P R O U D L Y
M A D E I N T H E US A
M AST E R P R O D U CT C AT AL O G 8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
8 6 6- 7 9 9- 9 4 1 7
1
WEL C O ME T O P A C R A CI NG A B O UT US
S E R VI C E C O M MI T M E N T
C UST O M P R O D U CTS
TE C H N OL O GY
W e u n d er st a n d t h e d e m a n d s of r a ci n g a n d
W e b eli e v e i n pr o vi di n g c u st o m pr o d u ct s f or
T h e pri m ar y f o c u s of t h e P et er s o n S pri n g
Aft er m ar k et Di vi si o n of t h e P et er s o n S pri n g
pr o vi d e
C o m p a n y.
c u st o m er s t o
PA C
R a ci n g S pri n g s i s t h e
Wit h
m or e t h a n
R a ci n g a n d
7
di vi si o n s
ar o u n d t h e w orl d, P et er s o n S pri n g i s t h e
p o s si bl e.
l ar g e st pri v at el y h el d S pri n g C o m p a n y i n
and
t h e U S A..
s e r vi c e s
all
of
o ur
e v er y pr o d u ct li n e. T hi s p hil o s o p h y i s a
gr o u p
b e st
s er vi c e
pr e mi u m c h oi c e t o all o w o ur c u st o m er s a n
a p pli c ati o n s; t h e s e i nt er a cti o n s i n cr e a s e
W e c o nti n u e t o e x p a n d pr o d u ct s
e n h a n c e d pr o d u ct or s o m et hi n g u ni q u e t o
t e c h ni c al a d v a n c e m e nt s f or P A C
t h e a p pli c ati o n.
S pri n g pr o d u ct s.
a
c o m mit m e nt t o
off er
pr o vi d e t h e
expanded
o n sit e
t e c h ni c al
A d diti o n al
Pri v at e L a b el
is
A ut o m oti v e
and
I n d u stri al
R a ci n g
W e c a n off er e n h a n c e d
We
pr o gr a m s ar e a v ail a bl e t o m a n y c o m p a ni e s
t e c h n ol o g y t hr o u g h e n gi n e eri n g r e s o ur c e s
us t o
l o o ki n g f or t h eir o w n br a n d i d e ntit y a n d ar e
a n d e x p a n d e d e x p eri e n c e fr o m all of o ur
pr o vi d e t h e l at e st pr o d u ct a d v a n c e m e nt s
t y pi c all y f or l ar g er v ol u m e a p pli c ati o n s. W e
p o w er -tr ai n
e n gi n e er s. A d diti o n all y,
and
h o n or
o v er
y e ar s
at
v ari o u s r a ci n g
b eli e v e t h e s e i nt er a cti o n s
r es p on d
r e q uir e m e nt s.
to
e v e nt s. all o w
a d diti o n al
B ec aus e
we
f ut ur e ar e
the
pr o pri et ar y
a gr e e m e nt s
and
d e di c at e d t o
pr o vi di n g
any
m a n uf a ct ur er, w e ar e a bl e t o d e si g n, b uil d
c o m pa ny
s u p eri or
A m eri c a n
a n d s u p pl y p art s wit hi n d a y s if n e e d e d.
pr o d u ct at s u st ai n a bl e m ar k et pri ci n g.
a
ar e
aft er m ar k et made
100
e x p eri e n c e
we
of
wit h
m a n uf a ct uri n g
c o nti n u all y i m pr o v e
o ur
pr o d u ct s t o e x c e e d d e m a n di n g e x p e ct ati o n.
T E S TI N G B e c a u s e of t h e e xtr e m e d e m a n d s of r a ci n g, w e r o uti n el y t e st all of o ur c o m p o n e nt s u si n g a d v a n c e d t e sti n g t e c h n ol o g y. W e h a v e a f ull y a c cr e dit e d m et all ur g y l a b wit h d e di c at e d st aff a n d e q ui p m e nt s u c h a s: S E M wit h E D A X, X- r a y Diffr a cti o n, Mi cr o H ar d n e s s, I m pa ct T e sti n g, a n d M T S T e n sil e T e st m a c hi n e. A d diti o n all y, w e ar e a bl e t o t e st f u n cti o n alit y a n d f ati g u e pr o p erti e s i n o ur D y n a mi c s L a b or at or y, w hi c h i n cl u d e s a si n gl e p o st
M T S S er v o
H y dr a uli c t e st m a c hi n e, v ari o u s b e n c h t y p e e q ui p m e nt, a n d o ur Hi g h T e c h E n g i n e t e st l a b. W h at e v er y o ur a p pli c ati o n w e stri v e t o bri n g c o nfi d e n c e t h at o ur pr o d u ct s m e et a n d e x c e e d d e si g n e d p ar a m et er s.
•
W e ar e pr o u d of o ur p e o pl e t h at w or k at P A C R a ci n g a n d i n t h e c ult ur e w e ar e b uil di n g a n d gr o wi n g. • W e ar e pr o u d of t h e hi g h q u alit y pr o d u ct t h at w e pr o d u c e, ri g ht h er e i n t h e U S A • W e ar e pr o u d t o s u p p ort o ur c u st o m er s i n t h eir dri v e t o s u c c e e d!
PA C
P ri d e
L o c at e d i n t h e a ut o m oti v e c a pit al of t h e w orl d, D E T R OI T , MI C HI G A N , w e ar e w or ki n g h ar d
• W e ar e p a s si o n at e a b o ut o ur pr o d u ct s a n d pr o c e s s e s. C o nti n u all y l o o ki n g f or b ett er e q ui p m e nt, s pri n g d e si g n s a n d m a n uf a ct uri n g pr o c e s si n g ar e w h at m a k e u s a l e a d er i n o ur m ar k et. • W e ar e p a s si o n at e a b o ut r a ci n g. W e s u p p ort o ur c u st o m er s t hr o u g h v ari o u s m aj or s p o n s or s hi p s, s u c h a s t h e N H R A c o nti n g e n c y pr o gr a m s, a n d g etti n g o ur h a n d s dirt y o n sit e wit h y o ur t e a m.
P a s si o n
W e h a v e hi g h e x p e ct ati o n s of p erf or m a n c e fr o m e v er y o n e o n t h e P A C R a ci n g T e a m a n d ar e d et er mi n e d t o pr o vi d e t h e b e st p o s si bl e pr o d u ct t o o ur c u st o m er s, w h et h er t h at i s t h e r a c er o n t h e tr a c k or t h e n e xt e m pl o y e e i n t h e m a n uf a ct uri n g pr o c e s s.
8 6 6 - 7 9 9 - 9 4 1 7
t o b uil d a c ult ur e of Pri d e,
/
P a s si o n a n d P erf or m a n c e.
P e rf o r m a n c e W E E X P E C T T O WI N!!
R a c i n g S p r i n g s . c o
m
3
T e c h ni c al I nf o r m ati o n T h er e ar e m a n y s pri n g s a v ail a bl e fr o m o ur li sti n g s c at al o g a n d m a n y Hi g h P erf or m a n c e c a m a n d v al v e c o m p a ni e s. H o w e v er, wit h t h e m ultit u d e of e n gi n e s t h at ar e a v ail a bl e a n d t h e diff er e nt v al v etr ai n c o n fi g ur ati o n s p o s si bl e, it b e c o m e s v er y dif fi c ult t o fi n d t h e c orr e ct s pri n g. P A C r a ci n g s pri n g s c u st o m d e si g n a n d m a n uf a ct uri n g s er vi c e s c a n pr o d u c e a pr o pri et ar y s pri n g t ail or e d s p e ci fi c all y f or y o ur a p pli c ati o n. P A C R a ci n g s pri n g i s n ot li mit e d t o j u st v al v e s pri n g s. W e h a v e pr o d u c e d m a n y Hi g h P erf or m a n c e r a ci n g cl ut c h, t hr ottl e, oil p u m p a n d s u s p e n si o n s pri n g s. P A C i s a l e a d er i n pi st o n pi n r et ai ni n g ri n g pr o d u cti o n. P A C R a ci n g S pri n g s h a s a wi d e r a n g e of c a p a biliti e s t hr o u g h o ur c o n n e cti o n t o t h e a ut o m oti v e O E M m ar k et. W e off er s pri n g s wit h wir e di a m et er s fr o m 0. 0 0 8 t o 1. 2 5 0 i n c h e s. S pri n g di a m et er s c a n r a n g e fr o m 0. 0 2 4 t o 1 8 i n c h e s wit h fr e e l e n gt h s u p t o 8 f e et l o n g. N u m er o u s pr o c e s si n g m et h o d s a n d v ari ati o n s of p e e ni n g, h e at tr e ati n g, nitri di n g a n d fi ni s hi n g w or k m a k e P A C t h e l e a d er i n c u st o m s pri n g s.
S P RI N G WI R E
P A C R a ci n g S pri n g s h a s m a n y m at eri al o pti o n s f or wir e c h e mi str y a n d s h a p e. W e utili z e all of t h e l at e st gr a d e s of v al v e s pri n g st e el i n b ot h r o u n d wir e a n d m ulti- ar c ( o v at e) s e cti o n s. W e c ar ef ull y v ali d at e t h e q u alit y a n d cl e a nli n e s s of st e el fr o m mill s w orl d wi d e. P A C h a s m a n y st a n d ar d o v at e s e cti o n s r e a dil y a v ail a bl e a n d c u st o m s e cti o n s c a n b e pr o d u c e d fr o m F E A a n al y z e d s e cti o n s.
S P RI N G D E SI G N
T h er e i s a v a st n u m b er of w a y s t o pr o d u c e s pri n g s wit h c h ar a ct eri sti c s t h at i m pr o v e e n gi n e p erf or m a n c e. T h e b e st w a y t o st art i s wit h t h e c u st o m d e si g n f or m or c all P A C R a ci n g S pri n g s. E n gi n e er s at P A C will r e vi e w t h e d at a a n d d e si g n u ni q u e a n d e x a ct s ol uti o n s f or y o ur s pri n g r e q uir e m e nt s.
O P TI O N S
T h er e ar e m a n y o pti o n s t h at P A C R a ci n g c a n pr o vi d e f or c u st o m s pri n g s b e y o n d t h e d e si g n a n d wir e: Pr o c e s si n g: T h e m a n uf a ct uri n g pr o c e s s i s d e si g n e d t o m at c h wit h t h e lif e, str e s s a n d c o st c o m pr o mi s e s. Fi ni s hi n g: P A C h a s n u m er o u s fi ni s hi n g o pti o n s s u c h a s p oli s hi n g, N a n o P e e ni n g ™ a n d i d e nti fi c ati o n. P a c k a gi n g: M a n y p a c k a gi n g o pti o n s fr o m i n di vi d u al t o b ul k a n d e n gi n e s et s. D et ail s:
- I D / O D c h a mf eri n g - Ti p c o n diti o ni n g - T ol er a n c e s – C oil bi n d h ei g ht, l o a d s, di a m et er s, et c. - D o c u m e nt ati o n f or wir e, s pri n g a n d a s s e m bl y c h ar a ct eri sti c s S pri n g L o a d s: T h e l o a d s of t h e s pri n g s c a n b e t ail or e d t o s p e ci fi c a p pli c ati o n s hi g h l o a d v er si o n s (- H) a n d l o w l o a d v er si o n s (- L) ar e a v ail a bl e f or v ari o u s P N’ s. 4
L o a d T e sti n g
O v at e wir e a n al y si s
C OI L BI N D C A L C U L A TI O N E X A M P L E
I n st all e d H ei g ht M e a s ur e m e nt
A ct u al V al v e lift m e a s ur e m e nt ( v al v e l a s h e d)
S oli d H ei g ht M e a s ur e m e nt
M e a s ur e d I n st all ati o n H ei g ht M e a s ur e d V al v e Lift M e a s ur e d V al v e S pri n g S oli d H ei g ht
1. 9 8 0 - 0. 7 7 7 - 1. 1 3 2
A ct u al C oil Bi n d Cl e ar a n c e
0. 0 7 1
V A L V E S P RI N G L O A D C E L L C Y C L E D A T A
C OI L BI N D C L E A R A N C E
T hi s n u m b er i s a v al v etr ai n t u ni n g p ar a m et er. Hi g h er-r e v vi n g e n gi n e s g e n er all y r u n cl o s er t o bi n d t o r e d u c e v al v e s pri n g s ur gi n g. T h e cl o s e r u n ni n g of t h e s pri n g c oil s t o e a c h ot h er will i n h er e ntl y r e d u c e t h e s pri n g s ur gi n g. T h e c h art b el o w ill u str at e s t h e s pri n g l o a d fr o m a l o a d c ell u n d er t h e s pri n g. T h e l ar g e fi u ct u ati o n s of l o a d ar e fr o m c oil s ur gi n g. T hi s c a n r e a c h v er y hi g h l o a d s a n d g o t o z er o i n t h e w or st c a s e. V al v etr ai n d a m a g e will r e s ult. T hi s cl e ar a n c e r eli e s h e a vil y o n t h e q u alit y of v al v etr ai n p art s, m e a s ur e m e nt e q ui p m e nt a n d e n gi n e b uil d er s kill t o b e a bl e t o r u n cl o s e t ol er a n c e s wit h o ut g oi n g p a st bi n d.
8 6 6 - 7 9 9 - 9 4 1 7
C OI L S U R G E
V A L V E S P RI N G L O A D ( L B S) .
