Aerotech, Inc. FORM: QM 1338

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1 pu ll UER' MANUAL 5 Ach, Ic FORM: QM 8 45 L D M, MI UA Ocb 998 Ph (57) Fx (57)

2 ABLE OF ONEN P PREAUION PREAUION FEAURE 4 LOAION OF HE ONROL 6 ll u Ld 7 Il wch 7 INALLAION 8 Mu Iuc 8 c 8 H / l Op 9 pu Pb 9 HANGING HE PARAMEER EING h M f Flh Dply Lck h P EMPERAURE EING pu U Vw pu pu P 6 pu uv 7 VENILAION EING l Op Mu Vl ycl Mu Vl p 7 Vl 9 M l HEAER EING ALARM EING 8 ROUBLEHOOING GUIDE 4 EHNIAL PEIFIAION 4 FAORY EING 44 W ly cd ll upply ul vl, flu l y wll bck-up h l cl (f h w d cld wh h u' ul cc h h) Alhuh fu h pu d upu f h cll pc ccu c f vld vvl, w cd ll ddl pc dvc h upply ccu wll xl ly ll ON-OFF pl h lf f h cll h pu wh h cll lcd MU ALWAY REMAIN BEWEEN F AND 4 F ( O 4 ) vd xp h cll hful xcv hudy, pfbl ll cd DO NO PRAY WAER ON HE ONROLLER FOR UOMER UE E blw h l ub lcd h d f h cll d h f f fuu fc Mdl ub: l ub: D lld: QM 8v QM 8v

3 FEAURE h lcc dvc ud f vl cl lvck buld I llw h u pcfd pu by cll h p f vl d h qup w f c-pd cl f c b ccd h cll, wll w f h c-pd f h u I dd, h l cl c b cfud cl h fu f h fllw: HREE-DIGI DIPLAY A h-d dply pvd hh lvl f ccucy, llw h u pcfy pu wh h f d ( Fhh lu u) PILO LIGH Pl lh dc h f upu llw h u h p f h y whu hv h buld MINIMUM VENILAION YLE Wh vl qud f cl, h f f c b pd h cuuly ly duc h lvl f hudy d upply xy h Up fu pu pb c b ccd h cll d b ccu d f h v pu d f c OVERLOAD AND OVERVOLAGE PROEION Fu lld h pu d upu f h cll pc ccuy h c f vld vvl OMPUER ONROL h cll c b ccd cpu, hu k pbl clz h f f d dvfy cl ONROL OF AIR INLE MOVEMEN If h ud cb wh B cll, h v f h l c b cdd wh h p f h f u p lcd h cu ch bffl cu h llw h l b djud ccly, whu h fluc f ucllbl fc uch wd f dj Wh ul vl b ud, h B cl h l HIGH/LOW EMPERAURE ALARM OUPU MINIMUM VENILAION OMPENAION URVE A ud pb c b ccd h cll dju h u vl cycl fuc f ud pu EMPERAURE URVE h cll c b uclly ch h pu p v v pd f ccdc wh h u' qu by pcfy pu cuv wh up x dff p FOUR INDEPENDEN EMPERAURE PROBE INPU 4 QM 8v QM 8v 5

4 LOAION OF HE ONROL ONROLLER AU LED LE D M E A N I N G A G E U R N O N W H E N A G E F A N A R E O N A G E U R N O N W H E N A G E F A N A R E O N A G E / H E A E R B U R N O N W H E N A G E F A N O R H E A I N G U N I A R E O N A G E 4 / H E A E R A U R N O N W H E N A G E 4 F A N O R H E A I N G U N I A R E O N O M P E N A I O N U R N O N E F F E W H E N O M P E N A I O N O N A G E F A N I I N E M P U R V E F L A H E W H E N H E E M P E R A U R E U R V E I A I V A E D D E F P R O B E U R N O N W H E N A D E F E I V E P R O B E I D E E E D A L A R M U R N O N W H E N A N A L A R M I D E E E D INERNAL WIHE ON BFPUFDI-!JOD/!!!Nbp-!NJ!59965!VB EING 5 h l wch lcd h d f h f cv Wh h cll hppd f h fcy, ll h wch OFF # OFF UNLOKED PARAMEER FAHRENHEI DEGREE NO HEAING AGE ON LOKED PARAMEER ELIU DEGREE HEAIN G 4 HEAE R HEAER 5 AGED HEAER ZONED HEAER 6 AGE WIHOU RAMPING AGE WIH RAMPING 7 OUIDE PROBE DIABLED OUIDE PROBE ENABLE D 6 QM 8v QM 8v 7

