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K I T F A R O L C U B O B L A C K M A G I C 3 . 2 " E M P O T R A D O cœÿÿ (P° * F A R O L T R A S I Z Q 7 0 L E D M B E N Z 1 2
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K I T F A R O L C U B O B L A C K M A G I C 3 . 2 " S P O T à«) ° % B A L I Z A D E E M E R G E N C I A 1 1 7
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C H A P A C O N T A C T O U N I V 1 0 T E R M C / P R E C A L E N T A M . A 58 â<° ) C H A P A C O N T A C T O Y C I L . P U E R T A S
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B O C I N A 1 2 V 3 1 2 W 1 1 5 D B C O R N E T A C / C O M P . U N I D ° + B O C I N A 1 2 V 4 2 W 4 2 0 H Z U N I V E R S A L 7
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E N C E N D E D O R C I G A R R I L L O S 1 2 V C / L U Z ( 0 2 1 0 0 1 ) GOL â<° ) E N C E N D E D O R C I G A R R I L L O S 2 4 V C / L
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C O M E T D R I V I N G 5 5 0 L U Z B L A N C A H 3 1 2 V C / T A P A â<° ( C O M P R E S O R A I R E 1 2 V 1 5 0 P S I 1 2 0 W
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C O M E T D R I V I N G 4 5 0 L U Z B L A N C A H 3 1 2 V C / T A P A RE â<° * C O M E T D R I V I N G 5 0 0 L U Z B L A N C A H 3
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F U S I B L E L A M I N A 1 0 0 A M P 4 1 X 1 1 M M B O L S A 4 U N I D pPU=° * F U S I B L E L A M I N A 1 2 5 A M P 4 1 X 1 1 M M B O
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F U S I B L E 1 0 0 A M P T / M I D I A Z U L D I S P L A Y U N I D °é>° ' F U S I B L E 1 5 0 A M P T / M I D I G R I S D I S
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F U S I B L E L A M I N A 1 2 5 A M P 4 1 X 1 1 M M B O L S A 4 U N I D PU=° * F U S I B L E L A M I N A 1 5 0 A M P 4 1 X 1 1 M M B O
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F U S I B L E 1 2 5 A M P T / M I D I R O S A D O D I S P L A Y U N I D lƒPU=° ( F U S I B L E 1 5 A M P T I P O A T O - E N C H U F E
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F U S I B L E L A M I N A 1 5 0 A M P 4 1 X 1 1 M M B O L S A 4 U N I D PU=° ) F U S I B L E L A M I N A 3 0 A M P 4 1 X 1 1 M M B O L
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F U S I B L E 1 5 0 A M P T / M I D I G R I S D I S P L A Y U N I D °é>° ' F U S I B L E 4 0 A M P T / M I D I V E R D E D I S
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F U S I B L E 3 0 A M P T / M I D I R O S A D O D I S P L A Y U N I D L PU=° + F U S I B L E 3 A M P ( G M ) T I P O A T O - E
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F U S I B L E 4 0 A M P T / M I D I V E R D E D I S P L A Y U N I D °é>° & F U S I B L E 5 0 A M P T / M I D I R O J O D I S P
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F U S I B L E L A M I N A 5 0 A M P 4 1 X 1 1 M M B O L S A 4 U N I D \ PU=° ) F U S I B L E L A M I N A 6 0 A M P 4 1 X 1 1 M M B
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F U S I B L E L A M I N A 6 0 A M P 4 1 X 1 1 M M B O L S A 4 U N I D |ûPU=° * F U S I B L E L A M I N A 8 0 A M P 4 1 X 1 1 M M B
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F U S I B L E 6 0 A M P T / M I D I A M A R I L L O D I S P L A Y U N I D pPU=° ( F U S I B L E 8 0 A M P T / M I D I B L A N C O D I S P
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F U S I B L E L A M I N A 8 0 A M P 4 1 X 1 1 M M B O L S A 4 U N I D . PU=° ( G A N C H O A M A R R A C A R G A J G O M E T A L I C O
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F U S I B L E 8 0 A M P T / M I D I B L A N C O D I S P L A Y U N I D œOPU=° * F U S I B L E L A M I N A 1 0 0 A M P 4 1 X 1 1 M
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F U S I B L E L A M I N A 3 0 A M P 4 1 X 1 1 M M B O L S A 4 U N I D Œ PU=° ) F U S I B L E L A M I N A 5 0 A M P 4 1 X 1 1 M M B
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R E L A Y 1 2 V 4 0 A M P 4 P U N I V C / R E S I S T C / S O P O R T E @ÀÐ3° + R E L A Y 2 4 V 1 0 / 2 0 A M P 5 P I N V E R . C / S
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R E L A Y 2 4 V 2 0 A M P 5 P C / S O P O R T E 9 3 3 7 9 1 1 3 1 FI@sŽ° % R E L A Y 5 T E R M I N A L E S 3 0 A M P . U
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R E L A Y 2 4 V 2 0 A M P 4 P U N I V C / R E S I S T C / S O P O R T E `ÀÐ3° ) R E L A Y D O B L E 2 4 V 8 P B O C I N A / F A R O L
