SPH Ni-Cd battery Instant power - Davidson Sales

1 SPH Ni-Cd batteryInstant powerApril 20072 Your critical hospital, traffic control , power generation plant or offshoreapplication can be seriously endangered without the guarantee of reliableback-up power . Saft batteries offer powerful protection with designed-indurability, low maintenance and low performance in critical applicationsSaft SPH battery s reliability incritical situations makes it theperfect choice for UPS, enginestarting and many other highrate discharge low life cycle cost,low maintenance batterySaft SPHV alve RegulatedLead Acid3 Saft SPH is your key to safety andproductivity, efficiently operatingwherever and whenever cost-efficient all roundsolutionEngineers and manufacturersaround the world fit SPH asoriginal equipment and to replaceold lead acid products. Saftexperts will match battery weight,size and performance to perfectlymeet your to the long life and lowmaintenance of the SPH batteryyou can benefit significantly fromsavings over regular replacement,maintenance and down-time coststhat attend lead acid power supplySPH delivers the high power withina narrow voltage window that isessential for UPS.

2 Sintered/pbe iswell-proven technology givingexcellent performance anddurability, without the risk ofsudden electrical engines, every timeIn conditions off-shore, on-shore,on industrial production lines andin hospitals committed to meetdemanding schedules, SPH Ni-Cdhigh power and reliability can makea life and death in all conditions:a worldwide languageSome of the world s most criticalinstallations rely on Saft SPH fortop performance and total peaceof mind: Buenos Aires Hospital,Rome ATC, Finnish DefenceMinistry, AT&T, Amoco, ElfSerepca, Qatar Gas ExtractionPlant, Mitsui Engineering andShipbuilding, Thai Oil Company,Bahamas Cititrust Bank, togetherwith industrial and operating betweentemperatures of 20 C to +50 C( 4 F to +122 F), SPH batteriescan tolerate extremes of 50 C to+70 C ( 58 F to +158 F) for shortperiods.

3 They can also remain instorage for many years beforecommissioning without affectingsubsequent Ni-Cda proven designOptimum size and weightSPH batteries are generally interchangeable withother batteries used in UPS systems and enginestarting voltage windowSaft s advanced nickel-cadmium technology andwell-proven sintered/plastic bonded electrodedesign together provide optimum high power in a constrained voltage window isparticularly geared to UPS and often allows asmaller battery capacity to be nickel-cadmium SPHbatteries are perfectly suitedfor UPS and engine resistance to electricalabuseThe SPH range tolerates highripple current and remainsunaffected by deep or completedischarge, high charge currents orvoltage temperature constraintsSPH batteries maintain their highperformance levels even in themost punishing climates andtemperatures, in hot and remotedesert locations or freezing arctictemperatures.

4 At 20 C ( 4 F)SPH still provides more than 90%of its rated capacity where leadacid is virtually unusable corrosive fumesSPH s alkaline electrolyte producesno corrosive fumes, thereby givingno risk of corrosion to sensitiveelectrical or electronic rechargingSPH will recharge faster than aVRLA battery , minimizing theperiod when your power supply isnot protected, or more rapidlybeing available for your next storageSPH batteries do not needrefreshed charging and willoperate with complete reliability,even after years in in service tooThe SPH s structure makes itresistant to internal a result there is no risk ofsudden death, the serious problemthat unpredictably affects lead lifetimeThe SPH has an exceptionally longlifetime of over 20 years three tofive times the life-expectancy of aVRLA performance enginestartingSPH can provide very highcurrents of up to 20 times thebattery s nominal capacity.

5 Thishigh cranking current allows for abattery with a lower capacity and alower cost, distinct advantagesover VRLA. Additionally, SPH ssintered positive and compactplastic-bonded negative electrodeenable it to maintain highperformance levels throughout itslife, even when it is holds a large electrolytereservoir that, together withsintered/plastic-bondedelectrodes and robust steelconstruction, gives the cell itscapability to function even in harsh alkaline solution does not alterduring electro-chemical reactionsand does not react with steelcomponents. As a result the cellwill not prematurely age and willcontinue in faithful service for up to 20 years or round performanceSeparatorContainerPlastic bondednegative electrodeSinteredpositiveelectrodeLargee lectrolytereserve withvisible levelBayonet flamearresting vent plugSPH advanced technology with proven reliabilityVirtually maintenance-freeUnder normal conditions SPHbatteries will require nomaintenance within 10 years otherthan routine checks.

6 This electro-chemistry makes sudden deathimpossible and keeps performancehigh whilst maintenance remainsvery battery may be safely storedfor many years without affectingperformance. Predictable life-costsnow make long-term technology to rely onSaft s sintered/pbe technology hasa proven track-record of reliabilityand a rapid recharge capability ateither single or dual are the essential batterycharacteristics where uninterruptedpower or quick engine startingmust be time in yearsSPH Battery10 years-plus VRLA battery +25 C+30 C+35 C+40 C+45 C+50 C+5550101520 C+77 F+86 F+95 F+104 F+113 F+122 F+131 FSizing calculation made easyCalculations can be quickly madewith WinSize, Saft s easy-to-usebattery sizing software. Afterinputting performance criteria,WinSize establishes the crankingcurrent/ battery size for yourengine starting application, or theideal battery for your UPS stand-byrequirement.

