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i <br /> I <br /> � � i 1 <br /> � � ' I I~ <br /> i <br /> •• � i i . � � , <br /> i j <br /> � ■ ■ ■ i r � , <br /> � . Multi-Appiicat�Qn Per�pherals; ; <br /> r��mplex an� Acces�ories; <br /> � � � � � <br /> , � ; ; <br /> � Batteries and Chargers� � <br /> ; 208�1 Seriesf <br /> � System ; atteries; : <br /> i � , , <br /> � . <br /> � � , � ; <br /> � <br /> _ FEATURES: ' i <br /> • Maint'enance-Free ' � <br /> • �Lead`Acid �" � , <br /> • �Rechargeable f ' •Ep13LEi���.�'P,ICHER .- � <br /> � •iDual�Seal � . ;: a � ; ; <br /> •�Sma{I S.ize � , . <br /> • One-�Piece Moidad Polystyrene Cel{ Cover � ��. ��_, ',_.,°'°�=,�,.:::�.�=�=== � . <br /> • Low Se(f-Discharge Characteristics ` .���.., »�•�.u. - I ' ' <br /> • Pressure Refief Valve Recagnized under ' ����� � , � <br /> U L924 i ; ' <br /> i � ; 2oa��-s2�s ; <br /> I i � <br /> I ; i <br /> DESCR{PTION: � � <br /> The�is�t�plex dual-seal rechargeable batteries are The required capacity of a battery is determined by the <br /> canstructed wi#h individua! cell covers which offer work if is expected'to perform and is eXpressed in j <br /> protec�ion from interceN e{ectrical feakage.This feature ampere-hours. Ampere-hours are the number of ; <br /> minimizes potentiai self-discharge caused by a amperes required,'mu(tiplied by the time in hours the� <br /> conductive path from an adjacent cell that wouid reduce battery is to be used. � <br /> shelf life. Each battery has an attractive outer cover that The ampere-hour capacity of a batter I is determined; <br /> serves;as redundant protection against accidentai by the physical size arid #he number of positive and � . <br /> corras�ve ieakage. Each ceii contains a seif-sealing negative piates. Tfiese batteries wiif defiver 100 to � <br /> pressure relief valve that is a_recognized compone,nt 150 complete charge/discharge cycies. Ali lead-acid � <br /> _ under�UL Standard UL924. bat#eries wil( charg;e mosf efficiently in the range of i � <br /> The"Duai-Seai'" Battary construction iilustrating ths 64°—90°F. � : � <br /> ,features of each cefl is shown in Figure 1. ; � <br /> = ,Use of this type battery eliminates the need for � ' � � <br /> maintenance such as checking electralyte levels, � ' � <br /> adding water, and removing carrosian from terminais. ! � ' <br /> These batteries combine the advantages of dry cell j i , <br /> 'ba#tenes with the economics and reliability of other � � ' <br /> �rechargeabke energy sources. � ; ; <br /> �When�fuliy charged, each cell has a voltage of ' � ' <br /> 'appro�Cimately 2.3 volts on open circuit. When a ' <br /> charg�ng current is flowing the cell has a voltage from ' <br /> 2 28 to 2.32. � ' <br /> i ' <br /> i ' <br /> � I . <br /> . i <br /> ' � � <br /> I � <br /> I � � _ � � <br /> � tS,P3�",n��,,,'���n��r„�corc�:i ca Pt�biie �i n 1- 0 -7 1-� <br />