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Crimestopper Security Products CS-2014DP-TW2 manual

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Table of contents for the manual

  • Page 1

    C S - 2011 D P O n e W ay S ys t e m C S - 20 1 2 D P - T W 1 / C S - 20 1 4 D P - T W 2 / C S - 2 016 D P - F M F M / F M A l a rm C o m b o S ys t em D P S er i e s ( D a t a P o r t ) I N S T A L L A T I O N H A ND B OO K : I N T R O DUC TI O N C on g ra t u l a t i o n s on y o u r c ho i c e o f a C r i m e s t o p p er c o m b i na t i on a l[...]

  • 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 d e ra t i on s …… … ……… … ... … . … .. . …… … … .. . …… …… ……… … …… … …… … …… … …… … … . 2 C au t i on s & W arn i n g s… … . … … …… … ……… … … .. … .. … … …… … …… … ?[...]

  • Page 3

    3 CAU TI O N S & W ARN I N G S DA M A G E R ES U L T I N G F R O M I M P R O PE R I N S T A LL A T I O N I S N O T C O VE R E D UND E R W ARRA N T Y ! ! D O N OT r e m o t e s t a r t y o ur v e h i c l e i n a c l o s e d g ar a ge . Ma k e s u r e t h a t t he g ar age d o or i s o p en or t h e re i s a d e q ua t e v en t i l a t i o n . F [...]

  • Page 4

    4 M o m e n t a ry S w it ch G REEN O p t i on a l T u r b o T i m e r W i r i ng ( N o t i n c l u d ed) WI R I N G : 9 -P I N C onn ec t or G r e e n : M O D E A : (- ) S ta r t A c t i vat i o n I n p u t T h i s w i r e a l l o w s a n o u t s i d e s ou r c e o r a cc e s s o r y t o a c t i v a t e a R e m o t e S t a r t. A 1- s e c ond G ro[...]

  • Page 5

    5 WI R I N G : 9 -P I N C onn ec t o r M . A . P . c a n be u s ed t o i n t e r r u p t p o w e r / a cc e ss or y w i r i n g t o p r e v e n t u n au t h o r i z ed a c c e ss o f t h e v eh i c l e ’ s a ud i o or en t er t a i n m e n t s y s t e m s w h e n V a l e t P a r k m ode i s O N . S e e Mob i l e A c c e ss o r i e s P ro t e c t [...]

  • Page 6

    6 WI R I N G : 9 -P I N C onn ec t o r S T A R T E R D I S A B L E : CUT S T A R T E R W I RE S T A R T ER O R A N GE O R A N GE C O N N E C T TO P R E - W IR ED O F A L A RM I G N. S W I T C H ED B L UE YE L L OW O R A N G E W I RE S T A R T E R D I S A B LE R E L A Y & S O C K ET I G NI T I O N S W I T C H ED " O N " & H O T T H[...]

  • Page 7

    7 WI R I N G : 6 -P I N H igh C u rr e n t C onn ec t o r F U SE R ED P I N K / W H I TE 3 0A F U SE R ED 3 0A + - B RO WN P I NK F U EL E N G I NE B A T T E RY P U MP E CU GR AY + S T A R T ER - C O IL I GN A CC H E A T / AC D i a g r a m n o t t o s c a l e, f o r il l u s t r a t i o n p u r p o s es o n l y . Y o u r v e h i c l e m ay d i f f [...]

  • Page 8

    8 WI R I N G : 3 -P I N C onn ec t o r W h i t e / R e d : T a c h o m e t e r I np u t W hen i n s t a lli n g t h i s s y s t e m i n T A CH R E F E R E NC E m o d e , t h i s w i r e m u s t b e c o n n e c t e d t o a v a l i d s ou r c e o f A C v o l t a ge . T h i s w i re a ll o w s t h e u n i t t o s e n s e t h e e n g i n e r u n n i n [...]

