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Crimestopper Security Products RS-3 manual

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Table of contents for the manual

  • Page 1

    R S- 1 / R S- 3 / R S- 4 RS-00 ( A DD - O N M O DU LE ) 1 W A Y SYS T E MS R E M O T E E N G IN E S T A R T IN G S Y S T E M IN S T A LL A T I O N IN S T RUC T I O N S I N T R O DUC TI O N C O N G RA T U L A T IO NS on y our c ho i c e o f a “ C oo l S t ar t ” S y s t e m w i t h D a t a P or t T e c hno l og y f or d i re c t c onne c t i on [...]

  • Page 2

    2 T A B L E O F C O N T E N T S P re- I n s t a ll a t i on C on s i dera t i on s… . ……… ... …… ... ……………………………………………………………… .. … . ……… .. 2 I n s t a ll a t i on C au t i on s & W arn i ng s…………………………………………………………………………?[...]

  • Page 3

    3 I N S T A LL A TI O N C A U TI O N S & W A RN I N G S F O R S A F E T Y R E A S O N S , D O N O T I N S T A LL i n v e h i c l es wi t h M A NU A L T R A N S M I SS IO NS . ** I f a cc i den t a ll y l e ft i n gear , a re m o t e s t ar t ed v eh i c l e c ou l d be c o m e a s e l f -prope ll ed t hrea t t o li f e and proper t y . D O N OT[...]

  • Page 4

    4 WI R I N G Y E LL O W B L A CK F O R N E G A T I VE IG N I T IO N O U T P U T : ( R e l a y a nd / o r M odu l e no t i n c l ud e d ) Y E L LOW/ B L A CK 85 86 30 87 3r d I G N ( I f n e e d e d) I G N S W. OR A N T I - T H E FT/ M O DU LE + 1 2 V C O N S T A N T OR T R A N SP O ND ER D io d e i s o l a te i f u s i n g bo t h! A N T I - G R I N[...]

  • Page 5

    5 WI R I N G T A N : (-) A U X O U T P U T ( T RUNK P O P ) o r D O M E L IG H T I LL U M I N A T IO N O U T P U T T h i s ou t pu t i s progra mm ab l e f or 3 m ode s o f opera t i on . S ee P rogra mm i ng O p t i on #9 S e c t i on . 1 . 30 s e c ond D o m e L i gh t ou t pu t. 2 . M o m en t ar y ½ s e c ond ou t pu t ( D e f au l t ) . 3 . M[...]

  • Page 6

    6 M o m e n t a ry S w i t ch N e w T UR B O T I M E R M O DE G R E EN R S - 00 E X P A N S I O N ( D e f a u l t) R S - 00 O E M I N T E R F A CE G R E EN G R E EN ( N o t i n c l ud e d) ( A u x C h a n n el A FT E R M A R K ET 1 sec . (-) pu l se F A C T O R Y K E Y L E SS O u t p u t) A L A R M / K E Y L E SS M O DU LE 3 C on sec u t i ve (-) p[...]

  • Page 7

    7 WI R I N G G R A Y : (-) N E G A T I VE H OO D P I N SW I T CH R E Q U I R E D F O R P R OG R A MM I N G C onne c t t he G ra y w i re t o a s w i t c h t ha t i s a t ground w hen t he hood i s open . I f an e x i s t i ng s w i t c h i s no t a v a il ab l e , t hen w e re c o mm end one t o be i n s t a ll ed . W hen t h i s w i re i s grounde[...]

  • Page 8

    8 R E D W H I T E : T A CH O M E T E R I N P U T W hen i n s t a lli ng t he s y s t e m i n T a c h m ode , t h i s w i re m u s t be c onne c t ed t o a v a li d s our c e o f A C v o l t age . T h i s w i re a ll o w s t he un i t t o s en s e t he eng i ne runn i ng and c on t ro l t he s t ar t er m o t or . P R OG R A M O VE RR I D E SW I T C[...]

  • Page 9

    9 C r i m es t opp e r D oo r Lo ck A ccess o r i es : C S - 6600 D L M: D ua l -r e l a y p l ug - i n m odu l e f o r R e v e r s e P o l a r i t y , P o s i t i v e , o r A ft e r m a r k e t M o t o r s . C S - 6500 D L I: P l ug - i n pu l s e i n v e r t e r t ha t c on v e r t s t he N ega t i v e ou t pu t s o f t he sys t e m t o P o s i t[...]