5 INALLAION MOUNING INRUION HEAING / OOLING OPION Op h lch d lf h cv Rv h blck cp lcd ch f h fu u hl Mu h clu h wll u fu cw B u h lccl kcku h b f h clu d pv w f h cll I h cw h u hl d h F h fu blck cp pvdd wh h cll h fu u hl h clu u b ud lc h wll llw h cv b cplly pd h up h wll d 4 c p h cl wch # d # 4 OFF u bh f cl wch # ON d wch # 4 OFF u 4 f h d f cl ON ONNEION wch # d # 4 ON u bh f h 4 cc h cll, f h w d cld wh h u' ul N h f ly ud f h, u b 4 h vl wch h ppp vl U h lccl kcku pvdd h b f h clu D k ddl hl h clu, pcully h p f h clu wh u L 4 cuc bd If llc cbl hld ud cu cbl h clu, u h ud pl pvdd wh h cll c h ud w h ud ud h pl F h h, y b cy ll f d upply h ppp vl h h u EMPERAURE PROBE c h Pb h cll uppld wh d pu pb h ddl d pb c b ccd b ccu d cl dff p f h buld I dd, ud pb c b ccd f h cp fuc h u vl cycl dd ( h chp vl) ALARM ONNEION: h w yp f l h k O yp cv wh cu cu ff pu, wh h h cv wh cu uppld pu F l f h f yp, u h NO l hw h w d F l f h cd yp, u h N l! WARNING ALL WIRING MU BE DONE BY AN AUHORIZED ELERI- IAN AND MU OMPLY WIH APPLIABLE ODE, LAW AND REGULAION BE URE POWER I OFF BEFORE DO- ING ANY WIRING O AVOID ELERIAL HOK AND EQUIP- MEN DAMAGE U l #, d 4 cc ddl d pb d l # 5 cc h ud pb, hw h w d cld AUION: Pb p lw vl d ld f h upply B u h pb cbl ld f ll hh vl uc I pcul, d u h pb cbl huh h lccl kcku h cbl D cc h hld f h pb cbl pu ud 8 QM 8v QM 8v 9

6 Exd h Pb Ech pb c b xdd up 5 f (5 ) xd pb: U hldd cbl f ud d bw 45 d 6 (6 d 66 ) (h cbl d huld b ud 8 AWG) u h cbl y lqud h D ud h hld I pfbl ld h cbl j u pp cc bw h w cbl AUION: D u pb cbl x h pw cbl Wh c v h cbl, c 9 Ill h Oud Pb Ru h ud pb cbl h h d f h buld, 6 f ( ) blw h v, d pl cld cdu Avd ll h pb dc ulh xpd h B u h pb cbl ld f h l y h cducv l B u cbl j xpd w dfy h dfcv pb: h lc kb ROOM EMPERAURE h pu dplyd P h puh-bu If h pb ccd pu # d uppld wh h cll dfcv, h l"pr" dplyd, l wh h /ff f h pb d h pu ud by h pb If h pb dfcv, h l "PR" dplyd, l wh h f h pb d h l "P" F ch ddl pb ccd h cll: P h puh-bu c If h pb dfcv, h l "PR#" (wh # h ub f h pu whch h pb ccd) dplyd, l wh h /ff f h pb d h pu ud by h pb If h pb dfcv, h l "PR#" dplyd, l wh h /ff f h pb d h l "P" Oud Pb: If h ud pb dfcv, h dply hw h l "P" wh h p lc kb OUIDE EMP 4 Dfcv Pb If dfcv pb dcd, h Dfcv Pb Pl Lh flh h pu hw h dply h h v pu ud by h pb wk cd h cll wll p ccd h pu QM 8v QM 8v

