Instruction/ maintenance manual of the product 6000BP AEG
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EN Pr otect D. Pr ot ec t D . 6 0 00 ( B P) Pr ot ec t D . 1 0 00 0 ( BP ) OPERATING INSTRUCTIONS.
2.
3 Th an k you f or p ur ch as in g th e Pr ot ec t D. U PS f r om A EG Po we r So lut io ns . Th e fo llo wi ng s af ety p r ec au ti on s a r e an i mp or t an t pa rt o f th es e o pe ra ti ng in st ru cti on s.
4 C O NT EN TS 1. No tes on t h es e o pe ra ti ng ins tru c ti on s .. .. . .. .. . .. .. . .. .. .. ... ... ... ... . .. .. . .. .. . . 6 2. Ge ner a l In f orm a ti on .. ... ... ... . .. .. . .. .. . .. .. . .. .. .. ... ... ... ... . .. .. . .. .
5 7. 3. 2 Eve nt l og .. ... .. .. .. .. ... .. .. .. . .. .. .. .. .. .. .. .. . .. .. .. .. .. .. .. .. .. ... .. .. .. . .. .. .. .. .. .. .. .. .. ... .. .. .. . . 49 7. 3. 3 Mea su r em en ts .. .. .. .. .. .. .. .. ... .. .. .. .. ... .. .. .. .
6 O BL IG A TI ON T O P RO V ID E I N ST R UC T IO NS Th es e ope ra ti ng i nst ru ct io n s ar e d es ig ne d to he lp y ou pr ope rl y a nd s af el y i ns ta ll an d op era te t he f oll ow in g U ni nt er ru pt ib le P o we r Su pp ly ( UP S) s yst em s: P r ot ec t D.
7 H AN DL IN G Th e Pr ot ec t D. i s de sig ne d an d con st ru ct ed so t ha t al l o f th e s te ps t ha t ne ed t o be t ak en fo r it s ins ta ll at i on a nd o pe ra ti on ca n be d on e wi th ou t h av in g t o op en t he de vi ce . A ny m ai nt ena nc e or re pa irs a r e to b e p er fo rm ed b y qu al i fie d te ch ni ci an s on ly .
8 2 .1 T EC HN O LO G Y Pr ot ec t D. i s an u ni nte rr up ti bl e p ow er s up ply ( UP S) f or ra ck m o un te d lo ad s su ch as PC s, w ork st at io ns , s er ve rs , n et wo rk c om po ne n ts a.
9 2 .2 S YS TE M D E SC R IP T IO N Th e UP S i s co nn ec ted b et we e n th e pu bl ic n et w or k an d th e po we r loa d se gm e nt to b e pr ot ec te d. Th e r ec ti fi er i s po we r ed f r om t he m a in s an d co nv er ts t he AC v ol t ag e in to a st ab il ize d DC v ol tag e to f e ed t he i nv er te r .
10 In t he ev en t of m ain s pr ob le ms ( e. g. p ow er ou ta ge s) , pow er i s s up pl ie d to t he lo ad s egm en t wi th out a n in t er ru pt io n fr om the i nv er te r , wh ich n ow u se s t he ba tt er y. S in ce n o s wi tc hi n g is r equ ir ed , th e lo ad s eg me nt ex pe ri en ces n o po we r su pp ly in te rr up ti on at a ll .
11 2 .3 T EC HN I CA L D A T A T yp e ra ti ng Pr ot ec t D. 6 00 0 60 00 V A (c os ϕ = 0. 9 la g) 540 0 W Pr ot ec t D. 1 00 00 10 00 0 V A ( co s ϕ = 0 .
12 Ov er lo ad be ha vi or wi th e xis ti ng n et w or k T o 10 2 % co nti nu ou sl y; ≥ 10 2 % – < 13 0 % for 2 m in . ≥ 13 0 % – < 15 0 % for 3 0 s Au to ma tic s ea ml .