C R A N K A N G L E ( D E G R E E S)
/
R a c i n g S p r i n g s . c o
m
5
N e w P r o d u ct s P art N u m b er
S pri n g Di a m et er s
O D O ut er
I D O ut er
I D Mi d dl e
I D I n n er
Da mpe r
S pri n g L o a d s
O D B ott o m
O D Top
I D B ott o m
I D Top
I n st all e d H ei g ht ( V al v e Cl o s e d)
S pri n g R at e
Max C oil Bi n d
Max Lift
Open Load ( V al v e O p e n)
R e c o m m e n d e d M at c hi n g C o m p o n e nt s
C o m m e nt s
PA C 300 S eri e s
PA C 400 S eri e s
PA C 500 S eri e s
PA C 600 S eri e s
PA C S pri n g S e at s
CI R C L E T R A C K D U A L S P RI N G S P A C -1 3 2 6 H
1. 5 5 0
1. 1 1 0
NA
0. 7 0 6
Yes
NA
NA
NA
NA
3 0 0 @ 2. 0 0 0
8 2 8 @ 1. 2 0 0
663
1. 1 5 0
0. 8 0 0
NA
NA
R506 R541
R606 R641 R661
S105 S106 S105 X
P A C -1 3 7 3 L
1. 4 2 6
1. 0 0 2
NA
0. 6 8 8
No
NA
NA
NA
NA
2 0 0 @ 2. 1 0 0
8 0 3 @ 1. 2 0 0
670
1. 1 5 2
0. 9 0 0
NA
NA
NA
R659
S137 X
P A C -1 3 9 2
1. 3 1 4
0. 9 0 0
NA
0. 6 1 6
No
NA
NA
NA
NA
1 8 5 @ 2. 0 6 0
7 3 0 @ 1. 2 6 0
681
1. 1 9 6
1. 3 0 0
NA
NA
R558
R6 58
S154
S m all Di a m et er f or S pri nt C ar s U n d er 8, 5 0 0 R P M
Hi g h L o a d v er si o n of P A C -1 3 2 6 S m all Di a m et er E n d ur a n c e S pri n g
M u st u s e S p e ci al R et ai n er
D R A G R A C E D U A L S P RI N G S P A C -1 3 3 3
1. 2 7 4
0. 9 0 0
NA
0. 6 1 6
NA
NA
NA
NA
NA
2 4 5 @ 1. 8 0 0
7 5 0 @ 1. 0 5 0
673
0. 9 9 0
0. 7 5 0
NA
R432
R532
R632
S128 S138
L S S oli d R oll er Dr a g Race
P A C -1 3 3 4
1. 3 0 0
0. 9 0 0
NA
0. 6 3 0
NA
NA
NA
NA
NA
2 5 5 @ 1. 8 0 0
8 1 0 @ 1. 0 5 0
740
0. 9 9 0
0. 7 5 0
NA
R432
R532
R632
S128 S138
L S S oli d R oll er Dr a g Race
P A C -1 3 3 9
1. 5 8 6
1. 1 0 0
NA
0. 7 6 3
NA
NA
NA
NA
NA
5 0 0 @ 2. 2 0 0
1 3 9 0 @ 1. 2 5 0
937
1. 1 0 0
1. 0 4 0
NA
NA
R506 R541
R606 R641 R661
S1 07 S1 08
Hi g h Lift D u al S pri n g f or Li mit e d I n st all e d H ei g ht
942
1. 1 8 0
1. 3 0 0
NA
NA
R503 R565
NA
S109 S133
M o u nt ai n M ot or V al v e S pri n g
D R A G R A C E T RI P L E S P RI N G S P A C -1 3 6 9
1. 7 5 0
1. 2 4 0
0. 8 7 9
0. 6 3 0
NA
NA
NA
NA
NA
4 5 0 @ 2. 5 5 0
1 6 7 5 @ 1. 2 5 0
B E E HI V E S P RI N G S
6
P A C -1 2 7 5 X
NA
NA
NA
NA
NA
1. 2 9 0
1. 0 3 4
0. 9 0 6
0. 6 5 0
1 4 0 @ 1. 9 5 0
4 0 5 @ 1. 3 0 0
408
1. 2 1 5
0. 6 6 0
R310 R311 R363
NA
R510 R511
NA
S111
L S & Dr o p i n B e e hi v e & H e mi S R T E x h a u st S pri n g
P A C -1 2 7 6 X
NA
NA
NA
NA
NA
1. 2 9 0
1. 0 3 4
0. 9 0 6
0. 6 5 0
1 4 0 @ 1. 8 0 0
4 2 0 @ 1. 1 4 0
409
1. 0 7 0
0. 6 6 0
R310 R311 R363
NA
R510 R511
NA
S111
L S Dr o p i n B e e hi v e
P A C -1 2 8 2 X
NA
NA
NA
NA
NA
1. 2 7 0
1. 1 0 5
0. 8 2 5
0. 6 6 0
1 6 0 @ 2. 3 5 0
4 2 0 @ 1. 7 0 0
400
1. 5 4 4
0. 7 5 0
R393 R394
NA
NA
NA
NA
G o d zill a Dr o p i n B e e hi v e
P A C -1 2 8 2 L X
NA
NA
NA
NA
NA
1. 2 7 0
1. 1 0 5
0. 8 2 5
0. 6 6 0
1 6 0 @ 2. 2 5 0
4 2 0 @ 1. 6 0 0
400
1. 5 4 4
0. 6 5 0
R393 R394
NA
NA
NA
NA
G o d zill a Dr o p i n B e e hi v e M u st u s e P A C -R 3 9 4 f or 2. 2 5 0” I n st all e d H ei g ht
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S CI R C L E T R A C K D U A L S P RI N G S
D R A G R A C E T RI P L E S P RI N G S
D R A G R A C E D U A L S P RI N G S
B E E HI V E S P RI N G S
P A C -1 3 2 6 H
P A C -1 3 7 3 L
P A C -1 3 9 2
P A C -1 3 3 3
P A C -1 3 3 4
P A C -1 3 3 9
P A C -1 3 6 9
P A C -1 2 7 5 X
P A C -1 2 7 6 X
P A C -1 2 8 2 X
M a s s ( g)
159
136
117
89
93
159
224
82
73
94
94
O ut er Fr e q
29368
30043
32841
35938
40679
32791
27621
34933
35050
29312
29312
P A C -1 2 8 2 L X
Mi d dl e Fr e q
NA
NA
NA
NA
NA
NA
27767
NA
NA
NA
NA
I n n er Fr e q
28434
32323
32947
44180
38918
34688
28760
NA
NA
NA
NA
C oil Bi n d
1. 1 5 0
1. 1 6 0
1. 1 9 6
0. 9 9 0
0. 9 9 0
1. 1 0 0
1. 1 8 0
1. 2 1 5
1. 0 7 0
1. 5 4 4
1. 5 4 4
20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 420 440 460 480
20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 420 440
3. 0 5 0 3. 0 0 0 2. 9 5 0 2. 9 0 0 2. 8 5 0 2. 8 0 0 2. 7 5 0 2. 7 0 0 2. 6 5 0 2. 6 0 0 2. 5 5 0 2. 5 0 0 2. 4 5 0 2. 4 0 0 2. 3 5 0 2. 3 0 0 2. 2 5 0 2. 2 0 0 2. 1 5 0 2. 1 0 0 2. 0 5 0 2. 0 0 0 1. 9 5 0 1. 9 0 0 1. 8 5 0 1. 8 0 0 1. 7 5 0 1. 7 0 0 1. 6 5 0 1. 6 0 0 1. 5 5 0 1. 5 0 0 1. 4 5 0 1. 4 0 0 1. 3 5 0 1. 3 0 0 1. 2 5 0 1. 2 0 0 1. 1 5 0 1. 1 0 0 1. 0 5 0 1. 0 0 0
1 9 40 71 101 134 167 201 234 267 300 333 366 399 432 466 499 532 565 598 631 664 697 731 764 797 830 863
6 32 66 99 133 166 200 233 267 300 334 367 401 434 468 501 535 568 602 635 669 702 736 769 803 836
21 56 90 124 158 192 226 260 294 328 362 396 430 464 498 533 566 601 635 669 703 737 771
18 37 56 77 110 144 178 211 245 279 312 346 380 413 447 481 514 548 582 615 649 683 716 749 783
6 37 78 125 172 219 266 313 359 406 453 500 547 594 641 687 734 781 828 875 922 968 1015 1062 1109 1156 1203 1249 1296 1343 1390 1437 1484 1531
3 33 70 107 144 181 218 255 292 329 366 403 440 477 514 551 588 625 662 699 736 773 810 847
8 6 6 - 7 9 9 - 9 4 1 7
/
8 30 73 120 167 214 262 309 356 403 450 497 544 591 638 686 733 780 827 874 921 968 1015 1063 1110 1157 1204 1251 1298 1345 1392 1439 1487 1534 1581 1628 1675 1722
R a c i n g S p r i n g s . c o
18 38 58 79 99 119 140 160 180 201 221 241 261 282 302 322 343 363 383 404 424 444
m
7 27 48 68 89 109 130 150 171 191 212 232 253 273 294 314 335 355 376 396 417 437 458
7
D r a g R a c e S p ri n g s 1200
P A C’ s st a n d ar d Hi g h P erf or m a n c e pr o c e s si n g wit h o ut s a cri fi ci n g p erf or m a n c e
S E RI E S P art N u m b er
8
S pri n g Di a m et er s
S pri n g L o a d s
S pri n g R at e
Max C oil Bi n d
Max Lift
1. 1 5 0
629
1. 1 0 0
@
1. 2 0 0
644
805
@
1. 2 0 0
2. 1 0 0
847
@
250 @
2. 0 5 0
801
0. 6 3 5
290 @
2. 0 7 0
0. 8 7 1
0. 6 3 5
332 @
1. 1 9 5
0. 8 7 1
0. 6 3 5
1. 6 4 5
1. 1 9 5
0. 8 7 1
1. 6 4 5
1. 1 9 5
0. 8 7 1
R e c o m m e n d e d M at c hi n g C o m p o n e nt s C o m m e nt s
PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
0. 8 5 0
R404
R504
NA
S101 S102
Br a c k et r a ci n g a p pli c ati o n s
1. 1 5 0
0. 8 0 0
R405
R505 R556
NA
S103 S104
S m all er di a m et er
663
1. 1 5 0
0. 8 0 0
NA
R506 R541
R606 R641 R661
S105 S106 S139
S m all er di a m et er
1. 1 5 0
629
1. 1 0 0
0. 9 0 0
R404
R504
NA
S101 S102
Br a c k et r a ci n g a p pli c ati o n f or hi g h er lift a n d R P M r e q uir e m e nt s.
@
1. 2 5 0
689
1. 1 3 0
0. 8 0 0
R401 R402
R501 R502
R601 R602
S109
Br a c k et r a ci n g a p pli c ati o n s
835
@
1. 2 7 0
682
1. 1 3 0
0. 8 0 0
R401 R402
R501 R502
R601 R602
S109
Br a c k et r a ci n g a p pli c ati o n s
2. 1 0 0
950
@
1. 2 0 0
687
1. 1 3 0
0. 9 0 0
R401 R402
R501 R502
R601 R602
S109
Br a c k et r a ci n g a p pli c ati o n s
375 @
2. 2 0 0
1064 @
1. 2 0 0
689
1. 1 3 0
1. 0 0 0
R401 R402
R501 R502
R601 R602
S109
Br a c k et r a ci n g a p pli c ati o n s
0. 6 3 5
440 @
2. 2 0 0
11 2 9 @
1. 2 0 0
689
1. 1 3 0
1. 0 0 0
R401 R402
R501 R502
R601 R602
S109
Br a c k et r a ci n g a p pli c ati o n s
0. 6 3 5
350 @
2. 1 5 0
1004 @
1. 2 0 0
688
1. 1 3 0
0. 9 5 0
R401 R402
R501 R502
R601 R602
S109
Br a c k et r a ci n g a p pli c ati o n s
OD O ut er
ID O ut er
ID Mi d dl e
ID I n n er
I n st all e d H ei g ht ( Val v e Cl o s e d)
Open Load ( Val v e O p e n)
P A C- 1 2 2 4
1. 6 2 5
1. 1 7 5
NA
0. 8 5 1
275 @
2. 0 0 0
810
@
P A C- 1 2 2 5
1. 5 5 0
1. 1 0 0
NA
0. 7 8 8
250 @
2. 0 0 0
765
P A C- 1 2 2 6
1. 5 5 0
1. 1 0 0
NA
0. 7 8 8
275 @
2. 0 0 0
P A C- 1 2 2 8
1. 6 2 5
1. 1 7 5
NA
0. 8 5 1
280 @
P A C- 1 2 4 6
1. 6 4 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
P A C- 1 2 4 7
1. 6 4 5
1. 1 9 5
0. 8 7 1
P A C- 1 2 4 8
1. 6 4 5
1. 1 9 5
P A C- 1 2 4 9
1. 6 4 5
P A C- 1 2 5 0
P A C- 1 2 5 8
P A C R A CI N G S P RI N G S
A P et e r s o n A m e ri c a n
C o m pa ny
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S 1 2 0 0 S E RI E S M a s s ( g) O ut er Fr e q Mi d dl e Fr e q
P A C- 1 2 2 4 152 28793 NA
P A C- 1 2 2 5 152 29368 NA
P A C- 1 2 2 6 158 29368 D a m p er
P A C- 1 2 2 8 152 28793 NA
P A C- 1 2 4 6 183 27188 26867
P A C- 1 2 4 7 183 27188 26867
P A C- 1 2 4 8 183 27188 26867
P A C- 1 2 4 9 183 27188 26867
P A C- 1 2 5 0 183 27306 26945
P A C- 1 2 5 8 183 27188 26867
I n n er Fr e q C oil Bi n d
27275 1. 1 0 0
28294 1. 1 5 0
28434 1. 1 5 0
27275 1. 1 0 0
28392 1. 1 3 0
28392 1. 1 3 0
28392 1. 1 3 0
28392 1. 1 3 0
28421 1. 1 3 0
28392 1. 1 3 0
2. 8 5 0
3
2. 8 0 0
27
2. 7 5 0
11
61
2. 7 0 0
41
96
3
2. 6 5 0
75
130
13
2. 6 0 0 2. 5 5 0
2
2. 5 0 0
28
2. 4 5 0
8
109
164
40
0
23
144
199
75
11
57
178
233
109
4
60
5
31
92
213
268
144
2. 4 0 0
23
5
15
91
20
65
126
247
302
178
2. 3 5 0
55
25
46
123
43
99
160
282
337
212
2. 3 0 0
86
57
76
154
78
133
195
316
371
247
2. 2 5 0
11 8
89
109
186
11 2
167
229
351
406
281
2. 2 0 0
149
121
142
217
147
201
263
385
440
316
2. 1 5 0
181
153
176
249
181
236
298
419
475
350
2. 1 0 0
212
186
209
280
216
270
332
454
509
384
2. 0 5 0
244
218
242
3 11
250
304
366
488
543
419
2. 0 0 0
275
250
275
343
284
338
401
523
578
453
1. 9 5 0
306
282
308
374
319
372
435
557
612
488
1. 9 0 0
338
314
341
406
353
406
469
592
647
522
1. 8 5 0
369
347
374
437
388
440
504
626
681
557
1. 8 0 0
401
379
407
469
422
474
538
661
716
591
1. 7 5 0
432
4 11
441
500
457
508
572
695
750
625
1. 7 0 0
464
443
474
532
491
542
607
730
785
660
1. 6 5 0
495
475
507
563
526
576
641
764
819
694
1. 6 0 0
527
507
540
595
560
610
675
798
853
729
1. 5 5 0
558
540
573
626
594
644
710
833
888
763
1. 5 0 0
590
572
606
658
629
678
744
867
922
798
1. 4 5 0
621
604
639
689
663
712
778
902
957
832
1. 4 0 0
653
636
672
721
698
746
813
936
991
866
1. 3 5 0
684
668
706
752
732
781
847
971
1026
901
1. 3 0 0
716
701
739
784
767
815
881
1005
1060
935
1. 2 5 0
747
733
772
815
801
849
916
1040
1095
970
1. 2 0 0
779
765
805
846
835
883
950
1074
11 2 9
1004
1. 1 5 0
810
797
838
878
870
917
984
11 0 8
11 6 4
1038
1. 1 0 0
841
909
8 6 6 - 7 9 9 - 9 4 1 7
668
/
R a c i n g S p r i n g s . c o
m
9
D r a g R a c e D u al S p ri n g s 1300 P art N u m b er
S E RI E S
P A C R a ci n g S pri n g s h a s br o u g ht t h e l at e st t e c h n ol o g y t o t h e Dr a g R a ci n g M ar k et. Tr a diti o n al s pri n g s w er e m a d e wit h hi g h er l o a d a n d r at e s wit h o ut c o n c er n of s pri n g m a s s a n d fr e q u e n c y. P A C R a ci n g S pri n g s h a s t a k e n y e ar s of r e s e ar c h a n d c o u pl e d t h at wit h e x oti c n e w h e at tr e at m e nt m et h o d s t o pr o d u c e t h e n e xt g e n er ati o n dr a g r a c e s pri n g s. T h e s e s pri n g s f e at ur e a 1 5 -3 0 % r e d u cti o n i n p h y si c al m a s s! T hi s c o u pl e d wit h a n at ur al fr e q u e n c y i n cr e a s e of 2 0 % m e a n s t h at y o ur e n gi n e will r e v hi g h er, f a st er a n d l a st l o n g er wit h m or e a g gr e s si v e v al v e m oti o n. G et t h e p erf or m a n c e of Tit a ni u m wit h i m pr o v e d lif e a n d c o st of st e el dir e ctl y fr o m t h e s pri n g m a n uf a ct ur er.