7 HANGING HE PARAMEER EING HE MEANING OF A FLAHING DIPLAY EMPERAURE EING EMPERAURE UNI h dply wll flh c c d h h flh dc h h vlu hw c b djud A vlu h flh c b djud pu c b dplyd h lu Fhh u l wch # h dd p: ON dply pu lu u OFF dply pu Fhh u VIEWING EMPERAURE ON LOKING HE PARAMEER EING h p c b lckd pv ccdlly dfy h Wh h lckd, ly h pu p c b dfd ( l h pu cuv dcvd) h du c dply vlu f -4 F F ( ) Wh h pu dp blw -99 d, h v dplyd ply, l wh h ucl vlu lck h p : l wch # ON h Lckd P Pl Lh u ulck h p : l wch # OFF h Lckd P Pl Lh u ff Vw R pu h pu h v vlu f ll pu ud by cvd pb pp p cd h lc kb ROOM EMPERAURE / PROBE EMP h pu dplyd Vw Oud pu h ud pu c b dplyd ly f ud pb h b ccd l # 5 d l wch # 6 ON h lc kb OUIDE EMP / OMPENAION h ud pu dplyd QM 8v QM 8v

8 Vw Pb pu 4 Vw Mu / Mxu pu h cll c dply pb pu dvdully Pb c l b ud ff cl h pu dff p f h buld NOE: lc kb ROOM EMPERAURE / PROBE EMP h v pu dplyd P h puh-bu h pu d f pb dplyd, l wh h l "P " d h /ff f pb F ch ddl pb, p h puh-bu h pu d f pb x dplyd, l wh h l "P x" d h /ff f h pb, c P h puh-bu c dply h l "P " l wh h f pb, ON / OFF (flh) Wh pb cvd, ud h clcul f h v pu U h dju kb ch h f h pb F ch ddl pb, p h puh-bu h f pb dplyd, l wh h l "P x", c ) A l pb u b cvd ll If ly pb cv, h cll wll lck h /ff wch f h pb ) h dply u h v pu f u ) Illy, ly pb cvd h u d xu pu h lw d hh pu vlu cdd c h l Mxu d u pu vlu cdd f h v pu wll f dvdul pb pu h lc kb ROOM EMPERAURE / PROBE EMP h pu dplyd u h dju kb clckw by ch h u pu dplyd, l wh h l "L" u h dju kb clckw ch fuh h xu pu dplyd, l wh h l "H" u h dju kb clckw hd ch h pu dplyd F ch dvdul pb, p h puh-bu h pu d f pb x dplyd, l wh h l "P x" d h /ff f h pb u h dju kb clckw by ch h u pu dplyd, l wh h l "L" u h dju kb clckw ch fuh h xu pu dplyd, l wh h l "H" u h dju kb clckw hd ch h pb pu dplyd F ch ddl pb, p h puh-bu h pu d f pb x dplyd, l wh h l "P x" d h /ff f h pb, c 4 QM 8v QM 8v 5

9 NOE: If yu l h dply flh f h cd, h cll h u d xu pu culy y (h dply p flh dc h h h b d) EMPERAURE URVE h u c df pu cuv dju h p uclly v v pd EMPERAURE E POIN pu h pu p h pu I c b djud bw -4 F d 999 F (-4 d 77 ) d4 d5 d5 d5 d7 d8 Dy Adju h pu P h lc kb E POIN / EMP URVEh cu p flh h dply U h dju kb dju h p h dd vlu NOE: h pu p c b djud ly f h pu cuv dcvd ( fllw c) A cuv dfd u x p Ech p pcf dy ub d p f h dy Oc h p f h cuv dfd, h cuv u b cvd h cll wll ch h pu p vy hu l fh bw ccuv p f h cuv Wh h l p f h cuv chd, h pu p f h dy d ul h cuv cvd NOE : ) All x p f h cuv u b pcfd If x p dd, p h l pu vlu f ch ucy p ) c pply duc h k f : h hh pbl dy ub 99 Dc dy ub llwd Ic pu llwd h pu v c xcd F (6 ) p dy 6 QM 8v QM 8v 7