13 Ba tt er y v ol ta ge V is ua l an d a ud ib le a la rm a t 1 .9 0 V / ce ll T yp e of b at ter y Se al ed le ad -a ci d bat te ry ( V RL A) sp ec . typ e fo r hi gh- cu rr en t di sc ha r ge Pr ot ec t D. 6 00 0 15 b lo cks a t 12 V 5 Ah Pr ot ec t D.
14 Hu mi di ty 0 - 95 % ( non -c on de ns ing ) In st al lat io n he ig h t Up t o 100 0 m at n omi na l po w er ( fo r us e ab ov e 10 00 m , p ow er l os s i s eq ua l t o 1 % pe r 10 0 m) Pr .
15 Di me ns ion s (g r os s (p a ck ag ed )) Pr ot ec t D. 6 00 0 W 58 0 mm x D 80 0 mm x H 54 0 mm Pr ot ec t D. 1 00 00 W 58 0 mm x D 80 0 mm x H 67 5 mm Pr ot ec t D. 6 00 0 BP W 58 0 mm x D 8 00 mm x H 35 5 mm Pr ot ec t D. 1 00 00 B P W 58 0 mm x D 8 00 mm x H 35 5 mm Gu id el ine s Th e Pr ot ec t D.
16 3 .1 G EN ER A L S AF E TY IN S TR U CT I ON S Re ad t hes e op er at ing i ns tr u ct io ns c ar efu ll y b ef or e us in g th e UP S Pr ot ec t D.
17 Th e UP S i s an e le ctr ic al d e vi ce t ha t ca n be da ng er ous . Th e dev ic e sh ou ld on ly be o pe ned b y qu al ifie d pe rs on nel . Re pa ir s s ho ul d o nl y be c ar ri ed o ut by q.
18 • En su r e th at n o li qu id s o r fo r ei gn o bj ec ts e nte r th e ho usi ng ! • Do n ot b lo ck t he v ent il at io n ope ni ng s of th e de vi c e! M ak e su r e, f or e xa mpl e, th at c hil dr en do no t in se rt an yt hi n g in to t he v en ti la tio n op en i ng s! • Ne ve r co nn ec t an y hou se ho ld a ppl ia nc es , e.
19 Wh en ev er yo u wo rk wi th b at t er ie s, p le as e ta k e th e fo ll ow in g pr ec au ti on s: • Re mo ve a ll w at ch es , r in gs a nd an y ot he r met al li c j ew el ry ! • Us e on ly t.
20 3 .3 C E CE R TI FI C A TE.
21 4 .1 U NP AC K A N D C HE C K Th e de vic e ha s be en ex te ns i ve ly t es te d an d ch eck ed . Al t ho ug h pa ck ag in g a nd sh ip pi ng ha s be en ca r ef ul ly c ar rie d ou t, d ama ge i n tr ans it c an n ot b e to ta ll y ru le d ou t.
22 • Mi dd le l ev el 1 Pr ot ec t D. 6 00 0 ( ) o r Pr ot ec t D. 1 00 00 ( ) Lo we r lev el • 1 co nn ec ti on u ni t (th e ba r co nta in in g th e t er mi na l s, th e ma nua l by pa ss an d IE C o ut le t di st ri bu ti o n) • 1 ba tt er y tr ay f or D.
23 4 .2 I NS T AL LA T IO N Th e Pr ot ec t D. i s de sig ne d to b e i ns ta ll ed in a p r ot ec te d e nv ir on me nt . Wh en ch oo si ng th e lo ca tio n, m ak e s ur e t ha t th er e is a de qu at e ven ti la ti on an d an y ot her en vi r on me n ta l r eq ui r em en ts d ee me d a pp ro pri at e.
24 • Pr ot e ct t he u ni ts f r om e xt ern al e nv ir on me nt al i nf lu enc es ( pa rt icu la rl y mo ist ur e an d du st) . Pl ea se pa y sp ec i al a tt en ti on t o th e i nf or ma t io n in c ha pt er 3 , s ta rt in g on p ag e 1 6 of t hi s m an ua l.