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F U S I B L E L O Z A 2 5 A M P 1 0 0 U N I D . ä=€È=° F U S I B L E M A X I 2 0 A
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M I C R O R E L A Y 1 2 V 2 0 A M P 4 P S / S O P O R T E «Ð?° ! M O S Q U E T O N C R O M A D O L I N E A
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R E L A Y 1 2 V 4 0 A M P 5 P C / R E S I S T C / S O P O R T E GHTY@sŽ° $ R E L A Y 1 2 V 5 P T O Y O T A - H O N D A -
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R E L A Y 2 4 V 2 0 / 3 0 A M P 4 P U N I V C / S O P O R 9 6 5 4 0 0 1 0 1 üM? @0° - R E L A Y 2 4 V 2 0 A M P 5 P C / D I O D O C / R E S
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R E L A Y 2 4 V 2 0 A M P 5 P C / D I O D O C / R E S I S T C / S O P O R T E t®= @0° , R E L A Y A U M E N T A D O R L U C E S 1 2 V 2 5 0 W 5 T
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M I C R O R E L A Y 2 4 V 2 0 / 1 0 A M P 5 P C / R E S . S / S O P O R T E 4xpP‹ ° - M I N I R E L A Y I S O P O T 1 2 V 5 0 A M P 4 P
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M I C R O R E L A Y 2 4 V 2 0 / 1 0 A M P 5 P C R E S I S T S S O P O R T |åP‹ ° , M I C R O R E L A Y 2 4 V 2 0 / 1 0 A M P 5 P C / R E S .
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M I C R O R E L A Y 1 2 V 2 0 - 3 5 A M P 4 P C / R E S I S T S / S O P TE 1° + M I C R O R E L A Y 1 2 V 2 0 A M P 5 P C / R E S I S
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M I C R O R E L A Y 1 2 V 2 0 A M P 5 P C / R E S I S T S / S O P O R T E 1° ) M I N I B A R R A T R A B A J O 6 0 0 0 K S P O T 1 6 L E
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R E L A Y 1 2 V 3 0 / 4 0 A M P 5 P C / D I O D O S / S O P O R T E @sŽ° & R E L A Y 1 2 V 3 0 / 4 0 A M P 5 P I N V E R . C
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B O C I N A T / P L A T O 1 2 V 6 0 W 4 3 5 H Z 1 1 3 D B U N I D . ° ) B O C I N A T / P L A T O 1 2 V 7 2 W 3 3 5 H Z
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B O C I N A T / P L A T O 2 4 V 7 2 W 4 0 0 H Z 1 1 , 2 D I A U N I D ° + B O C I N A S 1 2 V 2 X 4 2 W 3 5 0 / 4 1 5 H Z M 2
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C O M E T D R I V I N G 5 5 0 L U Z A M A R I L L H 3 1 2 V C / T A P A â<° * C O M E T D R I V I N G 5 5 0 L U Z B L A N C A H 3 1 2
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E N C H U F E S E A L B E A M R E F O R Z A D O $° F A R O L L A T E R A L D E R
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F U S I B L E L O Z A 8 A M P 1 0 0 U N I D . $° F U S I B L E M A X I 7 0 A 2
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R E L A Y 1 2 V 2 0 / 3 0 A M P 5 P I N V . C / D I O D O S / S O P O R T E <ý$ @0° , R E L A Y 1 2 V 2 0 / 3 0 A M P 5 P I N V . C / S O P
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T E R M I N A L P R E S I O N H E M B R A P L A N O 1 0 0 U N I D . @sŽ° & T E R M I N A L P R E S I O N M A C H O P L A N O 1
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E N C E N D E D O R C I G A R R I L L O S 2 4 V C / L U Z ( 0 2 1 0 1 1 ) E CO â<° ) E N C H U F E A C O P L A D O H E M B R A 7 S A L
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L U Z P I L O T O 2 4 V S / T A P A 5 7 0 . . . . 9 1 0 . . . . “ @C@° $ L U Z P I L O T O A M B A R U S A A M P
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T E R M I N A L B A T E R I A P L O M O D E R . N E G A T I V O D I S P A Y 1 Œ³. @0° , T E R M I N A L D I R E C C I O N D E R M I G T H Y U N D A I
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T E R M I N A L B A T E R I A P L O M O I Z Q P O S I T . D I S P L A Y 1 °b8° * T E R M I N A L C O M P R E S O R O I N F L A D O R P / N E
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B O C I N A T / P L A T O 1 2 V 7 2 W 4 0 0 H Z 1 1 , 2 D I A U N I D ° ) B O C I N A T / P L A T O 2 4 V 7 2 W 3 3 5 H Z 1
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C O M E T D R I V I N G 5 5 0 L U Z B L A N C A H 3 1 2 V C / T A P A â<° ( C O M P R E S O R A I R E 1 2 V 1 5 0 P S I 1 2 0 W
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E N C H U F E A C O P L A D O M A C H O 7 S A L . E U R O P E O €C ° % E N C H U F E A L T / C A J A R E G U L A D O R