10
S pri n g Di a m et er s
OD O ut er
ID O ut er
ID I n n er
S pri n g L o a d s I n st all e d Open Load H ei g ht ( V al v e O p e n)
S pri n g R at e
Max C oil Bi n d
( V al v e Cl o s e d)
Max Lift
R e c o m m e n d e d M at c hi n g C o m p o n e nt s PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
P A C - 1 3 1 2 1. 1 0 6 0. 8 1 0
0. 5 7 4 1 5 0 @ 1. 7 0 0
430
@ 1. 0 0 0
400
0. 8 5 0 0. 7 0 0
R439
R539
NA
S132
P A C -1 3 1 2 L 1. 1 0 6 0. 8 1 0
0. 5 7 4 1 1 0
@ 1. 5 5 0
330
@ 1. 0 0 0
400
0. 8 5 0 0. 5 5 0
R439
R539
NA
S132
P A C -1 3 2 1 1. 5 2 2 1. 0 5 0
0. 7 1 0 4 0 0
@ 2. 2 5 0 1 3 2 0
@ 1. 3 0 0
968
1. 1 9 2 0. 9 5 0
R408
P A C -1 3 2 2 1. 5 3 6 1. 0 5 0
0. 7 1 0 4 2 5
@ 2. 3 0 0 1 4 6 3
@ 1. 3 0 0
1038
1. 2 1 5 1. 0 0 0
R408
P A C -1 3 2 3 1. 5 5 1 1. 0 6 5
0. 7 2 5 5 2 5
@ 2. 3 5 0 1 5 1 0
@ 1. 3 0 0
938
1. 2 0 0 1. 0 5 0
R408
R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544
R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644
P A C - 1 3 2 4 1. 6 2 5 1. 1 7 5
0. 8 5 1 2 7 5 @ 2. 0 0 0
810
@ 1. 1 5 0
629
1. 1 0 0 0. 8 5 0
R404
R504
NA
P A C - 1 3 2 8 1. 6 2 5 1. 1 7 5
0. 8 5 1 2 8 0 @ 2. 1 0 0
847
@ 1. 1 5 0
629
1. 1 0 0 0. 9 5 0
R404
S110 S126 S110 S126 S110 S126 S101 S102 S101 S102 S110 S126 S110 S126 S110 S126 S110 S126 S128 S138 S128 S138 S128 S138 S110 S126 S110 S126
R504
NA R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644
P A C -1 3 2 9 1. 5 0 0 1. 0 5 0
0. 7 2 6 3 4 5
@ 2. 1 0 0 1 0 4 7
@ 1. 2 0 0
780
1. 1 3 0 0. 9 0 0
R408
P A C -1 3 3 0 1. 5 0 0 1. 0 5 0
0. 7 2 6 2 7 5
@ 2. 0 5 0
938
@ 1. 2 0 0
780
1. 1 3 0 0. 8 5 0
R408
P A C -1 3 3 1 1. 5 1 4 1. 0 5 0
0. 7 2 6 4 2 5
@ 2. 2 0 0 1 2 8 8
@ 1. 2 0 0
863
1. 1 6 0 1. 0 0 0
NA
P A C -1 3 3 2 1. 5 1 4 1. 0 5 0
0. 7 2 6 3 5 0
@ 2. 1 0 0 1 1 2 7
@ 1. 2 0 0
863
1. 1 6 0 0. 9 0 0
408
R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544
P A C - 1 3 3 3 1. 2 7 4 0. 9 0 0
0. 6 1 6 2 4 5 @ 1. 8 0 0
750
@ 1. 0 5 0
673
0. 9 7 1 0. 7 5 0
R432
R532
R632
P A C - 1 3 3 4 1. 3 0 0 0. 9 0 0
0. 6 3 0 2 5 5 @ 1. 8 0 0
810
@ 1. 0 5 0
740
0. 9 7 3 0. 7 5 0
R432
R532
R632
P A C - 1 3 3 5 1. 3 0 0 0. 9 0 0
0. 6 1 6 2 5 0 @ 1. 8 0 0
860
@ 1. 0 5 0
813
0. 9 8 5 0. 8 0 0
R432
R532
R632
R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544
R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 R 6 0 8, R 6 0 9, R644 NA
P A C -1 3 3 6 1. 5 1 4 1. 0 5 0
0. 7 2 6 4 7 5
@ 2. 2 0 0 1 3 3 8
@ 1. 2 0 0
863
1. 1 6 1 1. 0 0 0
R408
P A C -1 3 3 7 1. 5 6 1 1. 0 7 5
0. 7 3 5 6 0 0
@ 2. 3 0 0 1 5 0 0
@ 1. 3 0 0
900
1. 2 3 0 1. 0 0 0
R408
P A C -1 3 5 4 1. 5 5 0 1. 0 5 0
0. 7 2 6 4 2 5
@ 2. 3 0 0 1 4 4 0
@ 1. 3 0 0
1015
1. 2 3 0 1. 0 0 0
NA
P A C -1 3 5 5 1. 5 0 0 1. 0 5 0
0. 7 2 6 4 2 0
@ 2. 1 7 5 1 2 0 0
@ 1. 1 7 5
780
1. 1 3 0 1. 0 0 0
NA
P A C -1 3 5 5 H 1. 5 0 0 1. 0 5 0
0. 7 2 6 4 4 0
@ 2. 2 0 0 1 2 2 0
@ 1. 2 0 0
780
1. 1 3 0 1. 0 0 0
NA
P A C -1 3 5 6 1. 5 0 0 1. 0 5 0
0. 7 2 6 3 0 0
@ 2. 1 0 0 1 0 0 2
@ 1. 2 0 0
780
1. 1 3 0 0. 9 0 0
R408
P A C -1 3 5 7 1. 5 0 0 1. 0 5 0
0. 7 2 6 3 7 5
@ 2. 1 5 0 1 1 1 6
@ 1. 2 0 0
780
1. 1 3 0 0. 9 5 0
R408
P A C -1 3 5 9 1. 5 2 2 1. 0 5 0
0. 7 2 6 3 7 5
@ 2. 2 0 0 1 2 0 0
@ 1. 3 0 0
895
1. 1 9 0 0. 9 0 0
NA
P A C -1 3 6 0 1. 5 2 2 1. 0 5 0
0. 7 2 6 4 0 0
@ 2. 2 5 0 1 2 5 2
@ 1. 3 0 0
895
1. 1 9 0 0. 9 5 0
NA
P A C - 1 3 6 1 1. 5 3 6 1. 0 5 0
0. 7 2 6 4 2 5 @ 2. 3 0 0 1 3 8 9
@ 1. 3 0 0
964
1. 2 1 5 1. 0 0 0
NA
P A C -1 3 6 1 H 1. 5 3 6 1. 0 5 0
0. 7 2 6 4 9 1
@ 2. 3 0 0 1 4 5 5
@ 1. 3 0 0
964
1. 2 1 5 1. 0 0 0
NA
R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544 R 5 0 8, R 5 0 9, R544
P A C - 1 3 7 0 1. 5 5 0 1. 0 6 5
0. 7 4 0 5 5 5 @ 2. 3 5 0 1 4 3 3
@ 1. 3 0 0
836
1. 2 3 0 1. 0 5 0
NA
R547
P A C R A CI N G
S P RI N G S
A P et e r s o n A m e r i c a n C o m p a n
y
S110 S126 S110 S126 S110 S126 S110 S126 S110 S126 S110 S126 S110 S126 S110 S126 S110 S126 S110 S126
C o m m e nt s F M O D 4. 6 L 4 V L o w l o a d v er si o n of P A C -1 3 1 2 T A F C a n d Pr o -M o d al c o h ol e n gi n e s T A F C a n d Pr o -M o d al c o h ol e n gi n e s Hi g h lift a g gr e s si v e a p pli c ati o n s Br a c k et r a ci n g a n d hi g h lift a p pli c ati o n s Br a c k et r a ci n g a n d hi g h lift a p pli c ati o n s C o m p a n d S u p er St o c k e n gi n e s C o m p a n d S u p er St o c k e n gi n e s Hi g h r at e f or a g gr e s si v e v al v etr ai n s a n d R P M C o m p a n d S u p er St o c k e n gi n e s L S S oli d R oll er L S S oli d R oll er Hi g h lift L S a p pli c ati o n s T A F C a n d Pr o -M o d al c o h ol e n gi n e s T A F C a n d Pr o -M o d al c o h ol e n gi n e s Hi g h r at e f or a g gr e s si v e v al v etr ai n s a n d R P M T A F C a n d Pr o -M o d al c o h ol e n gi n e s T A F C a n d Pr o -M o d al c o h ol e n gi n e s C o m p a n d S u p er St o c k e n gi n e s C o m p a n d S u p er St o c k e n gi n e s T A F C a n d Pr o -M o d al c o h ol e n gi n e s T A F C a n d Pr o -M o d al c o h ol e n gi n e s Hi g h lift a p pli c ati o n s A hi g h er l o a d v er si o n of 1 3 6 1 Hi g h lift a p pli c ati o n s
D u al S p ri n g s
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S
1 3 0 0 S E RI E S P A C- 1 3 1 2 P A C- 1 3 1 2 L P A C- 1 3 2 1 P A C- 1 3 2 2 P A C- 1 3 2 3 P A C- 1 3 2 4 P A C- 1 3 2 8 P A C- 1 3 2 9 P A C- 1 3 3 0 P A C- 1 3 3 1 P A C- 1 3 3 2 P A C- 1 3 3 3 P A C- 1 3 3 4 P A C- 1 3 3 5 P A C- 1 3 3 6 P A C- 1 3 3 7 P A C- 1 3 5 4 P A C- 1 3 5 5 P A C- 1 3 5 5 H P A C- 1 3 5 6 P A C- 1 3 5 7 P A C- 1 3 5 9 P A C- 1 3 6 0 P A C- 1 3 6 1 P A C- 1 3 6 1 H P A C- 1 3 7 0
M a s s ( g)
54
54
160
166
166
152
152
144
144
151
151
89
93
94
151
173
172
144
144
144
144
155
155
162
163
169
O ut er Fr e q
37229
37233
33105
34042
31858
28793
28793
30568
30568
32885
32885
35938
40679
40679
32885
30571
35502
30568
30568
30568
30568
33120
33120
34042
34042
31094
I n n er Fr e g
42789
42792
38081
38082
33561
27275
27275
35649
35649
35649
35649
44180
38918
44180
35649
33012
31490
35649
35649
35649
35649
35649
35649
35649
35649
28509
C oil Bi n d 2. 9 0 0 2. 8 5 0 2. 8 0 0 2. 7 5 0 2. 7 0 0 2. 6 5 0 2. 6 0 0 2. 5 5 0 2. 5 0 0 2. 4 5 0 2. 4 0 0 2. 3 5 0 2. 3 0 0 2. 2 5 0 2. 2 0 0 2. 1 5 0 2. 1 0 0 2. 0 5 0 2. 0 0 0 1. 9 5 0 1. 9 0 0 1. 8 5 0 1. 8 0 0 1. 7 5 0 1. 7 0 0 1. 6 5 0 1. 6 0 0 1. 5 5 0 1. 5 0 0 1. 4 5 0 1. 4 0 0 1. 3 5 0 1. 3 0 0 1. 2 5 0 1. 2 0 0 1. 1 5 0 1. 1 0 0 1. 0 5 0 1. 0 0 0 0. 9 5 0 0. 9 0 0 0. 8 5 0
0. 8 5 0
0. 8 5 0
1. 1 9 2
1. 2 1 5
1. 1 0 0
1. 1 0 0
1. 1 3 0
1. 1 3 0
1. 1 5 0
1. 1 5 0
0. 9 7 1
0. 9 7 3
0. 9 9 0
1. 1 6 1
1. 1 3 0
1. 1 3 0
1. 1 3 0
1. 1 3 0
1. 1 9 0
1. 1 9 0
1. 2 1 5
1. 2 2 0
8
2
12 40
1. 2 3 0 64 105 150 195
1. 2 3 0
17 50
1. 2 0 0 22 56 103 150
4 17 31
24
37
67
83
11 7
197
30
68
240
44
48
97 127 158 206 255
150 183 218 270 322
290 337 384 431 478
87 123
130 173 216 259 302
330 375 420 465 510
120 171 222
9 42 75 109 142 184 232 280 329 377 425 473 521 570 618 666 714 762 8 11 859 907 955 1003 1052 11 0 0 11 4 8 11 9 6 1244 1293 1341 1389 1437
26 59 92 125 159 202 250 298 346 395 443 491 539 587 636 684 732 780 828 877 925 973 1021 1069 111 8 11 6 6 1214 1262 1310 1359 1407 1455 1503
1. 2 3 0 95 137 179 221 262 304 346 388 430 471 513 555 597 639 680 722 764 806 848 889 931 973 1015 1057 1099 11 4 0 11 8 2 1224 1266 1308 1349 1391 1433 1475
5 16 27 39 50 70 90 11 0 130 150 170 190 210 230 250 270 290 310 330 350 370 390 410 430 450 470 490
7 18 30 50 70 90 11 0 130 150 170 190 210 230 250 270 290 310 330 350 370 390
303 352 400 448 497 545 594 642 691 739 787 836 884 933 981 1029 1078 11 2 6 11 7 5 1223 1272 1320 1368 1417
373 425 477 529 581 633 685 737 788 840 892 944 996 1048 11 0 0 11 5 2 1204 1255 1307 1359 1 4 11 1463 1515 1567
244
525 572 619 666 713 760 806 853 900 947 994 1041 1088 11 3 5 11 8 2 1229 1275 1322 1369 1416 1463 1510 1557 1604
59
23 55 86 11 8 149 181 212 244 275 306 338 369 401 432 464 495 527 558 590 621 653 684 716 747 779 810 841
2 28 60 91 123 154 186 217 249 280 3 11 343 374 406 437 469 500 532 563 595 626 658 689 721 752 784 815 846 878 909
19
43 77 11 6 155 194 233 272 3 11 350 389 428 467 506 545 584 623 662 701 740 779 818 857 896 935 974 1013 1052 1091
22 46 80 11 9 158 197 236 275 314 353 392 431 470 509 548 587 626 665 704 743 782 821 860 899 938 977
166 209 252 296 339 382 425 468 5 11 554 598 641 684 727 770 813 856 900 943 986 1029 1072 111 5 11 5 9 1202 1245 1288 1331
97 13 42 70 98
134 177 220 264 307 350 393 436 479 523 566 609 652 695 738 782 825 868 9 11 954 997 1041 1084 11 2 7 11 7 0
18 37 56 77 11 0 144 178 2 11 245 279 312 346 380 413 447 481 514 548 582 615 649 683 716 750 784
8 6 6 - 7 9 9 - 9 4 1 7
3 33 70 107 144 181 218 255 292 329 366 403 440 477 514 551 588 625 662 699 736 773 810 847
/
19 47 87 128 169 209 250 291 331 372 413 453 494 535 575 616 657 697 738 779 819 860 901
346 389 432 475 518 561 604 648 691 734 777 820 863 906 950 993 1036 1079 11 2 2 11 6 5 1209 1252 1295 1338 1381
285
555 600 645 690 735 780 825 870 915 960 1005 1050 1095 11 4 0 11 8 5 1230 1275 1320 1365 1410 1455 1500 1545
70
273 323 374 425 476 526 577 628 679 729 780 831 882 932 983 1034 1085 11 3 6 11 8 6 1237 1288 1339 1389 1440 1491
72 96 127 166 205 244 283 322 361 400 439 478 517 556 595 634 673 712 751 790 829 868 907 946 985 1025 1064 11 0 3 11 4 2 11 8 1 1220
8 32 56 80 104 128 167 206 245 284 323 362 401 440 479 518 557 596 635 674 713 752 791 830 869 908 947 986 1025 1064 11 0 3 11 4 2 11 8 1 1220 1259
R a c i n g S p r i n g s . c o
11
35 59
14 38 62
86 11 0 144 183 222 261 300 339 378 417 456 495 534 573 612 651 690 729 768 807 846 885 924 963 1002 1041
m
83 107 141 180 219 258 297 336 375 414 453 492 531 570 609 648 687 726 765 804 843 882 921 960 999 1038 1077 111 6 11 5 5
53 78 107 142 180 219 258 298 338 378 418 459 499 541 582 624 666 708 751 795 838 884 932 982 1034 1088 11 4 5 1204 1264 1329
7 37 66 96 133 178 223 268 312 357 402 447 491 536 581 626 670 715 760 805 849 894 939 984 1028 1073 111 8 11 6 3 1207 1252 1297 1342
11
D r a g R a c e T ri pl e S p ri n g s 1300
Pr e mi u m pr o c e s s e d wit h N a n o P e e n ™ s pri n g t e c h n ol o g y f or e n h a n c e d d ur a bilit y a n d e x oti c i n-h o u s e h e at tr e at m e nt f or mi ni m al l o a d l o s s.
