Teledyne 3300TB Primary route of entry, Exposure limits Osha PEL, Eye, Dermal, Inhalation

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Appendix

Model 3300TB

 

 

 

 

 

 

 

 

 

Section III – Physical Hazards

Potential for fire and explosion: The electrolyte in the Micro-Fuel Cells is not flammable. 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 swallowed.

 

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 sensation and/or feel soapy or

 

slippery to touch.

Medical conditions

 

aggravated by exposure:

None

Carcinogenicity:

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.

A-6

Teledyne Analytical Instruments

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Contents Model 3300TB Copyright 1999 Teledyne Analytical Instruments Contents Maintenance AppendixProtective Earth Combustible GAS Usage Warning Main Features of the Analyzer Introduction OverviewTrace Oxygen Analyzer Introduction Set Alarm Front Panel DescriptionIntroduction Model 3300TB Rear Panel Description Rear PanelAnalog Outputs RS-232 PortTrace Oxygen Analyzer Operational Theory Operational Theory IntroductionMicro-Fuel Cell Sensor Principles of OperationOperational Theory Model 3300TB Anatomy of a Micro-Fuel CellElectrochemical Reactions Effect of PressureCalibration Characteristics Characteristic Input/Output Curve for a Micro-Fuel CellSignal Processing ElectronicsGeneral Operational Theory Model 3300TB Installation Trace Oxygen Analyzer InstallationUnpacking the Analyzer Installing the Micro-Fuel Cell / Cell Block Orientation Installation Model 3300TBControl Unit Installation Location and MountingElectrical Connectors for AC Control Unit Electrical ConnectionsContact ID for Failsafe Relay Operation Gas Connections Alarm #1Alarm #2 Sensor FailInstallation Model 3300TB Vacuum Service Option Piping Diagram for Vacuum Service OptionInstallation Checklist Installation Model 3300TB Operation Introduction Trace Oxygen Analyzer OperationUsing the Function and Data Entry Buttons Setting the Analysis RangesOperation Model 3300TB Trace Oxygen Analyzer Operation HI Range Setting the Alarm SetpointsSet Alarm LO RangeSensor Fail Alarm Selecting a Fixed Range or Autoranging CalibrationDisplaying Percent & PPM on the LED Display Supplementary InformationOperation Model 3300 TB Remove Power to Unit before replacing the fuse MaintenanceTrace Oxygen Analyzer Maintenance Replacing the FuseWhen to Replace a Sensor Sensor Installation or ReplacementMaintenance Model 3300TB Ordering and Handling of Spare SensorsRemoving the Micro-Fuel Cell Exploded View of MFC and Cell BlockInstalling a Micro-Fuel Cell Disconnect the Power Source from the Control UnitCell Warranty Conditions Trace Oxygen Analyzer Maintenance Maintenance Model 3300TB Appendix Specifications Trace Oxygen Analyzer AppendixSpare Parts List Appendix Model 3300TBReference Drawing MiscellaneousAppendix Model 3300TB Material Safety Data Sheet Exposure limits Osha PEL Signs/symptoms of exposurePrimary route of entry Effects of overexposure IngestionProtective measures Disposal