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Lucent Technologies Victory Class Batteries WP-93936

Issue 1  May 2000 

Safety  4 - 7

Battery Gases, 
continued

Never tamper with or block the vents of batteries. Damaged or 
clogged vents may result in an explosion due to excessive internal 
pressure. Such an explosion could short circuit other battery 
modules, result in a fire, injure personnel, or cause damage to 
equipment.

Never charge a battery that is visibly damaged or frozen (typically 
at temperatures less than -40°C or -40°F).

Do not disconnect the circuit at the battery terminals while the 
battery is being discharged or charged. 

Isolate the battery string from any power source or load before 
making or removing connections at the battery terminals. If there 
are no devices (fuses, circuit breakers, or disconnect switches) for 
opening the circuit, here are some suggested procedures:

Make sure the free end of any wire to be connected to the 
batteries is insulated until it is ready to be connected to the load 
or charger or immediately after being disconnected from the 
load or charger.

Connect to the battery terminals first before connecting to the 
load or charging system. 

Disconnect at the load or charger first before disconnecting at 
the battery terminals. 

Lucent Technologies recommends not making connections to the 
battery terminals while the circuit is attached to a power source or 
load. However, Lucent is aware that some applications may require 
personnel to perform this function to avoid interruption of service. If a 
situation exists where it is necessary to make connections without 
isolating the battery as stated above, refer to the “Battery 
Replacement” procedure in Section 8, Maintenance

This procedure must only be performed by qualified personnel who 
understand the procedures and the risks involved, have read and 
understand the safety precautions, and have the proper tools and 
personal protection equipment and clothing.

Summary of Contents for Victory WP-93936

Page 1: ...Victory Class Batteries WP 93936 Product Manual Select Code 157 629 705 Comcode 108674615 Issue 1 May 2000 2000 Lucent Technologies...

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Page 3: ...nt Technologies Victory Class Batteries WP 93936 Notice Every effort was made to ensure that the information in this document was complete and accurate at the time of printing However information is s...

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Page 5: ...Service 1 2 On Line Power Systems Product Manuals 1 2 2 Product Description Battery 2 1 Components 2 1 Dimensions 2 2 Specifications 2 3 Features 2 4 Benefits 2 4 Battery Racks 2 5 24V Systems 2 6 48...

Page 6: ...ding 6 5 Back to Back Orientation 6 6 End to End Orientation 6 6 Cleaning Racks 6 7 Cell Installation Guidelines 6 8 Introduction 6 8 Safety 6 8 Unpacking and Handling 6 9 Arrangement 6 10 Measuring S...

Page 7: ...Temperature 7 3 Recharge and Electrolyte Stratification 7 5 Performance Characteristics 7 6 Gassing Rate 7 7 8 Maintenance Overview 8 1 Recommended Procedures and Intervals 8 2 Reference Tables 8 2 S...

Page 8: ...Cell Reversal 9 3 Measurement of Internal Cell Impedance and Conductance 9 3 Plate Polarization Measurements 9 4 10 Discharge and Power Data Introduction 10 1 Battery Discharge Capacity Tables 10 1 11...

Page 9: ...Location and Anchor Bolt Pattern 6 14 Figure 6 6 Initial Assembly With Brace to Frame Connection Reverse View 6 15 Figure 6 7 Support Rail Installation With Detail of Frame and Support Rail Connection...

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Page 11: ...Table 5 B Freezing Temperature vs Specific Gravity 5 2 Table 6 A Torque Requirements for Specific Cell Unit Types 6 24 Table 7 A Equalize Charge Voltages 7 2 Table 8 A Semi Annual Maintenance Procedu...

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Page 13: ...ng reliable service life and reduced lifetime maintenance costs Customer Assistance Contacts Customer Training Lucent Technologies offers customer training on many Power Systems products For informati...

Page 14: ...gies customers around the world For customers in the United States Canada Puerto Rico and the US Virgin Islands call 1 800 255 1402 for information on returning of products for repair For other custom...

Page 15: ...000 Product Description 2 1 2 Product Description Battery Components Figure 2 1 shows a cutaway view of the Victory Class Battery Figure 2 1 WP 93936 Victory Class Battery Cutaway View Positive Plate...

Page 16: ...scription Issue 1 May 2000 Battery continued Dimensions Figure 2 2 provides dimensions of the Victory Class Battery Figure 2 2 WP 93936 Victory Class Battery Dimensions 7 50 5 46 23 60 20 19 23 13 13...

