Output Flag is
22
-
1. On-line output
23
-
96 Inst. 96
24
-
RETRIEVAL
25
-
SPECIFICATIONS
26
-
1. FUNCTIONAL
27
-
A PROGRAM
28
-
COMPILING
29
-
LOGGING
29
-
Intermediate Final
30
-
A O4:XXXX
31
-
"B
32
-
A 01:0p
33
-
2hex) Discard current
35
-
3hex) Send signature
35
-
4hex) Load
35
-
5hex) Exit and
35
-
2\ The output array
36
-
0.000 +0.001
37
-
. For example
38
-
This is
39
-
1. microvolts
40
-
333. microvolts
40
-
3.7 USE
41
-
3.8 PROGRAM
42
-
1. A Subroutine
43
-
3. An
43
-
4. A case
43
-
3.9 INSTRUCTION MEMORY
44
-
TEMP-RTD R
44
-
SDM-CD16 6
44
-
41 z+EXP(x)
45
-
1+bins*R
46
-
ERRORICODES
47
-
EXTERNAL
48
-
STORAGE
48
-
PERIPHERALS
48
-
Key ID:DATA
49
-
A. Data transfer
50
-
Drain 200mA typ./S
51
-
Length C-60 recommended
51
-
Quality
51
-
CABLES ]
52
-
3. Insert
53
-
I
54
-
4, An illegal character
55
-
Iffi l:ff itffi
56
-
REMOTE PROGRAMMING
57
-
5. TELECOMMUMCATIONS
57
-
PIN SERIAL
59
-
PIN ABR UO
59
-
6.2 ENABLING
60
-
6.3 INTERRUPTING
60
-
6.5 INTERFACING WITH
60
-
ABR YO FUNCTION
61
-
7 DATA BITS
62
-
I AT IPS-2's and
63
-
7.2 DATALOGGER
64
-
7.3 THERMOCOUPLE
65
-
7.6 207 TEMPERATURE
66
-
Thermocouple
66
-
02: P12
66
-
TIPPING
67
-
1 P 3
68
-
5 0.254
68
-
Temperature
69
-
7.10 1OO
69
-
Temperature RTD
70
-
R"
70
-
05: 5000
71
-
ADJUSTABLE
72
-
:calculated to
73
-
P34 Z=X+F
73
-
7.15 NONLINEAR
74
-
-218.76
75
-
55 Polynomial
76
-
SpatialAverage
77
-
02: P92
78
-
8.3 USING CONTROL
79
-
SETS 1_16
80
-
Al Mode
81
-
02: 641
81
-
Excite, Delay,Volt(S
82
-
Temp 107 Probe
82
-
TO 0.540
83
-
DESCRIPTION
84
-
M(V2) 38
85
-
Block Move
86
-
0.'l
87
-
0.69215
88
-
02: 1024
89
-
SII1ULATED
90
-
02; 2048
91
-
02". 2048
92
-
ZLoc'
93
-
9. INPUT/OUTPUT
94
-
0.3 Hz to 1000 Hz
95
-
Input locations altered: 1
97
-
Input locatiQns altered:
98
-
Input locations
99
-
9 Output
100
-
TYPE DESCRIPTION
101
-
22 EXCITATION
102
-
. Locations 1-20
103
-
A Trigger
104
-
3. Entering
105
-
(Parameters
106
-
LOCATION, "**
108
-
40 LN(X)
109
-
46 x MOD F
110
-
54 BLOCK
111
-
. The magnitude of
112
-
59 BRIDGE TRANSFORM
113
-
60 FAST
113
-
2X=Yag6ilude&Phase
114
-
10. PROCESSING
115
-
1.24H2
115
-
F*1*19'*g';
116
-
*F*A/N<fi<i*F*A/N
116
-
LOC. REPRESENTATIVE
117
-
LOC. REPRESENT
117
-
126 50411024 or 1
117
-
2. The 21X
118
-
62 COVARIANCE/CORRELATION
118
-
1. Input Processing
119
-
2. Averaging
119
-
3. Output Processing
119
-
1. Means:
120
-
I minute and one
120
-
N' is
121
-
Quadrant
121
-
11. OUTPUT
122
-
01: 2 Repetitions
123
-
02: 4 Starting input
123
-
*"
124
-
2 Repetitions
125
-
4 Number
125
-
2 Form
125
-
78 SEll HIGH
126
-
80 SET ACTIVE
126
-
Ct',1,t Cu,z cu,ru
127
-
PROGRAM
129
-
CONTROL
129
-
4 lteration count
130
-
10: P87
131
-
NO. TYPE DESCRIPTION
132
-
NO. TYPE
133
-
ASCII 1
134
-
Binary 2
134
-
0-RFModem
135
-
01: 4 Decimal
136
-
1 1200
136
-
2 9600
136
-
3 76.800
136
-
SECTION
137
-
21X MEASUREMENTS
137
-
Setup Amplifier Integrotion
138
-
13.3 THE
139
-
Error Constants
140
-
1 3.3-1 1, respectively
140
-
8723 j
141
-
22 15 62
141
-
Error
142
-
2) V"
143
-
5oo 18603
144
-
Rr does
145
-
13.4 THERMOCOUPLE
146
-
.--.--'-\
147
-
Junction
148
-
Source Error
150
-
13.5 BRIDGE
151
-
5 v RANGE)
152
-
(milliseconds)
153
-
'1-X
154
-
13.6 RESIST
155
-
Quiescent
156
-
REQUIREMENTS
157
-
3. Typicalcurrent
157
-
I alkaline
158
-
MSX5 MSX10
159
-
14.5 DIRECT
159
-
14.7 USE
160
-
14.8 GROUNDING
160
-
MAINTENANCE
161
-
CALIBRATION
161
-
9. Lock
162
-
14. INSTALLATION
163
-
*ffiqgffiililH
164
-
A. GLOSSARY
165
-
: A number which
167
-
B. PROM SIGNATURES
168
-
APPENDIX C
169
-
TELECOMMUNICATIONS
169
-
00 00 00
170
-
F
171
-
C. BINARY TELECOMMUNICATIONS
171
-
51,S0 represent
172
-
M represents
172
-
C. BINARY
173
-
APPENDIX
174
-
ASCII TABLE
174
-
E. CHANGING
175
-
E.3 CHANGING
176
-
F. DOCUMENTATION
177
-
3 Save Program on
178
-
""r-",=L
179
-
............8
180
-
14. INST
181
-
"t=r",=L
182
-
MEASUREMENTS
183
-
21X TNDEX
184
-
60] 10-6
185
-
I nitiate Telecommunications
186
-
72j 11-3
189
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