AEM Infinity 710 Hardware Specification 307100
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I n fin it y
H ard w are S pecif ic atio n
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STO P!
T HIS P RO DUC T H AS L E G AL R ESTRIC TIO NS.
R EAD T HIS B EFO RE IN STALLIN G /U SIN G !
T H IS P R O DUCT M AY B E U SED S O LELY
O N V EH IC LES U SED IN S A NCTIO NED C O MPETIT IO N W HIC H M AY N EV ER B E U SED U PO N A
P U BLIC R O AD O R H IG HW AY, U NLES S P ER M IT TED B Y S PEC IF IC R EG ULA TO RY E X EM PTIO N. ( V IS IT T H E “ E M IS SIO NS” P A GE A T H TTP://
W WW.S EM ASA N.C O M/E M IS SIO NS
F O R S TA TE B Y S TA TE D ETA IL S .)
I T IS T H E R ES PO NSIB IL IT Y O F T H E IN STA LLER A ND/O R U SER O F T H IS P R O DUCT T O E N SURE T H A T IT IS U SED IN C O MPLIA NCE W IT H
A LL A PPLIC A BLE L A W S A ND R EG ULA TIO NS. IF T H IS P R O DUCT W AS P U RCHA SED IN E R RO R, D O N O T
IN STA LL A ND/O R U SE IT . T H E
P U RCHA SER M UST
A RRA NG E T O R ETU RN T H E P R O DUCT F O R A F U LL R EFU ND.
T H IS P O LIC Y O NLY A PPLIE S T O IN STA LLER S A ND/O R U SER S W HO A RE L O CA TED IN T H E U NIT ED S TA TES ; H O W EV ER C USTO MER S
W HO R ES ID E IN O TH ER C O UNTR IE S S HO ULD A CT IN A CCO RDA NCE W IT H T H EIR L O CA L L A W S A ND R EG ULA TIO NS.
W ARNIN G : T his in sta lla tio n is n ot fo r th e tu nin g n ovic e ! U se th is s y ste m w ith E X TR EM E c a utio n! T he A EM
I n fin ity P ro gra m mable E M S a llo w s fo r to ta l fle xib ility in e ngin e tu nin g. M is u se o r im pro per tu nin g o f th is
p ro duct c a n d estr o y y o ur e ngin e! If y o u a re n ot w ell v e rs e d in e ngin e d yn am ic s a nd th e tu nin g o f e ngin e
m anagem ent s y ste m s D O N O T a tte m pt th e in sta lla tio n. R efe r th e in sta lla tio n to a n A EM -tr a in ed tu nin g
s h op o r c a ll 8 00-4 23-0 046 fo r te ch nic a l a ssis ta nce .
N O TE: A ll s u pplie d A EM c a lib ra tio ns, W iz a rd s a nd o th er tu nin g in fo rm atio n a re o ffe re d a s p ote ntia l
s ta rtin g p oin ts o nly . 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 IF T H E
C ALIB RATIO N IS S AFE F O R IT S IN TEN DED U SE. A EM h old s n o r e sp onsib ility fo r a ny e ngin e d am age th at
r e su lts fr o m th e m is u se o r m is tu nin g o f th is p ro duct!
In fin ity H ard w are S pecific a tio n © 2 015 A EM P erfo rm ance E le ctr o nic s T ab le o f C onte n ts Hard w are . ............................................................................................................................................................ 1 In fin ity H ard w are S pecific a tio ns . ............................................................................................................................................................ 3 EC U In sta lla tio n D im ensio ns In fin ity -8 /1 0/1 2 Wir in g, P in outs a n d S ch em atic s . ............................................................................................................................................................ 4 Wir in g . ............................................................................................................................................................ 4 Univ e rs a l P in out, In fin ity -8 /1 0/1 2 . ............................................................................................................................................................ 1 6 Connecto r V ie w s In fin ity -8 /1 0/1 2 . ............................................................................................................................................................ 