BR012IM11007
C H A P A D E L U C E S F O R D F 1 0 0 / 1 0 0 0 / 2 0 0 0 / 4 0 0 0 B R A S I × P‹ ° - C H A P A P A R T I D A D I E S E L C / P R E C A L E N T A M
BR012IM11230
C H A P A D E C O N T A C T O M . B E N Z B U S E S / C A M I O N E S €C ° & C H A P A D E C O N T A C T O Y C I L I N D R O D
BR012IM11424
F L A S H E R I N T E R . 1 2 V / 2 1 W 3 P V W K O M B I G€v>° # F L A S H E R S E N A L I Z A D O R T O P I
BR012IM10634
I N T E R R U P T O R T E C L A E S T A N Q U E M . B . 8 P cĐ?° " I N T E R R U P T O R T E C L A O N / O F F
BR012IM162
T E R M I N A L O J O 3 / 8 . 2W 24`<5° K O 5 5
BR012IM175
T E R M I N A L E L E C T R I C O B A N A N A M A C H O 1 0 0 U N I D . Ś˘ °b8° ) T E R M I N A L E L E C T R I C O H E M B R A P L A N
BR012IM161
T E R M I N A L O J O 5 / 1 6 8 , 6 M M 1 0 U N I D . `ę2° T E R M O S W I T C H F I A T C I T R
BR012IM120
T E R M I N A L E L E C T R I C O B A N A N A H E M B R A 1 0 0 U N I D . °b8° ) T E R M I N A L E L E C T R I C O B A N A N A M A C H O
BR012IM11431
F L A S H E R V W F O R D T O Y O T A G M 1 2 V / 2 1 W 3 P 27°é>° & F L A S H E R V W - G O L - O P A L A - E S C
BR012IM10635
I N T E R R U P T O R L U Z I N T E R I O R M . B E N Z B U S 3 P @C@° & I N T E R R U P T O R L U Z M . B . B U S E S / C
BR012IM11443
F L A S H E R V W - G O L - O P A L A - E S C O R T 1 2 V / 2 1 W 3 P TE°é>° $ F U N D A A S I E N T O 1 2 P Z A S T E L A A Z
BR012IM11011
I N T E R R U P T O R 1 G O L P E U N I V . 2 P 1 2 0 W <"Đ?° " I N T E R R U P T O R A L Z A V I D R I
BR012IM11444
F L A S H E R V W P A R A T I C H E V E T T E S A N T A N A 1 2 V / 2 1 W 3 P ŚhP‹ ° , F U N D A A S I E N T O 6 P C S ( 2 D E L 2 T R A S 2 C A
BR012IM11139
I N T E R R U P F R E N O V W S A N T A N A S A V E I R O 1 2 V 6 5 A <“ü PU=° ( I N T E R R U P L I M P I A P A R A B R I S A S M B
BR012IM11033
B O T O N P A R T I D A M E T A L I C O C / G O M A 2 0 A M P 2 T €C ° & B R I L L O Y P R O T E C C I O N D E N E U M A
BR012IM11400
R E L A Y C A M B I O L U Z 1 2 V 1 5 0 W 5 P V W T O D O S @sŽ° $ R E L A Y H O N D A 1 2 V 2 5 A M P 5 P 9
BR012IM11451
F L A S H 2 4 V . B U S E S M . B E N Z
$° F L A S H E R F I A T
BR012IM11158
I N T E R R U P T O R A L Z A V I D R I O E L E C . E S C O R T 5 T @C@° & I N T E R R U P T O R A L Z A V I D R I O U N I V .