  • Page 10

    10 B A S I C D OO R L O CK D I A G R A M S A F T E R M A RK E T M O T O R / D O O R L O C K W I R I NG R EVE R SE P O L A R I T Y D OO R L O C K W I R I NG G R EEN G R E EN F U S ED F U SED R ED R ED + 1 2V + 12V B L UE B L UE + + 86 85 86 85 86 85 86 85 87 87 87 87 30 87A 30 87A 30 87A 30 87A + L C UT UL C UT M A S T ER S W I T CH N E G A T I V E [...]

  • Page 11

    11 “ S M A R T T A CH L ESS ” M O D E Y our C oo l S t ar t s y s t e m i n c l ude s a un i que v o l t age m on i t or c a ll ed “ S m ar t T a c h l e ss ” m ode . T h i s m ode a ll o w s t h i s un i t t o e ff i c i en t l y s t ar t an eng i ne w i t hou t t he u s e o f a t a c h s i gna l w i re . T he s e m odu l e s a c t i v e l[...]

  • Page 12

    12 T A CH FI ND E R & U SE F U L TI PS T A CH F I ND E R M O D E : T h i s T a c h F i nder m ode c an a ss i s t i n l o c a t i ng a T a c h s our c e f or y our i n s t a ll a t i on . W hen f o ll o w i ng t he s t ep s , t he un i t w ill beg i n t o f l a s h t he par k i ng li gh t s i f y ou ha v e t he R ed / W h i t e w i re c onne c [...]

  • Page 13

    13 T A CH P R OG R A MM I N G & T A CH S I G N A L S I N T R O DUC T IO N T a c h s i gna l s w ill v ar y i n l e v e l s and f requen c i e s depend i ng on m an y f a c t or s i n c l ud i ng t he t y pe o f v eh i c l e and t he s our c e o f t he s i gna l . T he s i gna l s f ro m a v eh i c l e ’ s i n j e c t or w i re and c o il pa c[...]

  • Page 14

    14 TI M E D CR A NK M O D E T h i s f ea t ure pro v i de s an ea s y m e t hod o f s t ar t i ng t he v eh i c l e w i t hou t l o c a t i ng an e x a c t t a c h w i re . T he s y s t e m u s e s a t i m ed c ran k i ng ou t pu t c o m b i ned w i t h t he u s e o f t he R ed / W h i t e t a c h w i re a s an eng i ne O N /O FF m on i t or . T he[...]

  • Page 15

    15 D I ESE L G L O W P L U G D E L A Y T h i s f ea t ure pro v i de s a s o l u t i on f or d i e s e l v eh i c l e s w i t hou t ha v i ng t o c onne c t t o t he G l o w P l ug- W a i t t o S t ar t Ci r c u i t. T h i s m a y be needed f or v ar i ou s rea s on s . I f y our v eh i c l e doe s no t ha v e a v i ab l e W a i t t o S t ar t Ci r[...]

  • Page 16

    16 O P TI O N P R OG R A MM I N G To E ng a g e O p t i on P r og r a mm i ng : 1 . O pen hood , I f no hood p i n s w i t c h i s i n s t a ll ed , t hen ground t he G ra y hood p i n w i re . T urn K e y t o t he O N po s i t i on . D o no t s t ar t v eh i c l e ( P i n k wi re m u s t be c onne c t ed ! ) 2 . P re ss t he progra m V a l e t bu [...]

  • Page 17

    17 O p t i on # O p t i on D esc r i p t i on T X B u tt on #1 T X B u tt on #2 D efa u l t V a l u e T X B u tt on #3 T X B u tt on #4 9 B r o w n wi r e f un c t i o n D o m e L i g h t * T r un k pop * P r ess a n d H o l d 10 “ W ake U p " p u l se o n U n l o ck ( 1 - sec . + 12 V t o I G N ) O N * O FF * 11 M a nu a l T r a n s m i ss [...]

  • Page 18

    18 O P TI O N D ES CR I P TI O NS 2 . A u t o Lo ck U n l o ck : T he op t i on c on t ro l s w he t her t he door s w ill au t o m a t i c a ll y l o c k / un l o c k on y our v eh i c l e w hen dr i v i ng or w i t h t urn i ng t he I gn i t i on O N /O FF . I f t he A u t o Lo c k f ea t ure i s t urned on , and t he s y s t e m i s i n T a c h [...]

  • Page 19

    19 O P TI O N D ES CR I P TI O NS 9 . B r o w n O u t pu t W i r e Fun ct i on : T r un k P op o r D o m e L i gh t O u t pu t T h i s opt i o n co n tro l s h ow t h e Brow n o u tp u t w i re of t h e un i t f un ct i o n s, e i t h er for Tr un k pop or for Dome li g h t ill u m i n at i o n . 10 . 12 V “ W ake up ” P u l se : T h i s opt i [...]