Page 17: ...s Battery are provided in Table 2 A Table 2 A Victory Class Battery Specifications WP 93936 List 1 Ampere Hours 8 hour rate 25 C 77 F 1680 Ah Normal Voltage 2 volts Float Voltage Range 2 17 2 22 volts...

Page 18: ...15544 List 508 product Benefits Minimum maintenance No need for routine specific gravity measurements No need for routine re torquing Utilizes post seal reliability of Round Cell Utilizes two cross dr...

Page 19: ...g xx AWG steel and are epoxy coated to prevent corrosion Tables 2 B and 2 C provide the dimensions in inches of the battery racks Figure 2 3 illustrates the three measurements listed which are given i...

Page 20: ...ne 0 Standard Rack UBC Zones 1 2B UBC Zones 3 4 2T 1R S S 12 6 tier 72 x 24 06 x 69 95 72 x 24 06 x 69 95 72 x 24 06 x 69 95 2T 1R E E 12 6 tier 90 x 18 38 x 70 26 90 x 20 63 x 70 26 90 x 20 63 x 70 2...

Page 21: ...35 38 x 70 26 180 x 39 13 x 70 26 180 x 39 13 x 70 26 2T 1R 24 12 row 144 x 24 06 x 69 95 144 x 24 06 x 69 95 144 x 24 06 x 69 95 2T 1R E E 24 12 row 180 x 18 38 x 70 26 180 x 20 63 x 70 26 180 x 20...

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Page 23: ...nd to End UBC Zone 3 4 Accessory kit for above RD 2206 7 5 Acid spill containment system for above RD 2206 7 5 with floor coating 408056034 408397560 408397792 RD 2206 15 BC4 RE 3881 SCC 94 39 2T2R 15...

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Page 25: ...ards associated with lead acid batteries Follow the procedures noted in the Battery Storage and Installation sections Additional information that everyone needs to understand before having access to t...

Page 26: ...azard is not avoided CAUTION indicates the presence of a hazard that will or can cause minor personal injury or property damage if the hazard is not avoided NOTE or NOTICE indicates instructions that...

Page 27: ...king around batteries or on equipment containing batteries Never tip a cell more than 25 degrees or electrolyte may spill through the vent The following items can be ordered from Lucent Technologies T...

Page 28: ...terminals In a grounded battery system use extreme care not to short any metal objects from the ungrounded battery terminal to ground which can include the equipment metal chassis building structure...

Page 29: ...e typically used in telecommunication utility rooms can operate at high current levels Personnel with electronic medical devices need to be aware of their restrictions when working around electricity...

Page 30: ...Some examples of possible ignition sources that must be avoided include sparks including those from static electricity or from making breaking electrical connections open flame smoking and any tools...

Page 31: ...free end of any wire to be connected to the batteries is insulated until it is ready to be connected to the load or charger or immediately after being disconnected from the load or charger Connect to...

Page 32: ...before making any connections remove the orange shipping plug and insert the vent funnel The vent funnel is designed to ventilate the hydrogen gas from the battery by dispersing the gas through many p...

Page 33: ...should also be considered First Aid Refer to the MSDS in Section 10 for first aid procedures Transportation New batteries are shipped meeting United Nations standard DOT IATA IMDG and other State and...

Page 34: ...lling the safe disposal of lead acid batteries Contact your local Lucent Technologies agent for assistance in disposal of your battery Old used batteries should be considered as Hazardous Waste and tr...

Page 35: ...on storage at 77 F 25 C and is 6 months If storage beyond this time is required or temperature is in excess of 77 F 25 C monitor battery at monthly intervals if possible A convenient measurement techn...

Page 36: ...sunlight Provide adequate ventilation during storage Do not stack pallets of batteries on top of each other Do not allow the electrolyte to freeze as this will severely damage the battery and can caus...

Page 37: ...etween charges Store cells at 77 F 25 C or at a lower temperature but not near freezing If this is not possible you must contact Lucent Technologies Technical Support for assistance and spe cial instr...

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Page 39: ...r apron acid resistant gloves and portable or stationary water facilities for rinsing eyes and skin in the event of contact with electrolyte Insulated 0 65 ft lb torque wrench with 3 8 and 1 2 hex soc...

Page 40: ...ry additional hardware Standard length inter row and inter tier not inter aisle or charger cables are supplied by Lucent Technologies They are approved flexible battery cables with lead plated copper...