BR012IM11031
B O T O N P A R T I D A M E T A L I C O R E F O R Z A D O 2 0 A M P 2 T ° * B O T O N P A R T I D A R E F O R Z A D O = I M 1 1 0
BR012IM11415
R E L A Y L I M P I A P A R A B R . M O N Z A - G M 1 2 V 6 P C L I P F I J O äŕ> @0° , R E L A Y P A R T I D A T E R C E L M O D E L O E L 5 3 9
BR012IM11453
F L A S H E R V W - G O L F - M O N Z A - C I T R O E N 1 2 V / 2 1 W 3 P \JPU=° ( F L E X I B L E A L T E R N A D O R 2 , 9 L T G R
BR012IM11164
I N T E R R U P T O R L U Z V W S A N T A N A G O L 8 P ĚżĐ?° ! I N T E R R U P T O R M E T A L I C O O
BR012IM11497
I N T E R R U P . D E L V E N T I L A D O R M . B . 2 V E L . 6 P B / C A M <ŻP‹ ° - I N T E R R U P . P A L A N C A 1 G O L P E 2 P O N - O
BR012IM10620
I N T E R R U P L U Z I N T E R I O R M B B U S / C A M 1 2 V - 2 4 V 3 P PU=° * I N T E R R U P . 1 G O L P E 2 P C / C O R T O 1 2 V / 2 4
BR012IM11144
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 N E S 1 2 V 6 5 A PU=° * I N T E R R U P T O R 1 G O L P E C / R E T O R N O 2 P 1 2
BR012IM11143
I N T E R R U P T O R F R E N O F I A T 1 4 7 1 2 V 6 5 A M P ¬P @C@° % I N T E R R U P T O R I N T E R M I T E N T E
BR012IM11176
I N T E R R U P L I M P I A P A R A B R I S A S M B B U S / C A M 6 P PU=° + I N T E R R U P L U Z I N T E R I O R M B B U S
BR012IM11175
I N T E R R U P T O R L U Z M . B . B U S E S / C A M I O N E S 6 P =@C@° ' I N T E R R U P T O R L U Z R O J A . A M A R I L L
BR012IM11185
I N T E R R U P 1 G O L P E C / C O R T O O N - O F F 2 P 1 2 V / 2 4 V Ě…PU=° ) I N T E R R U P F R E N O V W S A N T A N A S A V E
BR012IM11039
B O T O N P A R T I D A M . B E N Z 2 T 1 0 A M P ‘c° B O T O N P U L S A D O R N O R
BR012IM11255
I N T E R R U P T O R A C T I V A D O R D E V I D R I O €Č=° I N T E R R U P T O R A L Z A V I D R I
BR012IM11038
B O T O N P A R T I D A M . B . S T A R T 2 T 1 0 A M P > Pp° ! B O T O N P A R T I D A R E F O R Z A D
BR012IM11051
C A M B I O L U Z P I E C H E V . 3 T 1 5 0 W ‘c° C A N E R I A C O B R E 2 M
BR012IM11119
P A L A N C A I N T E R . 8 S A L 1 2 V U N I V . Ě< €Č=° P A N E L L U C E S T R A S E R
BR012IM13003
T R O M P O D E A C E I T E V W G O L - S A V E I R O - P A S A T - P A R A T I ěK. @0° , T R O M P O P R E S . A C E I T E S U Z U K I - M A Z D A
BR012IM11539
I N T E R R U P T O R P U E R T A D E L . M . B . B U S E S 3 P Ś «@C@° & I N T E R R U P T O R T E C L A C O N L U Z
BR012IM11276
B O T O N P A R T I D A M . B E N Z 0Yh° B R O C A C O
BR012IM11052
C A M B I O L U Z P I E F O R D 3 T 1 5 0 W $° C A R C A Z A F A R O L 1 2 6 6
BR012IM11120
P A L A N C A I N T E R . 3 S A L 1 2 V U N I V . är €Č=° P A L A N C A I N T E R . 8 S A
BR012IM112
T E R M I N A L E L E C T R I C O M A C H O P L A N O 1 0 0 U N I D . \ °b8° * T E R M I N A L H E M B 2 2 5 X 0 4 / 1 1 5 X 7 5
BR012IM11351