10 pcfy h uv Acv h pu uv h lc kb E POIN / EMP URVE h cu pu p flh h dply P h puh-bu h wd OFF dplyd dc h h pu cuv dcvd If h h c, blw dcv h cuv If yu hv ju fhd pcfy h p h cuv: P h puh-bu c h wd OFF flh h dply u h dju kb clckw ch h wd ON flh h dply d h pu uv Pl Lh u, dc h h pu cuv w cvd Rp h fllw p f ch f h x p: h lc kb ROOM EMPERAURE P h puh-bu c h dy ub dplyd, l wh h wd "dy" If yu hv pvuly dfd h p h cuv: U h dju kb, h dy ub h dd vlu P h puh-bu c h cu pu p dplyd, l wh h wd "" h lc kb E POIN / EMP URVE h cu vlu f h pu p flh h dply P h puh-bu h wd OFF dplyd U h dju kb, dju h p h dd vlu Oc h x p f h cuv hv b pcfd, cv h cuv xpld blw NOE: Mk u h pu cuv dcvd bf pcfy w p ( blw) P h puh-bu dply h p f h cuv culy dfd ul h wd OFF pp (h clck) u h dju kb clckw ch h wd ON flh h dply d h pu uv Pl Lh u, dc h h pu cuv w cvd h lc kb ROOM EMPERAURE 8 QM 8v QM 8v 9

11 VENILAION EING Vw u P d Dy Nub Wh h pu cuv cvd, h cu pu p d dy ub c b vwd y h cu dy ub c l b djud d v fwd bckwd h pu cuv h lc kb E POIN / EMP URVE h cu pu p dplyd P h puh-bu h cu dy ub dplyd, l wh h l "cudy" U h dju kb h dy ub h dd vlu 4 Dcv h pu uv h lc kb E POIN / EMP URVE h cu pu p dplyd P h puh-bu dply h p f h cuv cully dfd ul h wd ON pp (fu clck) u h dju kb cuclckw ch h wd OFF flh h dply d h pu uv Pl Lh u ff, dc h h pu cuv w dcvd h lc kb ROOM EMPERAURE OOLING OPERAION h cl w f c-pd f ( - ) d w pl f c-pd f ( & 4) FIGURE : OOLING OPERAION 5 F 5 F 5 F 5 F Vl Lvl AGE 4 AGE R pu IMER EMP RANGE AGE E POIN AR EMP AGE MINIMUM VENILAION YLE AGE AGE AR EMP AGE 4 AR EMP AGE AR EMP AGE QM 8v QM 8v

12 If pu : Wh pu < P + p R, f u ccd h u vl cycl A P + p R: f u cuuly A p: f u A p: f u A 4 p: 4 f u MINIMUM VENILAION YLE Wh h pu blw h p, h f p ccd h u vl cycl Ru h f v huh vl qud f cl pup uful duc hudy lvl d upply xy h I l pv h f f fz w AGE FAN IME ON AGE If h pu fll: OFF IME OFF AGE A 4 p - 5 F: 4 f u p A p - 5 F: f u p A p - 5 F: f u p A P + p R - F: f u ccd h u vl cycl f u du h Pl Lh u Du ff, h f d u h Pl Lh u ff Mu Vl ycl u h f cuuly u pd, ff z d y vlu h h z p h f, z d ff y vlu u h f ly, h dd u d ff h dd ff QM 8v QM 8v

13 RAMPING OPION h u h w p f cll h f h u vl cycl full p f h f, h pu vl bw h p d h p + p I h f p (p), h u f h f cd ( dcd) dully h u h bw full p f f d h u cycl I h cd p, d f h u cycl full p f h f h u f h f ply dfd ccd h u vl cycl Op : Wh Rp Ru IME ON = YLE IME IME ON MINIMUM VENILAION YLE A IMER EMP RANGE E POIN h p cvd by l wch # 5 ON A pu blw h p, h cll p h f ccd h u vl cycl F AGE B Id pu h p chd* If h pu dc F blw h p + p, h IME ON vlu f h u vl cycl dc dully f vlu qul h l cycl (p ) h vlu dfd by h p (IMER AGE - IME ON) Op : Whu Rp Ru IME ON = YLE IME IME ON MINIMUM VENILAION YLE IMER EMP RANGE E POIN 5 F h p cvd by l wch # 5 OFF Wh h pu l h h p + p, f u ccd h u cycl ( bv) Wh h pu ch p A, f u cuuly wh Wh h pu dc 5 F blw p A, f p ccd h u vl cycl AGE A Id pu If h pu bv h p, w IME ON clculd pdclly h pu c llw h p (f p A p B) up full p f h f wh * Wh Off bc l h 5 cd, fxd 5 cd ul h pu h chd h p + p A h p, h f p cuuly 4 QM 8v QM 8v 5

