Teledyne OT-2 operating instructions Section I Product Identification

Page 35

Model OT-2 System

Appendix

 

 

 

 

 

 

Material Safety Data Sheet

Section I – Product Identification

Product Name:

Micro-Fuel Cells

 

Mini-Micro-Fuel Cells, all classes

 

Super Cells, all classes except T–5F

 

Electrochemical Oxygen Sensors, all classes.

Manufacturer:

Teledyne Analytical Instruments

Address:

16830 Chestnut Street, City of Industry, CA

Phone:

91749

(626) 934-1500

 

Date Prepared or Last Revised: 08/08/91

 

Emergency Phone Number: (626) 934-1500

Section II – Physical and Chemical Data

Chemical and Common

Potassium Hydoxide (KOH), 15% (w/v)

Names:

Lead (Pb), pure

 

CAS Number:

KOH 1310–58–3

 

 

Pb 7439–92–1

 

 

KOH (15%)

Pb (pure)

Melting Point/Range:

–10 to 0 °C

328 °C

Boiling Point/Range:

100 to 115 °C

1744 °C

Specific Gravity:

1.09 @ 20 °C

11.34

pH:

>14

N/A

Solubility in Water:

Completely soluble

Insoluble

Percent Volatiles by Volume: None

N/A

Appearance and Odor:

Colorless, odorless solution

Grey metal,

 

 

odorless

Teledyne Analytical Instruments

A-3

Page 34 Page 36
Image 35
Page 34 Page 36
Contents Model OT-2 Oxygen Transmitter System Copyright 1999 Teledyne Analytical Instruments Model OT-2 SystemTable of Contents Ground Model OT-2 System Introduction Introduction Model OT-2 System Front View Introduction Model OT-2 System Introduction Model OT-2 System Operational TheoryMicro-Fuel Cell Sensor Principles of Operation Operational Theory Model OT-2 SystemCross Section of a Micro-Fuel Cell not to scale Electrochemical Reactions Model OT-2 System Operational Theory Characteristic Input/Output Curve for a Micro-Fuel Cell Electronics and Signal Processing Sample Flow Description See Figure Piping Layout Operational Theory Model OT-2 System Model OT-2 System Operation InstallationMounting Details Operation Model OT-2 SystemGas Connections Operation Model OT-2 System Front View of Transmitter Calibration Operation Model OT-2 System Installing the Micro-Fuel CellSample System Component Locations Span Gas % F.S. x 4 + = Output in VDC 100 3 H2S Scrubber Testing the SystemOperation Model OT-2 System Model OT-2 System Maintenance Model OT-2 System Scrubber Replacement Maintenance Model OT-2 System Appendix Qty Part Number Description Section I Product Identification Section III Physical Hazards Section V Emergency and First Aid Procedures Appendix
Top Page Image Contents