1 6 Exam ple S yste m S ch em atic s . .........................................................................................................................................................1 8 Pow er D is tr ib utio n, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................1 9 In te rn al U EG O, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 0 95 B M W E 36 M 3, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 1 EV O V III, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 2 EV O IX P in out, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 3 93–98 T oyo ta S upra 2 JZG TE, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 4 Ig nitio n S yste m – C O P 2 W ir e D um b C oils w ith Ig nito r, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 5 Ig nitio n S yste m – C O P 3 W ir e D um b C oils w ith Ig nito r, In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 6 Ig nitio n S yste m – C O P 3 W ir e S m art C oils , In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 7 Ig nitio n S yste m – C O P 4 W ir e S m art C oils , In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 8 Ig nitio n S yste m – C O P 5 W ir e S m art C oils , In fin ity -8 /1 0/1 2 . .........................................................................................................................................................2 9 GM L S 3 D BW W ir in g, In fin ity -8 /1 0/1 2
Hard w are 1 © 2 015 A EM P erfo rm ance E le ctr o nic s Hard w are In fin it y H ard w are S pecif ic atio ns Sp ecif ic a tio ns In fin it y -6 In fin it y -8 h In fin it y -8 In fin it y -1 0 In fin it y -8 12 C ylin ders Up t o 6 Up t o 8 Up t o 8 Up t o 1 0 Up t o 1 2 In je cto rs , L o w I m pedan ce ( S e quentia l) 6 N/A 8 10 12 In je cto rs H ig h I m pedan ce ( S e quentia l) Up t o 6 Up t o 8 8 10 12 C oils – 0 –5V F allin g E d ge 6 8 8 10 10 C onnecto r P in s 80 80 129 129 129 D riv e -b y-W ir e Sin gle Sin gle Dual Dual Dual H -B rid ge C han nels 1 1 2 2 2 R S232 C han nels * 1 1 1 1 1 C A N C han nels 2 2 2 2 2 2 -S tro ke E n gin es Ye s Ye s Ye s Ye s Ye s 4 -S tro ke E n gin es Ye s Ye s Ye s Ye s Ye s K nock C ontro l 2-C han nel 2-C han nel 2-C han nel 2-C han nel 2-C han nel A nalo g V olt a ge I n puts Up t o 9 Up t o 9 Up t o 1 7 Up t o 1 7 Up t o 1 7 A nalo g T e m p I n puts Up t o 3 Up t o 3 Up t o 6 Up t o 6 Up t o 6 V R/M ag I n puts Up t o 4 Up t o 4 Up t o 6 Up t o 6 Up t o 6 D ig it a l I n puts Up t o 8 Up t o 6 Up t o 8 Up t o 8 Up t o 8 In te rn al W id eban d U EG O C ontro lle r 1 1 2 2 2 H ig h S id e O utp uts 1 1 Up t o 2 Up t o 2 Up t o 2 L o w S id e O utp uts 8 6 10 10 10
2 © 2 015 A EM P erfo rm ance E le ctr o nic s I n fin ity H ard w are S pecific a tio n Sp ecif ic a tio ns In fin it y -6 In fin it y -8 h In fin it y -8 In fin it y -1 0 In fin it y -8 12 4 -W ir e S te pper M oto r C ontro l Ye s Ye s Ye s Ye s Ye s B oost C ontro l ( R PM , T im e, G ear, V SS, S w it c h I n put, F le x F u el C onte nt Ye s Ye s Ye s Ye s Ye s E n gin e P ro te ctio n Ye s Ye s Ye s Ye s Ye s V aria b le C am C ontro l Up t o 2 Up t o 2 Up t o 4 Up t o 4 Up t o 4 L a u nch C ontro l Ye s Ye s Ye s Ye s Ye s N it ro us C ontro l Sin gle S ta ge Sin gle S ta ge Sin gle S ta ge Sin gle S ta ge Sin gle S ta ge D ata L o ggin g Up t o 6 4 G B Up t o 6 4 G B Up t o 6 4 G B Up t o 6 4 G B Up t o 6 4 G B T ra ctio n C ontro l Up t o 2 -W heel S p eed Up t o 2 -W heel S p eed Up t o 4 -W heel S p eed Up t o 4 -W heel S p eed Up t o 4 -W heel S p eed W eath er R esis ta n ce Ye s, S e ale d E n clo su re w it h I P 67 C onnecto rs Ye s, S e ale d E n clo su re w it h I P 67 C onnecto rs Ye s, S e ale d E n clo su re w it h I P 67 C onnecto rs Ye s, S e ale d E n clo su re w it h I P 67 C onnecto rs Ye s, S e ale d E n clo su re w it h I P 67 C onnecto rs E n clo su re D im s 5.8 55x 5.5 5x 1. 8 5.8 55x 5.5 5x 1. 8 6.7 5x 6.0 0x 1.8 6.7 5x 6.0 0x 1.8 6.7 5x 6.0 0x 1.8 W eig h t 18.8 o z/4 76.2 7g 18.8 o z/4 76.2 7g 24o z/6 80g 24o z/6 80g 24o z/6 80g * *D ual u se p in s. T x a n d R x s h are d w it h 2 d ig it a l i n puts .