S E RI E S P art N u m b er
12
P A C- 1 3 5 1
S pri n g Di a m et er s
S pri n g L o a d s Open Load ( V al v e O p e n)
R e c o m m e n d e d M at c hi n g C o m p o n e nt s
S pri n g R at e
Max C oil Bi n d
Max Lift
PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
C o m m e nt s
OD O ut er
ID O ut er
ID Mi d dl e
ID I n n er
I n st all e d H ei g ht ( V al v e Cl o s e d)
P A C -1347
1. 6 4 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
290 @
2. 0 7 0
835
@
1. 2 7 0
682
1. 1 3 0
0. 8 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Br a c k et r a ci n g a p pli c ati o n s
P A C -1348
1. 6 4 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
332 @
2. 1 0 0
950
@
1. 2 0 0
687
1. 1 3 0
0. 9 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Br a c k et r a ci n g a p pli c ati o n s
P A C -1349
1. 6 4 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
385 @
2. 2 0 0
1064 @
1. 2 0 0
689
1. 1 3 0
1. 0 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Br a c k et r a ci n g a p pli c ati o n s
P A C -1350
1. 6 4 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
440 @
2. 2 0 0
1129 @
1. 2 0 0
689
1. 1 3 0
1. 0 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Pr o St o c k a n d T o p F u el a p pli c ati o n s
P A C -1351
1. 6 6 7
1. 1 9 5
0. 8 7 1
0. 6 3 5
450 @
2. 3 0 0
1240 @
1. 2 5 0
752
1. 1 6 0
1. 0 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Pr o St o c k a n d T o p F u el a p pli c ati o n s
P A C -1351 H
1. 6 6 7
1. 1 9 5
0. 8 7 1
0. 6 3 5
525 @
2. 3 0 0
1315 @
1. 2 5 0
752
1. 1 6 0
1. 0 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Hi g h l o a d v er si o n of P A C -1 3 5 1
P A C -1351L
1. 6 6 7
1. 1 9 5
0. 8 7 1
0. 6 3 5
412 @
2. 3 0 0
732
@
1. 2 5 0
752
1. 1 6 0
1. 0 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 L o w l o a d v er si o n of P A C -1 3 5 1
P A C -1352
1. 6 8 1
1. 1 9 5
0. 8 7 1
0. 6 3 5
480 @
2. 3 0 0
1315 @
1. 2 5 0
795
1. 1 9 0
1. 0 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Pr o St o c k a n d T o p F u el a p pli c ati o n s
P A C -1353
1. 6 9 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
500 @
2. 3 0 0
1500 @
1. 2 0 0
900
1. 1 4 0
1. 1 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Pr o St o c k a n d M o u nt ai n M ot or a p pli c ati o n s
P A C -1358
1. 6 4 5
1. 1 9 5
0. 8 7 1
0. 6 3 5
350 @
2. 1 5 0
1004 @
1. 2 0 0
688
1. 1 3 0
0. 9 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Br a c k et r a ci n g a p pli c ati o n s
P A C -1364
1. 6 8 1
1. 1 9 5
0. 8 7 1
0. 6 3 5
525 @
2. 3 0 0
1365 @
1. 3 0 0
840
1. 1 1 5
1. 1 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Pr o St o c k a n d M o u nt ai n M ot or a p pli c ati o n s
P A C -1364L
1. 6 8 1
1. 1 9 5
0. 8 7 1
0. 6 3 5
500 @
2. 2 0 0
1256 @
1. 3 0 0
840
1. 1 1 5
1. 0 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 L o w l o a d v er si o n of 1 3 6 4
P A C -1364 M
1. 6 8 1
1. 1 9 5
0. 8 7 1
0. 6 3 5
600 @
2. 1 5 0
1399 @
1. 2 0 0
841
1. 1 1 5
0. 9 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Mi d l o a d v er si o n of P A C -1 3 6 4
P A C -1366
1. 7 1 0
1. 2 1 0
0. 8 7 1
0. 6 3 5
380 @
2. 5 5 0
1545 @
1. 2 5 0
896
1. 1 4 6
1. 3 0 0
NA
R 5 0 3, R 5 6 5
NA
S 1 0 9, S 1 3 3 Pr o St o c k a n d M o u nt ai n M ot or a p pli c ati o n s
P A C -1366L
1. 7 1 0
1. 2 1 0
0. 8 7 0
0. 6 3 4
480 @
2. 3 5 0
1465 @
1. 2 5 0
896
1. 1 4 6
1. 1 0 0
NA
R 5 0 3, R 5 6 5
NA
S 1 0 9, S 1 3 3 L o w l o a d v er si o n of P A C -1 3 6 6
P A C -1379
1. 6 5 9
1. 1 9 5
0. 8 7 1
0. 6 3 5
400 @
2. 2 0 0
1150 @
1. 2 0 0
750
1. 1 0 0
1. 0 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Hi g h lift br a c k et r a ci n g a p pli c ati o n s
P A C -1379 H
1. 6 5 9
1. 1 9 5
0. 8 7 1
0. 6 3 5
450 @
2. 2 0 0
1200 @
1. 2 0 0
750
1. 1 0 0
1. 0 0 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 Hi g h l o a d v er si o n of P A C -1 3 7 9
P A C -1379L
1. 6 5 9
1. 1 9 5
0. 8 7 1
0. 6 3 5
375 @
2. 1 5 0
1088 @
1. 2 0 0
750
1. 1 0 0
0. 9 5 0
R 4 0 1, R 4 0 2
R 5 0 1, R 5 0 2
R 6 0 1, R 6 0 2
S 1 0 9, S 1 3 3 L o w l o a d v er si o n of P A C -1 3 7 9
P A C R A CI N G
S P RI N G S
A P et e r s o n A m e r i c a n C o m p a n
y
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S M a s s ( g) O ut er Fr e q Mi d dl e Fr e q I n n er Fr e q C oil Bi n d
3. 1 0 0 3. 0 5 0 3. 0 0 0 2. 9 5 0 2. 9 0 0 2. 8 5 0 2. 8 0 0 2. 7 5 0 2. 7 0 0 2. 6 5 0 2. 6 0 0 2. 5 5 0 2. 5 0 0 2. 4 5 0 2. 4 0 0 2. 3 5 0 2. 3 0 0 2. 2 5 0 2. 2 0 0 2. 1 5 0 2. 1 0 0 2. 0 5 0 2. 0 0 0 1. 9 5 0 1. 9 0 0 1. 8 5 0 1. 8 0 0 1. 7 5 0 1. 7 0 0 1. 6 5 0 1. 6 0 0 1. 5 5 0 1. 5 0 0 1. 4 5 0 1. 4 0 0 1. 3 5 0 1. 3 0 0 1. 2 5 0 1. 2 0 0 1. 1 5 0 1. 1 0 0
P A C- 1 3 4 7 183 27188 26867 28392 1. 1 3 0
0 11 31 65 99 133 167 201 236 270 304 338 372 406 440 474 508 542 576 610 644 678 712 746 781 815 849 883 917
P A C- 1 3 4 8 183 27188 26867 28392 1. 1 3 0
8 23 57 92 126 160 195 229 263 298 332 366 401 435 469 504 538 572 607 641 675 710 744 778 813 847 881 916 950 984
P A C- 1 3 4 9 183 27188 26867 28392 1. 1 3 0
11 41 75 109 144 178 213 247 282 316 351 385 419 454 488 523 557 592 626 661 695 730 764 798 833 867 902 936 971 1005 1040 1074 11 0 8
P A C- 1 3 5 0 183 27188 26867 28392 1. 1 3 0
3 27 61 96 130 164 199 233 268 302 337 371 406 440 475 509 543 578 612 647 681 716 750 785 819 853 888 922 957 991 1026 1060 1095 11 2 9 11 6 4
P A C- 1 3 5 1 196 28610 26867 28392 1. 1 6 0
5 14 26 40 74 111 149 187 224 262 300 337 375 412 450 488 525 563 601 638 676 713 751 789 826 864 901 939 977 1014 1052 1090 11 2 7 11 6 5 1202 1240 1278
P A C- 1 3 5 1 H 196 28610 26867 28392 1. 1 6 0
16 26 35 44 74 111 149 186 224 262 299 337 375 412 450 487 525 563 600 638 676 713 751 788 826 864 901 939 976 1014 1052 1089 11 2 7 11 6 5 1202 1240 1277 1315 1353 1390
P A C- 1 3 5 1 L 196 28616 25670 27196 1. 1 6 0
9 36 74 11 2 149 187 224 262 300 337 375 412 450 488 525 563 600 638 676 713 751 788 826 864 901 939 976 1014 1052 1089 11 2 7 11 6 4 1202 1240 1277
P A C- 1 3 5 2 205 28780 26867 28392 1. 1 9 0
P A C- 1 3 5 3 205 32070 26867 28392 1. 1 4 0
5 14 26 43 82 122 162 202 241 281 321 361 401 440 480 520 560 599 639 679 719 758 798 838 878 917 957 997 1037 1076 111 6 11 5 6 11 9 6 1236 1275 1315 1355
5 14 26 40 55 95 140 185 230 275 320 365 410 455 500 545 590 635 680 725 770 815 860 905 950 995 1040 1085 11 3 0 11 7 5 1220 1265 1310 1355 1400 1445 1490 1535
8 6 6 - 7 9 9 - 9 4 1 7
/
P A C- 1 3 5 8 183 27188 26867 28392 1. 1 3 0
3 13 40 75 109 144 178 212 247 281 316 350 384 419 453 488 522 557 591 625 660 694 729 763 798 832 866 901 935 970 1004 1038
P A C- 1 3 6 4 189 29649 28327 29985 1. 1 0 0
2 12 23 63 105 147 189 231 273 315 357 399 441 483 525 567 609 651 693 735 777 819 861 903 945 987 1029 1071 111 3 11 5 5 11 9 7 1239 1281 1323 1365 1407 1449 1491 1533
Dr a g R a c e P A C- 1 3 6 4 L 189 29649 28327 29985 1. 1 0 0
2 12 37 79 122 164 206 248 290 332 374 416 458 500 542 584 626 668 710 752 794 836 878 920 963 1005 1047 1089 11 3 1 11 7 3 1215 1257 1299 1341 1383 1450
P A C- 1 3 6 4 M 189 29649 28327 29985 1. 1 0 0
12 53 95 137 179 222 264 306 348 390 432 474 516 558 600 642 684 726 768 810 852 894 936 978 1021 1063 11 0 5 11 4 7 11 8 9 1231 1273 1315 1357 1399 1441 567
R a c i n g S p r i n g s . c o
P A C- 1 3 6 6 207 29198 27783 30246 1. 1 5 0
P A C- 1 3 6 6 L 207 29190 27809 30064 1. 1 4 6
5 16 28 66 111 156 201 246 290 335 380 425 470 514 559 604 649 694 738 783 828 873 918 962 1007 1052 1097 11 4 2 11 8 7 1231 1276 1321 1366 1 4 11 1455 1500 1545 1590 1635
10 32 77 122 167 2 11 256 301 346 390 435 480 525 570 614 659 704 749 793 838 883 928 972 1017 1062 11 0 7 11 5 2 11 9 6 1241 1286 1331 1375 1420
m
P A C- 1 3 7 9 187 28997 26945 28421 1. 1 0 0
P A C- 1 3 7 9 H 187 28997 26945 28421 1. 1 0 0
P A C- 1 3 7 9 L 187 28997 26945 28421 1. 1 0 0
8 25 63 100 138 175 213 250 288 325 363 400 438 475 513 550 588 625 663 700 738 775 813 850 888 925 963 1000 1038 1075 111 3 11 5 0 11 8 8 1225
3 13 38 75 11 3 150 188 225 263 300 338 375 413 450 488 525 563 600 638 675 713 750 788 825 863 900 938 975 1013 1050 1088 11 2 5 11 6 3 1200 1238 1275
3 13 37 75 11 2 150 187 225 262 300 338 375 413 450 488 525 563 600 638 675 713 750 788 825 863 900 938 975 1013 1051 1088 11 2 6 11 6 3
13
Ci r cl e T r a c k 1200
T h e 1 2 0 0 S eri e s S pri n g s w er e d e v el o p e d f or t h e s p ort s m a n r a c er l o o ki n g f or a q u alit y b ut b u d g et mi n d e d pr o d u ct. 1 2 0 0 S eri e s s pri n g s c o m e wit h P A C R a ci n g Pr o pri et ar y h e at tr e at pr o c e s s t h at will all o w f or o ut st a n di n g l o a d l o s s a n d d ur a bilit y.
S E RI E S P art N u m b er
E n d u r a n c e S p ri n g s
S pri n g Di a m et er s
S pri n g L o a d s
Max Lift
R e c o m m e n d e d M at c hi n g C o m p o n e nt s PAC 3 0 0 S eri e s R et ai n er s
PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
C o m m e nt s
ID O ut er
ID I n n er
I n st all e d H ei g ht
P A C- 1 2 0 0
1. 2 4 4
0. 8 6 0
0. 7 7 0
125 @
1. 7 5 0
350
@
1. 2 5 0
450
1. 0 9 0
0. 5 5 0
R349
NA
NA
R649
NA
Fit s st o c k p o c k et wit h o ut m a c hi ni n g
P A C- 1 2 0 1
1. 2 6 0
0. 8 6 0
0. 7 7 0
140 @
1. 7 5 0
437
@
1. 2 0 0
540
1. 1 1 5
0. 5 5 0
R349
NA
NA
R649
NA
Fit s st o c k S B C p o c k et wit h o ut m a c hi ni n g. Hi g h R at e f or a g gr e s si v e c a m.
P A C- 1 2 0 1 X
1. 2 6 0
0. 8 6 0
0. 7 7 0
150 @
1. 7 5 0
460
@
1. 2 0 0
540
1. 1 1 5
0. 5 5 0
R349
NA
NA
R649
NA
E xtr e m e u s e & e n d ur a n c e o v er tr a diti o n al P A C- 1 2 0 1
P A C- 1 2 0 2
1. 2 4 4
0. 8 6 0
0. 6 2 4
160 @
1. 7 5 0
484
@
1. 1 5 0
540
1. 1 0 0
0. 5 7 5
R334
NA
NA
NA
S128 S138
A g gr e s si v e c a m a p pli c ati o n s
P A C- 1 2 0 3
1. 2 6 0
0. 8 6 0
0. 6 2 4
145 @
1. 8 0 0
5 11
@
1. 2 0 0
610
1. 1 1 5
0. 6 5 0
R334
NA
NA
NA
S128 S138
A g gr e s si v e c a m a p pli c ati o n s
P A C- 1 2 2 7
1. 5 3 9
1. 1 2 5
0. 7 3 1
200 @
1. 9 5 0
550
@
1. 2 5 0
500
1. 1 1 0
0. 7 0 0
R315
NA
R515
R615
S 11 7 S118
G e n er al e n d ur a n c e s pri n g f or hi g h lift fi at t a p p et a p pli c ati o n s.
P A C- 1 2 3 9
1. 5 5 0
1. 1 2 6
0. 7 2 0
220 @
2. 0 5 0
625
@
1. 3 0 0
540
1. 1 8 0
0. 8 0 0
R315
NA
R515
R615
S 11 0 S126
R oll er c a m a p pli c ati o n s
P A C- 1 2 4 3
1. 5 5 0
1. 1 3 6
0. 8 1 2
240 @
1. 9 0 0
625
@
1. 2 0 0
550
1. 1 5 0
0. 7 0 0
NA
R436
R536
NA
S 11 9 S120
S h ort i n st all e d h ei g ht f or hi g h r oll er c a m s
P A C- 1 2 4 4
1. 5 7 0
1. 1 2 0
0. 7 8 0
190 @
1. 9 5 0
710
@
1. 2 5 0
743
1. 0 5 5
0. 8 0 0
NA
NA
R551
NA
S103 S104
Hi g h r at e a n d fr e q u e n c y f or r oll er c a m a p pli c ati o n s
P A C- 1 2 4 5
1. 5 5 0
1. 1 3 6
0. 8 1 2
240 @
2. 0 0 0
608
@
1. 3 0 0
526
1. 2 0 0
0. 7 0 0
NA
NA
R536
NA
S 11 9 S120
R oll er c a m a p pli c ati o n s
P A C- 1 2 9 4
1. 5 4 5
1. 1 3 1
0. 7 5 7
175 @
1. 9 0 0
442
@
1. 2 7 5
428
1. 1 8 5
0. 6 2 5
R315
NA
R515
R615
S 11 7 S 11 8
Fl at t a p p et a p pli c ati o n s
P A C- 1 2 9 7
1. 5 3 9
1. 1 2 5
0. 7 3 1
200 @
2. 0 0 0
550
@
1. 3 0 0
500
1. 1 1 0
0. 7 0 0
R315
NA
R515
R615
S 11 7 S 11 8
G e n er al p ur p o s e s pri n g f or hi g h lift, fi at t a p p et a p pli c ati o n s
( V al v e O p e n)
P A C-1 2 01 14
Max C oil Bi n d
OD O ut er
( V al v e Cl o s e d)
Open Load
S pri n g R at e
P A C-1 2 4 3
P A C-1 2 9 7
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S
Ci r cl e T r a c k
P art N o.