  • Page 20

    20 O P TI O N D ES CR I P TI O NS 17 O E M I n te r face ( R S -00 A dd on M od e l ) : T h i s op t i on c on t ro l s t he i npu t s e l e c t i on f or t he G reen N ega t i v e S t ar t T r i gger W i re . W hen u s i ng an A ft er m ar k e t H o s t A l ar m or K e y l e ss E n t r y S y s t e m : Lea v e t he s e tt i ng a s “1 pu l s e” [...]

  • Page 21

    21 T R A N S M ITT E R P R OG R A MM I N G T r a n s m i tte r P r og r a mm i ng : ( E xc l ud es R S -00 m od e l wi t hou t r e m o tes) N o t e s : R e m o t e T ran s m i tt er s / T ran sc e i v er s c o m e pre-progra mm ed f ro m t he F a c t or y . W hen re - l earn i ng re m o t e s or add i ng re m o t e s , A LL y our sys t e m ’ s re[...]

  • Page 22

    22 2 VE H I C L E P R OG R A MM I N G T he R S -1 , R S -3and R S - 4 s er i es c an be u s ed f or 2 v eh i c l e opera t i on . A s i ng l e re m o t e c an c on t ro l t w o i ndependen t v eh i c l e s w i t h i den t i c a l s y s t e m s i n s t a ll ed . T o s e t up t he 2 V eh i c l e opera t i on y ou m u s t f i r s t progra m y our re m[...]

  • Page 23

    23 M A NU A L T R A N S M I SS I O N M O D E M A NU A L T R A N S M I SS IO N I N S T A LL A T IO N : ( P I NK W I R E ) A ft er progra mm i ng op t i on #11 f or m anua l t ran s m i ss i on m ode , t he p i n k “ G l o w p l ug” i npu t w i re be c o m e s a D oor P i n i npu t t ha t m u s t be u s ed f or t he m anua l t ran s m i ss i on r[...]

  • Page 24

    24 J U M PE R P I N D I A G R A M S J u mper p i n s are u sed to c h a n ge/co n f i g u re t h e operat i o n of t h e o n board m u l t i -f un ct i o n o u tp u t PINK W HITE w i re a n d t h e Park i n g L i g h t W HITE w i re. See t h e d i agrams be l ow for J u mper P i n co n f i g u rat i o n s. J U M PER P I NS P a r ki ng L i g h ts J [...]

  • Page 25

    25 A N T E NN A D I A G R A M A n te nn a s h o u l d be l ocated at top of w i dow at l east o n e i n c h away from meta l s u rface. W I N D SH I E LD A N T E N NA L O C A T I O NS D A T A P O R T T h i s un i t i n c l u des DP Tec hn o l ogy t h at w ill a ll ow yo u to d i rect l y P l u g-I n o u r Data Port Bypass Mod u l es. T here are 2 t[...]

  • Page 26

    26 L O W CURR E N T P L U G O r a ng e /b l a ck Y e l l o w / b l a ck Bl ack Wh i te R e d/ w h i te O r a n ge B r o wn Y e l lo w / w h i te G r ound RUN ( Ig n 1) (-) St a r t A ct i v a t i on (-) (-) (-) OE M Arm P a r k i n g L i gh ts T ru n k P o p R e l ay R e m o t e O u t p ut 86 85 87 30 8 7A ( + o r -) 1 2 P I N L O W C U R R E N T P[...]

  • Page 27

    27 H I G H CURR E N T P L U G 6 P I N H I G H C U RR E N T P L UG S T A RT I GN S T A R T / I GN / ACC A CC C on t r ol S T A R T 2 I GN 2 A CC 2 F u e l A / C - H e a t er P u mp C o il J u m p e r S e l e ct D e f a u l t = IG N 2 S T A R TER 1 2 V o lt B a t t e ry ( +) ( -) F u se F u se G r ay P i nk P i n k / W h ite B r o wn R ed R ed I G N [...]

  • Page 28

    28 R E M O T E S T AR T D I A G N O S TI C S I f t h e sys t e m f l as h es t h e p a r k i ng li gh t s on e t o t h r ee t i m es a nd do es n ’ t a tt e m p t r e m o t e , i t m ea n s t h e f o ll o wi ng : 1 P a r k i n g L i g h t F l as h = P r ob l e m wi t h B r ake S wi t c h . 2 P a r k i n g L i g h t F l as h es = P r ob l e m wi t[...]