- 1Radio Batteries, Farm Lighting Batteries
- 2Epigraph — Preface
- 3Section I — Working Principles, Manufacture Maintenance, Diseases a…
- 4Chapter 2 — Batteries in General
- 5Chapter 3 — Manufacture of Storage Batteries
- 6Plates
- 7Separators
- 8Electrolyte
- 9Jars
- 10Covers
- 11Case
- 12Assembling and Sealing
- 13Preparing Batteries for Dry Shipment
- 14Terminal Connections
- 15Homemade Batteries
- 16Chapter 4 — Chemical Changes
- 17Chapter 5 — What Takes Place During Discharge
- 18Chapter 6 — What Takes Place During Charge
- 19Chapter 7 — Capacity of Storage Batteries
- 20Chapter 8 — Internal Resistance
- 21Chapter 9 — Care of the Battery on the Car
- 22“Dope” Electrolytes
- 23Chapter 10 — Storage Battery Troubles
- 24Plate Troubles
- 25Sulphation
- 26Buckling
- 27Shedding, or Loss of Active Material
- 28Loose Active Material
- 29Impurities
- 30Corroded Grids
- 31Granulated Negatives
- 32Heating of Negatives Exposed to the Air
- 33Negatives With Very Hard Active Material
- 34Bulged Negatives
- 35Negative With Soft, Mushy Active Material
- 36Negatives With Roughened Surface — Frozen Positives
- 37Rotted, Disintegrated Positives
- 38Buckled Positives
- 39Positives That Have Lost Considerable Active Material
- 40Positives With Soft Active Material
- 41Positives With Hard, Shiny Active Material
- 42Plates Which Have Been Charged in Wrong Direction
- 43Separator Troubles
- 44Jar Troubles
- 45Battery Case Trouble
- 46Trouble With Connectors and Terminals
- 47Electrolyte Troubles
- 48General Troubles
- 49Battery Discharged
- 50Dead Cells
- 51Loss of Capacity
- 52Loss of Charge in an Idle Battery
- 53Section II — Shop Equipment — Shop Methods
- 54Descriptions of Tools and Equipment Named in Foregoing List Chargin…
- 55Constant Current Charging
- 56Using Motor-Generator Sets
- 57A Few Suggestions on Motor-Generator Sets
- 58Operating the Charging Circuits
- 59Care of Motor-Generator Set
- 60Constant-Potential Charging
- 61The Tungar Rectifier
- 62A. Two Ampere Rectifier
- 63B. The One Battery Rectifier
- 64C — The Two Battery Rectifier
- 65D — The Four Battery Tungar
- 66E. The Ten Battery Rectifier
- 67F. The Twenty Battery Tungar
- 68General Instructions and Information on Tungars
- 69Installation
- 70Line Connections
- 71Battery Connections
- 72Operation
- 73Troubles
- 74Tungar Rectifiers
- 75Mercury Arc Rectifier
- 76Mechanical Rectifiers
- 77Stahl Rectifier
- 78Other Charging Equipment
- 79Charging Bench
- 80Work Bench
- 81Sink or Wash Tank
- 82Lead Burning (Welding) Outfit
- 83Equipment for Handling Sealing Compound
- 84Shelving and Racks
- 85Bins
- 86Battery Steamer
- 87Equipment for Lead Burning (Welding) — Plate Burning Rack
- 88The Burning Lead Mould
- 89Fig. 100 Set of Post Builders
- 90Equipment for Work on Cases
- 91Tools for General Work
- 92Cadmium Test Set and How to Make the Test
- 93How Cadmium Tests Are Made
- 94When Cadmium Readings Should Be Made
- 95Open Circuit Voltage Readings Worthless
- 96What the Cadmium Test Set Consists of
- 97The AMBU Cadmium Voltmeter
- 98Testing a Battery on Discharge
- 99Testing a Battery on Charge
- 100High Rate Discharge Testers
- 101Paraffine Dip Pot
- 102Wooden Boxes for Battery Parts
- 103Earthenware Jars
- 104Acid Carboys
- 105Shop Layouts
- 106Concerning Light
- 107Chapter 12 — General Shop Instructions
- 108Troubles
- 109Suggestions
- 110Lead Burning (Welding)
- 111General Lead Burning Instructions
- 112Burning on the Cell Connectors and Terminals
- 113Burning Plates to Strap and Post
- 114Post Building
- 115Extending Plate Lugs
- 116Making Temporary Charging Connections
- 117Moulding Lead Parts
- 118Handling and Mixing Acid
- 119By Weight