14 Vw d Adju O h lc kb AGE IME ON h cu f flh h dply, l wh h l "O" U h dju kb dju h dd vlu If h p p h b bld, h cul vlu y dff f h u-dfd vw h vlu cully ud by h cll, p h puh-bu h cul vlu dplyd f u, l wh h l "AL" h dply h u h u-dfd vlu c b djud bw d 9 cd, c f 5 cd Vw d Adju ycl / Off h lc kb AGE YLE IME h cu cycl f h flh h dply, l wh h l "y" U h dju kb dju cycl h dd vlu If yu wh vw ff, p h puh-bu h vlu y ply b h dffc bw h cycl d f h p p h b bld h ff vlu cully ud by h cll dplyd f u h dply h u h cycl h cycl c b djud bw d 9 cd, c f 5 cd h cu h cu vlu MINIMUM VENILAION OMPENAION h h h cpbly f uclly dju h u f h u vl f fuc f ud pu A h wh cld, h dcd dully cp f h ch h c hlp duc c by duc h vl wh qud A cuv ud clcul h qud cp pc f cu ( fllw p) Oly h u djud; h l cycl uchd N h l wch # 6 u b ON f h fu wk Expl f Vl p pu > 5 F p = % ON OFF Oud pu = 5 F p = 665% ON OFF IME ON YLE IME IME ON YLE IME I h f xpl v h fllw p, cp dd wh h ud pu h 5 F h f p ccd h full u dfd by h p I h cd xpl, h u dcd 665% f full u cp f h cld ud pu ycl uchd 6 QM 8v QM 8v 7

15 FIGURE : OMPENAION URVE Mu Vl p 9 ) h cll clcul h cp fc h d f h p f ch cycl VENILAION EING Vl p (%) Oud pu (F) Adju pu R h pu h pu dffc bw h p d h pu whch f u cuuly Wh h vlu djud, ll h vlu f ccuv djud by h u h pu c f 5 F F ( d ) h lc kb AGE IMER EMP RANGE h cu pu flh h dply U h dju kb dju h h dd vlu Acv / Dcv p Fc h lc kb OUIDE EMP/OMPENAION h cu ud pu dplyd P h puh-bu h u f h cp fc dplyd, ON / OFF U h dju kb h u h dd vlu Af cd, h dply u h ud pu vlu NOE: Adju - 4 pu h pu f v h pu whch h h hy fxd 5 F d d wh h f p p Wh h vlu djud, ll h vlu f ccuv djud by h u h dffc bw bw w ccuv pu c f 5 F F ( d ) h lc kb h dd p h pu f h ch flh h dply ) Wh h cp fc cvd, h lw vlu llwd f z cd U h dju kb h pu h dd vlu 8 QM 8v QM 8v 9

16 MI OOLING h l cl c b cfud h ub f h d whch h M M u u ff F M u u d NUMBER OF HEAING AGE MI AGE 4 cc h p, p h lc wch h pu f h h p fllw: OFF P pu R pu pu ( F ) - h pu h pu whch h u u ( h d blw) h pu u F h pu whch h u u ff (u) - h u p ccd cyclh h u f h u ff (u) - h ff h ff f h u N h ff u b -z d f h cll cz h Adju h M pu h dffc bw h pu d h pu f h pcd c f 5 F F ( d ) h p lc kb h pu f h h cu pu pp flh h dply ON IME ON U h dju kb, h pu h dd vlu OFF IME OFF Adju h M d ff c b djud bw d 6 u, c f u h p lc kb h pu f h h cu pu pp flh h dply QM 8v QM 8v

17 Puh h puh-bu h wd "O" flh h dply, l wh h cu vlu u h dju kb dju h h dd vlu ( u) HEAER EING AGED HEAER cfu yu y f d h, dpwch # 5 OFF All h p ccd h v d f ll pu pb d ly h ff pu dd P h puh-bu c h wd "Off" flh h dply, l wh h cu ff vlu H H B ON H B OFF u h dju kb dju h ff h dd vlu ( u) N h ff u b -z d f h cll p h H B H A H A ON H A OFF HEAER B AR EMP = 7 F HEAER A AR EMP = 7 F OFF EMP = 74 F P = 75 F R pu If h pu : - 7 F: H B u ff - 74 F: H A u ff If h pu fll: - 7 F: H A u - 7 F: H B u QM 8v QM 8v

