AEM AQ1 Data Logging System 302500 User Manual
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P/N 3 0-2 500 A Q -1 D ATA L O G GER AEM P erfo rm ance E le ctr o nic s, 2 205 1 26th S tr e et U nit A , H aw th orn e, C A 9 0250 - P hone: ( 3 10) 4 84-2 322 h ttp ://w ww.a em ele ctr o nic s.c om STO P! - R EA D T H IS B EFO RE IN STA LL O R U SE! WARNIN G : T H IS IN STA LLA TIO N M AY R EQ UIR E W ELD IN G O R IN TEG RA TIO N IN TO A V EH IC LES E LEC TR IC A L S Y STEM . D A MAGE T O S EN SIT IV E E LEC TR O NIC S, F IR E, O R E X PLO SIO N M AY O CCUR IF P R O PER P R EC A UTIO N IS N O T T A KEN . IF T H ER E I S A NY D O UBT, D O N O T A TTEM PT T H E IN STA LLA TIO N A ND C O NSULT A P R O FES SIO NA L. N O TE: IT IS T H E R ES PO NSIB IL IT Y O F T H E E N G IN E T U NER T O U LTIM ATELY C O NFIR M T H E C A LIB RA TIO N U SE F O R A NY P A RTIC ULA R E N G IN E IS S A FE F O R IT S IN TEN DED U SE. A EM H O LD S N O R ES PO NSIB IL IT Y F O R A NY E N G IN E D A MAGE T H A T R ES ULTS F R O M T H E M IS USE O F T H IS P R O DUCT. In str u ctio n M an ual T he A EM A Q -1 D ata L ogger is th e id eal e ntry le ve l d ata lo gger fo r v ir tu ally a ll fo rm s o f ra cin g a nd M oto rs ports b ecause it i n sta lls e asily , c an re ad liv e p ara m ete rs fr o m a ncilla ry s ensors , A EM net e nable d d evic es, G PS a nd m ore , a nd p ut th em i n to a s in gle lo g m ake y our d ata e asy to v ie w . W heth er y ou ra ce a la te m odel E FI- e quip ped O R c arb ure te d v e hic le , th e A Q -1 is th e id eal s olu tio n fo r y our d ata a cquis it io n n eeds. Featu re s · Four (4 ) 0 -5 V DC A nalo g In puts w it h s oft w are s ele cta ble 2 .2 k p ull- u p re sis to r · Four (4 ) 0 -1 6.5 V DC A nalo g / F re quency In puts · Thre e (3 ) D ig it a l (S wit c h to G ro und, 1 6V M ax) In puts · Seria l (R S-2 32) In put (A EM E M S / N M EA0183 G PS O nly ) · AEM net (C AN) In put (A EM net D evic es O nly ) · 3-a xis In te rn al A ccele ro m ete r + /- 4 g · 1000H z M axim um L oggin g R ate · Envir o S eal B oot / S eale d C onnecto r · 2 G B S D C ard (S upports u p to 3 2G B) · AQ -1 D ata A cquis it io n S yste m C onfig ura tio n S oft w are ( U SB) · AEM data A naly sis S oft w are PN Descrip tio n 35-2 500 DA TA L O GGER M ODULE 35-5 603 DA TA LO GGER E N V IR O SEA L 35-3 008 USB A -B C A BLE 1-2 059 NUT, 6 -3 2 N Y LO CK S TA IN LES S ( 4 ) 1-2 047 SCREW ,P A N H D 6 -3 2x1-1 /4 S S ( 4 ) 10-2 500 IN ST, A Q-1 Optio nal PN Descrip tio n 30-2 906-9 6 HA RNES S, A Q1
2 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER In sta lla tio n M ountin g T he A Q -1 is p ro vid ed w it h a s eale d m ain c onnecto r a nd E nvir o S eal b oot to c ove r th e in te gra te d U SB p ort a nd S D c ard s lo t. N eve rth ele ss, c are s hould b e ta ken to lo cate d th e lo gger in a re la tiv e ly c le an, d ry e nvir o nm ent a s it is n ot c om ple te ly w ate r-p ro of. T he p ro vid ed h ard w are a nd m ountin g te m pla te (in clu ded in th is m anual) m ay b e u sed to m ount th e u nit ; a lt e rn ativ e ly , h ook a nd lo op fa ste ner (n ot p ro vid ed) m ay b e u sed. It is a ccepta ble to p ie rc e th e E nvir o S eal b oot to a ccom modate m ountin g h ard w are . F or th e in te rn al a ccele ro m ete r to w ork p ro perly , th e A Q -1 m ust b e m ounte d s uch th at it s la rg est s urfa ce (to p o r b otto m ) is e it h er c oin cid ent w it h , o r a t a rig ht a ngle to o ne o f th e p rim ary a xes o f th e v e hic le . P le ase re fe re nce th e a ccele ro m ete r c alib ra tio n s ectio n o f th is m anual a nd/o r th e c onfig ura tio n s oft w are fo r m ore d eta il a nd im ages o f a ccepta ble o rie nta tio ns. E le ctr ic a l W ir in g In sta lla tio n A w ir in g h arn ess is n ot in clu ded w it h th e 3 0-2 500 k it , h ow eve r th e p urc hase a nd u se o f th e A EM 3 0-2 906-9 6 A Q -1 D ata L ogger H arn ess is h ig hly re com mended. T his h arn ess h as b een d esig ned to e nsure e asy in sta lla tio n, s ig nal in te grit y , a nd p ro per lo gger o pera tio n. O nly s kille d, e xperie nced in sta lle rs s hould a tte m pt to s ourc e a nd d esig n th eir o w n h arn ess. T he c onnecto r p art n um bers ( A EM d oes n ot s upply th ese p arts s epara te ly o uts id e th e 3 0-2 906-9 6 o r 3 0-2 907-9 6) a re p ro vid ed b elo w fo r th is p urp ose. M an ufa ctu re r Part N um ber Descrip tio n Delp hi 12110487 36 W ay B la ck M ic ro -P ack 1 00W S e ale d F e m ale C onnecto r, M ax C urre nt 7 .5 a m ps Delp hi 12110490 LO CK S TR A IN R LF M IC /P 1 00W R H G RA Delp hi 12110488 LO CK R ETA IN ER C O NN 3 6 C LR Delp hi 12110489 Gre en M ult ip le C ab le S e al Delp hi 12084913 Mic ro -P ack 1 00W S e rie s F e m ale U nse ale d G old P la tin g T e rm in al A sse m bly , C ab le R an ge 0 .3 5 - 0 .5 0 m m2 Delp hi 12084912 Mic ro -P ack 1 00W S e rie s F e m ale U nse ale d G old P la tin g T e rm in al A sse m bly , C ab le R an ge 0 .8 0 - 0 .8 0 m m2 I m porta nt W ir in g T ip s · Perm anent 1 2V (P in 6 ) m ust b e c onnecte d to a c onsta nt 1 2V b atte ry s ourc e th at is n ot d is connecte d v ia a c ut-o ff s w it c h o r s im ila r. · Swit c hed/Ig nit io n 1 2V (P in 1) m ust b e c onnecte d to a s w it c hed ig nit io n s ourc e th at e nerg iz es w hen th e v e hic le is in u se a nd is o ff w hen th e v e hic le is n ot in u se. · Fre quency in puts (P in s 1 2-1 5) m ust o nly b e c onnecte d to c le an D C s quare w ave s ig nals . C onnectio ns to ig nit io n c oils o r m agnetic /V R s ensors w ill d am age th e lo gger. · CAN w ir in g (P in s 2 7-2 8, 3 3-3 4) m ust u tiliz e tw is te d p air s w it h g re ate r th an o ne tw is t p er in ch. · USB w ir in g (P in s 3 1-3 2, 3 5-3 6) is o nly re quir e d if u sers w is h to m ount a U SB p ort re m ote ly ; th e in te gra te d U SB p ort f u nctio ns e xactly th e s am e. U SB w ir in g re quir e s s pecia l c are ; p le ase c onta ct th e U SB c onsortiu m (u sb.o rg ) fo r p ro per w ir in g c onve ntio ns. · Pro per c rim pin g, s hie ld in g, a nd h arn ess ro utin g p ra ctic es s hould a lw ays b e im ple m ente d.
