Campbell 21X Manuel de l'opérateur Page 157
- Page / 191
- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
SECTION
14. INSTALLATION
AND
MAINTENANCE
14.2
POWER
REQUIREMENTS
The 21X
operates
at a nominal12V
DC. Below
9.6 or above 16 volts
the 21X
does not operate
properly.
The
21X is diode
protected
against
accidental
reversal
of the
positive
and
ground
leads
f rom'
the
battery. Input voltages
in excess
of 18V
may
damage the 21X
and/or
power
supply. A
transzorb
provides
transient
protection
by
limiting voltage
at
approximately 20V.
System operating time for
the batteries can be
determined
by dividing the battery
capacity
(amp-hours)
by the average system
current
drain. The 21X draws 1.0 mA in
the
quiescent
state, 25 mA while
processing,
and 60 mA
during an analog measurement;the
length of
operating
time
for
each datalogger instruction is
listed
in Section 3. Typicalcurrent
for
common
21X
peripherals
are
given
in Table
14.2-1
:
14-2
FIGURE
14.3-1. 21X Battery
Pack and Panel
- 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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