25 5. Now in se rt t he t ra ys in to t he s id e ra c k ra il s pr evi ou sly i ns ta ll ed in t he ca bi ne t. 6. Rep e at t he p r oc es s wi th t he op ti on al ba tt er y p ac ks . Th es e ca n th en be s cr ew ed in fl us h w it h th e rac k. T he Pr ot ect D .
26 A B C D E F E F D E F E F A B C 5 . O VE RV IE W O F C ON NE CT IO NS , O P ER A T IN G / DI SP L A Y E L E M EN TS 5 .1 F RO NT VI E W Fi g. 6: UPS Pr ote ct D.
27 G E F Fi g. 7: Fr on t v iew of th e e xte rn al o pt io na l ba tt er y u ni t EX PL AN A TI ON S : A UP S mo del s er ie s pla te w it h p ow er r at in g in V A B Sta tu s di spl ay ( di f fe r .
28 16 12 10 8 13 11 17 12 18 3 6 5 1 4 2 1 . 2 2 . 1 6 9 14 15 16 13 12 2 1 15 14 . 2 2 . 3 1 1 4 5 6 4 1 7 8 10 9 11 5 .2 R EA R- P AN E L V IE W ( C ON N EC T IO NS ): Fi g. 8: Rea r v ie w o f th e P ro te ct D. 60 00 Fi g. 9: Rea r v ie w o f th e P r ote ct D.
29 EX PL AN A TI ON S : 1 L oc ki ng sc r ew s fo r t he r emo va bl e co nne ct io n un it 2 P ow er in pu t – se par at e co nn ect io n of b ypa ss ( 2.
30 11 Em er ge nc y po we r of f co nt ac t, c an b e c on fig ur ed as o pen o r cl os ed 12 Fa ns ( Cau ti on : ma int ai n a m in im um o f 10 0m m f re e spa ce a r ou nd t h e fa ns f or fr ee m.
31 W AR NI N G Be fo r e be g in ni ng w or k, p le a se e ns ur e t ha t cab le s ar e di sc on ne ct ed a nd th at po we r is tu rn ed o ff . In o r de r t o si mp li fy a ss em b ly a nd t o av oi d d ef or ma ti on o f th e con ne ct or un it , se cu r e in an d ou tp ut c ab le s o nl y wi th s ep ar a te c on ne ct io n un it s.
32 6 .1 S AF ET Y O F P E RS O NN E L Wh en fi tti ng t he c onn ec ti ng ca bl es , pl ea se n o t th e fo ll ow in g: • Sw it ch o f f po we r • Se cu r e ag ai ns t be in g s wi tc he d on a g.
33 Th e r ec om m en de d ma xi mu m co n su me r pr ote ct io n e ns ur es t he s el ec ti vi ty of ea ch U PS ou tp ut c ir cu it . Fa il ur e to c om pl y wi t h th is r eco mm en dat io n ma y cau se in te rr upt io n to o the r lo ad s c on ne ct ed t o th i s UP S.
34 6 .3 M AI NS AN D C O NS U ME R C O NN E CT I ON Th e in - a nd o ut pu t c ab le s a re i nst al le d as fo ll ow s: • Co nn ec t th e un it d ir ec tl y fr om the p ac ka g in g fo r ea si er a s se mb ly , un sc r ew t he r ea r st ra i n re lie f sc r ew .
35 In t he ca se o f a joi nt d is t ri bu ti on b ox . (c i rc ui ts wi th b ot h n et wo rk a s w el l as UP S po we r) , y ou m us t ide nt if y e ac h r es pe ct iv e ci r cu it p ow er su pp ly (A C or U PS ). Th e lo ad of t he U PS sh ou ld no t ex ce ed t he s p ec ifi ed m ax im um c ap aci ty o f t he de vi ce at a ny t im e.