3 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER P in out Pin Descrip tio n Note s 1 Sw it c h ed/Ig n it io n 1 2V B atte ry V olt a ge l o g c h an nel s o urc e 2 Dig it a l I n put 1 ( 1 6V M ax) Must b e a s w it c h ed g ro und s ig n al 3 Dig it a l I n put 2 ( 1 6V M ax) Must b e a s w it c h ed g ro und s ig n al 4 Dig it a l I n put 3 ( 1 6V M ax) Must b e a s w it c h ed g ro und s ig n al 5 Pow er G ro und 6 Perm an ent 1 2V Th is m ust b e c o nnecte d t o a p erm an ent 1 2V s o urc e ( ~ 200m A) 7 Se nso r G ro und 8 Analo g I n put 1 ( 5 V M ax) So ftw are s e le cta b le 2 .2 k p ull- u p 9 Analo g I n put 2 ( 5 V M ax) So ftw are s e le cta b le 2 .2 k p ull- u p 10 Analo g I n put 3 ( 5 V M ax) So ftw are s e le cta b le 2 .2 k p ull- u p 11 Analo g I n put 4 ( 5 V M ax) So ftw are s e le cta b le 2 .2 k p ull- u p 12 Analo g / F re quency I n put 5 ( 1 6V M ax) Fre quency s ig n als m ust b e cle an D C s q uare w ave o nly 13 Analo g / F re quency I n put 6 ( 1 6V M ax) Fre quency s ig n als m ust b e cle an D C s q uare w ave o nly 14 Analo g / F re quency I n put 7 ( 1 6V M ax) Fre quency s ig n als m ust b e cle an D C s q uare w ave o nly 15 Analo g / F re quency I n put 8 ( 1 6V M ax) Fre quency s ig n als m ust b e cle an D C s q uare w ave o nly 16 RS-2 32 S e ria l T x AEM E M S S e rie s 1 /2 o r N M EA 0183 G PS O nly 17 RS-2 32 S e ria l R x AEM E M S S e rie s 1 /2 o r N M EA 0183 G PS O nly 18 RS-2 32 S e ria l G ro und AEM E M S S e rie s 1 /2 o r N M EA 0183 G PS O nly 19 Se nso r G ro und 20 5V S e nso r R efe re nce 100m A m axim um 21 - 2 6 Rese rv e d 27 AEM net+ ( C A N H) AEM net d evic e s o nly 28 AEM net- ( C A N L) AEM net d evic e s o nly 29 Rese rv e d 30 Se nso r G ro und 31 USB D - Redundan t w it h i n te gra te d U SB p ort 32 USB D + Redundan t w it h i n te gra te d U SB p ort 33 OBD -II ( C A N H) 30-2 501 O nly 34 OBD -II ( C A N L) 30-2 501 O nly 35 USB G ro und Redundan t w it h i n te gra te d U SB p ort 36 USB 5 V Redundan t w it h i n te gra te d U SB p ort
4 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER Wir in g: A nalo g In put 1 - 4 T his c la ss o f in puts is s uit a ble fo r lo ggin g th e o utp ut fr o m a v a rie ty o f s ensors w hic h h ave a c ontin uously v a ria ble (a nalo g) o utp ut b etw een 0 a nd 5 V olt s . A s oft w are s ele cta ble 2 .2 kO hm p ull- u p re sis to r is a va ila ble . T yp ic al A uto m otiv e 0 -5 V A nalo g S ensors · Thro ttle P osit io n S ensor (T P S) · Accele ra to r P edal P osit io n S ensor (A PP) · Manifo ld A bsolu te P re ssure S ensor (M AP) · Shock T ra ve l S ensor · Gear P osit io n S ensor (G PS) · AEM U EG O/A FR , P re ssure , T em pera tu re G auges w it h 0 - 5 V O utp uts ·Mass A ir flo w S ensor (M AF) * A nalo g ty pe o nly !