Page 41: ...ies are installed racks must be level and cross braces in place All bolts must be tightened to specified torque values Floor loading must be considered in the planning phase Caution Top rows of batter...

Page 42: ...on site in accordance with these assembly instructions the drawings included with the rack shipment and applicable codes Seismic racks are similar to Standard racks with the exception of additional f...

Page 43: ...he responsibility of the customer to secure racks in accordance with allowable floor loading applicable codes and regulations Note Anchor bolts are not provided by Lucent Technologies but are the resp...

Page 44: ...e front and rear frames and respective cross braces Use 3 16 spacers and or washers to fill gaps between adjacent frames See Figure 6 3 End to End Orientation Where a continuous rack string is require...

Page 45: ...continued Cleaning Racks Clean the rack s and the area surrounding the installation to remove abrasive materials and residual building materials before installing cells This will not only reduce the...

Page 46: ...Wrenches and other tools must be insulated Observe local state and national electrical codes at all times Always work with the battery ungrounded Battery ground connections if required should be made...

Page 47: ...its in notches in the spreader board Use the loops in the sling to hoist the cell At the first opportunity check the electrolyte level in each cell It should be between the high and low level lines on...

Page 48: ...type racks it is permissible to load the middle of the top step first to avoid reaching across cells that could be installed on the bottom step On multi tier type racks always begin installing cells o...

Page 49: ...lls If there are an even number of tiers or steps the battery will terminate on a common end If there are an odd number of tiers or steps it will terminate at opposite ends Cells at the end of each ro...

Page 50: ...other solvents For Seismic racks place spacers supplied with battery racks between cells Add front and end restraining rails and install front to back restraining rail tie rods for Seismic racks End r...

Page 51: ...bulb The glass parts of the hydrometer syringe should be washed with soap and warm water as needed and rinsed with clear water to keep them clean and accurate The specific gravity of a fully charged V...

Page 52: ...ist Do not assemble rack if parts are missing or quantities are incomplete Location of Rack Assembly 2 On the battery room floor mark the rack layout the rack footprint rack frame locations and anchor...

Page 53: ...direction 4 Install back cross braces finger tight See Figure 6 6 Note If front cross braces are to be installed do not install at this time Note Cross bracing pattern along the length of the rack ma...

Page 54: ...sembly drawing 7 Install rail covers 8 An internal external star washer is used in place of lock washer on bottom tier or step for grounding connection The optional third rail should be installed at t...

Page 55: ...t rail prior to installing cells Leveling and Securing Rack Assembly 12 Check that the rack is level and square 13 Torque down all bolts First torque the cross brace bolts to 55 65 ft lbs then torque...

Page 56: ...e center of the row Pay attention to polarities and terminal placement All cells should be pushed back against rail and cover Up to 1 8 inch gap between restraint rail and cells is acceptable Note Do...

Page 57: ...nt Restraint Rail Seismic Only 6 With the batteries in place slide the front side support rail and cover up from its resting location to its mounting location aligning with rear side restraint rail In...

Page 58: ...nd battery unit Note that the corner bracket may be reversed by 180 if required Install all front cross braces if indicated by rack assembly drawing Torque to 55 65 ft lbs See Figure 6 11 for final ra...

Page 59: ...succeeding numbers to the highest potential cell of the battery string Remove the plastic backing and firmly press the number into position on the appropriate cell Be careful not to scratch the plasti...

Page 60: ...th dirt or residual acid 2 With a neutralizing solution consisting of one pound baking soda mixed with one gallon water wipe the cover post and post seals with a cloth moistened with the neutralizing...

Page 61: ...nch paint brush to apply NO OX ID to both sides of the middle holes and to cell posts To achieve a continuous film of protective NO OX ID finish the completely assembled battery with a hot air gun or...

Page 62: ...ed open end wrench in counter torque 3 Align cells so the inter cell connectors match up with the holes of the terminal posts The two inter cell connectors must be placed on opposite sides of the post...

Page 63: ...ting and torquing all cells in the battery and prior to connecting to the charger or dc system recheck the torque of all connections in sequence 2 Immediately check the total voltage of the battery us...

Page 64: ...your location application test equipment identification and name of the person who took the readings For convenience use the form in Section 11 of this manual Make a photocopy of the form so the orig...

Page 65: ...the allowable time before initial and subsequent charging Float Charge Standby batteries are continuously connected to control circuits that must be energized at all times Connected to a load in para...