36 A fla sh ing L ED i n con ju nc ti o n wi th a f au lt s i gn al i nd ic at es a d isc on ne ct i on f au lt . Fo ll ow th e in st ru cti on s in ch ap te r 9. 1 Fi na ll y c he ck t he se at in g o f th e em er gen cy sh ut do wn c onn ec to r a nd t he c ab le br id ge .
37 Ho w to pr oce ed D. 6 00 0 • … yo u ca n fl ip u p the e nt ir e fo nt . Do n ot di sc on ne ct th e ri bb o n ca bl e to t he LD C di sp la y! Pl ea se ha nd le ca r ef ul ly an d wi th m in im um fo rc e. • No w un sc r ew t he l ef t s id e lo ca te d on t he ba tt er y co mpa rt me nt co ve r .
38 • Co nn ec t th e in te rn al ba tt er y sys te m us in g the t wo b at ter y co nn e ct or s (e ac h con si st in g of a bl ac k a nd a r ed pl ug ) con ne ct : bl ack t o bl a ck a nd r ed t o r ed . Wh en c onn ec ti ng , ins er t th e p lu gs qu ic kl y a nd fi rm ly to ge th er .
39 • As a f in al s te p, r em em be r to t ig h te n th e fo ur c en t ra ll y po si ti on ed cr os s-h ea d sc r ew s in th e ce nt er t o lo c k th e pa ne l in to pl ac e. • Fi na ll y, s li de t he UP S co mp le tel y in to t he ra ck a n d at ta ch t he U PS on t he s id e wi th t he su pp li ed sc r ew s.
40 Ma ke s ur e to p r es s th e co nne ct or s q ui ck ly a nd fi rm ly i nto o ne a n ot he r (g r ee n to gr ee n, b la ck t o bl ac k, r ed t o r ed ). I f you s ee a s mal l el ec tr ic ar c w hil e do in g thi s, th is i s n o ca us e for c on ce r n.
41 PR OT EC T D. 1 00 00 As m en tio ne d, t he co nn ec ti o n fo r th e ex te rn a l ba tt er y pa ck (s ) tak es p la c e at th e r ea r o f th e un it . Op en i ng t he f r on t pa ne l( s) is n ot r eq ui r ed h er e. Ne xt , sta rt w it h the c on ta c t fo r th e fir st e x te rn al u ni t.
42 UPS On U S V E i n UPS Off C o n f i r m : y e s no USV Aus Befehl bestätigen: ja nein 7 .1 F IR ST ST A RT - UP 7 .1 .1 S WI T CH I NG ON TH E U P S At ta ch th e ba ck -u p f us e in t o yo ur l.
43 Input Outpu t PLQ T o en ab le y ou to fi nd t he “U PS O n ” or “ UP S Of f” men u it em m or e ea si ly , th e fo ll ow ing s ym bo l app ea rs a b ov e th e “ ” ke y: Co mp le te sh ut do wn of t he s y st em , i.
44 7 .2 .3 O PE R A TI NG K E YS (N A V IG A T IO N) Th e 4 key s fo r na vig at io n c on tr ol th e fo ll owi ng f un ct ion s: “ ” ke y: P r es s th is k ey t o scr oll u pwa r ds i n th e me nu le ve ls or t o al te r a va lu e y ou w an t to se t.
45 E v e n t l o g U P S S t a t u s M e a s u r e m e n t s C o n t r o l Identifica tion Menu E r e i g n i s p r o t o k o l l U S V S t a t u s M e s s w e r t e S t e u e r u n g Identifika tion H a u p t m e n ü S e t t i n g s E i n s t e l l u n g e n 7 .
46 Di sp la y Sta tu s UP S is in n or ma l / c on ti nu o us do ub le -co nv er si on mo de . Po w er su pp ly is a va il ab le an d wi t hi n th e ac ce pt abl e to le ra nce r an ge (M od e: “H ig h pe rf orm an ce ”) . UP S is in b at te ry mo de .