* · Engin e C oola nt T em pera tu re (E CT) · Engin e O il T em pera tu re (E O T) · Air In le t T em pera tu re (A IT ) · ...a nd m any m ore ! T he m ajo rit y o f th ese s ensors a re e it h er tw o w ir e o r th re e w ir e ty pe s ensors . T ypic ally , th ese s ensors w ill h ave a 1 ) s ig nal g ro und w ir e , 2 ) s ig nal w ir e , a nd s om etim es 3 ) p ow er (5 V ) w ir e . W ir in g th e s ensor in to th e a nalo g in put o f th e A Q -1 l o gger is a m atte r o f c onnectin g o ne o f th e lo ggers a nalo g in puts to th e s ig nal w ir e o f th e s ensor. P le ase re fe r to th e d ocum enta tio n th at c am e w it h y our s ensor, g auge, o r th e fa cto ry s erv ic e m anual fo r y our v e hic le to lo cate a nd id entify th e a ppro pria te s ig nal w ir e . S oftw are S ele cta ble 2 .2 kO hm P ull-U p R esis to r A nalo g in puts 1 -4 a re th e o nly A Q -1 in puts th at a re e quip ped w it h a p ull- u p re sis to r. P ull- u p re sis to rs a re re quir e d w hen u sin g tw o w ir e s ensors (R TD , th erm is to r, te m pera tu re s ensors , e .g . E CT, E O T, A IT ) th at A RE N O T a lr e ady w ir e d to a s econd d ata s yste m o r E CU. Y es, y o u n eed a p ull- u p re sis to r w hen Y ou w ant a lo g a p re -e xis tin g A IT s ensor th ats a lr e ady w ir e d to y our e ngin e m anagem ent s yste m o r E CU. N o, y o u d ont n eed a p ull- u p re sis to r w hen Y ou w ant to lo g a n A IT s ensor th at y ou p urc hased fr o m a th ir d p arty , lik e A EM , a nd in sta lle d in y our in ta ke a nd is n ot c onnecte d to a ny o th er E CU, E M S, lo gger. Wir in g: A nalo g / F re q uen cy In put 4 - 8 T his c la ss o f in puts is s uit a ble fo r lo ggin g th e o utp ut fr o m a v a rie ty o f s ensors w hic h h ave a c ontin uously v a ria ble (a nalo g) o utp ut o r, o ptio nally a D C fr e quency, b etw een 0 a nd u p to 1 6 V olt s . T hese in puts d o n ot h ave a ny p ull- u ps a va ila ble . T yp ic al A uto m otiv e 0 -5 V A nalo g S ensors · Thro ttle P osit io n S ensor (T P S) · Accele ra to r P edal P osit io n S ensor (A PP) · Manifo ld A bsolu te P re ssure S ensor (M AP) · Shock T ra ve l S ensor · Gear P osit io n S ensor (G PS) · AEM U EG O/A FR , P re ssure , T em pera tu re G auges w it h 0 - 5 V O utp uts ·Mass A ir flo w S ensor (M AF) * A nalo g ty pe o nly !* · Engin e C oola nt T em pera tu re (E CT) · Engin e O il T em pera tu re (E O T) · Air In le t T em pera tu re (A IT ) · ...a nd m any m ore ! T he m ajo rit y o f th ese s ensors a re e it h er tw o w ir e o r th re e w ir e ty pe s ensors . T ypic ally , th ese s ensors w ill h ave a 1 ) s ig nal g ro und w ir e , 2 ) s ig nal w ir e , a nd s om etim es 3 ) p ow er (5 V ) w ir e . W ir in g th e s ensor in to th e a nalo g in put o f th e A Q -1 l o gger is a m atte r o f c onnectin g o ne o f th e lo ggers a nalo g in puts to th e s ig nal w ir e o f th e s ensor. P le ase re fe r to th e d ocum enta tio n th at c am e w it h y our s ensor, g auge, o r th e fa cto ry s erv ic e m anual fo r y our v e hic le to lo cate a nd id entify th e a ppro pria te s ig nal w ir e . N o P ull-U p R esis to r A va ila ble A nalo g in puts 4 -8 d o n ot h ave a ny p ull- u p re sis to r a va ila ble . T w o w ir e s ensors m ay o nly b e c onnecte d to th is in put if th ey a re c onnecte d to a noth er d ata s yste m o r E CU w it h in w hic h th ere is a p ull- u p re sis to r. T yp ic al A uto m otiv e F re quency T yp e S ensors · Engin e S peed / T achom ete r (R PM ) · Vehic le S peed S ensor (V SS) · Mass A ir flo w S ensor (M AF) F re quency ty pe ·Flo w S ensor · Fle x F uel S ensor · Hall E ffe ct S ensor