  • Page 9

    9 WI R I N G : 5 -P I N C onn ec t o r P i n k : ( + 12 V ) + / - D i e se l G l o w P l u g I n p u t o r C a r J a ck I n p u t ( P r og r a mm a b l e I n pu t W i r e ) + / - G l o w P l u g I n p u t ( D i e se l V e h i c l es O n l y ) C on n e c t P i n k w i re t o i nd i c a t or c i r c u i t t ha t s ho w s a (- o r + ) S i g na l w h i[...]

  • Page 10

    10 WI R I N G : 2 -P I N L E D / 2 -P I N P r og r am -V a l e t B u tt on ( 22 g a ug e w i r es ) Mo u n t L E D i n a v i s i b l e l o c a t i o n o n t h e D a s h or C o n s o l e . C on n e c t t h e s m a ll 2- p i n p l u g f r o m t h e L E D t o t he c o n t r o l m odu l e . N o t e : C o n n e c t o r s ar e d e s i gn ed s o t ha t t [...]

  • Page 11

    11 WI R E : 4 P I N O U T P U T C O N N E C T O R B L U E /O R AN G E : ( - ) S T A R T E R # 3 T h i s w i r e p r o v i d e s a g r o un d o u t p u t f or v eh i c l e t h a t r e qu i r e s a t h i rd s t a r t e r w i r e t o r e m o t e s t a r t. B L UE / O R A N GE C O NN E C T T O I G N 85 86 + - 30 87 B A T T E RY S T A R T ER V IO L E T [...]

  • Page 12

    12 P O W E R D OO R L O CK S : W I R I N G & SYS T E M T YPES GREE N : (-) LOCK / ( + ) UN L OCK BLUE: (-) UNLOCK / ( + ) LOC K [R E A D BELOW FO R COMMON D O OR L OCK TYPES] RED : + 12V Coil Po w er for external r el a ys HIN T ! T h i s system prov i des BOTH Pos i tive a n d Negat i ve Door Loc k O u t p u ts o n t he same set of w i res. Ma[...]

  • Page 13

    13 D OO R L O CK WI R I N G N E G A T I V E T R I GG E R D O O R L O CK W I R I NG P O S I T I VE T R I GG E R D O O R L O C K W I R I NG G R E EN G R EEN R ED R ED B L UE B L UE D I O D ES F AC T O RY F A C T O RY L L LO CK L O CK P O W ER PO W ER LO C K I NG L O CK I NG UL UL REL A YS R E L A YS U N LO CK U N LO CK I N 4 0 01 D I O D ES I N 4001 [...]

  • Page 14

    14 SEP A R A T E DR I VE R ’ S D O O R UN L O CK WI R I N G N E G A T I VE T R I G G E R D O O R L O C KS B L U E / W H I TE G R EEN R ED B L UE DR I VE R 'S D O O R M O T OR 86 85 L L 87 UL UL 87A 30 F A C T O R Y L O CK R E L A YS + 1 2V + F U SED U N L O C K W I RE C UT W I R I N G F O R R EV ER SE P O L A R I T Y D O O R L O C KS B L U E[...]

  • Page 15

    15 T A CH L ESS M O D E Y o u r s y s t e m i n c l u d e s a T a c h- l e s s m o d e t ha t a c t i v e l y m on i t or s a n d c o mp ar e s t he v eh i c l e ’ s r e s t i n g v o l t a g e v e r s u s i t s ru n n i n g v o l t a g e ea c h a r e m o t e s t a r t i s pe r f or me d ; [ i n s t e a d o f t h e c on v en t i o n a l t a c h- [...]

  • Page 16

    16 T A CH M O D E & T A CH FI ND E R F E A T UR E T a c h R e f e r e n c e M o d e p r o v i d e s re l i a b l e r e m o t e s t a r t i n g p e r f o r m an c e t h o ug h e n g i n e s p e e d s en s i ng . W hen u s i ng T a c h R e f e r en c e Mo d e , t h e W H I T E / R E D w i re i s u s ed f or T a c h s i gna l [ E ng i n e R P M ] [...]