R E L E Y U N I V . 1 2 V 4 0 A M P 4 P C / S O P O R T E V W Y FI@sŽ° ' R E P A R A C I O N B O M B A E M B R A G U E
BR012IM14401
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 B U S E S / C A M
BR012IM10533
L U Z P I L O T O I N T E R M I T E N T E M . B E N Z V E R D E t»«@C@° % L U Z P I L O T O M A R C A D O R T ř A
BR012IM11125
P A L A N C A I N T E R . M . B E N Z 1 2 V S / R E T O R N O A U T O M . Y/ ° + P A L A N C A I N T E R . U N I V V I R A J E Y L U Z
BR012IM126
T E R M I N A L O J O 5 / 3 2 " 4 , 5 M M 1 0 0 U N I D . °f;° ! T E R M I N A L O J O 6 D E 1 1 D I 9
BR012IM11126
P A L A N C A I N T E R . M . B . 1 2 V / 2 4 V S / R E T O R N O A U T O M Y/ ° * P A L A N C A I N T E R . M . B E N Z 1 2 V S / R E T O R N
BR012IM132
T E R M I N A L O J O 3 / 1 6 " 5 , 2 M M 1 0 0 U N I D . °f;° ! T E R M I N A L O J O 3 / 8 " 9 , 7 M M
BR012IM141
T E R M I N A L O J O 1 / 4 " 7 , 1 M M 1 0 0 U N I D . °f;° " T E R M I N A L O J O 1 0 D E 1 1 D
BR012IM11437
F L A S H E R F I A T F I O R I N O - U N O 4 P 1 2 V / 2 1 W €v>° " F L A S H E R I N T E R . 1 2 V / 2 1 W 3 P
BR012IM11432
F L A S H E R F I A T 1 4 7 1 2 V / 2 1 W 4 P $° F L A S H E R L U C E S I N T E
BR012IM11441
F L A S H E R V O L V O - M . B . B U S E S / C A M I O N 2 4 V 1 8 0 W 4 P PU=° ( F L A S H E R V W - G O L F - M O N Z A - C I T R O E N 1 2 V /
BR012IM11421
F L A S H E R V O L V O B U S E S / C A M I O N E S 2 4 V / 1 8 0 W 3 P \äPU=° + F L A S H E R V O L V O - M . B . B U S E S / C A M
BR012IM11006
C H A P A L U C E S U N I V . 1 2 0 W 4 T O R N I L L O S °¶ ° # C H A P A P A R T I D A I S U Z U 5
BR012IM10810
L U Z P I L O T O M A R C A D O R T ř A G U A M . B . R O J A ¬»«@C@° $ L U Z P I L O T O V E R D E U S A A M P O L
BR012IM160
T E R M I N A L O J O 3 / 8 " 9 , 7 M M 1 0 0 U N I D . °f;° " T E R M I N A L O J O 5 / 3 2 " 4 , 5
BR012IM11009
C H A P A D E L U C E S F O R D - V W - S C A N I A - T O Y 1 2 0 W 4 P A â<° ) C H A P A L U C E S M F E R G U S O N C / F U S I B
BR012IM11420
F L A S H E R I N T E R M . F O R D 1 2 V / 2 1 W 2 P €Č=° F L A S H E R N E W A C C E N T 2 0 0
BR012IM10621
I N T E R R U P T O R D E N E B L . M . B . B U S / C A M 3 P ĚK @C@° $ I N T E R R U P T O R D E T E C L A 2 4 V
BR012IM180
T E R M I N A L E L E C T R I C O H E M B R A P L A N O 1 0 0 U N I D . \O °b8° ( T E R M I N A L E L E C T R I C O M A C H O P L A N O
BR012IM11210
C H A P A L U C E S M F E R G U S O N C / F U S I B L E 3 0 A 1 5 0 W â<° * C I L I N D R O C H A P A C O N T A C T O C I L I N D
BR012IM11423
F L A S H I N T R M T N T E . 1 2 V / 2 1 W 3 P A T A S U N I V E R S A L PU=° ( F L A S H U N I V . E L E C . 1 2 V M A X 2 0 A M P
BR012IM10627
I N T E R R U P T O R "A° C H
BR012IM182
T E R M I N A L E L E C T R I C O H E M B R A C / S E G U R O 1 0 0 U N I D . Dň? @0° , T E R M I N A L E L E C T R I C O O J O 1 0 A M P 5 , 5
