Teledyne 9700 Installation, Electrical Connections, Power, Output Signal Voltage

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Flue Gas Analysis System

Installation 3

Installation

3.1Electrical Connections

All wiring is to be connected to the barrier type terminal strips on the back plate assembly within the analyzer. Refer to Figure 6, Interconnection Diagram, and be certain that the wiring installation complies with the directions contained in the illustration and in the following discussion.

3.1.1 Power

Refer to the drawings in the supplement at the back of this manual. All power inputs are fused in order to protect the pump in addition to the analyzer electronics.

3.1.2 Output Signal Voltage

All models of the analyzer are equipped to provide an output signal voltage. The magnitude of the signal, which is determined at the time of purchase, can be preset at the factory to any value between 1 mV and 1 V. Unless otherwise specified, the outpur will be set to 0–1 VDC.

The output signal, regardless of magnitude, is suitable for high- impedance devices only (10K Ohms min.).

For interconnection purposes, 22 guage AWG shielded cable conduc- tor is recommended. Polarize the signal connections as shown in Figure 6 and connect the shield to the analyzer only.

TELEDYNE BROWN ENGINEERING

3-1

Analytical Instruments

 

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Contents Model Flue Gas Analysis System Important Notice WarrantyTable of Contents Maintenance & Troubleshooting Introduction Flue Gas Analysis SystemOverview Sample Conditioning General InformationSample Conditioning Oxygen Analyzer Section Standard FeaturesOxygen Analyzer Section General Information Optional Features General Information Combustible Gas Analyzer Section Combustible Gas Analyzer SectionGeneral Information Compound LEL Response Factor Operating Controls and Indicators Meter Trim Recessed Secondary ControlsAnalog Output Current MAX Load Output Impedance Oxygen Analyzer Theory of OperationTheory of Operation Combustible Analyzer Detector Flue Gas Analysis System Theory of Operation Power InstallationOutput Signal Voltage Electrical ConnectionsInterconnection Diagram Output Signal Current Alarm and/or Control CircuitryInstallation Startup of Oxygen Analyzer OperationPreliminary Meter ZeroingInitial Calibration and Equilibration Flue Gas Analysis System Operational Calibration Routine Operational Calibration ProcedureStartup of Combustibles Analyzer Operation System Startup Span GasAnalyzer Startup Sample System StartupOperation Maintenance Flue Gas Analysis System Maintenance & TroubleshootingRoutine Maintenance Oxygen Cell ReplacementCell Warranty Water Strainer Spray NozzleFilter Condensate Trap Combustible SensorPump TroubleshootingGeneral Oxygen Analyzer .2.2.1 Inability to Calibrate Inability to Calibrate Combustible Analyzer SectionNo Alarm With High Gas Level Lamp Failure Appendix SpecificationsOxygen Analysis Section Appendix ModelModel 9700 System Standard Unit Only Recommended Spare Parts ListReference Drawings Response of Combustible Sensor to Various Gases Appendix Model Supporting Equipment for Flue Gas Analysis Systems Figure A-1 Typical Dry Probe Maintenance General Maintenance for CC-2B Series PumpsRepair Appendix Model Flue Gas Analysis System Figure A-3 Pump Assembly Flue Gas Analysis System Figure A-4 Replacing Flex-I-Liner Replacing the Liner in the Flex-I-Liner PumpFlue Gas Analysis System