P A C- 1 2 0 0
P A C- 1 2 0 1
P A C- 1 2 0 1 X
P A C- 1 2 0 2
P A C- 1 2 0 3
P A C- 1 2 2 7
P A C- 1 2 3 9
P A C- 1 2 4 3
P A C- 1 2 4 4
P A C- 1 2 4 5
P A C- 1 2 9 4
P A C- 1 2 9 7
M a s s ( g)
76
82
82
90
96
148
162
140
142
152
155
148
O ut er Fr e q
35516
36938
36938
35516
36938
25510
25566
27566
32630
26459
23344
25510
I n n er Fr e q
NA
NA
NA
30832
30832
27259
27420
29978
32965
28489
24294
27259
C oil Bi n d
1. 0 7 5
1. 1 3 0
1. 1 3 0
1. 0 7 5
1. 11 5
1. 1 3 0
1. 1 8 0
1. 1 5 0
1. 0 3 5
1. 2 0 0
1. 1 8 0
1. 1 3 0
2. 5 0 0
6
1
2. 4 5 0
22
17
2. 4 0 0
40
32
11
2. 3 5 0
11
65
6
56
2. 3 0 0
32
90
22
82
7
2. 2 5 0
55
11 5
47
109
27
78
2. 2 0 0
78
140
75
4
135
48
101
2. 1 5 0
101
166
103
41
161
68
125
2. 1 0 0 2. 0 5 0
32 55
125
193
130
79
187
90
150
9
9
150
220
157
11 6
214
111
175
2. 0 0 0
12
7
12
25
22
175
247
185
153
240
132
200
1. 9 5 0
35
32
38
52
53
200
274
212
190
266
154
225
1. 9 0 0
57
59
65
73
83
225
301
240
227
293
175
250
1. 8 5 0
80
86
94
106
11 4
250
328
267
264
319
196
275
1. 8 0 0
103
11 3
122
133
145
275
355
295
301
345
218
300
1. 7 5 0
125
140
150
160
175
300
382
322
339
371
239
325
1. 7 0 0
148
167
178
187
206
325
409
350
376
398
260
350
1. 6 5 0
170
194
206
214
236
350
436
377
413
424
282
375
1. 6 0 0
193
221
235
241
267
375
463
405
450
450
303
400
1. 5 5 0
215
248
263
268
297
400
490
432
487
477
325
425
1. 5 0 0
238
275
291
295
328
425
517
460
524
503
340
450
1. 4 5 0
260
302
319
322
358
450
544
488
561
529
367
475
1. 4 0 0
283
329
348
349
389
475
571
515
599
555
389
500
1. 3 5 0
305
356
376
376
419
500
598
543
636
582
410
525
1. 3 0 0
328
383
404
403
450
525
625
570
673
608
431
550
1. 2 5 0
350
410
432
430
480
550
652
598
710
634
453
575
1. 2 0 0
373
437
460
457
5 11
575
679
625
747
661
474
600
1. 1 5 0
395
464
489
484
541
600
653
784
1. 1 0 0
418
491
517
5 11
572
625
821
1. 0 5 0
859
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
15
Ci r cl e
T r a c k D u al S p ri n g s T h e 1 3 0 0 S eri e s s pri n g s w er e d e si g n e d t o h a v e t h e hi g h e st e n d ur a n c e a n d l at e st a d v a n c e m e nt s i n s pri n g pr o c e s si n g. P A C R a ci n g c o nti n u all y i m pr o v e s t h e pr o c e s s t o e n s ur e t h e c u st o m er h a s t h e l at e st a n d hi g h e st e n d ur a n c e s pri n g s a v ail a bl e. T h e 1 3 0 0 S eri e s c o m e s wit h I D C h a mf er s, N a n o -P e e ni n g ™, a n d ar e 1 0 0 % l o a d s ort e d t o e n s ur e t h e y e x c e e d o ur c u st o m er s ’ d e m a n d s.
S E RI E S
S pri n g Di a m et er s P art N u m b er
16
S pri n g L o a d s I n st all e d O pe n Loa d H ei g ht ( V al v e O p e n) ( V al v e Cl o s e d)
S pri n g R at e
Max C oil Bi n d
Max Lift
PAC 3 0 0 S eri e s R et ai n er s
PAC 4 0 0 S eri e s R et ai n er s
R e c o m m e n d e d M at c hi n g C o m p o n e nt s PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
C o m m e nt s
OD O ut er
ID O ut er
D a m p er
ID I n n er
P A C -1 3 2 5
1. 5 5 0
1. 1 0 0
NA
0. 7 8 8
250 @
2. 0 0 0
765 @
1. 2 0 0
644
1. 1 5 0
0. 8 0 0
NA
R405
R 5 0 5, R 5 5 6
NA
S 1 0 3, S 1 0 4
A s p h alt s oli d r oll er
P A C -1 3 2 6
1. 5 5 0
1. 1 0 0
Yes
0. 7 0 6
275 @
2. 0 0 0
805 @
1. 2 0 0
663
1. 1 5 0
0. 8 0 0
NA
NA
R 5 0 6, R 5 4 1
R 6 0 6, R 6 4 1, R 6 6 1
S 1 0 5, S 1 0 6, S 1 3 9 X
F or dirt S pri nt C ar s
P A C -1 3 2 6 H
1. 5 5 0
1. 1 0 0
Yes
0. 7 0 6
300 @
2. 0 0 0
828 @
1. 2 0 0
663
1. 1 5 0
0. 8 0 0
NA
NA
R 5 0 6, R 5 4 1
R 6 0 6, R 6 4 1, R 6 6 1
S 1 0 5, S 1 0 6, S 1 3 9 X
Hi g h l o a d v er si o n of P A C -1 3 2 6
P A C -1 3 2 7
1. 5 6 4
1. 1 0 0
Yes
0. 7 0 6
275 @
2. 0 0 0
853 @
1. 2 0 0
723
1. 1 3 7
0. 8 0 0
NA
NA
R 5 0 6, R 5 4 1
R 6 0 6, R 6 4 1, R 6 6 1
S 1 0 5, S 1 0 6, S 1 3 9 X
R oll er c a m a p pli c ati o n s
P A C -1 3 4 0
1. 5 0 0
1. 0 8 5
NA
0. 7 9 0
250 @
2. 0 3 0
614 @
1. 2 5 0
467
1. 1 9 5
0. 7 8 0
NA
NA
R540
NA
S 1 0 3, S 1 0 4
R oll er c a m a p pli c ati o n s
P A C -1 3 4 1
1. 5 7 5
1. 1 2 5
Yes
0. 7 2 0
270 @
2. 0 5 0
766 @
1. 2 5 0
620
1. 1 7 0
0. 8 0 0
R315
NA
R 5 1 5, R 5 5 7
R 6 1 5, R 6 5 8
S 1 1 0, S 1 2 7
S pri nt C ar s a n d l at e m o d el e n d ur a n c e a p pli c ati o n s
P A C -1 3 4 2
1. 5 7 4
1. 1 5 0
NA
0. 8 2 6
250 @
2. 0 5 0
655 @
1. 2 5 0
506
1. 1 9 0
0. 8 0 0
NA
NA
R 5 3 7, R 5 3 8
NA
S 1 3 0, S 1 3 1
R oll er c a m a p pli c ati o n s
P A C -1 3 4 3
1. 5 5 0
1. 1 3 6
NA
0. 8 1 2
240 @
1. 9 0 0
625 @
1. 2 0 0
550
1. 0 7 0
0. 7 0 0
NA
R436
R536
NA
S 1 1 9, S 1 2 0
S h ort i n st all e d h ei g ht f or hi g h r oll er c a m s
P A C -1 3 4 4
1. 5 7 0
1. 1 2 0
NA
0. 7 8 0
190 @
1. 9 5 0
710 @
1. 2 5 0
743
1. 0 5 5
0. 8 0 0
NA
NA
R551
R651
S 1 0 3, S 1 0 4
R oll er c a m a p pli c ati o n s
P A C -1 3 7 1
1. 3 7 4
1. 0 0 0
NA
0. 7 1 6
150 @
1. 9 5 0
455 @
1. 2 5 0
436
1. 1 7 5
0. 7 0 0
R 3 1 7, R 3 4 8
NA
R 5 1 7, R 5 5 2
NA
S 1 1 4, S 1 1 5
Fl at t a p p et a p pli c ati o n s wit h l o w m a s s, hi g h fr e q u e n c y f or hi g h R P M e n gi n e s.
P A C -1 3 7 2
1. 4 4 9
1. 0 2 5
NA
0. 7 1 3
250 @
2. 0 0 0
850 @
1. 1 5 0
706
1. 1 0 3
0. 8 5 0
NA
NA
R572
R672
S 1 1 4, S 1 1 5
R oll er c a m a p pli c ati o n s
P A C -1 3 7 3
1. 4 3 0
1. 0 0 2
NA
0. 6 8 8
250 @
2. 1 0 0
855 @
1. 2 0 0
670
1. 1 5 2
0. 9 0 0
NA
NA
NA
R659
S137 X
P A C -1 3 8 5
1. 5 6 4
1. 1 5 0
Yes
0. 7 4 4
250 @
2. 0 0 0
670 @
1. 2 0 0
525
1. 1 4 5
0. 8 0 0
NA
NA
R 5 1 4, R 5 1 9
R 6 1 4, R 6 1 9
S 1 1 7, S 1 1 8
Hi g h lift a p pli c ati o n s
P A C -1 3 8 6
1. 5 6 4
1. 1 5 0
NA
0. 8 2 6
245 @
2. 0 0 0
655 @
1. 2 0 0
513
1. 1 4 0
0. 8 0 0
NA
NA
R 5 3 7, R 5 3 8
NA
S 1 3 0, S 1 3 1
Hi g h lift r oll er a p pli c ati o n s
P A C -1 3 9 2
1. 3 1 4
0. 9 0 0
NA
0. 6 1 6
185 @
2. 0 6 0
730 @
1. 2 6 0
681
1. 1 9 6
0. 8 0 0
NA
NA
R558
R668
S154
S pri nt c ar s u n d er 8, 5 0 0 R P M
P A C -1 3 9 3
1.536
1. 1 0 0
Yes
0. 6 9 4
250 @
2. 0 0 0
773 @
1. 2 0 0
654
1. 1 5 4
0. 8 0 0
NA
NA
R 5 0 6, R 5 4 1
R 6 0 6, R 6 4 1, R 6 6 1
S 1 0 5, S 1 0 6
R oll er c a m a p pli c ati o n s
P A C -1 3 9 4
1. 5 1 0
1. 0 8 6
NA
0. 7 6 2
180 @
1. 9 8 0
685 @
1. 1 8 0
631
1. 1 0 5
0. 8 0 0
NA
NA
R553
R668
S 1 1 7, S 1 1 8
R oll er c a m a p pli c ati o n s
P A C -1 3 9 5
1. 5 7 4
1. 1 5 0
Yes
0. 7 4 4
265 @
2. 0 0 0
705 @
1. 2 0 0
550
1. 1 5 0
0. 8 0 0
NA
NA
R 5 1 4, R 5 1 9
R 6 1 4, R 6 1 9
S 1 1 7, S 1 1 8
Hi g h lift r oll er a p pli c ati o n s
P A C -1 3 9 6
1. 5 7 4
1. 1 5 0
NA
0. 8 2 6
260 @
2. 0 0 0
690 @
1. 2 0 0
538
1. 1 5 0
0. 8 0 0
NA
NA
R537
NA
S 1 3 0, S 1 3 1
Hi g h lift r oll er a p pli c ati o n s
P A C R A CI N G
S P RI N G S
A P et e r s o n A m e r i c a n C o m p a n
y
S m all di a m et er e n d ur a n c e s pri n g. M U S T U S E S P E CI A L R E T AI N E R.
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S P art N o.
P A C -1 3 2 5
P A C -1 3 2 6
P A C -1 3 2 6 H
P A C -1 3 2 7
P A C -1 3 4 0
P A C -1 3 4 1
P A C -1 3 4 2
P A C -1 3 4 3
P A C -1 3 4 4
P A C -1 3 7 1
M a s s ( g)
151
158
159
164
142
170
157
140
142
119
O ut er Fr e q
29368
29368
29368
30723
25500
26129
24906
27566
32630
I n n er Fr e q
28294
28434
28434
28434
26412
27420
26443
29978
C oil Bi n d
1. 1 5 0
1. 1 5 0
1. 1 5 0
1. 1 3 7
1. 1 8 0
1. 1 5 0
1. 1 9 0
1. 1 5 0
2. 5 5 0
1
2. 5 0 0 2. 4 5 0
7
7
31
22
Ci r cl e T r a c k P A C -1 3 7 2
P A C -1 3 7 3
P A C -1 3 8 5
P A C -1 3 8 6
P A C -1 3 9 2
P A C -1 3 9 3
P A C -1 3 9 4
P A C -1 3 9 5
P A C -1 3 9 6
130
136
156
149
117
154
139
159
152
27294
33021
30043
26113
26113
32841
28047
28580
26431
26431
32965
29226
33706
32323
28374
28095
32947
32325
32458
28374
28095
1. 0 3 5
1. 1 9 0
1. 1 0 3
1. 1 6 0
1. 1 4 0
1. 1 5 0
1. 1 9 6
1. 1 5 4
1. 1 0 5
1. 1 5 0
1. 1 5 0
10
10
12
12
4
9
4
54
40
47
20
25
25
1
29
29
15
40
13
77
67
73
49
42
40
20
47
45
46
71
24
101
98
98
6
14
82
67
66
73
72
76
101
57
124
128
123
22
7
38
116
92
91
21
59
2
100
99
109
134
94
147
158
149
47
21
74
149
119
117
56
86
20
127
126
121
142
167
130
171
189
174
75
4
41
109
183
145
142
90
119
41
155
152
153
176
201
166
194
219
199
103
41
63
144
216
171
168
124
152
73
182
179
2. 1 0 0
186
209
234
202
217
250
225
130
79
85
179
250
197
194
158
184
104
210
206
2. 0 5 0
218
242
267
239
241
280
250
157
116
106
215
283
224
219
192
217
136
237
233
2. 0 0 0
250
275
300
275
264
310
275
185
153
128
250
317
250
245
226
250
167
265
260
1. 9 5 0
282
308
333
311
287
341
301
212
190
150
285
350
276
271
260
283
199
292
287
1. 9 0 0
314
341
366
347
311
371
326
240
227
172
321
384
302
296
294
316
230
320
314
1. 8 5 0
347
374
399
384
334
401
351
267
264
194
356
417
329
322
328
348
262
347
341
1. 8 0 0
379
407
432
420
357
432
377
295
301
215
391
451
355
347
362
381
294
375
367
1. 7 5 0
411
441
466
456
381
462
402
322
339
237
426
484
381
373
396
414
325
402
394
1. 7 0 0
443
474
499
492
404
493
427
350
376
259
462
518
407
399
430
447
357
430
421
1. 6 5 0
475
507
532
529
427
523
452
377
413
281
497
551
434
424
464
480
388
457
448
1. 6 0 0
507
540
565
565
451
553
478
405
450
303
532
585
460
450
498
512
420
485
475
1. 5 5 0
540
573
598
601
474
584
503
432
487
324
568
618
486
476
532
545
451
512
502
1. 5 0 0
572
606
631
637
497
614
528
460
524
346
603
652
512
501
566
578
483
540
525
1. 4 5 0
604
639
664
674
521
644
554
488
561
368
638
685
539
527
601
611
515
567
556
1. 4 0 0
636
672
697
710
544
675
579
515
599
390
674
719
565
552
635
644
546
595
582
1. 3 5 0
668
706
731
746
567
705
604
543
636
411
709
752
591
578
669
677
578
622
609
1. 3 0 0
701
739
764
782
591
736
630
570
673
433
744
786
617
604
703
709
609
650
636
1. 2 5 0
733
772
797
819
614
766
655
598
710
455
779
819
644
629
737
742
641
677
663
1. 2 0 0
765
805
830
855
637
796
680
625
747
477
815
853
670
655
771
775
672
705
690
1. 1 5 0
797
838
863
653
887
696
681
704
732
717
2. 4 0 0
5
2. 3 5 0
25
2. 3 0 0
57
2. 2 5 0
89
2. 2 0 0 2. 1 5 0
784
850
1. 1 0 0
821
885
1. 0 5 0
859
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o m
39
17
Ci r cl e T r a c k 1500 S E RI E S
T h e 1 5 0 0 S eri e s s pri n g s ar e nitri d e d f or u s e i n t h e hi g h e st e n d ur a n c e a p pli c ati o n s. Nitri di n g all o w s f or a d ur a bl e s urf a c e a n d i m pr o v e d c o m pr e s si v e str e s s. A d diti o n al N a n o- P e e ni n g ™ a n d I D a n d O D c h a mf eri n g ar e p erf or m e d t o i m pr o v e s pri n g lif e a n d r et ai n er fit m e nt.