Hard w are 3 © 2 015 A EM P erfo rm ance E le ctr o nic s EC U In sta lla tio n D im en sio ns In fin it y -8 /1 0/1 2
4 © 2 015 A EM P erfo rm ance E le ctr o nic s I n fin ity H ard w are S pecific a tio n Wir in g, P in outs a n d S ch em atic s Wir in g Univ ers al P in out, In fin it y -8 /1 0/1 2 In fin ity P in Hrd w r R ef. Hard w are S pecific a tio n Note s C1-1 Low sid e 4 Low sid e s w it c h, 4 A m ax, N O i n te rn al fly back d io de. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns. C1-2 Low sid e 5 Low sid e s w it c h, 4 A m ax w it h i n te rn al fly back d io de. I n ductiv e lo ad s hould N O T h ave fu ll tim e p ow er. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns. C1-3 Low sid e 6 Low sid e s w it c h, 4 A m ax w it h i n te rn al fly back d io de. I n ductiv e lo ad s hould N O T h ave fu ll tim e p ow er. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns. C1-4 UEG O 1 H eat Bosch U EG O c ontro lle r Low sid e s w it c h fo r U EG O h eate r c ontro l. C onnect to p in 4 o f B osch U EG O s ensor. N O TE th at p in 3 o f th e S ensor is h eate r (+ ) a nd m ust b e p ow er b y a fu sed/ s w it c hed 1 2V s upply . C1-5 UEG O 1 IA Trim C urre nt s ig nal. C onnect to p in 2 o f B osch U EG O s ensor C1-6 UEG O 1 IP Pum pin g C urre nt s ig nal. C onnect to p in 6 o f B osch U EG O s ensor C1-7 UEG O 1 U N Nern st V olt a ge s ig nal. C onnect to p in 1 o f B osch U EG O s ensor C1-8 UEG O 1 V M Vir tu al G ro und s ig nal. C onnect to p in 5 o f B osch U EG O s ensor. C1-9 Fla sh E nable 10K p ulld ow n Not u sually n eeded fo r a uto m atic f ir m ware u pdate s th ro ugh In fin it y T uner. If c onnectio n e rro rs o ccur d urin g u pdate , c onnect 1 2 v o lt s to th is p in b efo re p ro ceedin g w it h u pgra de. D is connect th e 1 2 v o lt s s ig nal a ft e r th e u pdate . C1-1 0 Batte ry P erm P ow er Dedic ate d p ow er m anagem ent C PU Full tim e b atte ry p ow er. M UST b e p ow ere d b efo re th e ig nit io n s w it c h in put is t rig gere d (S ee C 1-6 5).
Wir in g, P in outs a nd S ch em atic s 5 © 2 015 A EM P erfo rm ance E le ctr o nic s In fin ity P in Hrd w r R ef. Hard w are S pecific a tio n Note s C1-1 1 Coil 4 25 m A m ax s ourc e c urre nt 0-5 V F allin g e dge fir e . D O N O T c onnect d ir e ctly to c oil p rim ary . M ust u se a n i g nit o r O R C DI th at a ccepts a F A LLIN G e dge fir e s ig nal. C1-1 2 Coil 3 25 m A m ax s ourc e c urre nt 0-5 V F allin g e dge fir e . D O N O T c onnect d ir e ctly to c oil p rim ary . M ust u se a n i g nit o r O R C DI th at a ccepts a F A LLIN G e dge fir e s ig nal. C1-1 3 Coil 2 25 m A m ax s ourc e c urre nt 0-5 V F allin g e dge fir e . D O N O T c onnect d ir e ctly to c oil p rim ary . M ust u se a n i g nit o r O R C DI th at a ccepts a F A LLIN G e dge fir e s ig nal. C1-1 4 Coil 1 25 m A m ax s ourc e c urre nt 0-5 V F allin g e dge fir e . D O N O T c onnect d ir e ctly to c oil p rim ary . M ust u se a n i g nit o r O R C DI th at a ccepts a F A LLIN G e dge fir e s ig nal. C1-1 5 Coil 6 25 m A m ax s ourc e c urre nt 0-5 V F allin g e dge fir e . D O N O T c onnect d ir e ctly to c oil p rim ary . M ust u se a n i g nit o r O R C DI th at a ccepts a F A LLIN G e dge fir e s ig nal. C1-1 6 Coil 5 25 m A m ax s ourc e c urre nt 0-5 V F allin g e dge fir e . D O N O T c onnect d ir e ctly to c oil p rim ary . M ust u se a n i g nit o r O R C DI th at a ccepts a F A LLIN G e dge fir e s ig nal. C1-1 7 Low sid e 2 Low sid e s w it c h, 4 A m ax, N O i n te rn al fly back d io de. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns. C1-1 8 Low sid e 3 Low sid e s w it c h, 4 A m ax w it h i n te rn al fly back d io de. I n ductiv e lo ad s hould N O T h ave fu ll tim e p ow er. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns. C1-1 9 Analo g S ensor G ro und Dedic ate d a nalo g g ro und Analo g 0 -5 V s ensor g ro und C1-2 0 Analo g S ensor G ro und Dedic ate d a nalo g g ro und Analo g 0 -5 V s ensor g ro und
6 © 2 015 A EM P erfo rm ance E le ctr o nic s I n fin ity H ard w are S pecific a tio n In fin ity P in Hrd w r R ef. Hard w are S pecific a tio n Note s C1-2 1 Cra nkshaft P osit io n S ensor H all 10K p ullu p to 1 2V . W ill w ork w it h g ro und o r flo atin g s w it c hes. See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-2 2 Cam shaft P osit io n S ensor 1 H all 10K p ullu p to 1 2V . W ill w ork w it h g ro und o r flo atin g s w it c hes. See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-2 3 Dig it a l 2 10K p ullu p to 1 2V . W ill w ork w it h g ro und o r flo atin g s w it c hes. See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-2 4 Dig it a l 3 10K p ullu p to 1 2V . W ill w ork w it h g ro und o r flo atin g s w it c hes. See S etu p W iz ard p age In put F unctio n A ssig nm ents fo r s etu p o ptio ns. C1-2 5 Dig it a l 4 10K p ullu p to 1 2V . W ill w ork w it h g ro und o r flo atin g s w it c hes. See S etu p W iz ard p age In put F unctio n A ssig nm ents fo r s etu p o ptio ns. C1-2 6 Dig it a l 5 10K p ullu p to 1 2V . W ill w ork w it h g ro und o r flo atin g s w it c hes. See S etu p W iz ard p age In put F unctio n A ssig nm ents fo r s etu p o ptio ns. C1-2 7 Knock S ensor 1 Dedic ate d k nock s ig nal p ro cessor See S etu p W iz ard p age K nock S etu p fo r o ptio ns. C1-2 8 Knock S ensor 2 Dedic ate d k nock s ig nal p ro cessor See S etu p W iz ard p age K nock S etu p fo r o ptio ns. C1-2 9 EFI M ain R ela y S wit c hed G ro und O utp ut 0.7 A m ax g ro und s in k fo r e xte rn al re la y c ontro l Will a ctiv a te a t k ey o n a nd a t k ey o ff a ccord in g to th e c onfig ura tio n s ettin gs. C1-3 0 Batte ry G ro und Batte ry G ro und Connect d ir e ctly to b atte ry g ro und C1-3 1 CANL A Dedic ate d H ig h S peed C AN T ra nsceiv e r Recom mend tw is te d p air (o ne tw is t p er 2 ) w it h te rm in atin g re sis to r. C onta ct A EM fo r a ddit io nal in fo rm atio n. C1-3 2 CANH A Dedic ate d H ig h S peed C AN T ra nsceiv e r Recom mend tw is te d p air (o ne tw is t p er 2 ) w it h te rm in atin g re sis to r. C onta ct A EM fo r a ddit io nal in fo rm atio n. C1-3 3 Low sid e 1 Low sid e s w it c h, 4 A m ax w it h i n te rn al fly back d io de. I n ductiv e lo ad s hould N O T h ave fu ll tim e p ow er. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns.
