Teledyne 3160 Primary route of entry, Exposure limits Osha PEL, Effects of overexposure Ingestion

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Appendix

Section III – Physical Hazards

Potential for fire and explosion: The electrolyte in the Micro–Fuel Cells is not flam- mable. There are no fire or explosion hazards associated with Micro–Fuel Cells.

Potential for reactivity: The sensors are stable under normal conditions of use. Avoid contact between the sensor electrolyte and strong acids.

Section IV – Health Hazard Data

Primary route of entry:	Ingestion, eye/skin contact
Exposure limits:OSHA PEL:	.05 mg/cu.m. (Pb)
ACGIH TLV:	2 mg/cu.m. (KOH)
Effects of overexposure
Ingestion:	The electrolyte could be harmful or fatal if swal-
	lowed.
	Oral LD50 (RAT) = 3650 mg/kg
Eye:	The electrolyte is corrosive; eye contact could result
	in permanent loss of vision.
Dermal:	The electrolyte is corrosive; skin contact could result
	in a chemical burn.
Inhalation:	Liquid inhalation is unlikely.
Signs/symptoms of exposure:	Contact with skin or eyes will cause a burning sensa-
	tion and/or feel soapy or slippery to touch.
Medical conditions
aggravated by exposure:	None
Carcinogenity:	NTP Annual Report on Carcinogens: Not listed
	LARC Monographs: Not listed
	OSHA: Not listed
Other health hazards:	Lead is listed as a chemical known to the State of
	California to cause birth defects or other reproductive
	harm.

TELEDYNE ANALYTICAL INSTRUMENTS

A-9

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Contents Model Copyright 1999 Teledyne Analytical Instruments Iii Table of Contents Appendix Maintenance & TroubleshootingTeledyne Analytical Instruments Introduction FeaturesFixed Features Variable FeaturesIntroduction Options and Model Numbers Introduction Components3160DA Dual fuel cell Introduction Applications Principles of Operation Operational TheoryMajor Components Sample System Operational Theory Micro-Fuel Cell SensorOperational Theory Model 3160 flow schematic Electronics and Signal ProcessingOperational Theory Identifier Range Scale Voltage CurrentmA Analog signal output offsetDefaults Programmable Options Qty Description InstallationUnpacking the Analyzer Front PanelRear Panel Analyzer front and rear panels Sample Gas Installation Gas Line ConnectionsSpan Gas Instrument Air Compressed Air FittingSensor Installation Electrical Connections 3160 Rear Panel Voltage SelectionRemoving the Voltage Card Fuse ChangingFuse Replacement 3 RS-232 Serial Digital Port Installation ChecklistFront Panel Controls OperationsSpinning Wheel Modes of OperationCell Output Factor Span Factor Operations Uled Span in Progress Changing Passwords For Remote Monitoring and ControlOperations Cold Start-Up Operations Calibration Zeroing Operations Operations Calibration Using Span Gas Operations Operations Operations Select Active Sensor Two Cells Only Setup Operations Accpt Operations O2 Range Set-UpCold Start Operations Set-Up AlarmsOperations Operations Logger Set-Up Operations Operations Set-Up Clock Functions Accpt Teledyne Analytical Instruments Operations Operations System Statistics Ascii Data Bits 7 or Stop Bits 1 or Baud rateComm. Std. for 1200B Bell USA/CCITT Operations Operations Scrubber Maintenance Maintenance & TroubleshootingRoutine Maintenance Sensor MaintenanceSymptom Cause Correction TroubleshootingMaintenance & Troubleshooting Symptom Cause Correction Maintenance & Troubleshooting Operating Temperature0-50C 32 -122 F SpecificationsAppendix Teledyne Analytical Instruments Altitude 1,609 m Relative Humidy Up to 99%Drawing List Appendix Recommended Spare Parts ListMaterial or Component S. # Quantity Appendix Material Safety Data SheetCustomer Service Extension Environmental Health Date Prepared 2/12/96Section IV Fire and Explosion Hazard Data Exposure Protective measures during cell replacementSection Viii Control Measures Phone Product NameManufacturer AddressEffects of overexposure Ingestion Signs/symptoms of exposurePrimary route of entry Exposure limits Osha PELDisposal Protective measures