5 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER · In je cto r D uty C ycle ·Boost C ontro l S ole noid · ...a nd m any m ore ! T H IS I N PU T O NLY A CCEPTS C LE A N D C S Q UARE W AVE S IG NALS . D AM AGE T O T H E L O GGER I S L IK ELY T O O CCUR W HEN D IR EC TLY C ONNEC TE D T O C OIL S O R M AGNETIC S EN SO RS. E ngin e S peed / T achom ete r (R PM ) / V ehic le S peed S ensor (V SS) / H all E ffe ct S ensor T he u se o f a ta ch a dapte r s uch a s th e M SD “T ach S ig nal G M R P ic kup” P art N um ber # 8918 is u sually re quir e d w hen a tte m ptin g to lo g e ngin e rp m fr o m h ig h-v o lt a ge n ois y s ourc es. I n je cto r D uty C yc le / B oost C ontro l S ole noid S ole noid s a re ty pic ally tw o w ir e d evic es w here 1 ) o ne w ir e is c onnecte d to b atte ry v o lt a ge a nd th e 2 ) s econd w ir e is c onnecte d to a lo w -s id e o utp ut o f a n E CU o r c ontro lle r -- w ir e 2 ) s hould b e c onnecte d to th is in put fo r th e p urp oses o f l o ggin g. Wir in g: D ig it a l In put 1 - 3 T his c la ss o f in puts is s uit a ble fo r lo ggin g th e o utp ut fr o m s w it c hed to g ro und d ig it a l s ig nals w it h a m axim um v o lt a ge o f 1 6V . T yp ic al A uto m otiv e D ig it a l S ig nals · Clu tc h S wit c h · Bra ke S wit c h · Coolin g F an S wit c h ·Nit ro us S ole noid · Tra nsm is sio n S hift S ole noid (n on-p uls ed) · Driv e r o pera te d s ta rt/s to p s w it c h · ...a nd m any m ore ! S ole noid s a re ty pic ally tw o w ir e d evic es w here 1 ) o ne w ir e is c onnecte d to b atte ry v o lt a ge a nd th e 2 ) s econd w ir e is c onnecte d to a lo w -s id e o utp ut o f a n E CU o r c ontro lle r o r g ro und -- w ir e 2 ) s hould b e c onnecte d to th is in put fo r th e p urp oses o f lo ggin g. A s ta rt/s to p s w it c h ty pic ally h as tw o te rm in als w here 1 ) is to b e c onnecte d to th e lo gger a nd 2 ) is c onnecte d to g ro und. I m porta nt N ote : T hese in puts a re n ot in te nded fo r u se w it h s ole noid s o r s ig nal s ourc es th at a re p uls ed w it h a (h ig h) f r e quency fo r th e p urp oses o f c ontro l o r fe edback. Wir in g: S eria l/G PS T his in put is o nly c om patib le w it h th e A EM E M S S erie s 1 /2 s eria l te le m etry o utp ut o r a s eria l (R S-2 32) N M EA0183 G PS r e ceiv e r. A EM E M S S erie s 1 / 2 S eria l T ele m etry T he 3 0-2 906-9 6 o r 3 0-2 907-9 6 A Q -1 H arn ess c om es w it h th e a ppro pria te ly w ir e d D B9 c onnecto r th at c an s im ply b e p lu gged in to th e S erie s 1 o r 2 E M S. T he fo llo w in g c onnectio ns s hould b e m ade if c onstru ctin g y our o w n h arn ess. Se rie s 1 o r 2 E M S / G PS AQ -1 L o gge r Se ria l T x - D B9 P in 3 Se ria l R x - P in 1 7 Se ria l R x - D B9 P in 2 Se ria l T x - P in 1 6 Gnd - D B9 P in 5 Gnd - P in 1 8 G PS R eceiv e r - N M EA0183 R S-2 32 S eria l T he fo llo w in g G arm in G PS re ceiv e rs h ave b een v a lid ate d fo r u se w it h th e A Q -1 · Garm in G PS 1 8x P C – 1 H z m odel w it h D B9 c onnecto r a nd 1 2 v o lt p ow er a dapte r - T he 3 0-2 906-9 6 A Q -1 H arn ess c om es w it h th e a ppro pria te ly w ir e d D B9 c onnecto r th at c an s im ply b e p lu gged in to th e G arm in G PS 1 8x P C. · Garm in G PS18x 5 H z- 5 H z O EM m odel - T his u nit w ill re quir e w ir in g; p le ase re fe r to G arm in d ocum enta tio n a nd th e f o llo w in g p in out.