S pri n g Di a m et er s
P art N u m b er
E n d u r a n c e S p ri n g s
S pri n g L o a d s
R e c o m m e n d e d M at c hi n g C o m p o n e nt s S pri n g R at e
Max C oil Bi n d
Max Lift
PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
6 0 0 @ 1. 1 5 0
560
1. 0 9 0
0. 7 5 0
R432
R532
R632
2. 0 0 0
5 8 0 @ 1. 2 5 0
560
1. 1 8 0
0. 7 5 0
R432
R532
R632
hi g h e n d ur a n c e cir cl e tr a c k s pri n g wit h hi g h S 1 2 8, S 1 3 8 Lfr Se qhiugehn cp yerff oror him ag nh c e, RP M L S hi g h p erf or m a n c e, S 1 2 8, S 1 3 8 fr e q u e n c y f or hi g h R P hiM g h e n d ur a n c e cir cl e tr a c k s pri n g wit h hi g h
240 @
2. 0 3 0
6 2 5 @ 1. 2 5 0
494
1. 1 7 5
0. 7 8 0
NA
R540
NA
S 1 0 3, S 1 0 4 Hi g h e n d ur a n c e nitri d e d s pri n g f or hi g h lift, a g gr e s si v e a p pli c ati o n s
250 @
2. 0 0 0
6 3 6 @ 1. 2 0 0
483
1. 1 5 5
0. 8 0 0
R405
R505
NA
S 1 1 9, S 1 2 0 Hi g h e n d ur a n c e nitri d e d s pri n g f or hi g h lift, a g gr e s si v e a p pli c ati o n s
0. 6 9 9
1 5 0 @ 2. 0 0 0
6 4 5 @ 1. 1 5 0
582
1. 1 0 0
0. 8 5 0
NA
250 @
6 7 0 @ 1. 2 5 0
525
1. 1 9 0
0. 8 0 0
NA
NA R 6 0 8, R 6 0 9, R644
S 1 1 4 , S 1 15 Hi g h e n d ur a n c e nitri d e d s pri n g f or hi g h lift, a g gr e s si v e a p pli c ati o n s
0. 7 5 4
R55 2 R 5 0 8, R 5 0 9, R544
OD O ut er
ID O ut er
ID I n n er
I n st all e d H ei g ht ( V al v e Cl o s e d)
Open Load ( V al v e O p e n)
P A C- 1 5 2 9
1. 2 8 4
0. 9 0 0
0. 6 3 0
180 @
1. 9 0 0
P A C- 1 5 3 0
1. 2 8 4
0. 9 0 0
0. 6 1 6
160 @
P A C- 1 5 4 1
1. 5 1 0
1. 0 8 6
0. 7 9 0
P A C- 1 5 6 1
1. 5 1 4
1. 1 0 0
0. 8 0 4
P A C- 1 5 7 5
1. 4 0 9
0. 9 9 5
P A C- 1 5 9 0
1. 4 7 4
1. 0 5 0
2. 0 5 0
PAC S pri n g S e at s
C o m m e nt s
S 1 1 0, S 1 2 6 Hi g h e n d ur a n c e nitri d e d s pri n g f or hi g h lift, a g gr e s si v e a p pli c ati o n s
S p e ci alt y & Cl a s s S p e cifi c S p ri n g s S pri n g Di a m et er s
S pri n g L o a d s
P art N u m b er
O D O ut er (i n)
I D O ut er (i n)
I D I n n er (i n)
P A C- 1 2 1 0 X
1. 2 4 5
0. 8 9 1
P A C- 1 2 1 2 X
1. 3 5 5
P A C- 1 2 1 6
1. 2 6 0
P A C- 1 2 8 0 X
R e c o m m e n d e d M at c hi n g C o m p o n e nt s
I n st all e d H ei g ht ( V al v e Cl o s e d)
Open Load ( V al v e O p e n)
S pri n g R at e
Max C oil Bi n d
Max Lift
PAC 3 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
NA
87
@
1. 7 0 0
212 @
1. 2 7 0
290
1. 1 5 0
0. 4 3 0
NA
NA
NA
NA
0. 9 1 0
NA
125 @
1. 7 5 0
315 @
1. 2 5 0
380
1. 1 8 0
0. 5 5 0
NA
NA
NA
NA
0. 9 0 6
0. 8 7 6
11 5 @
1. 8 0 0
350 @
1. 3 0 0
470
1. 0 4 8
0. 5 0 0
NA
NA
NA
NA
1. 0 7 7 / 1. 2 8 2
0. 6 5 5 / 0. 8 6 0
NA
92
@
1. 8 0 0
285 @
1. 3 0 0
386
1. 1 8 1
0. 5 0 0
NA
NA
NA
NA
* P A C- 1 4 0 9 X
1. 0 5 5 / 1. 2 5 0
0. 6 5 0 / 0. 8 4 5
NA
175 @
1. 8 0 0
425 @
1. 2 5 0
436
1. 1 1 5
0. 5 5 0
R333
NA
R633
NA
G M 6 0 2 cr at e m ot or " c h e at er" s pri n g. M e et s s p e c s wit h m or e R P M a n d e n d ur a n c e. G M 6 0 4 cr at e m ot or " c h e at er" s pri n g. M e et s s p e c s wit h m or e R P M a n d e n d ur a n c e. R a c e s a v er “ c h e at er” s pri n g. M at c h e s di m e n si o n s wit h l o n g er f ati g u e lif e. G M 6 0 4 cr at e m ot or " Bl u e B e e hi v e" s pri n g. M e et s s p e c s wit h m or e R P M a n d e n d ur a n c e. St o c k Eli mi n at or a n d Dr a g R a ci n g a p pli c ati o n s o nl y
* P A C- 1 4 1 3 X
0. 9 9 9 / 1. 0 8 3
0. 6 3 6 / 0. 7 2 0
NA
120 @
1. 7 1 5
280 @
1. 2 9 0
377
1. 2 1 9
0. 4 2 5
NA
NA
NA
NA
F or d 5. 4 L G T 5 0 0 a n d C o br a J et hi g h lift i nt a k e s pri n g.
* P A C- 1 4 1 4 X
0. 9 9 9 / 1. 0 8 3
0. 6 3 6 / 0. 7 2 0
NA
120 @
1. 5 7 5
280 @
1. 1 5 0
377
1. 0 7 5
0. 4 2 5
NA
NA
* P A C- 1 4 2 7
1. 1 0 4 / 1. 4 5 4
0. 6 5 0 / 1. 0 0 0
NA
200 @
1. 8 5 0
500 @
1. 2 5 0
500
1. 1 8 5
0. 6 2 5
NA R310 R333
R510
R643
NA S 11 2 S 11 3
F or d 5. 4 L G T 5 0 0 a n d C o br a J et hi g h lift e x h a u st s pri n g. Bi g bl o c k st o c k eli mi n at or a p pli c ati o n s. V ari a bl e r at e s f or a g gr e s si v e c a m s h aft s.
* T h e s e s pri n g s ar e v er y hi g hl y str e s s e d. N ot d e si g n e d f or str e et u s e.
P A C-1 21 0 X 18
P A C-1 2 8 0 X
P A C-1 21 2 X
C o m m e nt s
P A C-1 4 2 7
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S CI R C L E T R A C K
S P E CI A L T Y & C L A S S S P E CI FI C
P art N o.
P A C- 1 5 2 9
P A C- 1 5 3 0
P A C- 1 5 4 1
P A C- 1 5 6 1
P A C-157 5
P A C- 1 5 9 0
P A C- 1 2 1 0 X
P A C- 1 2 1 2 X
P A C- 1 2 1 6
P A C- 1 2 8 0 X
P A C- 1 4 0 9 X
P A C- 1 4 1 3 X
P A C- 1 4 1 4 X
P A C- 1 4 2 7
M a s s ( g)
99
111
143
141
125
141
65
100
74
70
60
53
47
80
O ut er Fr e q
32185
29735
26332
26618
29026
28458
31555
30844
35885
34702
40554
44470
44470
35022
I n n er Fr e q
34200
32947
25326
27568
30604
26721
NA
NA
NA
NA
NA
NA
NA
NA
C oil Bi n d
1. 0 8 5
1. 1 8 0
1. 1 7 5
1. 1 6 0
1. 1 0 0
1. 1 9 5
1. 1 5 0
1. 1 8 0
1. 0 4 8
1. 1 8 1
1. 11 5
1. 2 1 9
1. 0 7 5
1. 1 9 0
11
15
2. 4 5 0
33
33
40
2. 4 0 0
57
57
66
2. 3 5 0
82
81
92
2. 5 0 0
2. 3 0 0
5
107
105
2. 2 5 0
22
131
129
11
145
11 9
2. 2 0 0
15
44
156
153
34
171
2. 1 5 0
40
72
181
178
63
197
16
25
2. 1 0 0
68
100
205
202
92
224
39
75
2. 0 5 0
96
128
230
226
121
250
61
100
2. 0 0 0
124
156
255
250
150
276
1. 9 5 0
152
184
279
274
179
302
14
1. 9 0 0
180
2 11
304
298
208
329
1. 8 5 0
208
239
329
322
237
1. 8 0 0
236
267
354
346
1. 7 5 0
264
295
378
1. 7 0 0
292
323
1. 6 5 0
320
1. 6 0 0
348
1. 5 5 0 1. 5 0 0
50
11
2
30
24
15
84
13
125
49
45
34
107
32
150
29
68
69
53
130
50
355
43
87
93
73
152
69
16
200
266
381
58
106
117
92
175
88
35
225
371
296
407
72
125
141
111
198
107
54
250
403
395
325
434
87
144
165
131
220
126
73
275
351
428
419
354
460
102
163
189
150
243
144
92
300
379
452
443
383
486
11 6
182
213
169
266
163
111
325
376
407
477
467
412
512
131
201
238
189
289
182
129
350
404
434
502
491
441
539
145
220
262
208
3 11
201
148
375
1. 4 5 0
432
462
526
515
470
565
160
239
286
227
334
220
167
400
1. 4 0 0
460
490
551
539
499
591
174
258
310
246
357
239
186
425
1. 3 5 0
488
518
576
564
529
617
189
277
334
266
380
257
205
450
1. 3 0 0
516
546
600
588
558
644
203
296
358
285
402
276
224
475
1. 2 5 0
544
574
625
612
616
670
218
315
382
304
425
295
242
500
1. 2 0 0
572
602
650
636
645
696
232
334
406
324
447
314
261
525
1. 1 5 0
600
660
674
1. 1 0 0
628
247
430
470
454
175
280 299
1. 0 5 0
318
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
19
R P M S e ri e s P art N u m b er
S pri n g Di a m et er s
T h e R P M S eri e s pr o d u ct li n e c o m bi n e s all of t h e l at e st e n h a n c e m e nt s fr o m cir cl e tr a c k a n d dr a g r a ci n g d e v el o p m e nt s f or o pti m al a n d r eli a bl e str e et p erf or m a n c e. D u al S p ri n g s
S pri n g L o a d s I n st all e d H ei g ht
S pri n g R at e
OD O ut er
ID O ut er
D a m p er
ID I n n er
P A C -1 2 0 4 X
1. 2 9 0
0. 9 5 0
NA
0. 6 9 4
145 @
1. 8 0 0 3 8 5 @
1. 1 5 0
369
P A C -1 2 0 5 X
1. 3 0 4
0. 9 5 0
NA
0. 6 9 4
155 @
1. 8 0 0 4 1 0 @
1. 1 5 0
392
( V al v e Cl o s e d)
Open Load ( V al v e O p e n)
Max C oil Bi n d
R e c o m m e n d e d M at c hi n g C o m p o n e nt s
Max Lift
PAC 3 0 0 S eri e s R et ai n er s
1. 0 0 0
0. 7 0 0
1. 0 0 0
0. 7 0 0
PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC 6 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
R335
R 4 3 5, R 4 5 0
R335
R 4 3 5, R 4 5 0
R550
R 6 3 5, R 6 5 0
S 1 2 9, S 1 3 5, S 1 3 6
L S E n gi n e
R550
R 6 3 5, R 6 5 0
S 1 2 9, S 1 3 5, S 1 3 6
L S E n gi n e
C o m m e nt s
P A C -1 2 0 6 X
1. 2 9 0
0. 9 5 0
NA
0. 6 8 0
145 @
1. 8 0 0 4 1 1 @
1. 1 5 0
409
1. 0 0 0
0. 7 0 0
R335
R 4 3 5, R 4 5 0
R550
R 6 3 5, R 6 5 0
S 1 2 9, S 1 3 5, S 1 3 6
L S E n gi n e
P A C -1 2 0 7 X
1. 3 0 4
0. 9 5 0
NA
0. 6 8 0
155 @
1. 8 0 0 4 3 6 @
1. 1 5 0
433
1. 0 0 0
0. 7 0 0
R335
R 4 3 5, R 4 5 0
R550
R 6 3 5, R 6 5 0
S 1 2 9, S 1 3 5, S 1 3 6
L S E n gi n e
P A C -1 2 0 8 X
1. 3 2 4
0. 9 5 0
NA
0. 6 9 4
160 @
1. 8 0 0 4 8 2 @
1. 1 0 0
460
1. 0 0 0
0. 7 5 0
R335
R 4 3 5, R 4 5 0
R550
R 6 3 5, R 6 5 0
S 1 2 9, S 1 3 5, S 1 3 6
L S E n gi n e
P A C -1 2 0 9 X
1. 3 2 4
0. 9 5 0
NA
0. 6 8 0
160 @
1. 8 0 0 5 1 0 @
1. 1 0 0
500
1. 0 0 0
0. 7 5 0
R335
R 4 3 5, R 4 5 0
R550
R 6 3 5, R 6 5 0
S 1 2 9, S 1 3 5, S 1 3 6
P A C -1 2 2 2 X
1. 2 8 0
0. 9 2 5
NA
0. 6 5 5
180 @
1. 8 0 0 4 8 0 @
1. 1 0 0
425
1. 0 5 5
0. 7 0 0
R355
R455
NA
R655
S121
L S s pri n g f or aft er m ar k et h e a d s.
P A C -1 2 3 6 X
1. 3 1 0
0. 9 2 5
NA
0. 6 6 5
156 @
1. 8 0 0 4 9 5 @
1. 1 5 0
520
1. 0 8 0
0. 6 5 0
R355
R455
NA
R655
S121
L S s pri n g f or aft er m ar k et h e a d s
P A C -1 2 3 7 X
1. 2 7 4
0. 9 0 0
NA
0. 6 3 0
200 @
1. 8 0 0 5 8 5 @
1. 1 0 0
550
1. 0 4 5
0. 7 0 0
NA
R432
R532
R632
S 1 2 8, S 1 3 8
L S s pri n g f or dr a g r a ci n g, str e et stri p. Hi g h r at e a n d hi g h fr e q u e n c y.
