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9110AH
Teledyne 9110AH Manuals
Manuals and User Guides for Teledyne 9110AH. We have
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Teledyne 9110AH manual available for free PDF download: Instruction Manual
Teledyne 9110AH Instruction Manual (181 pages)
NITROGEN OXIDES ANALYZER
Brand:
Teledyne
| Category:
Measuring Instruments
| Size: 0.97 MB
Table of Contents
Table of Contents
4
1 How to Use this Manual
12
Table of Contents
12
Getting Started
14
Unpacking
14
Electrical and Pneumatic Connections
14
Figure 2-1: Removal Ofs
16
Figure 2-2: Rear Panel
17
Figure 2-3: Inlet and Exhaust Venting Recommendations
18
Initial Operation
19
Figure 2-4: Front Panel
23
Figure 2-5: Assembly Layout
25
Table 2-1: Final Test Andc
26
Specifications, Warranty
29
Specifications
29
Warranty
30
The M9110Ah no Xanalyzer
33
Principle of Operation
33
Table 4-1: Samplingm
33
Figure 4-1: Block Diagram
35
Operation Summary
36
Pneumatic Sensor Board
36
Sensor Module, Reaction Cell, Detector
36
Computer Hardware and Software
37
Front Panel
37
V/F Board
37
Table 4-2: Front Panels
38
Power Supply Module
39
Pump, Valves, Pneumatic System
39
Figure 4-2: External Pump Pack
41
NO Converter
42
Ozone Generator
42
Table 4-3: Ozone Generator
42
Software Features
43
Index to Front Panel Menus
43
Figure 5-1: Sample Menut
44
Figure 5-2: Setup Menut
45
Sample Menu
46
Table 5-1: M9110Ah Sample
46
Set-Up Menu
47
Table 5-2: M9110Ah Setup
47
Table 5-3: M9110Ah Setup
49
Table 5-4: M9110Ah Setup
50
Sample Mode
51
Test Functions
51
CAL, CALS, CALZ, Calibration Functions
55
Set-Up Mode
57
Automatic Calibration (Autocal)
57
Configuration Information (CFG)
57
Data Acquisition System (DAS)
58
Table 5-5: das Datac
59
Range Menu
60
Communications Menu
63
Diagnostic Mode
63
Password Enable
63
Table 5-6: Calibrate , Setup
63
Time of Day Clock
63
Variables Menu (VARS)
64
M9110Ah Operating Modes
64
No/No
65
Table 5-7: M9110Ah O
65
NO Only Mode
66
Ma Current Loop
66
Status Output
67
Interface
67
Table 5-8: Status Output
67
Rs-232 I Nterface
67
Setting up the RS-232 Interface
68
Table 5-9: Rs-232 Ports
68
Table 5-10: Rs-232 S
70
Table 5-11: Rs-232 Terminal
70
Command Summary
71
Table 5-12: Rs-232 Command
72
Table 5-13: Rs-232 Command
73
Table 5-14: Rs-232 Interface
74
Table 5-15: Rs-232 Testm
75
TEST Commands and Messages
75
Table 5-16: Rs-232 Warning
76
WARNING Commands and Messages
76
CALIBRATION Commands and Messages
77
Table 5-17: Rs-232 C
77
DIAGNOSTIC Commands and Messages
78
Table 5-18: Rs-232 C
78
DAS Commands and Messages
79
Table 5-19: Rs-232 D
79
VARIABLES Commands and Messages
81
Optional Hardware and Software
83
Rack Mount Options
83
Zero/Span Valves Option
84
Autocal - Setup Zero/Span Valves
84
Table 6-1: Zero /Span Valve
84
Table 6-2: Setup Automatic
85
Isolated 4-20 Ma Current Loop Option
86
Table 6-3: Action of Mode F
86
Molybdenum Converter Option
87
External Desiccant Canister Option
87
Alternate Bypass Flow Orifice Option
87
External Converter Option
87
Calibration and Zero/Span Checks
89
Table 7-1: Types of Zero /S
90
Manual Zero/Span Check or Cal with Zero/Span Gas in the Sample Port
91
Table 7-2: Manual Zeroc
91
Table 7-3: Enter Expected
92
Table 7-4: Manual Spanc
93
Manual Zero/Span Check with Zero/Span Valves Option
94
Table 7-5: Manual Zeroc
94
Dynamic Zero/Span Calibration Using Autocal
95
Table 7-6: Manual Spanc
95
Table 7-7: Z/S Valvem
96
Use of Zero/Span Valves with Remote Contact Closure
96
Calibration Requirements for Autorange or Remote Range
97
No Only Mode Calibration
97
Only Mode Calibration
97
Calibration Quality
98
Calibration Requirements for Independent Range
98
Table 7-8: Calibrationr
98
Converter Efficiency Compensation
99
Table 7-9: Calibrationq
99
Calibration Gasses
100
Recommendations for Cem Applications
100
Table 7-10: Convertere
100
Calibration Frequency
101
Converter Efficiency
101
Maintenance
103
Maintenance Schedule
103
Table 8-1: Preventativem
103
Replacing the Sample Particulate Filter
104
Figure 8-1: Replacing the Figure 8-2: Convertera
105
Replacing the Converter
106
Cleaning the Reaction Cell
108
Figure 8-3: Reaction Cell Assembly
110
Figure 8-4: Sample /Bypass
111
Pneumatic Line Inspection
112
Figure 8-5: Pneumatic Diagram
113
Figure 8-6: Pneumaticd
114
Leak Check Procedure
115
Light Leak Check Procedure
115
Prom Replacement Procedure
116
Troubleshooting and Adjustments
117
Operation Verification - Diagnostic Techniques
119
Fault Diagnosis with TEST Variables
119
Fault Diagnosis with WARNING Messages
124
Fault Diagnosis Using DIAGNOSTIC Mode
126
M9110AH Internal Variables
133
Test Channel Analog Output
135
Factory Calibration Procedure
136
Figure 9-1: Span Calibration
139
Performance Problems
140
AC Power Check
140
Flow Check
141
No Response to Sample Gas
141
Excessive Noise
142
Negative Output
142
Unstable Span
143
Inability to Span
144
Inability to Zero
144
Unstable Zero
144
Non-Linear Response
145
Analog Output Doesn't Agree with Display Concentration
146
Slow Response
146
Subsystem Troubleshooting and Adjustments
147
Computer, Display, Keyboard
147
Figure 9-2: Cpu Boardj
149
Communications
150
Figure 9-3: RS-232 Pin Assignments
151
Voltage/Frequency (V/F) Board
153
Figure 9-4: V/F Boardj
158
Status/Temp Board
159
Power Supply Module
161
Figure 9-5: Power Supply
163
Figure 9-6: Electrical Block Diagram
164
Ozone Generator
165
Figure 9-7: Ozone Generator
168
Flow/Pressure Sensor
169
Figure 9-8: Flow /Pressure
171
Figure 9-9: no
172
Figure 9-10: no
173
NO Sensor Module
174
NO X Sensor Module
175
Figure 9-11: Pmt Cooler
176
Figure 9-12: High Voltage
178
Z/S Valves
179
Pneumatic System
180
Rocedure
180
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