RKI Instruments EAGLE 2 - Appendix A: Calibrating with a Sample Bag; Overview; Calibration Supplies and Equipment

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EAGLE 2 Operator’s Manual Overview • 87

Appendix A: Calibrating with a Sample Bag

Overview

The EAGLE 2 can be calibrated with a gas bag calibration kit instead of a

demand flow regulator kit. This appendix describes how to use a sample bag

calibration kit to calibrate the EAGLE 2. A parts list at the end of this

appendix lists spare parts for the calibration kit.

Calibration Supplies and Equipment

Figure 23: Gas Bag Calibration Kit

Calibration Cylinder

Regulator

Gas Bag

Hose Clamp

Calibration Tubing

Main Page

Default Chapter3
- Table of Contents3
Chapter 1: Introduction11
- Overview11
- About the EAGLE 211
- Specifications13
- About this Manual14
Chapter 2: Description16
- Overview16
- Instrument Description16
- Standard Accessories25
  - Shoulder Strap25
  - Hose and Probe25
- Optional Accessories26
Chapter 3: Operation32
- Overview32
- Start up32
- Using the Battery Charger for Continuous Operation38
- Measuring Mode, Normal Operation39
- Measuring Mode, Alarms45
- Display Mode50
- Data Logging63
Chapter 4: Calibration Mode65
- Overview65
- Calibration Supplies and Equipment66
- Entering Calibration Mode67
- Calibrating Using the Auto Calibration Method68
  - Setting the Fresh Air Reading68
  - Performing a Span Adjustment in Auto Calibration69
- Calibrating Using the Single Calibration Method74
  - Setting the Fresh Air Reading74
  - Performing a Span Adjustment in Single Calibration75
Chapter 5: Maintenance80
- Overview80
- Troubleshooting80
- Replacing or Recharging the Batteries82
  - Replacing the Batteries82
  - Recharging the Ni-MH Batteries84
- Replacing the Hydrophobic Probe's Particle Filter and Hydrophobic Filter Disk85
- Replacing the Hydrophobic Filter87
- Replacing the Charcoal Filter89
- Checking the Combustible Gas Sensor's Condition90
- Replacing a Sensor90
- General Parts List94
Appendix A: Calibrating with a Sample Bag97
- Overview97
- Calibration Supplies and Equipment97
- Entering Calibration Mode98
- Calibrating Using the Auto Calibration Method99
  - Setting the Fresh Air Reading99
  - Performing a Span Adjustment in Auto Calibration100
- Calibrating Using the Single Calibration Method105
  - Setting the Fresh Air Reading105
  - Performing a Span Adjustment in Single Calibration107
- Parts List111
Appendix B: Setup Mode112
- Overview112
- Tips for Using Setup Mode113
- Using Setup Mode114
Appendix C: Sub Pcbs143
- Overview143
- Description143
- Channel Setup and Sub Pcbs144
  - Sub Pcbs and CONFIGURE CHANNELS144
  - Sub Pcbs and CONFIGURE GASES145
Appendix D: PID Sensors147
- Overview147
- Description147
- Start up and Normal Operation149
- PID Relative Response Feature151
  - PID Sensor Relative Response Screen in Display Mode151
- PID Calibration154
  - Calibrating with a 4-Gas Cylinder and a PID Cylinder154
  - Calibrating with a 5-Gas Cylinder163
- Maintenance171
- Configuring the PID Gas in Setup Mode183
- Parts List189
Appendix E: ESM-01 Toxic Sensors190
- Overview190
- Description190
  - ESM-01 Sensor191
  - ESM-01 Sub PCB192
- Start up and Normal Operation192
- ESM-01 Calibration192
  - Calibrating with a 4-Gas Cylinder and an ESM-01 Cylinder193
  - Calibrating with a 5-Gas Cylinder202
- Maintenance210
  - Replacing the ESM-01 Sensor210
  - Replacing the H 2 S Scrubber in the so 2 and HCN Sensors211
- Parts List213
Appendix F: TC Sensors215
- Overview215
- Description215
  - TC Sensor216
  - TC Sub PCB216
- Start up and Normal Operation217
- Catalytic (LEL) Sensor Screen217
- TC Calibration218
- Maintenance227
  - Replacing the TC Sensor227
- Configuring the TC Gas in Setup Mode228
- Parts List233
Appendix G: Infrared Carbon Dioxide Sensors234
- Overview234
- Description234
- Start up and Normal Operation237
  - Performing a Demand Zero for Carbon Dioxide Sensors237
- Infrared Carbon Dioxide Calibration238
- Maintenance247
  - Replacing the IR CO Sensor or Changing Sensor Type247
- Parts List248
Appendix H: Infrared Methane Sensors249
- Overview249
  - Target Gases249
- Description250
  - Infrared Methane Sensor251
  - Infrared Sub PCB251
- Start up and Normal Operation251
  - Detection Ranges251
- Catalytic (LEL) Sensor Screen251
- Infrared Methane Calibration252
- Maintenance261
  - Replacing the IR Methane Sensor261
- Parts List262
Appendix I: Infrared Hydrocarbon Sensor263
- Overview263
  - Target Gases263
- Description263
  - Infrared Hydrocarbon Sensor264
  - Infrared Sub PCB264
- Start up and Normal Operation265
  - 0-100 %LEL/2.0-30.0 %Vol Autoranging265
- Catalytic (LEL) Sensor Screen265
- Infrared Hydrocarbon Calibration266
- Maintenance275
  - Replacing the IR Hydrocarbon Sensor275
- Parts List276
Appendix J: Methane Elimination Mode277
- Overview277
- Monitoring in Methane Elimination Mode277
- Calibration280
Appendix K: Using the EAGLE 2 in Bar Hole Mode281
- Overview281
- Start Up, Bar Hole Mode281
  - Turning on EAGLE 2, Bar Hole Mode281
  - Performing a Demand Zero, Bar Hole Mode286
- Bar Hole Testing287
  - Performing a Bar Hole Test287
  - Turning off the EAGLE 2, Bar Hole Mode289
Appendix L: Using the EAGLE 2 in Leak Check Mode290
- Overview290
- Start Up, Leak Check Mode290
  - Turning on the EAGLE 2, Leak Check Mode290
  - Performing a Demand Zero, Leak Check Mode295
- Leak Testing295
Appendix M: EAGLE 2 Tank Tester Model298
- Description298
  - Float Probe Assembly299
  - Dilution Fitting (1:1)299
- Start up300
- Alarms302
- Calibration302
- Parts List303
Appendix N: Using the EAGLE 2 in Inert Mode304
- Description304
- Alarms304
- Start up307
- Operation309

RKI Instruments EAGLE 2 - Appendix A: Calibrating with a Sample Bag; Overview; Calibration Supplies and Equipment

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