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�� ii�. �ii�� � <br /> - r . . ��ir _ _ <br /> ' � NP �ERIES - NP7-12 <br /> . <br /> Reliability is your Security �� <br /> Utilizing the latest advance design Oxygen , , <br /> Recombination Technolo Yuasa have a lied their ���`��:�}µ�t��� <br /> 9Y� PP � A�,���_,,....�.�- �� <br /> 80 years of experience in the lead acid battery field to �' s���s��"�"' � <br /> , � �-��x::�:,�< .fi� <br /> �-�� ,_�4 <br /> �;.:;fl�; <br /> produce the optimum design of Sealed Lead Acid �.���� "��'',.�:"=---�--� �#x,y,, <br /> batteries. � �#�.�f-{.= �-� � `" . <br /> . t.,.��g�f:,.��,�: <br /> ' naq.#:ar.f'L.k �a r�'�-s'-bC�T.T�(�f'. .mwrve+R��`.�• ' <br /> itk�"�"s�f}f. ' <br /> `e�S, qY'^.'a` ' <br /> FEATURES . ' ��_� �.� <br /> • Superb recovery from deep discharge. � � � <br /> • Eleetrolyte suspension system. Tet'm111a1S <br /> • Gas Recombination. - NP batteries are manufactured using a range of terminals <br /> • Multipurpose: Float or Cyclic use. which vary in size and type. Please refer to detaiis as <br /> • Usable in any orientatian <br /> • Superior energy density. � . � shown. <br /> • Lead calcium grids for extended life. : OpePatiOn in any OrielltatlOn <br /> ' • Manufactured World wide. The combination of sealed construction and Yuasa's <br /> • Applicatian specific designs. unique electrolyte suspension system aifows operation in <br /> Te�htllCal Fe��t,It'�S . . anyorientation,withno,lossofperFormanceorfearof <br /> Sealed Construction , ` electrolyte]eakage. _ <br /> Yuasa's unique construction and sealing technique Valve Regulated Design <br /> r ensures na electrolyte Ieakage from case or terminals. The batteries are equipped with a simple, safe Iow <br /> EIeCt�Olyte Susp�nSiOtl System pressure venting system which releases excess gas and <br /> "' All NP batteries utilize Yuasa's unique electralyte suspension autamatically reseals should there be a build up of gas <br /> : system incorporating a microfine glass mat to retain the , within the battery due to severe overcharge. Nate.On no <br /> ma�mum amount of electrolyte in the cells.Tf�e electrolyte is accaunt shauld the battery be charged in a sealed <br /> retained in the separator material and there is no free container. � <br /> electrolyte to escape fram the cells.tVo geis or other �„��?ner���p�Ci�OC�$��D�"'dS <br /> contaminants are added. <br /> Control of Gas Generation Nominat Capacity{Ah} . NP'7-12 <br /> The design ofYuasa's NP batteries incarporates the very latest �-�y4�$ 2phrto 1'75vpc30°c 7 <br /> oxygen recambination technology to effectively cantrol the �����Q�.���p���°� -6.� <br /> '�generation af gas�during normal use, ' i ; L�. � 5hr to 1.7pvpc 20°C 5�.9 <br /> Low Maintenance Operat,ion ; ? � �nrt�� .so�,�2o�c : 4.2 <br /> Due,ta the perfectly sealed construcfian and the` , � ' (� ° � Voltage • �2 °_ <br /> recomb"snatian of gasses wifhin the cell,the batkery is� ! � - �" <br /> � Elif;f�)t C}6t1SI�j/�(Wh.L.2flhr} �� ` <br /> almost maintenance free. � <br /> ' . ; , � , � �. Specific Energy�wn.k9.zonr> 32 <br /> TE.'C 1'1'11 Il a I S -- - , ' . _ Inf.Resistance{m.Ohms} 25 ' <br /> ' ' Maximum discharge(A) 4Q/75 <br /> Faston tab:'187 �i � , � Fasion taEa:.25[►' � 8hort Gircuif current{A) ' 210 - <br /> r Dimensians.(mm) <br /> trs a aos � IL�If`_Ti=MAt �so,�.cc< �o{=� TI IC�i-1um�t <br /> .250 6.55 I� .3i 6 T.9b �etlgfh "{rJ� <br /> .`�9 ,185 4.7a ,250 6.35 Width 6� <br /> -— ,124 3.15 .16 4.C} <br /> �� :as� �.8a , ,� .os� a.$ Neishtavera�� 97.5 <br /> .� � � .�59 1.5Q� ""' <br /> . � � , � : ,:a2o n.s Weight(Kg)' 2.65 <br /> :t?31 0.&b <br /> ;. .d2o a.s� i... � � ^, Termina! AID <br /> ~�.�.- ,aa4 o,io-- .�,d.� �ayout - 4 <br /> o �� <br /> Terminal Torque Nm <br /> �l ..i'-,��si�.l � t�-�I I r� � �.��I i 1 � <br />