7 With SPH s very highcurrents, you may find a lowercapacity battery is suitable,giving a lower total Saft on the webOn our will find details on Saft s Ni-Cdbattery ranges and , ask for assistanceon battery specification via theSaft Worldwide versus Valve Regulated Lead Acid: variation of lifetime according totemperatureSPH versus Valve Regulated Lead Acid: variation of cranking performanceaccording to temperatureWorldwideexpertise for industryTemperature% of cranking performanceSPH BatteryLimit of VRLA capacity-20 C-10 C+10 C+20 C+30 C+40 C+5060507080901001100 CLead Acid Valve Regulated battery C F-4 F+14 F+50 F+68 F+86 F+104 F+122+32 F78 Cell capacityand dimensionsSPH batteries fulfil all requirements specified by IEC publication retardant (F) option available. Please add % to are normally supplied as single cells, taped together into blocks or assembled in steel cratesSPH ofliquidelectrolyteaboveplatesSPHtypeCap acityat the 5hr rateLength per cellLWidth per cellWOverall per cellmminmminmminkglbccAhMountingSaft recommend that Ni-Cdbatteries are mounted ontosuitable racking or into cabinetsfor safety during , purpose-built racks inplastic-coated steel can besupplied unassembled for easyinstallation on variety of rack dimensions isavailable.

8 For rack information andadvice on the battery configurationthat best suits your installation,contact charging is made atconstant voltage. The charge canuse either single or dual ratecharging (charging voltage at+20 C/+68 F).Single V/cellat +20 C/+68 FDual rate:High rate charge V/cellat +20 C/+68 FFloat charge V/cellat +20 C/+68 FAt +20 C/+68 F, the above valuesensure 10 topping-up free yearswith a single rate is not necessary to limit thecurrent during charge at 11 - SPH 80M10 SPH 90 - SPH 150M12 SPH 170 - SPH 3202 x M12 Setting standardsAt Saft, our world standingenables us to meet, and regularlyexceed current internationalspecifications (IEC, UL, IEEE, etc.)and we will maintain a leadingposition in the market for datafor engine starting applicationsAvailable amperes at +20 C 5 C (+68 F 9 F)Final voltage.

9 V/cellSPH 1616139156167181194215235 SPH 2121182205219237254282309 SPH 2424208234250271291323353 SPH 2828243273292316339376412 SPH 3636313351375407436484530 SPH 4545391439469509545605662 SPH 5252451508541588630699765 SPH 6060520586624678727807883 SPH 70706076847287928489411030 SPH 808069478283290596910751177 SPH 9090709826895997109012101290 SPH 1001007879179941110121013401430 SPH 115115885104011201250137015101600 SPH 130130997115012501390151016701780 SPH 1501501150133014401600174019302050 SPH 1701701340156016901880205022802430 SPH 1901901500174018902100230025502710 SPH 2202201690198021402390262028903060 SPH 2502501920225024302720298032903470 SPH 2802802150248026803000325036003820 SPH 3003002300266028703210348038574100 SPH 3203202390276029903330364040004270 SPHtypeCapacity(C5Ah) amperes at +20 C 5 C (+68 F 9 F)

10 Final V/cellPerformance for fully charged cells by a constant current charge according to IEC 60623 standardSPH 1111149161177185202225 SPH 1616217234257270294328 SPH 2121285307338354385430 SPH 2424325351386404440492 SPH 2828380410450472514574 SPH 3636488527579607660738 SPH 4545610658724758826922 SPH 52527057618378769541070 SPH 6060813878966101111011235 SPH 707094910241127117912841440 SPH 8080108511711288134814681646 SPH 9090112012301400150016501790 SPH 100100124013701560166018301990 SPH 115115140015401760186020802230 SPH 130130157017201950208022902470 SPH 150150182019902250240026402850 SPH 170170211023202650283031203380 SPH 190190236025902960316034903780 SPH 220220268029503360356039904270 SPH 250250305033603820405045304850 SPH 280280339037104200448049305330 SPH 300300363039704500480052905710 SPH 320320376041604710497054805930 SPHtypeCapacity(C5Ah) datafor stationary applicationsPerformance after prolonged float charge of fully charged cellsAvailable amperes at +20 C 5 C (+68 F 9 F)Final voltage: V/cellSPHC apacityHoursMinutesSecondstype(C5Ah)8532 906030201510513051 SPH 13201420 SPH 1210 14801590 SPH 1400 17101840 SPH 1420 1590 19502100 SPH 1590 1790 21802350 SPH 1250 1700 1910 23402510 SPH 1330 1820 2040 24902680 Available amperes at +20 C 5 C (+68 F 9 F)Final voltage.