47 UP S is op er at in g in ec on om i ca l mo de (E CO m ode ). UP S is te st in g th e b at te ry . Di sp la y f or 1 0 se con ds a ft e r a su cc es sfu l ba tt er y t es t. UP S r ep or t s a de fe ct iv e or di sc on nec te d ba tt ery s ys te m .
48 Input Output P L Q Input Output P L Q UP S in dic at es a c rit ic al e r ro r and h as sw it ch ed of f t he UP S ou tp ut. Ge ne ra l U PS a la rm . D et ai ls ca n be fo un d in th e Al ar m m es sa ge s a nd en tr ie s i n th e ev ent l og .
49 Ba tt er y s ta tu s di s pl ay D esc ri pt io n Ba tt er y c ha r ge Ba tt er ie s a r e cu rr ent ly ch ar gi ng w it h co ns ta nt cu rr en t. Ba tt er y fl oa t ch ar ge Ba tt er ies a r e cu rr en tl y be in g su pp li ed wi th c o ns ta nt vo lt ag e.
50 7 .3 .3 M EA S UR E ME N TS Se le ct th is m en u ite m to fi n d th e fo ll ow in g m ea su r em en ts i n th is o rd er : If y ou wa nt t o se e a ny p ar t ic ul ar m ea su r em en t on th e sc r ee n pe r ma ne nt ly , yo u ca n “f re ez e” t he s cr ee n in t he M ea s ur em ent s me nu .
51 7 .3 .5 I DE N TI F IC A T IO N Ac ti va te th is m en u i te m to vi ew t he f ol lo wi n g su b- me nu i te ms : “T yp e / Mo de l” , “P ar t num be r” , “S eri al n um b er ” an d fin al ly t h e cu rr ent “ UP S firm wa r e” v er si on on e af ter t he o th er .
52 De sc ri pti on Ad ju st abl e pa ra me ter s Pr es et ti ng Au di bl e A la rm s [en ab led ], [ di sa ble d] NO TE . Th e se tt in g t ak es p l ac e im me di at el y an d wi ll r em ai n pe rm ane nt ly s to re d, e ve n in th e ca se of p ow er fa il ur es .
53 De sc ri pti on Ad ju st abl e pa ra me ter s Pr es et ti ng Lo ad A larm L eve l (O ve rl oad ) [1 0 %] , [ 20 % ], [ 30 %] , .. . [ 10 0 %] NO TE : The a dj us tm ent i s co n fig ur ab le i n 10 % i ncr eme nt s s o a po ss ibl e UP S o ve rl oa d ca n be de te ct ed e arl y.
54 Th e “U PS on B at te ry” n ot ic e a nd t he “ Ba tt er y L ow ” al ar m do n ot ac ti va te du ri ng a ba tt ery t es t. A ba tt ery t es t ca n o nl y be ru n un de r th e fo l lo wi ng .
55 De sc ri pti on Ad ju st abl e pa ra me ter s Pr es et ti ng Au to r eb oo t [e na bl ed] , [d is ab led ] "E na bl ed " me an s the U PS o u tp ut s ar e au to ma tic al ly r ec on ne ct ed a ft er en su in g sw it ch -of f, e. g. du e to l ow ba tt er y vol ta ge af te r pow er i s r es to re d.
56 8 .1 R S2 32 AN D U S B C OM P UT E R I NT E RF AC ES Th er e ar e s ev er al di ff er en t in te rf ac e s av ai la bl e to c o nt ro l t he U PS a nd co nv en ie ntl y r ea d ou t s ta tu s me ss ag es a n d me as ur eme nt s.
57 8 .3 S HU TD O WN AN D U P S M AN A GE M EN T S O FT W AR E “C om pu W at ch ”, t he A EG s o ft wa r e de ve lo pe d sp ec ial ly f or t hes e pu rp os es, co nt in uou sl y ch ec ks th e ma i ns p ow er s up pl y a nd t he s ta tu s of t he UP S.
