Automatic Operation and Routine Duties | Teledyne 6600 instruction

Part III		Model 6600

1Follow the standard recommended procedures at indicated under 5.7.1 of the manual.

Electronics

1Follow the standard recommended procedures at indicated under 5.7.2 of the manual.

G	Automatic Operation and Routine Duties:	See Section 6.0
	of the manual.

Potentially a power failure could indicate a lamp failure from the instruments signal failure alarm. The relay contacts provided that are switched by the circuit must be connected to the customers indicating device, (DCS system?). In addition, an alarm condition is indicated when the cell windows are extremely dirty or an electronics failure has occurred in the detector-converter, log amplifier or inverter circuit. When the alarm circuit is powered independently from the analyzer power source, the alarm circuit is fail-safe and will detect power failure.

Please refer to final system check under Section 6.1 in the manual, Part I.

1-56 Part III Teledyne Analytical Instruments

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Teledyne 6600 manual Automatic Operation and Routine Duties

Contents

Oil in Water Analyzer Teledyne Analytical Instruments Model Copyright 1999 Teledyne Analytical Instruments Table of Contents Iii Model Teledyne Analytical Instruments Model Part I Control Section Operation InstallationIi Part Appendix MaintenancePart I Iv Part Model 6600 Oil in Water Analyzer Overview Oil in Water Analyzer Part I Control Section Introduction Model Main Features of the AnalyzerOperator Interface ESCAPE/ENTER Switch Model 6600 Controls, Indicators, and Connectors Model 6600 Interface Panel Control Section Interface Panel Unpacking the Control/Analysis Unit Electrical Connections Installation Model 115VAC Examples Analog Output Connections 10.4 Alarm Relays Range Voltage Current mA Part RS-232 Sig RS-232 Pin Purpose Data Carrier Detect Command Description Parameter Setting Testing the System Part Oil in Water Analyzer Operation Using the ControlsIntroduction Operation Model Mode/Function Selection Hierarchy of System Functions and Subfunctions System Function Setting up an AUTO-CAL Password Protection EnteringthePassword Installing or Changing the Password Logging Out System Self-Diagnostic Test Operation Model Model Screen Checking Linearity with Algorithm Digital Filter Setup Setting 90% Response time Seconds Homogenizer Function Setup Set Ultra Sonic Homogenizer on Hold/Track Setup Operation Model Calibration/Hold Timer Setup Analog 4-20mA Output Calibartion Algorithm Application Model Outcal Anlz Manual control of filter and solenoids Zero and Span Functions Algorithmapplcation Model Outcal Anlz Auto Mode Zeroing Zero Cal Manual Mode Zeroing Detector Failure Zero Offset Calibration How the offset value is selected Spanning Oil in Water Analyzer Operation Span Cal Auto Mode SpanningManual Mode Spanning Alarms Function Oil in Water Analyzer Operation Range Select Function Auto Screen Precautions Analyze Function Illustrates these schemes graphically Programming Oil in Water Analyzer Operation Set Range Screen Curve Algorithm Screen Auto Mode Linearization Ppm SO2 InputØ Fuse Replacement Part I Control Section Maintenance Power System Self Diagnostic TestMaintenance Model 6600 Oil in Water Analyzer Analog Detector Major Internal ComponentsPreamp Side View Open Door Part II Analysis Section Control/Analysis Unit Part II Analysis Unit Ii Part Part II Iv Part Method of Analysis Oil in Water Analyzer Operational Theory Optical Bench Operational Theory Model Photometer Amplifier Automatic Zero System System Description Zero drift may occur in the following cases Photometer Source Module Sample Cell Detector Module Sample Systems Oil in Water Analyzer Part II Analysis Unit Installing and Connecting the AnalyzerUnpacking the Analyzer User Connections Compressed Air Supply Installation Model Electrical Power ConnectionsSignal and Alarm Output Connections Pipe Connections Calibration Calibration Fluids Calibration Method One System Visual Check and Response Procedure Routine MaintenanceOil in Water Analyzer Maintenance Automatic operation and routine operational duties Suggested Preventive Maintenance Schedule Maintenance ModelRoutine Maintenance Setup of the Signal Processing Front-End Amplifiers Service Procedures and Adjustments ElectronicsPower Supply Test Points Oscilloscope Display of the I to E Converter Output Part Setup of the Logarithmic Amplifier Inverting Amplifier Battery-Powered Oscilloscope Synchronization Point Interface Board Terminals Strip Part Oil in Water Analyzer Maintenance Part Part III Part III Oil in Water Model 6620 Oil in Water Analyzer Table of Contents Part III Model 6620 Oil in Water Analyzer Introduction Oil in Water Part Photometer Amplifier Method of AnalysisOptical Bench Part Model Part III From B71046-0 or customer’s piping schematic Automatic Zero System Oil in Water Piping Diagram B71046 Part Part III System Description Sample Cell PhotometerSource Module Part III Teledyne Analytical Instruments Detector ModuleControl/Analysis Unit Electrical Connections Sampling System Sample Water Preconditioning System Pressurized Inlet Sample Delivery Homogenizing Zero Water Preconditioning System Automatic Sample Cell Cleaning System Ultra clean process applications for leaks into the like Entering the zero offset Signal Outputs Recorder Requirement Auto Zero Circuit Process Alarm SystemAmplifier PCB Signal Failure Alarm Detector Fail Check Detector signal Installation User Connections Electrical Power ConnectionsSignal and Alarm Output Connections Compressed Air Supply Sample Delivery System Safe Vent Drainage Installation Check Electronics Check Preparation for Calibration Electrical CheckSample Delivery Check Required Calibration Equipment Manual Sample Introduction Acquisition of Representative Oil Sample Acquisition of Representative Sample Water Background Signal Level Determination Oscilloscope Display of the I to E Converter Output Part III Part Model Span Fluid Preparation Calibration with Prepared SampleZero Fluid Preparation Calibration Setup of Internal Span Flag Calibration Sample System Calibration by Correlation with Laboratory AnalysisSpanFilter Part III Calibration of the ultrasonic homogenizer HomogenizerTuning Correlation Electronics Set-up for Automatic Operation Automatic Operation and Routine Operational Duties System Visual Check and Response Procedure Routine Maintenance Daily Monthly or 6 weeks maximum Service Procedures and Adjustments Set up of the Signal Processing Front End Amplifiers Set Up of the I to E Converter Inverting Amplifier Set Up of the Logarithmic AmplifierIntegrated Reference and Measuring Signals Sample Cell Maintenance Sample System Maintenance Zero Filter Replacement 316 Zero Filter Cleaning Procedure Lamp Replacement Phototube Replacement Troubleshooting Section Lamp Refuses to Light Zero Drift Problems Sample Pump Failure Site requirements Installation Part Model Sample Connections Drawings Start up of System Allow warm-up for 1 hour Set up for Automatic Sampling Sample System Automatic Operation and Routine Duties Oil in Water Part Teledyne Analytical Instruments Oil in Water Analyzer Appendix SpecificationsOperating Temperature 0-50oC Appendix Models Recommended 2-Year Spare Parts List QtyP/NDescription Drawing List See manual addendum Generic Drawing List