- 120By Volume
- 121Putting New Batteries Into Service
- 122Batteries Shipped Fully Charged, or “Wet.” All Makes
- 123Batteries Shipped “Dry”
- 124Table of Initial and Repair Charging Rates
- 125Vesta Batteries
- 126Philadelphia Diamond Grid Batteries
- 127Charging Rates · Table — No. 1 — Table No.2
- 128Willard Bone-Dry Batteries
- 129Unfilled Willard Wood Insulated Batteries
- 130Preparing Westinghouse Batteries for Service
- 131The Prest-O-Lite Assembled Green Seal Battery
- 132Initial Charge — -52 Hours
- 133Installing a Battery on a Car
- 134Storing Batteries
- 135“Wet” Storage
- 136Series on 115 Volt Line
- 137Dry Storage
- 138Determining Age of Battery
- 139Exide Age Code
- 140Prest-O-Lite Age Code
- 141Prest-O-Lite Factory Marks
- 142Titan Age Code
- 143Rental Batteries
- 144Terminals for Rental Batteries
- 145Radio Batteries
- 146Vesta Radio Batteries
- 147Exide Radio Batteries
- 148Willard Radio Batteries
- 149Westinghouse Radio Batteries
- 150Philadelhia Radio Batteries
- 151Initial and Recharge Charging Rate
- 152U. S. L. Radio Battery
- 153Prest-o-Lite Radio Batteries
- 154Table of Prest-O-Lite Radio Batteries — Universal Radio Batteries
- 155“Dry” Storage Batteries
- 156Discharge Tests
- 157The 15 Seconds High Rate Discharge Test
- 158Lighting Ability Discharge Tests
- 159Starting Ability Discharge Tests
- 160“Cycling” Discharge Tests
- 161Discharge Apparatus
- 162Packing Batteries for Shipping
- 163Storing Separators
- 164Reinsulation
- 165Safety First for the Battery Repairman
- 166Testing the Electrical System
- 167Tests to Be Made by the Repairman
- 168Troubles
- 169Adjusting Generator Outputs
- 170How and When to Adjust Charging Rates
- 171Testing and Filling Service
- 172Service Records
- 173Fig. 183 Front & Back of the Battery Service Card
- 174Chapter 13 — Business Methods
- 175Purchasing Methods
- 176The Use and Abuse of Credit
- 177Proper Bookkeeping Records
- 178A Daily Exhibit of Your Business
- 179Expenses and Profits
- 180Invaluable Monthly Comparative Information
- 181Chapter 14 — What’s Wrong With the Battery?
- 182Chapter 15 — Rebuilding the Battery
- 183What Must Be Done With the Battery?
- 184Examining the Plates
- 185When to Put in New Plates
- 186When the Old Plates May Be Used Again
- 187What to Do With the Separators
- 188Find the Cause of Every Trouble
- 189Eliminating “Shorts”
- 190Charging
- 191Washing and Pressing the Negatives
- 192Washing Positives
- 193Burning on Plates
- 194Work on the Jars
- 195Testing Jars
- 196Removing Defective Jars
- 197Repairing the Case
- 198Reassembling the Battery
- 199Putting Elements in Jars
- 200Filling Jars With Electrolyte or Putting on the Covers
- 201Use 1.400 Acid
- 202Putting on the Covers
- 203Sealing Compounds
- 204Sealing Double Cover Batteries
- 205Sealing Single Cover Batteries
- 206Burning-on the Cell Connectors
- 207Marking the Battery
- 208Cleaning and Painting the Case
- 209Charging the Rebuilt Battery
- 210Adjusting the Electrolyte
- 211High Rate Discharge
- 212Chapter 16 — Special Instructions
- 213Type Numbers
- 214Methods of Holding Jars in Case
- 215Opening Exide Batteries
- 216Work on Plates, Separators, Jars, and Case
- 217Reassembling Plates
- 218Putting Plates in Jars
- 219Filling Jars With Electrolyte
- 220Sealing Exide Battery Covers
- 221Chart: Capacity of Exide Batteries
- 222Burning on the Cell Connectors — Charging After Repairing
- 223U. S. L. Batteries
- 224Chart: Capacity of USL Batteries — Page 1
- 225Prest-O-Lite Type “N” Post Locking Outfit
- 226To Remove Cell Covers From Elements
- 227To Rebuild Posts
- 228To Lock or Peen Posts
- 229Precautions in Post Locking Operations
- 230General Instructions