58 8 .4 EP O ( E M E RG E NC Y P O WE R O F F) Al l th e d ev ic es i n t he P r ot ec t D. se ri es a re e qu ip pe d wi th a co nn ec tio n th at a llo ws th e im med ia te s hu tdo wn o f t he U PS o ut pu t to de ac ti va te a ny c on nec te d de v ic es an d do es no t fo ll ow th e co n tr ol so ft wa r e sh ut d ow n pr oce ss .
59 8 .5 C HA NG E -O V ER CO N T AC T A po te nti al -f r ee c ha nge -o ve r co nta ct i s lo cat ed o n th e r ear p ane l of t he Pr ot ec t D. s er ie s to pr ovi de fo r ex te rn al, p ot en ti al- fr ee sig na li ng . For t he e xa ct pi n al loc at io n, r ef er t o th e la bel n ex t to th e ba se .
60 9 .1 M AL FU N CT I ON S Th e Pr ot ec t D. i ss ue s d et ai le d err or me ssa ge s to h elp y ou o r the m ai nt en anc e st af f to l oc ali ze a nd i nte rp r et a ny m alf un ct io ns th at m ay o ccu r qu ic k ly a nd w it h hi gh pr ec is io n.
61 Al ar m or N ot ic e Po ss ib le ca us e Re ma rk / Ac ti on UP S On By pa ss (N ot ic e # 16 9) UP S ha s b ee n ma nu all y or au to ma tic al ly s wi tch ed t o by pa ss op er at io n. Th e lo ad is s up pl ied w it h vo lt ag e t hr oug h t he b yp as s ne tw or k.
62 Al ar m or N ot ic e Po ss ib le ca us e Re ma rk / Ac ti on Lo w Ba tte ry W arn in g (A la rm # 56 ) In te rm it te nt A la rm Th e ba tte ry t im e re ma in in g or ba tt er y c ap ac it y is lo we r t ha n th e ba tte ry l ow w arn in g le v el th at i s d efi ne d fo r t hi s UP S .
63 Al ar m or N ot ic e Pos si bl e cau se R ema rk / A ct i on In pu t fr eq ue nc y de vi ati on (A la rm # 8) In te rm it te nt A la rm Th e ut ili ty p ow er fr eq ue nc y is o ut o f us ab le fr equ en cy ra ng e. Op er at ing p ha se r el at ed , UP S sw itc he s to b att er y po we r and s hu ts d own .
64 Al ar m or N ot ic e Po ss ib le ca us e Re ma rk / Ac ti on Ou tp ut Sh or t Ci r cu it (A la rm # 58 ) In te rm it te nt Al ar m Th e UP S h as d et ec ted a n ex tr em el y lo w "c on su mer " an d r eg ar de d it a s a sh or t ci r cu it .
65 1 0. 1 FU NC T IO N Th e co nce pt o f th e P r ot ec t D. p ara ll el o pe rat io n r eq ui r es t he pa ra ll el o per at io n o f ma x. 2 un it s of t he sa me t y pe . Th is y ie ld s t he f ol lo wi ng f ea si ble c on st e ll at io ns : 1 0 .
66 Th e ac tiv e r ed un da nt pa ra ll el o per at io n au tom at ic al ly go es i nt o p er fo rm an ce - en ha nc ing o pe ra ti on, i f th e o ut pu t po we r r eq ui r em en ts ex ce ed t h e UP S si ng le - bl oc k per fo rm an ce .
67 Th e Pr ot ec t D. i s co nst ru ct ed u sin g mo de rn , l ow -w ea r com po ne nt s . Ne ve rt he le ss , in o r de r t o ma in ta in c on st a nt a va il ab il it y a nd o pe ra ti ng r el ia bi.