Page 66: ...lts Per Cell Vpc Maximum Time in Hours at Maximum Cell Voltage 1 215 2 38 100 Applies to average cell voltage Battery voltage should be set at average cell voltage multiplied by the number of cells in...

Page 67: ...charge The gases produced by charging will displace the electrolyte and will raise it to an acceptable level between the high and low level marks on the container Had the level been adjusted to the Hi...

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Page 69: ...supporting peak loads In such cases the battery would be exposed to numerous partial discharges In float service the charger voltage is regulated and filtered and the battery is operated in a controll...

Page 70: ...um to 90 F 32 C maximum 77 F 25 C yearly average Operating temperature limits to prevent mechanical and or performance degradation or failure is 32 F 0 C minimum to 120 F 49 C maximum at standard atmo...

Page 71: ...apability increases self discharge or local action losses lowers cell voltage for a given charge current raises charging current for a given charge voltage shortens life increases water usage increase...

Page 72: ...attery life will be extended Determine the percent of rated capacity for the battery at 77 F 25 C using the following formula Rated Capacity discharge time minutes rated discharge time minutes 100 K V...

Page 73: ...ity measurements taken at the top of the cell will be lower than those taken at the bottom This physical condition is called electrolyte stratification Stratification does not materially inhibit the a...

Page 74: ...esistance has increased by 10 for example when discharged at its 8 hour rate will experience a loss of approximately 10 of its reserve capacity or provide only 7 2 hours of support But the same batter...

Page 75: ...maximum of two 2 percent of the total free volume in the battery area In flooded lead acid batteries the gassing rate approaches the theoretical value calculated from the dissociation of water From e...

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Page 77: ...e as a valuable aid in determining the need for battery replacement Note These recommended procedures use cell voltage measurement as an indicator of acceptable operation The frequency of battery insp...

Page 78: ...ndividual cells for crystals Check and record reference cell temperature Check electrolyte levels Check string voltage Table 8 B Annual Maintenance Procedures Procedure Check individual cell float vol...

Page 79: ...ability of a crystalline cell to deliver capacity is to make a specific gravity reading If the specific gravity is within 0 01 of the nameplate value the reduction in cell capacity will be approximat...

Page 80: ...lead sulfate crystals on the cells This is normal with all lead acid cells since lead sulfate is the material produced when a lead acid cell is discharged If the cause of the lead sulfate crystals is...

Page 81: ...ee if a plant discharge has occurred 2 Measure the cell voltage If a crystalline cell reads 2 09 volts or less and the crystal deposit is heavy the cell is shorted and should be reported to Lucent Tec...

Page 82: ...n the same string should be within 5 F 2 8 C of each other The top row of 3 tier stands is particularly apt to have higher temperatures than the bottom row Where necessary use fans or other means of v...

Page 83: ...ded only once every 5 years Use only distilled water deionized water or other water approved for storage battery use to bring electrolyte up to the required level When the actual electrolyte temperatu...

Page 84: ...130 2 volts Individual cell voltages should typically be within 0 05V of the average Taking Voltage Readings To make battery readings use a DMM Digital Multimeter with the accuracy of 0 02 percent on...

Page 85: ...ilure and leakage of electrolyte Covers and containers should be clean and dry at all times Cleaning Cell Jars and Covers Step Action 1 Wipe the outside of the cells as necessary with a cloth moistene...

Page 86: ...lines Clean the contaminated flame arrestor stone in a mild solution of baking soda and water Provide a final rinse in water and allow the stone to dry All white deposits should be removed from the st...

Page 87: ...fe and efficient operation of any battery This is the sole responsibility of the installer user Connections must be inspected at least once a year for the following Cleanliness Remove all corrosion by...

Page 88: ...rent Voltage drop between rows for standard inter tier inter step cables is typically less than 100 millivolts at rated current Measuring Connection Resistance Checking voltage drop with conventional...

Page 89: ...hm resistances and noting connections with unacceptable resistances or resistance values that exceed the average by 20 percent Never use the DLRO to take a reading across a cell or the terminals of th...

Page 90: ...ses this may require an equalize charge or in cases of sulfation other action Call Lucent Technologies Technical Support Battery must remain at float voltage for at least 72 hours prior to test This i...

Page 91: ...perly installed before making any electrical connections to the new battery The string and new cell has been at float less than 2 20 volts cell for at least 48 hours The time the new cell is left on o...