18 Adju pu f d H h h pu h pu whch h h u u ( d bv) h H A pu budd bv by h ff pu 5 F d blw by h ff pu F h H B pu budd bv by h H A pu 5 F d blw by h H A pu F lc kb HEAER A AR EMP h cu pu f H A dplyd, l wh h l "HA" U h dju kb dju h pu h dd vlu ZONED HEAER cfu yu y f zd h, dpwch # 5 ON c h w h upu fuc dpdly, dff pb d ch upu: Pb & d H A d Pb & 4 d H B Idvdul pb c b ud ff u h puh-bu fuc cd h ROOM EMPERAURE fuc ( c pu ) N h h h c bc cv ly f h v pu f ll cvd pb blw h p If h ' h c, h h wll u v f dvdul pb pu blw h p (h cd ppl ly f bh ff pu blw h p) h fu blw xpl h p f zd h H H u lc kb HEAER B AR EMP h cu pu f H B dplyd, l wh h l "Hb" ON H u ff U h dju kb dju h pu h dd vlu Adju Off pu f d H h h ff pu c pvd ubl y v f ccly djud ccd h ud pu I h pu blw h p whch h h u u ff ( d bv) h ff pu budd bv by h p + F d blw by h p F lc kb HEAER A/B OFF EMP h cu ff pu dplyd, l wh h l "HA" If h pu : - 74 F: H A (Pb & ) u ff H B (Pb & 4) u ff If h pu fll: pu H A - Pb & H B - Pb & 4 U h dju kb dju h ff pu h dd - 7 F: H A (Pb & ) u H B (Pb & vlu 4) u 4 QM 8v QM 8v 5 OFF H Dff = F OFF EMP = 74 F P = 75 F

19 Adju Off pu f Zd H Adju h H pu h h ff pu c pvd ubl y v f ccly djud ccd h ud pu I h pu blw h p whch h h u u ff ( d bv) h ff pu budd bv by h p + F (56 ) d blw by h p F ( ) lc kb HEAER A/B OFF EMP h cu ff pu f H A dplyd, l wh h l "HA" U h dju kb dju h ff pu h dd vlu P h puh-bu h cu ff pu f H B dplyd, l wh h l "Hb" U h dju kb dju h ff pu h dd vlu h pu h pu whch h h u h H A pu budd bv by h ff pu 5 F d blw by h ff pu F h H B pu budd bv by h H A pu 5 F d blw by h H A pu F h lc kb HEAER A AR EMP h cu pu f H A dplyd, l wh h l "HA" U h dju kb dju h pu h dd vlu h lc kb HEAER B AR EMP h cu pu f H B dplyd, l wh h l "HB" U h dju kb dju h pu h dd vlu 6 QM 8v QM 8v 7

20 ALARM EING h cll ff l h c f pw flu, ful h upply ccu hh lw pu pu l dfd ccd h p hw h d blw R pu P Hh pu Al Hh Al Off Lw Al Off h u ch f hh pu l, hwv, wh h ud pu h h p I h c, h p plcd by h ud pu h fc p h l ff wh h d pu ch Oud pu + Hh Al Off Il wch # 6 u b ON u h fu A hd p, clld h ccl hh pu, dfd cu h d pu f hh pu Wh h d pu ch h ccl hh pu (dfd blu vlu), l ff Adju h Al h hh d lw l pcfd ff h hh d lw l ff f 5 F 4 F h ccl pu f -4 F F ( ) h lc kb ALARM LO / HIGH h cu lw l ff dplyd, l wh h l "LO" d "OF" U h dju kb h lw l ff h dd vlu P h puh-bu h cu hh l ff dplyd, l wh h l "HI" d "OF" U h dju kb h hh l ff h dd vlu P h puh-bu h cu ccl hh pu dplyd, l wh h l "AB" U h dju kb h ccl hh pu h dd vlu 8 QM 8v QM 8v 9