68 CA UT IO N! Be fo r e pe r fo rm in g th e ne xt st ep , ma ke s ur e to s wi tc h of f th e vo lt ag e su pp ly to t he Pr ot ec t D. If a l ar ge a mo un t of du st h as a ccu mu la te d, th e de vi ce sh ou ld b e c ar efu ll y cl ea ned wi th d ry co mp r es se d air t o al lo w f or b et te r h ea t ex ch ang e.
69 No te : Th e UP S i nt er na l bat te ri es ar e hea vy . Us e cau ti on w he n h an dl in g t he h ea vy ba tt er ies . Th e in ter na l ba tt eri es a r e lo ca ted b eh in d the U PS f r on t cov er ( be hi nd th e LC D co nt r ol p a ne l) .
70 1 2. 1 ST OR A GE Lo ng s tor ag e ti me s w it ho ut oc ca si on al ly r ec ha r gi ng o r di sc ha r gi ng c an le ad t o pe rm an ent d am ag e to th e ba t te ry .
71 By e ns uri ng t hi s pr od uc t is d is pos ed o f co rr ec tl y, y ou w ill h el p pr ev en t po te nt ia l ne ga ti ve co ns eq ue nce s fo r t he e nv ir onm en t and h um an h eal th . Ma te ri al r ec yc li ng h elp s to r ed uc e th e co ns um p ti on o f ra w ma te r ia ls .
72 1 3. 1 TE CH N IC A L T ER M IN O LO G Y DC / D C B oo st er Ci r cu it t e ch no lo gy f or i nc r ea si ng a DC v ol tag e to a h igh er vo lt ag e l ev el EC O Me as ur e to i nc r ea se s ys te.
73 VI Ou tp ut V ol ta ge I nd ep en den t fr om m ai ns s up pl y Th e UP S o ut pu t is de pe nd en t o n ma in s fr equ enc y flu ct ua tio ns , bu t the m ai ns vo lt ag e is p r ep ar ed b y el ec tr on ic / p as si ve vo lt ag e r eg ul a ti on d ev ic es .
74 A As se mb ly . .. .. .. .. .. .. .. .. ... .. .. .. .. ... .. .. .. . .. .. .. 23 Au to no my ti me . .. .. .. .. .. .. .. .. ... .. .. .. .. ... .. . 12 B Ba tt er y e xt en si on .. ... .. .. .. .. ... .. .. .. .. ... .. .. 39 Ba tt er y m od e .
75 1 3. 3 NO TE S.
W ARR A NT Y DE ALE R S T AM P /S IG N A TU RE ERRORS AND TECHNICAL MODIFICATION SUBJECT TO CHANGE. MO DEL : SE RIA L N U MB ER : PU RCH ASE DA T E: Em il- Si epm an n-S tr . 32 59 581 W ars te in- Be lec ke – Ger ma ny T e l.: + 49 18 0 5 23 47 87 – Fa x: +49 1 80 52 3 4 78 9 ww w .
An important point after buying a device AEG 6000BP (or even before the purchase) is to read its user manual. We should do this for several simple reasons:
If you have not bought AEG 6000BP yet, this is a good time to familiarize yourself with the basic data on the product. First of all view first pages of the manual, you can find above. You should find there the most important technical data AEG 6000BP - thus you can check whether the hardware meets your expectations. When delving into next pages of the user manual, AEG 6000BP you will learn all the available features of the product, as well as information on its operation. The information that you get AEG 6000BP will certainly help you make a decision on the purchase.
If you already are a holder of AEG 6000BP, but have not read the manual yet, you should do it for the reasons described above. You will learn then if you properly used the available features, and whether you have not made any mistakes, which can shorten the lifetime AEG 6000BP.
However, one of the most important roles played by the user manual is to help in solving problems with AEG 6000BP. Almost always you will find there Troubleshooting, which are the most frequently occurring failures and malfunctions of the device AEG 6000BP along with tips on how to solve them. Even if you fail to solve the problem, the manual will show you a further procedure – contact to the customer service center or the nearest service center