6 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER GPS AQ -1 L o gge r 5V 5V ( 1 00m A m ax) - P in 2 0 Se ria l T x Se ria l R x - P in 1 7 Se ria l R x Se ria l T x - P in 1 6 Gnd Gnd - P in 1 8 Wir in g: A EM net T he A Q -1 A EM net is d esig ned o nly to w ork w it h a ppro ve d A EM net d evic es; p le ase r e fe re nce th e C om patib le A EM P ro ducts s ectio n lo cate d w it h in th is m anual. T he 3 0- 2 906-9 6/3 0-2 907-9 6 A Q -1 H arn ess c om es w it h a n a ppro pria te ly w ir e d D euts ch D TM 4 -p in A EM net c onnecto r a llo w in g e asy c onnectio n to m ost A EM net d evic es. T he fo llo w in g A EM net p in out is p ro vid ed fo r u sers c onstru ctin g th eir o w n h arn ess. Pin Nam e 1 AEM net+ ( C A N H) 2 AEM net- ( C A N L) 3 Sw it c h ed + 12V 4 Gro und T erm in atio n, W ir in g, a nd R esis to rs R efe r t o t h e f o llo w in g g u id elin es w hen w ir in g A EM net ( C A N ) d evic e s. · Tw is te d w ir e i s r e quir e d w it h > 1 t w is t p er i n ch . · AEM net b use s m ust b e p ro perly t e rm in ate d. T e rm in atio n r e sis to rs a re 1 20 O hm s e ach , t w o t o ta l, l o ca te d a t t h e p hysic a l e nds o f t h e b us w ir e s. · Th e A Q -1 l o gge r i s e quip ped w it h a n on-c o nfig u ra b le 1 20 O hm r e sis to r. Th e f o llo w in g D euts ch D TM 4 -p in t e rm in atio n p lu gs a re a vaila b le f ro m y o ur A EM d eale r. PN Descrip tio n 35-3 440-F AEM NET T ER M IN ATIO N P LU G, F EM ALE 35-3 440-M AEM NET T ER M IN ATIO N P LU G, M ALE Config ura tio n S oftw are O verv ie w T he A EM A Q -1 D ata L ogger is c onfig ure d u sin g P C s oft w are a va ila ble fo r d ow nlo ad a t w ww.a em ele ctro nic s.c om . O nce d ow nlo aded a nd in sta lle d, c onnect th e p ro vid ed U SB c able to th e P C a nd th e A Q -1 . T he U SB c able m ay b e p lu gged e it h er d ir e ctly in to A Q -1 it s elf o r, if u sin g th e A EM 3 0-2 90x-9 6 h arn ess, m ay b e p lu gged i n to th e h arn ess U SB c onnecto r -- th ey a re e le ctric ally e quiv a le nt. N ote : if th is is th e fir s t tim e th e A Q -1 is b ein g u sed, p le ase w ait fo r W in dow s to re cogniz e th e d evic e w hic h, o n s om e P Cs m ay ta ke u p to s ix ty s econds; n o a ddit io nal d riv e rs a re n ecessary a nd a s yste m re sta rt is n ot ty pic ally re quir e d. N O TE : T he d evic e c an b e p ow ere d b y U SB (a lo ne) fo r c erta in c onfig ura tio n o r vie w in g ta sks. C erta in fu nctio ns o r liv e r e adin gs w ill n ot b e a va ila ble , h ow eve r, u nle ss th e A Q -1 is p ow ere d b y a 1 2V s yste m th ro ugh it s m ain c onnecto r. T he a nnota te d im age b elo w s how s th e m ain u ser in te rfa ces o f th e s oft w are .
7 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER N avig atio n T re e T he N avig atio n T re e a llo w s th e u ser to s w it c h b etw een th e a va ila ble c onfig ura tio n p ages. E ach c onfig ura tio n p age p ro vid es t h e a va ila ble o ptio ns fo r e ach o f th e lo ggers in puts o r o th er fe atu re . C lic k o n th e d esir e d in put/fe atu re to n avig ate to it s c onfig ura tio n p age. C ente r P ane A ll c onfig ura ble o ptio ns o r liv e re adin gs fr o m th e d evic e w ill b e d is pla yed in th is a re a. S om e in fo rm atio n o r o ptio ns a re o nly a va ila ble w hen c onnecte d th ro ugh U SB to a n A Q -1 th at is p ow ere d b y a 1 2V s yste m th ro ugh th e m ain c onnecto r. D evic e In fo rm atio n W hen c onnecte d to a n A Q -1 v ia U SB, th is a re a w ill d is pla y in fo rm atio n a bout th e d evic e it s elf a nd it s S D c ard if in sta lle d. S ta tu s B ar D is pla ys th e c urre nt c onnectio n a nd lo ggin g s ta tu s.