P A C -1 2 3 8 X
1. 2 7 4
0. 9 0 0
NA
0. 6 3 0
250 @
1. 8 0 0 7 0 0 @
1. 0 5 0
600
0. 9 8 5
0. 7 5 0
NA
R432
R532
R632
S 1 2 8, S 1 3 8
L S s pri n g f or dr a g r a ci n g, str e et stri p. Hi g h r at e a n d hi g h fr e q u e n c y.
L S E n gi n e
B e e hi v e Si n gl e S p ri n g s S pri n g Di a m et er s
R e c o m m e n d e d M at c hi n g C o m p o n e nt s
S pri n g R at e
Max C oil Bi n d
Max Lift
1. 1 7 5
385
1. 1 0 0
285 @
1. 0 8 0
275
1. 6 0 0
300 @
1. 0 0 0
0. 6 5 0 / 0. 8 8 5 1 4 0 @
1. 8 0 0
328 @
1. 0 7 2 / 1. 3 0 7
0. 6 5 0 / 0. 8 8 5 1 4 5 @
1. 8 0 0
P A C- 1 2 2 0 X
1. 0 9 5 / 1. 4 4 5
0. 6 5 0 / 1. 0 0 0 1 6 0 @
P A C- 1 2 2 3 X
0. 9 4 3 / 1. 1 0 5
P A C- 1 2 3 0 X
P art N u m b er
L ar g e E n d
S m all E n d
O D O ut er (i n)
I D O ut er (i n)
P A C- 1 2 1 1 X
1. 0 3 4 / 1. 2 9 0
0. 6 5 0 / 0. 9 0 6 1 3 0 @
1. 8 0 0
370 @
P A C- 1 2 1 4 X
1. 0 7 1 / 0. 7 0 8
0. 9 9 9 / 0. 6 3 6 1 2 0 @
1. 6 8 0
P A C- 1 2 1 7 X
0. 8 7 3 / 1. 0 6 1
0. 5 2 5 / 0. 6 9 8 1 1 5 @
P A C- 1 2 1 8 X
1. 0 5 5 / 1. 2 9 0
P A C- 1 2 1 9 X
PAC 3 0 0 S eri e s R et ai n er s
PAC 4 0 0 S eri e s R et ai n er s
PAC 5 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
0. 6 2 5
R 3 1 0, R 3 1 1, R363
NA
R 5 1 0, R 5 1 1
S111
L S E n gi n e
1. 0 1 3
0. 6 0 0
NA
NA
NA
NA
F or d 4. 6 L 2 V dr o p i n d e si g n wit h o ut m a c hi ni n g. Fit s st o c k r et ai n er s a n d s e at s. Hi g h er l o a d t h a n a 1 2 1 4 f or p erf or m a n c e u s e.
308
0. 9 7 5
0. 6 0 0
R 3 3 1, R 3 4 6
R464
NA
NA
F or d 5. 0 L C o y ot e dr o p i n f or m or e R P M a n d lift. Al s o w or k s o n ot h er F M O D s wit h R 3 3 1 & R 3 4 6, a d di n g 0. 0 6 0" i n st all e d h ei g ht.
1. 2 0 0
313
1. 1 1 5
0. 6 0 0
R 3 1 0, R 3 1 1, R363
NA
R 5 1 0, R 5 1 1
S111
Fit s st o c k L S 1 r et ai n er s a n d s e at s. Dr o p i n d e si g n wit h m or e l o a d t h a n a 1 2 1 8 f or p erf or m a n c e u s e.
358 @
1. 1 7 5
340
1. 1 1 5
0. 6 2 5
R 3 1 0, R 3 1 1, R363
NA
R 5 1 0, R 5 1 1
S111
Fit s st o c k L S 1 r et ai n er s a n d s e at s. Dr o p i n d e si g n wit h m or e l o a d, r at e, a n d fr e q u e n c y t h a n a 1 2 1 9 f or p erf or m a n c e u s e.
1. 9 0 0
400 @
1. 2 5 0
370
1. 1 6 5
0. 6 5 0
R 3 1 0, R 3 1 1, R363
NA
R 5 1 0, R 5 1 1
S 1 1 2, S 1 1 3
0. 5 8 0 / 0. 7 4 2 1 0 0 @
1. 4 7 0
262 @
0. 9 7 0
324
0. 8 8 0
0. 5 0 0
R 3 1 2, R 3 4 2
R 4 4 2, R 4 4 5
R512
NA
0. 9 9 9 / 1. 0 8 3
0. 6 3 6 / 0. 7 2 0 1 2 0 @
1. 7 1 5
280 @
1. 1 6 5
291
1. 0 8 9
0. 5 5 0
NA
NA
NA
NA
P A C- 1 2 3 1 X
0. 9 9 9 / 1. 0 8 3
0. 6 3 6 / 0. 7 2 0 1 2 0 @
1. 5 7 5
280 @
1. 0 2 5
291
0. 9 5 2
0. 5 5 0
NA
NA
NA
NA
F or d 5. 4 L G T 5 0 0 a n d C o br a J et hi g h lift e x h a u st s pri n g. Fit s st o c k r et ai n er s a n d s e at s.
P A C- 1 2 3 2 X
1. 0 9 5 / 1. 3 4 5
0. 6 5 0 / 0. 9 0 0 1 7 5 @
2. 0 5 0
450 @
1. 4 0 0
423
1. 3 4 6
0. 6 5 0
R 3 1 0, R 3 1 1, R374
NA
R 5 1 0, R 5 1 1
S111
H e mi 6. 4 L dr o p -i n s pri n g.
P A C- 1 2 3 4 X
0. 8 4 8 / 1. 0 2 1
0. 5 2 5 / 0. 6 9 8
@
1. 5 7 5
218 @
1. 0 5 0
240
0. 9 4 1
0. 5 7 5
R36 4
R464
NA
NA
F or d 5. 0 L C o y ot e dr o p -i n d e si g n.
P A C- 1 2 5 5 X
1. 1 8 6 / 1. 4 4 5
0. 7 3 1 / 0. 9 9 0 1 7 5 @
1. 9 5 0
440 @
1. 3 0 0
408
1. 2 2 0
0. 7 0 0
R313
NA
R513
S 1 1 2, S 1 1 3
P A C- 1 2 8 1 X
0. 8 4 9 / 1. 0 3 1
0. 5 2 7 / 0. 7 0 9
1. 8 1 1
215 @
1. 2 6 0
245
1. 2 0 8
0. 5 5 1
R364
R464
NA
NA
F or d G e n
S116
Hi g h p erf or m a n c e v er si o n of 1 2 9 5 wit h a d diti o n al pr o c e s si n g f or str e et a n d stri p use
P A C- 1 2 9 5 X
20
S pri n g L o a d s
1. 1 8 5 / 1. 5 8 9
0. 7 3 1 / 1. 1 3 5
I n st all e d H ei g ht ( V al v e Cl o s e d)
92
80
@
175 @
2. 0 0 0
Open Load ( V al v e O p e n)
410 @
1. 2 5 0
313
1. 1 7 0
0. 7 5 0
R313
NA
R513
C o m m e nt s
B B C s pri n g f or fl at t a p p et a n d h y dr a uli c r oll er a p pli c ati o n s wit h m or e l o a d t h a n a 1 2 2 0 f or p er f or m a n c e u s e. F or d 4. 6 L 4 V dr o p i n d e si g n wit h o ut m a c hi ni n g. Fit s st o c k r et ai n er s a n d s e at s. Al s o fit s V-R o d m ot or c y cl e s. Hi g h er l o a d t h a n a 1 2 2 3 f or p erf or m a n c e u s e. F or d 5. 4 L G T 5 0 0 a n d C o br a J et hi g h lift i nt a k e s pri n g. Fit s st o c k r et ai n er s a n d s e at s.
Hi g h p erf or m a n c e s pri n g f or str e et a n d stri p u s e 3 C o y ot e 5. 0 L s pri n g f or m or e
R P M a n d e n d ur a n c e
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S D U AL
B E E HI V E
P A R T N O. P A C -1 2 0 4 X P A C -1 2 0 5 X P A C -1 2 0 6 X P A C -1 2 0 7 X P A C -1 2 0 8 X P A C -1 2 0 9 X P A C -1 2 2 2 X P A C -1 2 3 6 X P A C -1 2 3 7 X P A C -1 2 3 8 X
M a s s ( g)
85
P A C -1 2 1 1 X P A C -1 2 1 4 X P A C -1 2 1 7 X P A C -1 2 1 8 X P A C -1 2 1 9 X P A C -1 2 2 0 X P A C -1 2 2 3 X P A C -1 2 3 0 X P A C -1 2 3 1 X P A C -1 2 3 2 X P A C -1 2 3 4 X P A C -1 2 5 5 X P A C -1 2 8 1 X P A C -1 2 9 5 X
89
86
90
93
94
93
100
93
87
75
44
40
75
67
80
46
47
41
87
36
87
44
90
O ut er Fr e q 2 9 9 3 0. 0
29352
29930
29352
31797
31797
27620
33349
33101
35938
32952
32230
35241
29277
31258
30755
38138
34529
34529
32716
37515
30344
38747
25686
I n n er Fr e q 3 0 8 7 7. 0
30877
33662
33662
30870
33662
33143
32433
35380
38918
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
C oil Bi n d
1. 0 0 0
1. 0 0 0
1. 0 0 0
1. 0 0 0
1. 0 0 0
1. 0 5 5
1. 0 8 0
1. 0 5 0
0. 9 8 5
1. 1 0 0
1. 0 1 3
0. 9 6 5
1. 1 4 0
1. 1 0 0
1. 2 1 0
0. 9 0 0
1. 0 8 9
0. 9 5 2
1. 3 4 6
0. 9 4 1
1. 2 2 0
1. 2 0 8
1. 1 7 0
1. 0 0 0
2. 5 0 0
18
2. 4 5 0
6
2. 4 0 0
27
2. 3 5 0
48
12
65
12
69
32
81
31
90
53
97
2. 3 0 0 2. 2 5 0
18
34 50
18
15
9
49
112
73
112
42
13
40
30
26
68
133
93
128
14
55
35
70
15
4
46
43
86
8
154
114
9
144
45
35
74
26
62
100
34
18
62
60
105
23
175
134
21
159
68
60
95
52
90
130
53
32
77
77
123
37
196
155
34
175 191
2. 2 0 0
3
3
3
3
2. 1 5 0
16
18
14
16
2
30
2. 1 0 0
34
37
26
29
22
2. 0 5 0
53
57
43
47
2. 0 0 0
71
77
63
69
1. 9 5 0
90
96
84
90
91
85
116
78
118
160
72
46
7
93
94
142
52
11
217
2
175
46
1. 9 0 0
108
116
104
112
114
110
137
104
145
190
92
59
23
109
111
160
66
25
238
14
195
58
206
1. 8 5 0
127
135
125
133
137
135
159
130
173
220
111
73
38
124
128
178
81
40
260
26
216
70
222
1. 8 0 0
145
155
145
155
160
160
180
156
200
250
130
87
53
140
145
197
95
55
281
38
236
83
238
1. 7 5 0
163
175
165
177
183
185
201
182
228
280
149
101
69
156
162
215
9
110
69
302
50
257
95
253
1. 7 0 0
182
194
186
198
206
210
223
208
255
310
168
115
84
171
179
234
25
124
84
323
62
277
107
269
1. 6 5 0
200
214
206
220
229
235
244
234
283
340
188
128
100
187
196
252
42
139
98
344
74
297
119
285
1. 6 0 0
219
233
227
241
252
260
265
260
310
370
207
142
115
203
213
271
58
153
113
365
86
318
132
300
1. 5 5 0
237
253
247
263
275
285
286
286
338
400
226
156
130
218
230
289
74
168
127
387
98
338
144
316
1. 5 0 0
256
273
268
285
298
310
308
313
365
430
245
170
146
234
247
308
90
183
142
408
110
358
156
332
1. 4 5 0
274
292
288
306
321
335
329
339
393
460
264
183
161
250
264
326
106
197
156
429
122
379
168
347
1. 4 0 0
293
312
309
328
344
360
350
365
420
490
284
197
177
265
281
345
123
212
171
450
134
399
181
363
1. 3 5 0
311
332
329
350
367
385
372
391
448
520
303
211
192
281
298
363
139
226
185
471
146
420
193
379
1. 3 0 0
330
351
350
371
390
410
393
417
475
550
322
225
208
297
315
382
155
241
200
158
440
205
394
1. 2 5 0
348
371
370
393
413
435
414
443
503
580
341
238
223
312
332
400
171
255
215
170
460
217
410
1. 2 0 0
367
390
391
414
436
460
435
469
530
610
360
252
238
328
349
418
187
270
229
182
481
230
426
1. 1 5 0
385
410
411
436
459
485
457
495
558
640
380
266
254
344
366
437
204
284
244
194
1. 1 0 0
403
430
432
458
482
510
478
521
585
670
399
280
269
359
383
220
299
258
206
1. 0 5 0
422
449
452
479
505
535
613
700
293
285
236
273
218
1. 0 0 0
440
469
473
501
528
560
730
307
300
252
287
230
315
268
302
242
0. 9 5 0 0. 9 0 0 0. 8 5 0
441
285
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g3 0 1s . c o m
21
H ot R o d S p ri n g s P art N u m b er
S pri n g Di a m et er s (i n c h e s) OD O ut er
ID O ut er
ID I n n er
S pri n g L o a d s I n st all e d H ei g ht ( Val v e Cl o s e d)
Open Load ( Val v e O p e n)
Max C oil Bi n d
S pri n g R at e
Max Lift
PAC 3 0 0 S eri e s R et ai n er s
PAC S pri n g S e at s
C o m m e nt s
Si n gl e S p ri n g s P A C- 1 9 0 0
1. 5 0 0
1. 0 8 6
0. 9 9 6
98
@
1. 8 8 0
316
@
1. 3 0 0
376
1. 1 0 0
0. 6 0 0
R378
S 1 1 2, S 1 1 3
A M C a n d B B C a p pli c ati o n s
P A C- 1 9 0 2
1. 2 9 5 / 1. 4 5 0
0. 8 5 9 / 1. 0 1 4
NA
120
@
1. 9 4 0
375
@
1. 3 8 0
455
1. 3 1 6
0. 5 7 5
R382
S 1 0 3, S 1 0 4
S B C b e e hi v e s pri n g f or h y dr a uli c r oll er a n d fi at t a p p et a p pli c ati o n s
P A C- 1 9 2 1
1. 4 6 0
1. 0 6 0
0. 9 7 0
109
@
1. 8 5 0
293
@
1. 2 5 0
307
1. 1 4 5
0. 6 0 0
R379
S 1 1 2, S 1 1 3
H y dr a uli c fi at t a p p et a p pli c ati o n s
P A C- 1 9 3 3
1. 5 4 0
1. 1 2 5
1. 0 1 6
145
@
1. 9 0 0
320
@
1. 3 3 8
3 11
1. 2 0 0
0. 6 0 0
R377
S 1 1 2, S 1 1 3
H y dr a uli c fi at t a p p et a p pli c ati o n s
D u al S p ri n g s
22
P A C- 1 9 0 1
1. 5 4 0
1. 1 4 0
0. 7 5 4
145
@
1. 9 0 0
465
@
1. 2 5 0
492
1. 1 3 0
0. 6 5 0
R387
S 1 1 0, S 1 2 6
Bi g bl o c k h y dr a uli c r oll er, m ari n e, a n d s oli d fi at t a p p et a p pli c ati o n s
P A C- 1 9 0 3
1. 4 5 9
1. 0 7 5
0. 7 9 4
120
@
1. 8 7 5
394
@
1. 1 7 5
391
1. 0 6 0
0. 7 0 0
R391