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I N T E R R U P T O R E M E R G E N C I A 1 2 V 4 L U C E S 1 0 P ,O @C@° & I N T E R R U P T O R E S T I L O L U Z E M E
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R E L A Y 1 2 V 2 0 / 3 0 A M P 5 P I N V . C / S O P = A L 0 1 8 3 3 2 0 1 1 lí @0° - R E L A Y 1 2 V 4 0 A M P 4 P T R A B A J O S / S O P
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E N C H U F E A C O P L A D O H E M B R A 7 S A L A M E R I A C N O + R E S I S \ð P‹ ° , E N C H U F E A C O P L A D O M A C H O 7 S A L A M E R I
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E N C H U F E A C O P L A D O M A C H O 7 S A L A M E R I C A N O + R E S I S ¬ñ P‹ ° , E N G A N C H E A J U S T A A L T U R A C / C L I P 5 0
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E N C H U F E A C O P L A D O M A C H O 7 S A L T / A M E R I C A N O C â<° * E N C H U F E A C O P L A D O M A C H O 7 S A L
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B O C I N A T / P L A T O 1 2 V 6 6 W 4 0 0 H Z 9 , 7 C M D I A U N I D . ì`Š° , B O C I N A S S - T O N E 1 2 V 2 X 6 6 W 3 0 0 / 5 0 0
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E N C H U F E A C O P L A D O H E M B R A 7 S A L . E U R O P E O €C ° ' E N C H U F E A C O P L A D O H E M B R A 7 S A
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R E L A Y 1 2 V 4 0 A M P 5 P C / I N V E R S / S O P O R T 9 3 3 3 3 2 4 0 1 ¼H? @0° , R E L A Y 2 4 V 1 0 / 2 0 A M P 5 P I N V C / S O P = A
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F A R O L N E B . C O M E T 5 0 0 L / A L C . L / B L A N C A H 3 °é>° $ F A R O L N E B . J G O B I C O L O R H 3 1 3 X 5
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I N T E R R U P . 1 G O L P E 2 P C / C O R T O O N - O F F 1 2 V / 2 4 V PU=° + I N T E R R U P . F R E N O M . B . B U S E S / C A M I O
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R E L A Y 2 4 V 1 0 / 2 0 A M P 5 P I N V C / S O P = A L 0 1 8 3 3 2 4 1 1 \K? @0° , R E L A Y 2 4 V 2 0 / 3 0 A M P 4 P U N I V C / S O P
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F A R O L F A E N A C / I N T E R M I T E N T E 1 2 V I Z Q . M O D U L 1 2 0 ì5 P‹ ° , F A R O L F A E N A C / R E J I L L A C / I N T E R R . 1 5
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P O R T A F U S I B L E M A X I D E 2 0 - 6 0 A M P D I S P L A Y U N I D . LØ> @0° , P O R T A F U S I B L E V I D R I O S 1 0 3 2 2 0 A S 1
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P O R T A F U S I B L E M I N I 2 0 A M P D I S P L A Y U N I D . N €ó:° $ P O R T A I N S T R U M E N T O N E G R O 2 H O
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F A R O L N E B L I N . C O M E T 4 5 0 L / A L C . L / A M A R I L L A H 3 œ[P‹ ° , F A R O L P A T . N I S S A N D 2 1 = > - T E R R A N O
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R E L A Y 1 2 V 4 0 A M P 4 P T R A B A J O S / S O P O R T 9 3 3 3 3 2 4 5 1 „ß> @0° - R E L A Y 1 2 V 4 0 A M P 5 P ( P U E N T E A D O ) C / S
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E S P I R A L E L E C . 7 S A L 2 4 V L A R G O A P O X 4 , 5 0 M T S G â<° + E S P I R A L T R A S N E W A C C E N T C R D I B E N
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R E L A Y 1 2 V 3 0 / 4 0 A M P 4 P U N I V C / S O P O R = 4 0 0 0 7 1 ÀÐ3° * R E L A Y 1 2 V 4 0 A M P 4 P U N I V C / R E S I S T C
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R E L A Y 1 2 V 6 0 A M P 4 P R E F O R Z A D O C / S O P O R T E ,3@sŽ° & R E L A Y 2 4 V 2 0 A M P 5 P C / S O P O R T E
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R E L A Y D O B L E 2 4 V 8 P B O C I N A / F A R O L C / S O P O R T E 4»AÀÐ3° ) R E L A Y L U C E S V W - G O L - C O R S A - M O N Z A
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C A B L E T I E R R A 2 5 C M O J O S 1 0 , 5 M M C A R G A M A X 8 0 A M P LÈžP‹ ° , C A B L E T I E R R A 3 0 C M O J O S 1 0 , 5 M M C A
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C A B L E T I E R R A 2 0 C M O J O S 1 0 , 5 M M C A R G A M A X 8 0 A M P ´ÉžP‹ ° , C A B L E T I E R R A 2 5 C M O J O S 1 0 , 5 M M C A
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C A B L E T I E R R A 3 0 C M O J O S 1 0 , 5 M M C A R G A M A X 8 0 A M P ¼ÆžP‹ ° , C A L I P E R D E R N E W A C C E N T D I E S E L - B E