8 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER H elp P ane I n addit io n to th is m anual, deta ile d in fo rm atio n about th e c urre ntly v ie w ed p age is a va ila ble in th e H elp P ane lo cate d o n t h e rig ht sid e of th e scre en. The Help Pane m ay be c olla psed w hen n ot n eeded u sin g th e s lid e c ontro l. I m porta nt N ote s to R em em ber W hen u sin g S oftw are · Logger c an b e c onfig ure d w hen p ow ere d b y U SB o nly b ut P erm anent 1 2V a t m ain c onnecto r is re quir e d fo r a ll liv e r e adin gs a nd fu nctio ns to w ork p ro perly · Monit o r th e S ta tu s B ar to d ete rm in e w hen th e lo gger is a ctiv e ly lo ggin g; m any fu nctio ns w ill b e d is able d w hile l o ggin g is a ctiv e to c onserv e re sourc es AQ -1 P ull-d ow n M enu C onnect - C onnects (o r re connects ) to lo gger. U plo ad C onfig ura tio n - S ends lo gger c onfig ura tio n fr o m P C t o th e lo gger. R eset T o F acto ry C onfig ura tio n - R esets c onnecte d lo ggers c onfig ura tio n to fa cto ry d efa ult s ettin gs. U pdate F ir m ware - D o n ot p erfo rm u nle ss in stru cte d b y A EM T echnic al S upport. R eb oot D evic e - P erfo rm s a re boot o f th e c urre ntly c onnecte d lo gger. N ot ty pic ally n ecessary . O pen C onfig ura tio n - O pen c onfig ura tio n fr o m P C a nd e dit o fflin e. S ave C onfig ura tio n - S ave c urre ntly o pened c onfig ura tio n to P C w it h s am e file nam e. S ave C onfig ura tio n A s - S ave c urre ntly o pened c onfig ura tio n t o P C w it h d iffe re nt file nam e. N ew C onfig ura tio n - C re ate a n ew c onfig ura tio n o fflin e a nd b egin e dit in g. Config ura tio n: In put C han nel O verv ie w / L oggin g C ondit io ns T his p age p ro vid es s om e im porta nt in te rfa ces fo r c onfig urin g th e o pera tio n o f y our lo gger. T he fo llo w in g th in gs s hould b e c onsid ere d w hen s ele ctin g a nd c onfig urin g lo ggin g c ondit io ns: · Loggin g c ondit io ns s hould b e s ele cte d s uch th at th ere is a c le ar tra nsit io n to a nd fr o m lo ggin g m ode. F or e xam ple E ngin e R PM > 3 50 w ould p ro vid e a c le ar tra nsit io n fr o m e ngin e ru nnin g (lo ggin g o n) a nd e ngin e o ff (lo ggin g off. ) S ele ctin g s om eth in g lik e E ngin e R PM > 2 000 w ill c ause th e lo gger to try a nd s ta rt a nd s to p lo ggin g e ve ry tim e th e e ngin e tra nsit io ns th ro ugh 2 000 R PM w hic h c ould h appen m any tim es w it h in a s hort d ura tio n o f tim e. · Loggin g w ill s ta rt/s to p o ne to tw o s econds a ft e r th e lo ggin g c ondit io ns h ave b een s atis fie d. T his is re quir e d to p ro perly o pen/c lo se th e S D c ard lo g file . L oggin g C onditio n · Dete rm in es w hen lo ggin g s ta rts a nd s to ps · Sele ct c hannel, c ondit io nal, a nd th re shold · Channel m ust b e enable d to be used as a lo ggin g c ondit io n
9 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER · All A nalo g, D ig it a l, F re quency c hannels m ay b e u sed a s lo ggin g c ondit io ns · Only E ngin e R PM and V ehic le S peed are ava ila ble f r o m G PS, A EM net, o r O BD-II L og T est · Tem pora rily fo rc es th e lo gger to begin lo ggin g and t e rm in ate a ft e r 1 0 s econds · Usefu l fo r te stin g lo gger c onfig ura tio n D evic e D ate A nd T im e · Log file s w ill b e tim e s ta m ped u sin g th is d ate /tim e · AQ -1 date /tim