  • Page 17

    17 TI M E D CR A NK M O D E A s an a l t e r n a t i v e t o T a c h or T a c h l e ss m ode , “ T i m ed C r an k ” p r o v i d e s an a dd i t i ona l m e t hod o f s t a r t i ng t he v e h i c l e w i t h o u t l o c a t i n g a n e x a c t t a c h w i re . I t u s e s a t i m ed c r a n k i ng o u t p u t c o m b i n e d w i t h t he u s e[...]

  • Page 18

    18 D I ESE L G L O W P L U G D E L A Y T h i s f ea t u r e p r o v i d e 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 h o u t h a v i n g t o c on n e c t t o t he G l o w P l u g - “ W a i t t o S t ar t Ci r c u i t ” i npu t . T h i s ma y be d ue t o a v ar i e t y o f rea s o n s f o r e x a m p l e : If y o ur v eh i c l e do[...]

  • Page 19

    19 O P TI O N P R OG R A MM I N G T A B L E O p t i o n # O p t i o n D e s c r i p t i o n T X B u t t o n # 1 T X B u t t o n # 2 T X B u t t o n # 3 T X B u t t o n #4 1 E n g in e M o n i t o r i ng L ear n T a ch * T a c hl ess* 2 A u t o l o ck w i t h I g n i t i on O FF * O N* 3 P ass i ve A rm ing W i t h I g ni t i o n o r L as t D o or I[...]

  • Page 20

    20 O P TI O N P R OG R A MM I N G T A B LE 20 P I NK W i re f un c t i o n Car j ack * Gl o w P l ug* 21 St ar t er Cra n k i n g Ti me ( O p t i o n #16 i s se t t o Ti me d Cra n k) 0 . 75 S ec. *0 . 5 S ec .* 1 . 0 S ec. 1 . 5 S ec. 22 D i ese l G l o w P l u g D e l ay 10 S ec o n ds * M o n i t o r G l o w P l ug 20 S ec o n ds 30 S ec o n ds [...]

  • Page 21

    21 P R OG R A MM A B L E O P TI O N S C on t . 4 . A C T I VE R E - AR M: A c t i v e R e - a r m i n g a ll o w s t h e s y s t e m t o r e - a r m i t s e l f 3 0 s e c o n d s a f t er d i s a r m ed w i t h t he t r a n s m i tt e r i f a d oo r h a s n o t be e n op en ed . T h i s i s h a n d y i f t h e v eh i c l e i s a cc i d en t a l l y[...]

  • Page 22

    22 P R OG R A MM A B L E O P TI O N S C on t . 12 . D OO R L O CK / U N L O C K P U L SE T I M E : T h i s op t i on c o n t r o l s t h e a m ou n t o f t i me (0 . 75 s e c . or 3 s e c . ) f o r t he l o c k / un l o ck pu l s e . T h e s t a n d a rd pu l s e t i m e f o r m o s t v e h i c l e s i s 0 . 7 5 S e c . T he 3 s e c . s e tt i ng m[...]

  • Page 23

    23 P R OG R A MM A B L E O P TI O N S C on t . 21 . P R E - SE T S T A R T E R C R A N K I N G T I M E : ( R e q u i r es O p t i on # 1 6 i n “ P r e- S et ” S e t t i n g) T h i s op t i o n c o n t r o l s t he s t a r t e r c r an k i n g t i m e w h en i n “ T i m ed C r a n k ” Mo d e . C h o i c e s a r e 0 . 5 , 0 . 7 5 , 1 . 0 , o [...]

  • Page 24

    24 P R OG R A MM A B L E O P TI O N S C on t . 29 . A u x # 4 T i m e c o n t r o l : (1 s e c . t o 2 55 se c . ) D e f a u l t = 12 s e c on ds T h i s op t i on de t er m i n e s t o l e n g t h o f t i m e t ha t i s o u t p u tt e d f ro m A u x #4 ( G r ee n / W h i t e w i r e) . P re ss i ng t h e L o c k or U n l o c k b u tt o n s o n t h[...]