21 ROUBLEHOOING GUIDE PROBLEM AUE OLUION PROBLEM AUE OLUION h dply h ccu bk h vc pl ff ppd c h pbl d h ccu bk h dfcv pb pl lh A ud pb dfcv Rf "dfcv pb" h w cc h vl lc wch h w p c h w h wch h cc p h dply hw udd v h ud pu A v c ducd pb B u h pb dy Lc h wy f df d uc f d h B u h ud pb lld ccly Rf "Ill h ud pb" h dply hw "P" wh h p lc kb OUIDE EING h dply hw "P" wh h p lc kb ROOM h dply bd cc cbl pply plud h pw upply bd h ud pb ccd pply h ud pb dfcv A pb ccd pply A pb dfcv B u h cbl fly plud c h ud pb cc Rf "dfcv pb" c h pb cc Rf "dfcv pb" f d p u wh h cll p u vl cycl h lccl pb cbl ff z h w cc Il h pb cbl f ll hh vl uc D u pb cbl d h pw cbl huh h lccl kcku D u pb cbl x h pw cbl Wh c h pw cbl, c 9 ff vlu h h z c h w I pcul, k u w dff l ccd ch : l L duld by h cll huld b cbd wh h l (N f 5V L f V) cv h Al, b u h OMMON uppld by l L 4 QM 8v QM 8v 4

22 EHNIAL PEIFIAION PROBLEM AUE OLUION upply: - 5/ VA (-8%, +8%), 5/6 Hz, vld d vvl pc fu F-A f blw h p dd h d ff w ccly djud h d ff u Adju h d ff ccly - VD f A bck-up upply; c cv huh 4 f uppld wh D bck-up vl : ON-OFF upu, 5/ VA, 5/6 Hz, VD, 6A FAN,A RE, fu F-A lw blw h cl f u h h u h w cc h ' fu p h dply bd cc cbl pply plud h pw upply bd c h w B u w dff l ccd ch f h: h cll' upu l L huld b cbd wh h l (N f 5V L f V) cv h f h Al, b u h ' OMMON uppld by l L Rplc h fu B u h cbl fly plud : ON-OFF upu, 5/ VA, 5/6 Hz, VD, 6A FAN,A RE, fu F-A lw blw : ON-OFF upu, 5/ VA, 5/6 Hz, VD, 6A FAN,A RE, h cl, fu F-A lw blw 4: ON-OFF upu, 5/ VA, 5/6 Hz, VD, 6A FAN,A RE, h cl, fu F4-A lw blw Al: ON-OFF upu, 5/ VA, 5/6 Hz, VD, A FAN, fu F9- A lw blw Pb: Lw vl ( < 5V), ld f h upply Op : -4 F ( ) Accucy: 8 F ( ) bw 4 d 95 F (5 d 5 ) Eclu: AB, u d du-h h f h dfcv hck f h h dfcv by cc l pw upply If ll p, plc h h h pu wh h cll lcd MU ALWAY REMAIN BEWEEN AND 4 F ( AND 4 ) h cll dfcv L f h clck ud wh h h pl lh u If h clck ud, cc yu dbu p h cll 4 QM 8v QM 8v 4

23 44 QM 8v 45 QM 8v NOE: ) h l p wll b d h cll' y Ech w wll plc h pcd ) If h pw upply cu ff, h l p wll b d y ul h pw d FAORY EING R E E M A R A P Y R O A F G N I E F O E G N A R E U L A V P u p ( F ) F ( ) O d c 5 y b d c 9 5 f c d c l c y d c p R 7 ( F ) 5 F ( ) p ( F ) 5 F ( ) u u c p ( F ) 5 F ( f ) p p ( F ) 5 F ( f ) p M O u y b u 6 u f c f f O u u p f f O H ( F ) 5 F ( f ) P l A w L u p 6 5 ( F ) 4 5 F ( f ) P h H u p 7 6 ( F ) l c u p ( F ) 4 - F ( )

1. Improvement Resource That Can Be Discovered from Actual Site

1. Improvement Resource That Can Be Discovered from Actual Site CHECK POINTS AT ANUFACTURING FACILITY (GEBA) Th Scd d 2010/1/11 1. Iv Ruc Th C B Dcvd f Acul S I Wh T Chck Evlu l C 1.Sg Plc & Pckgg 2.Cfgu & Accuc Abl 1)A h ckd d d f hdlg? (Hgh dc dc g cc) 2)A h lcd