e settin g w ill re set if perm anent 12V p ow er is re m ove d · Sele ct m eth od by w hic h A Q -1 date /tim e should be s ynced L og F ile N am e · Log file s w ill b e n am ed u sin g th e c onfig ura ble p re fix , f ile c ount, a nd d ate /tim e I n put O ve rv ie w · Pro vid es a n o ve rv ie w o f w hic h c hannels a re enable d f o r lo ggin g a nd o th er s ettin gs · Enable d fla g, lo ggin g ra te , a nd n am e c an b e s et fo r m ost c hannels · Liv e channel re adin g can be vie w ed fo r most c hannels . N ote : P erm anent 1 2V m ust b e p re sent o n m ain c onnecto r fo r p ro per o pera tio n Config ura tio n: A nalo g In puts 1 - 4 T he fir s t fo ur a nalo g in puts a re d esig ned to a ccept a nd s am ple a 0 -5 V s ig nal a t u p to 1 000H z. T his s ig nal m ay b e s cale d t o e ngin eerin g u nit s a nd re cord ed in th e d ata lo g fo r p ost-a naly sis . A s oft w are c onfig ura ble p ull- u p re sis to r is p ro vid ed fo r t w o-w ir e R TD s ensors o r s im ila r. C hannel O ptio ns · Enable d c heckbox d ete rm in es if c hannel is lo gged o r n ot · Set th e n am e th at w ill a ppear in th e d ata lo g · Set th e s am plin g ra te o f th is in put
10 10/2 5/2 016 - D O CUM EN T N UM BER : 1 0-2 500 © 2 016 A EM P erfo rm ance E le ctr o nic s A Q -1 D ATA L O GGER L iv e D ata · Dis pla ys th e ra w v o lt a ge m easure d a t th e in put p in · Dis pla ys th e s cale d v a lu e a s w ill b e re cord ed in th e lo g · AQ -1 re quir e s 1 2V p ow er a t m ain c onnecto r fo r p ro per r e adin gs S enso r W iz a rd · Load k now n s ensor c alib ra tio ns fr o m W iz ard d ata base · Save c usto m s ensor c alib ra tio ns to W iz ard d ata base S ca lin g T yp e · Scalin g ty pe is ty pic ally s et to In te rp ola te . S te p c an b e u sed fo r g ear p osit io n s ensors a s a n e xam ple C alib ra tio n D ata · Vie w /c re ate s ensor c alib ra tio ns · Vie w /s et th e u nit s o f th e s cale d v a lu e to b e re cord ed in th e d ata lo g · Vie w /s et th e c alib ra tio n p oin ts /c urv e · The 2 200 O hm p ull- u p re sis to r is ty pic ally e nable d fo r tw o- w ir e R TD ty pe s ensors , u nle ss th at s ensor is a lr e ady c onnecte d to a noth er lo gger/E CU d evic e Config ura tio n: A nalo g / F re q uen cy In puts 5 - 8 T he s econd fo ur a nalo g/fr e quency in puts a re d esig ned to a ccept a nd s am ple a 0 -5 V s ig nal o r a 0 -1 6V s ig nal a t u p to 1 000H z. In a ddit io n, fr e quency a nd d uty c ycle ty pe s ig nals m ay b e lo gged. T his s ig nal m ay b e s cale d to e ngin eerin g u nit s a nd re cord ed in th e d ata lo g fo r p ost-a naly sis . T here is n o s oft w are c onfig ura ble p ull- u p re sis to r a va ila ble o n th is i n put ty pe. P le ase re fe re nce C onfig ura tio n: A nalo g In puts 1 -4 C hannel O ptio ns · Enable d c heckbox d ete rm in es if c hannel is lo gged o r n ot · Set th e n am e th at w ill a ppear in th e d ata lo g · Set th e s am plin g ra te o f th is in put · Fre quency m ode s am plin g is L iv e D ata · Dis pla ys th e ra w v o lt a ge m easure d a t th e in put p in · Dis pla ys th e s cale d v a lu e a s w ill b e re cord ed in th e l o g · AQ -1 re quir e s 1 2V p ow er a t m ain c onnecto r fo r p ro per re adin gs S enso r W iz a rd · Load k now n s ensor c alib ra tio ns fr o m W iz ard d ata base · Save c usto m s ensor c alib ra tio ns to W iz ard d ata base