Page 92: ...gth cables see Figure 8 1 DANGER RISK OF EXPLOSION The string and new battery must be verified to have been on float charge at a voltage less than 2 20 volts cell for at least 48 hours before performi...

Page 93: ...ration and maintenance Batteries on Open Circuit As soon as a battery is removed from a charger self discharge begins Even under the best conditions lead calcium cells will self discharge at a rate of...

Page 94: ...cept for an observed increase in charging current As the reaction proceeds over an extended period of time the short circuits become so extensive that it is difficult to keep the cells charged Finally...

Page 95: ...the plates are not visible in VRLA batteries many of the visual analytical techniques that can be used for vented lead acid batteries are not applicable in sealed products Primarily for this reason ot...

Page 96: ...ded average value of cells in a battery the cell may be operating properly This is because the polarization potentials of the positive and negative plates are within an acceptable range Third electrod...

Page 97: ...y Class Batteries Battery Discharge Capacity Tables Table 10 A gives the battery discharge amperes per cell Table 10 B gives the battery discharge watts per cell Note All Victory Class Batteries are c...

Page 98: ...326 299 4 0 358 341 315 294 278 257 5 0 304 289 268 257 242 221 6 0 266 257 242 231 215 205 8 0 210 201 190 181 170 160 10 0 177 169 159 153 142 132 12 0 153 146 138 133 127 118 24 0 86 83 79 75 72 6...

Page 99: ...0 0 673 0 647 0 602 0 565 0 538 0 500 5 0 0 575 0 550 0 513 0 496 0 468 0 430 6 0 0 506 0 492 0 465 0 447 0 418 0 400 8 0 0 403 0 387 0 368 0 352 0 332 0 314 10 0 0 342 0 327 0 310 0 299 0 279 0 260...

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Page 101: ...ollow the instructions in Section 6 Unpacking and Handling and Installation Records to begin the recordkeeping on the Storage Battery Report The installer should then turn these records over to the Ma...

Page 102: ...RY LENGTH MAINTENANCE CHARGE FROM INITIAL CHARGE TO TURNOVER VOLTS IN EXCESS OF 2 00 TOTAL HOURS OF CHARGE GRAVITY IN EXCESS OF 1 000 NOTE 3 NOTE 3 MEAS CORR NOTE 7 NOTE 6 INDIVIDUAL MEASUREMENTS 1 4...

Page 103: ...YMBOL ALL CELLS SECOND AND THIRD SYMBOL FOR HARD RUBBER CELLS SECOND AND THIRD SYMBOL FOR PLASTIC CELLS WATER ADDED ELECTROLYTE REMOVED ELECTROLYTE ADDED SECOND AND THIRD SYMBOL INDICATES PINTS IF LES...

Page 104: ...DEC DEC String A Cell s w crystals Temperature Reference Cell Water Added to Cell s or OK Cell s w crystals Temperature Reference Cell Water Added to Cell s or OK Cell s w crystals Temperature Refere...

Page 105: ...e Time Duration Remarks Initials if applicable Cell 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Annually Check and Record Individual Cell Float Voltages Check Battery Cycle Monitor...

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Page 107: ...echnologies Victory Class Batteries WP 93936 Issue 1 May 2000 Material Safety Data Sheet 12 1 12 Material Safety Data Sheet This section contains the Material Safety Data Sheet for the Victory Class B...

Page 108: ...Lucent Technologies Victory Class Batteries WP 93936 12 2 Material Safety Data Sheet Issue 1 May 2000...

Page 109: ...Lucent Technologies Victory Class Batteries WP 93936 Issue 1 May 2000 Material Safety Data Sheet 12 3...

Page 110: ...Lucent Technologies Victory Class Batteries WP 93936 12 4 Material Safety Data Sheet Issue 1 May 2000...

Page 111: ...Lucent Technologies Victory Class Batteries WP 93936 Issue 1 May 2000 Material Safety Data Sheet 12 5...

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Page 113: ...nditions applicable to new products are listed below The Warranty Period commences on the date of manufacture Temperature and maintenance records shall be maintained by Customer in accordance with Sel...

Page 114: ...is not readily returnable for repair Seller will repair the Product at Customer s site C If notification of defect is Within the years of the full replacement portion of the Warranty Seller will at it...

Page 115: ...tive conditions or nonconformities resulting from actions of anyone other than Seller or its subcontractor caused by any of the following modifications misuse neglect accident or abuse improper wiring...

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