- 231The Philadelphia Diamond Grid Battery
- 232New Development in the Philadelphia Battery
- 233The Philadelphia Separator
- 234The Eveready Storage Battery
- 235Description of Parts
- 236Repairing Eveready Batteries
- 237Vesta Batteries
- 238The Vesta Type “D” Battery
- 239Type “Dj”
- 240Vesta Separators — Vesta Post Seal
- 241Westinghouse Batteries
- 242Westinghouse Plates
- 243Types of Westinghouse Batteries
- 244Type “B” Batteries
- 245Type “C” Batteries
- 246Type “E” Batteries
- 247Type “H” Batteries
- 248Type “J” Batteries
- 249Type “0” Batteries
- 250Type “F” Batteries
- 251Willard Batteries
- 252Willard Batteries With Compound Sealed Posts
- 253Willard Batteries With Lead Inserts in Covers
- 254Willard Gasket Type Batteries
- 255Willard Separators
- 256Universal Batteries
- 257One-Piece Battery Containers
- 258The Titan Battery
- 259Chapter 17 | Farm Lighting Batteries Special Instructions
- 260Prest-o-Lite Farm Lighting Batteries
- 261Rebuilding Prest-O-Lite Farm Lighting Batteries
- 262Exide Farm Lighting Batteries — Batteries With Sealed Glass Jars
- 263Battery Gauges and Instruments for Testing
- 264The Ampere-Hour Meter
- 265Hydrometers
- 266When and How to Charge Battery
- 267Carry Heavy Loads Greater Than 10 Amperes
- 268Where Small Load Is Used
- 269Inspection Trips
- 270Sediment Space Filled
- 271Check Ampere-Hour Meters
- 272Voltage Readings
- 273Repairs
- 274Disassembling a Cell
- 275Assembling
- 276Inserting Locking Pin
- 277Sealing Covers
- 278Filling Cell With Electrolyte
- 279Charging
- 280Adjusting Gravity of Electrolyte
- 281How to Repair Delco-Light Cells
- 282Treating Spilled Cells
- 283Treating Badly Sulphated Cells That Have Been in Service
- 284Treating Reversed Cells
- 285Removing Impurities
- 286Clearing High Resistance Short Circuits
- 287Clearing Lug Shorts
- 288Putting Repaired Cells Back in Service
- 289Charging Outside Negative Plates
- 290Pressing Negative Plates
- 291Salvaging Replaced Cells
- 292Repairing Lead Parts
- 293Repairing Broken Posts
- 294Burning on Straps
- 295How to Eliminate Burning on Straps by Use of an Auxiliary Strap
- 296Burning on New Plates
- 297Keeping Wood Separators in Stock
- 298Freezing Temperature of Electrolyte
- 299Care of Cells in Stock
- 300Taking Batteries Out of Commission
- 301Putting Batteries Into Commission After Being Out of Service
- 302General Complaints From Users and How to Handle Them
- 303Other Exide Farm Lighting Batteries
- 304Batteries With Open Glass Jars
- 305Batteries With Sealed Rubber Jars
- 306Westinghouse Farm Lighting Batteries
- 307Opening and Setting-Up Westinghouse Farm Lighting Batteries
- 308The Relation Between Various Sizes of Westinghouse Farm Light Batte…
- 309Table A
- 310Table B
- 311Willard Farm Lighting Batteries
- 312Glass Jar Batteries. Fully Charged and Filled With Electrolyte
- 313Unpacking
- 314Inspection of Cells
- 315Connecting the Cells
- 316Willard Glass Jar Batteries Shipped “Knock-Down”
- 317Cleaning the Glass Jars — Preparing the Covers
- 318Assembling the Element and Separators
- 319Sealing Element Assembly in Jar
- 320Filling With Electrolyte
- 321Initial Charge
- 322Wilard Rubber Jar Batteries Shipped Completely Charged and Filled W…
- 323Willard Rubber Jar Batteries Shipped Dry (Export Batteries)
- 324Installing Counter Electromotive Force Cells
- 325Definitions and Descriptions of Terms and Parts
- 326Index — A
- 327B
- 328C
- 329D
- 330E
- 331F
- 332G
- 333H
- 334I
- 335J
- 336L
- 337M
- 338N
- 339O
- 340P
- 341R
- 342S
- 343T
- 344U
- 345V
- 346W
- 347A Visit to the Factory
The Automobile Storage Battery
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