Wir in g, P in outs a nd S ch em atic s 7 © 2 015 A EM P erfo rm ance E le ctr o nic s In fin ity P in Hrd w r R ef. Hard w are S pecific a tio n Note s C1-3 4 Low sid e 0 Low sid e s w it c h, 4 A m ax, N O i n te rn al fly back d io de. N o p ullu p See S etu p W iz ard P age O utp ut F unctio n A ssig nm ent fo r s etu p o ptio ns. C1-3 5 Analo g 7 12 b it A /D , 1 00K p ullu p to 5 V Defa ult p rim ary T hro ttle P osit io n in put. 0 -5 V a nalo g s ig nal. U se + 5V O ut p in s a s p ow er s upply a nd S ensor G ro und p in s a s t h e lo w re fe re nce. D o n ot c onnect s ig nals re fe re nced to + 12V a s th is c an p erm anently d am age th e E CU. S ee th e S etu p W iz ard S et T hro ttle R ange p age fo r a uto m atic m in /m ax c alib ra tio n. C1-3 6 Analo g 8 12 b it A /D , 1 00K p ullu p to 5 V Defa ult M anifo ld P re ssure In put. 0 -5 V a nalo g s ig nal. U se + 5V O ut p in s a s p ow er s upply a nd S ensor G ro und p in s a s t h e lo w re fe re nce. D o n ot c onnect s ig nals re fe re nced to + 12V a s th is c an p erm anently d am age th e E CU. C1-3 7 Analo g 9 12 b it A /D , 1 00K p ullu p to 5 V Defa ult F uel P re ssure In put. 0 -5 V a nalo g s ig nal. U se + 5V O ut p in s a s p ow er s upply a nd S ensor G ro und p in s a s t h e lo w re fe re nce. D o n ot c onnect s ig nals re fe re nced to + 12V a s th is c an p erm anently d am age th e E CU. C1-3 8 Analo g 1 0 12 b it A /D , 1 00K p ullu p to 5 V 0-5 V a nalo g s ig nal. U se + 5V O ut p in s a s p ow er s upply a nd S ensor G ro und p in s a s t h e lo w re fe re nce. D o n ot c onnect s ig nals re fe re nced to + 12V a s th is c an p erm anently d am age th e E CU. S ee th e S etu p W iz ard In put F unctio n A ssig nm ents p age fo r o ptio ns. C1-3 9 Analo g 1 1 12 b it A /D , 1 00K p ullu p to 5 V 0-5 V a nalo g s ig nal. U se + 5V O ut p in s a s p ow er s upply a nd S ensor G ro und p in s a s t h e lo w re fe re nce. D o n ot c onnect s ig nals re fe re nced to + 12V a s th is c an p erm anently d am age th e E CU. S ee th e S etu p W iz ard In put F unctio n A ssig nm ents p age fo r o ptio ns.
8 © 2 015 A EM P erfo rm ance E le ctr o nic s I n fin ity H ard w are S pecific a tio n In fin ity P in Hrd w r R ef. Hard w are S pecific a tio n Note s C1-4 0 Analo g 1 2 12 b it A /D , 1 00K p ullu p to 5 V 0-5 V a nalo g s ig nal. U se + 5V O ut p in s a s p ow er s upply a nd S ensor G ro und p in s a s t h e lo w re fe re nce. D o n ot c onnect s ig nals re fe re nced to + 12V a s th is c an p erm anently d am age th e E CU. S ee th e S etu p W iz ard In put F unctio n A ssig nm ents p age fo r o ptio ns. C1-4 1 +5V S ensor P ow er Regula te d, fu sed + 5V s upply f o r s ensor p ow er Analo g s ensor p ow er C1-4 2 +5V S ensor P ow er Regula te d, fu sed + 5V s upply f o r s ensor p ow er Analo g s ensor p ow er C1-4 3 Hig hsid e 1 0.7 A m ax, H ig h S id e S olid S ta te R ela y See S etu p W iz ard p age O utp ut F unctio n A ssig nm ent fo r c onfig ura tio n o ptio ns. C1-4 4 Hig hsid e 0 0.7 A m ax, H ig h S id e S olid S ta te R ela y See S etu p W iz ard p age O utp ut F unctio n A ssig nm ent fo r c onfig ura tio n o ptio ns. C1-4 5 Cra nkshaft P osit io n S ensor V R+ Diffe re ntia l V aria ble R elu cta nce Z ero C ro ss D ete ctio n See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-4 6 Cra nkshaft P osit io n S ensor V R- See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-4 7 Cam shaft P osit io n S ensor 1 V R- Diffe re ntia l V aria ble R elu cta nce Z ero C ro ss D ete ctio n See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-4 8 Cam shaft P osit io n S ensor 1 V R+ See S etu p W iz ard p age C am /C ra nk fo r o ptio ns. C1-4 9 VR+ 2 Diffe re ntia l V aria ble R elu cta nce Z ero C ro ss D ete ctio n See th e S etu p W iz ard In put F unctio n A ssig nm ents p age fo r o ptio ns. C1-5 0 VR- 2 C1-5 1 VR- 3 Diffe re ntia l V aria ble R elu cta nce Z ero C ro ss D ete ctio n See th e S etu p W iz ard In put F unctio n A ssig nm ents p age fo r o ptio ns. C1-5 2 VR+ 3 C1-5 3 DBW 1 M oto r - 5.0 A m ax T hro ttle C ontro l H brid ge D riv e +12V to c lo se. C1-5 4 DBW 1 M oto r + 5.0 A m ax T hro ttle C ontro l H brid ge D riv e +12V to o pen. C1-5 5 Batte ry G ro und Pow er G ro und Connect d ir e ctly to b atte ry g ro und