  • Page 25

    25 R E M O T E P R OG R A MM I N G D I A G R A M 1. T u r n k ey to t h e O N pos i t i o n .( doors w i l l l o c k i f a u to l ock i s programmed ) 2. Press Programm i ng b u tt o n 4 t i mes, t h e n a fter a few sec o n d s t h e u n i t wil l f l as h t h e pa rk i n g l i g h ts 4 t i mes. 3. For CS2011DP systems: Press b u tt o n # 1 (Lock)[...]

  • Page 26

    26 2 -VE H I C L E O PE R A TI O N T he C S - 2 0 1 1 D P , C S - 2 0 12 D P - T W 1 , C S -2 0 14 D P - T W 2 and C S -2 0 16 D P - F M s y s t e m s c an be u s ed f or 2 c ar op e ra t i on . A s i ng l e re m o t e c a n c o n t r o l t w o i n d e p e n de n t v e h i c l e s w i t h i d en t i c a l s y s t e m s i n s t a l l ed , f or e x a[...]

  • Page 27

    27 A L A R M T R I GG E R D I A G N O S TI C S T h i s s y s t e m s i n c l u de s d i s ar m d i a g no s t i cs , t h r o u g h t h e L E D li g h t, t ha t w ill h e l p i n d e t e r m i n i n g w h a t c au s ed t h e l a s t t r i g g e r o f t h e a l a r m s y s t e m . T h i s i s a v a l u a b l e t oo l i n de t er m i n i n g h o w t h[...]

  • Page 28

    28 R E M O T E S T A R T T R O UB L E S H OO TI N G C on t . E N GI N E CRANK S VE H I C L E BU T VE H I C L E N EVE R S T A R T S : 1 . I n s o m e v eh i c l e s , t he r e ma y b e a F a c t o r y a n t i - t h e ft s y s t e m t h a t w ill n o t a ll o w t he e ng i ne t o r u n w i t ho u t t h e k e y i n t he i gn i t i o n . T he s e s y s[...]

  • Page 29

    29 J U M PE R P I N D I A G R A M J U M P ER P L UG S I D E V I EW J U M P ER P I NS J U M PE R S: P I NK / W H I T E = I G N #2 (D E F A U L T) P I NK / W H I T E = S T A R T #2 A CC 2 , I G N 2 , S T A R T2 P I NK W H I T E f or G L O W P L UG PI NK W I R E: J u m p e r S e l e c t f or P o s t i v e o r N e g a t i ve T y p e " W a i t &quo[...]

  • Page 30

    30 A N T E N N A D I A G R A M W I ND S H I E LD A N T E N NA L O C A T I O NS C S - 2 0 1 1 DP C o l o r o f p l ug s h o u l d m a t ch c o l o r o f s o ck e t. C S - 20 1 2 D P - T WI B l a c k c on n e c t or W h i t e c on n e c t or C S - 2 0 1 4 D P - T W2 or C S - 2 0 16 D P - FM[...]

  • Page 31

    31 I G N I T I O N 1 A CC E S S O RY B A T T E RY S T AR T ER ( + ) B R A K E S W IT CH ( - ) H O O D S W I T CH WH ITE I G N I T I ON S W I T CH B L UE 3 0 A MP F U SE F L A S H I NG G R E EN R ED B L UE (-) L O C K / ( + ) UN L O CK + 1 2 V F O R R E L A YS (- ) UN L O CK / ( + ) L O CK O VE RR I DE V A L E T/ S T A T US L ED L I G H TS R E D: + [...]

  • Page 32

    D A T A P O R T D I A G R A M T h i s u n i t i n c l u des DP Te c h n o l ogy i t wil l a llow y o u to p l u g o ur bypass m o d u l es mode l OFA-10/20/30 d i rect l y i n to the u n i t by v i a Data Port. T h e OFA mo d u l e cab l e p l u gs d i rect l y to t h e Data port o n t he s i de of the u n it . P l ease refer to OFA mo d u l e manu[...]