S 1 0 3, S 1 0 4
F or d, G M, a n d M o p ar bi g bl o c k h y dr a uli c r oll er, s oli d fi at t a p p et r a ci n g a p pli c ati o n s
P A C- 1 9 0 4
1. 2 9 0
0. 9 5 0
0. 6 9 4
150
@
1. 8 0 0
400
@
1. 1 2 5
370
1. 0 1 0
0. 6 2 5
R335
S 1 2 9, S 1 3 5
L S E n gi n e
P A C- 1 9 0 5
1. 3 0 4
0. 9 5 0
0. 6 9 4
160
@
1. 8 0 0
425
@
1. 1 2 5
392
1. 0 2 0
0. 6 5 0
R335
S 1 2 9, S 1 3 5
L S E n gi n e
P A C- 1 9 0 6
1. 1 1 2
0. 9 0 0
0. 6 7 4
97
@
1. 5 1 6
256
@
0. 9 7 0
291
0. 8 5 0
0. 5 5 0
R392
S138
P A C- 1 9 0 8
1. 4 6 5
1. 0 9 0
0. 8 0 7
106
@
1. 6 8 8
306
@
1. 2 0 8
417
0. 9 1 0
0. 6 5 0
R389
S 1 1 9, S 1 2 0
6 c yl A M C, B ui c k V 8 a n d ot h er s h ort i n st all e d h ei g ht a p pli c ati o n s
P A C- 1 9 1 4
1. 4 9 0
1. 1 0 5
0. 8 1 0
165
@
1. 8 0 0
385
@
1. 2 0 0
367
1. 1 0 0
0. 6 0 0
R388
S 1 1 9, S 1 2 0
H y dr a uli c fi at t a p p et a p pli c ati o n s
P A C- 1 9 1 6
1. 5 3 8
1. 1 4 0
0. 7 5 2
157
@
1. 8 5 0
440
@
1. 2 0 0
436
1. 1 3 5
0. 6 5 0
R387
S 1 1 7, S 1 1 8
H y dr a uli c fi at t a p p et a p pli c ati o n s
P A C- 1 9 1 8
1. 5 4 5
1. 1 3 0
0. 7 3 7
140
@
1. 8 0 0
457
@
1. 1 7 5
507
1. 1 3 0
0. 6 2 5
R387
S 1 1 4, S 1 1 5
S oli d fi at t a p p et a n d h y dr a uli c r oll er a p pli c ati o n s
P A C- 1 9 2 4
1. 5 4 0
1. 1 4 0
0. 7 5 4
144
@
1. 9 0 0
403
@
1. 3 0 0
431
1. 1 2 5
0. 6 5 0
R387
S 1 1 7, S 1 1 8
Bi g bl o c k h y dr a uli c r oll er a p pli c ati o n s
P A C- 1 9 4 0
1. 5 5 5
1. 1 4 0
0. 7 4 7
194
@
1. 9 5 0
500
@
1. 3 0 0
469
1. 1 2 0
0. 7 0 0
R387
S 1 1 7, S 1 1 8
S oli d fl at t a p p et a n d h y dr a uli c r oll er a p pli c ati o n s
P A C- 1 9 5 0
1. 6 4 5
1. 1 9 5
0. 8 7 1
207
@
2. 0 5 0
671
@
1. 2 5 0
580
1. 1 1 5
0. 8 0 0
R383
S 1 0 1, S 1 0 2
S oli d r oll er dr a g a n d cir cl e tr a c k a p pli c ati o n s
P A C R A CI N G S P RI N G S
A P et e r s o n A m e ri c a n
B ui c k V 6 a n d B ui c k 3 5 0 a p pli c ati o n s
C o m pa ny
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S SI N G L E
D U AL
P art N u m b er
P A C- 1 9 0 0
P A C- 1 9 0 2
P A C- 1 9 2 1
P A C- 1 9 3 3
P A C- 1 9 0 3
P A C- 1 9 0 4
P A C- 1 9 0 5
P A C- 1 9 0 6
P A C- 1 9 0 8
P A C- 1 9 1 2
P A C- 1 9 1 4
P A C- 1 9 1 6
P A C- 1 9 1 8
P A C- 1 9 2 4
P A C- 1 9 4 0
P A C- 1 9 5 0
M a s s ( g)
102
11 5
100
11 5
11 5
85
90
62
100
139
126
147
148
148
151
161
O ut er Fr e q
29314
30033
25239
22821
25170
29975
29344
30144
28261
21473
22606
22984
26365
22871
24210
27484
I n n er Fr e q
NA
NA
NA
NA
26835
30890
30890
31259
30642
2 11 8 8
25219
27459
27945
26384
26361
26610
C oil Bi n d
1. 11 5
1. 3 1 6
1. 1 4 5
1. 2 0 0
1. 0 5 0
1. 0 1 0
1. 0 2 0
0. 8 5 0
0. 9 1 0
1. 2 0 0
1. 0 7 5
1. 0 9 0
1. 1 3 0
1. 1 2 5
1. 1 5 0
1. 1 3 0
1
60
8
8
34
18
21
23
82
120
2. 2 0 0 2. 1 5 0
24
17
73
12
21
23
50
37
34
36
103
149
2. 1 0 0
15
47
32
87
32
39
42
66
55
48
8
58
125
178
2. 0 5 0
34
70
47
100
51
58
62
83
73
70
23
79
147
207
2. 0 0 0
53
93
63
11 4
71
76
82
100
92
92
42
101
171
236
1. 9 5 0
72
11 5
78
129
91
95
101
11 6
11 0
11 3
65
122
194
265
1. 9 0 0
90
138
94
145
11 0
11 3
121
18
133
128
135
89
144
217
294
1. 8 5 0
109
161
109
161
130
132
140
39
150
147
157
11 5
166
241
323
1. 8 0 0
128
184
124
176
149
150
160
14
59
166
165
179
140
187
264
352
1. 7 5 0
147
207
140
192
169
168
180
29
80
183
183
201
165
209
288
381
1. 7 0 0
166
229
155
207
189
187
199
43
101
200
202
222
191
230
3 11
410
1. 6 5 0
184
252
171
223
208
205
219
58
122
216
220
244
216
252
335
439
1. 6 0 0
203
275
186
238
228
224
238
73
143
233
238
266
241
274
358
468
1. 5 5 0
222
298
201
254
247
242
258
87
164
250
257
288
267
295
382
497
1. 5 0 0
241
320
217
270
267
261
278
102
184
266
275
310
292
317
405
526
1. 4 5 0
260
343
232
285
286
279
297
11 6
205
283
293
331
318
338
429
555
1. 4 0 0
278
366
247
301
306
298
317
131
226
300
312
353
343
360
452
584
1. 3 5 0
297
389
263
316
326
316
337
145
247
316
330
375
368
381
476
613
1. 3 0 0
316
4 11
278
332
345
335
356
160
268
333
348
397
394
403
499
642
1. 2 5 0
335
434
294
347
365
353
376
174
289
350
367
419
419
425
522
671
1. 2 0 0
354
457
309
363
384
372
395
189
309
366
385
441
444
446
546
700
1. 1 5 0
372
480
324
462
470
404
390
415
204
330
403
1. 1 0 0
423
409
435
218
351
422
1. 0 5 0
443
427
454
233
372
247
393
0. 9 5 0
262
414
0. 9 0 0
276
0. 8 5 0
291
1. 0 0 0
446
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
729
495
m
23
Di e s el V al v e S p ri n g s P art N u m b er
S pri n g Di a m et er s (i n c h e s)
S pri n g L o a d s
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S P A R T N O.
S pri n g R at e
Max C oil Bi n d
Max Lift
3 0 0 S eri e s R et ai n er s
S e at s
0. 9 0 0
250
0. 8 2 5
0. 4 5 0
R313
NA
C u m mi n s 5. 9/ 6. 4 L 2 4 V
@
1. 2 6 5
320
1. 1 9 0
0. 5 6 5
R362
NA
F or d P o w er str o k e 6. 0/ 6. 4 L
@
1. 0 8 0
320
0. 9 9 0
0. 6 0 0
R362
S121
G M D ur a m a x 6. 6 L
OD O ut er
ID O ut er
ID I n n er
I n st all e d H ei g ht ( Val v e Cl o s e d)
Open Load ( Val v e O p e n)
P A C- D 1 0 0
1. 0 2 5
0. 7 3 0
NA
105
@
1. 3 5 0
215
@
P A C- D 2 0 0
1. 0 1 0
0. 6 4 7
NA
120
@
1. 8 3 0
300
P A C- D 3 0 0
1. 0 0 0
0. 6 5 0
NA
100
@
1. 6 8 0
290
C o m m e nt s
N e w Pr o d u ct s
Di e s el S p ri n g Kit s S pri n g L o a d s
33
60
51
38522
35339
35037
C oil Bi n d
0. 8 2 5
1. 1 9 0
0. 9 9 0
2. 2 0 0 2. 1 5 0 2. 1 0 0 2. 0 5 0 2. 0 0 0 1. 9 5 0 1. 9 0 0 1. 8 5 0 1. 8 0 0 1. 7 5 0 1. 7 0 0 1. 6 5 0 1. 6 0 0 1. 5 5 0 1. 5 0 0 1. 4 5 0 1. 4 0 0 1. 3 5 0 1. 3 0 0 1. 2 5 0 1. 2 0 0 1. 1 5 0 1. 1 0 0 1. 0 5 0 1. 0 0 0 0. 9 5 0 0. 9 0 0 0. 8 5 0
2 15 28 40 53 65 78 90 103 11 5 128 140 153 165 178 190 203 215 228
S pri n g R at e
Max C oil Bi n d
M a x Lift
Val v e S pri n g I n cl u d e d
R et ai n er s I n cl u d e d
P A C- K S 6 0
1 0 0 @ 1. 6 8 0
2 9 0 @ 1. 0 8 0
320
0. 9 9 0
0. 6 0 0
D300
Yes
Yes
Yes
Yes
G M D ur a m a x E n gi n e Kit, 6. 6 L
P A C- K S 6 5
1 0 5 @ 1. 3 5 0
2 1 5 @ 1. 9 0 0
250
0. 8 2 5
0. 4 5 0
D100
Yes
NA
Yes
Yes
C u m mi n s 2 4 V E n gi n e Kit, 5. 9 L
P A C- K S 6 6
1 0 5 @ 1. 3 5 0
2 1 5 @ 1. 9 0 0
250
0. 8 2 5
0. 4 5 0
D100
Yes
NA
Yes
Yes
C u m mi n s 2 4 V E n gi n e Kit, 6. 1 L
P A C- K S 7 0
1 2 0 @ 1. 8 3 0
3 0 0 @ 1. 2 6 5
320
1. 1 9 0
0. 5 6 5
D200
Yes
NA
Yes
Yes
F or d P o w er str o k e E n gi n e Kit, 6. 0/ 6. 4 L
( Val v e Cl o s e d)
( Val v e O p e n)
P A C R A CI N G S P RI N G S
A P et e r s o n A m e ri c a n
S e al s I n cl u d e d
C o m m e nt s
C o m pa ny
P A C- D 3 0 0
M a s s ( g)
Open Load
S e at s Locks I n cl u d e d I n cl u d e d
P A C- D 2 0 0
Fr e q ( c p m)*
I n st all e d H ei g ht
Kit N u m b er
24
P A C- D 1 0 0
2 18 34 50 66 82 98 11 4 130 145 161 177 193 209 225 241 257 273 289 305 321
15 30 46 62 78 94 11 0 125 141 157 173 189 205 220 236 252 268 284 300 315
O v at e B e e hi v e S pri n g Di a m et er s
S pri n g L o a d s
S p ri n g s 1 2 0 0 S e ri e s
S pri n g R at e
Max C oil Bi n d
Max Lift
1. 0 9 0
191
1. 0 2 0
1. 0 8 0
275
1. 0 4 0
@
1. 2 0 0
313
1. 8 0 0 3 1 8
@
1. 2 0 0
1. 0 7 2 / 1. 3 0 7 0. 6 5 0 / 0. 8 8 5 1 3 5 @
1. 8 0 0 3 4 8
@
P A C- 1 2 2 0
1. 0 9 5 / 1. 4 4 5 0. 6 5 0 / 1. 0 0 0 1 5 5 @
1. 8 8 0 3 7 7
P A C- 1 2 2 3
0. 9 4 3 / 1. 1 0 5 0. 5 8 0 / 0. 7 4 2
@
P A C- 1 2 3 3 P A C- 1 2 3 5
P art N u m b er
O D O ut er (i n)
P A C- 1 2 1 3
0. 9 5 9 / 1. 0 6 1 0. 6 3 6 / 0. 7 3 8
P A C- 1 2 1 4 P A C- 1 2 1 5
I n st all e d H ei g ht
Open Load
P A C 3 0 0 S eri e s R et ai n er s
P A C 400 S eri e s R et ai n er s
PAC S pri n g S e at s
@
1. 6 4 0 1 8 5
@
0. 9 9 9 / 1. 0 6 1 0. 6 3 6 / 0. 6 9 8 1 1 0 @
1. 6 4 0 2 6 5
@
0. 5 5 0
NA
NA
NA
F or d 4. 6 L 2 V dr o p i n d e si g n wit h o ut m a c hi ni n g. Fit s st o c k r et ai n er s a n d s e at s.
0. 6 0 0
NA
NA
NA
1. 0 5 5 / 1. 2 9 0 0. 6 5 0 / 0. 8 8 5 1 0 5 @
1. 8 0 0 2 9 3
F or d 4. 6 L 2 V dr o p i n d e si g n wit h o ut m a c hi ni n g. Fit s st o c k r et ai n er s a n d s e at s.
1. 1 4 0
0. 6 0 0
R 3 1 0, R 3 1 1, R 3 6 3
NA
S 111
P A C- 1 2 1 8
1. 0 5 5 / 1. 2 9 0 0. 6 5 0 / 0. 8 8 5 1 3 0 @
Fit s st o c k L S 1 r et ai n er s a n d s e at s. Dr o p i n d e si g n wit h m or e l o a d.
313
1. 1 1 5
0. 6 0 0
R 3 1 0, R 3 1 1, R 3 6 3
NA
S 111
P A C- 1 2 1 9
Fit s st o c k L S 1 r et ai n er s a n d s e at s. Dr o p i n d e si g n wit h m or e l o a d.
1. 1 7 5
340
1. 1 1 5
0. 6 2 5
R 3 1 0, R 3 1 1, R 3 6 3
NA
S 111
Fit s st o c k L S 1 r et ai n er s a n d s e at s. Dr o p i n d e si g n wit h m or e l o a d, r at e, a n d fr e q u e n c y f or a g gr e s si v e c a m s.
@
1. 2 8 0
370
1. 2 1 0
0. 6 0 0
R 3 1 0, R 3 1 1, R 3 6 3
NA
S 1 1 2, S 1 1 3
1. 4 7 0 2 5 2
@
0. 9 7 0
324
0. 8 8 0
0. 5 0 0
R 3 1 2, R 3 4 2
R 4 4 2, R 4 4 5
NA
0. 9 3 0 / 1. 0 2 5 0. 5 6 7 / 0. 6 6 2 1 0 5 @
1. 6 7 0 2 7 0
@
1. 1 2 0
300
1. 0 6 0
0. 5 5 0
R312
NA
NA
F or d 4. 6 L 3 V dr o p i n d e si g n wit h o ut m a c hi ni n g. T hi s s pri n g r e q uir e s P A C r et ai n er s.
1. 0 3 5 / 1. 2 1 0 0. 6 3 0 / 0. 8 0 5 1 3 5 @
1. 8 0 0 3 5 0
@
1. 2 0 0
358
1. 1 3 0
0. 6 0 0
NA
NA
NA
C hr y sl er H e mi r e pl a c e m e nt f or 0 3- 0 7 5. 7 L, 0 5- 1 0 6. 1 L. R e q uir e s O D d a m p er r e pl a c e m e nt m o di fi c ati o n s.
P A C- 1 2 8 3
1. 0 8 5 / 1. 2 5 0 0. 6 8 0 / 0. 8 4 5 1 1 0 @
1. 7 5 0 3 2 8
@
1. 1 5 0
363
1. 0 8 0
0. 6 0 0
R 3 1 0, R 3 1 1, R 3 6 3
NA
NA
Vi p er S R T - 1 0 dr o p-i n s pri n g t h at fit s st o c k r et ai n er s a n d s e at s.
P A C- 1 2 8 6
1. 0 5 5 / 1. 4 0 5 0. 6 5 0 / 1. 0 0 0 1 2 5 @
1. 7 5 0 2 9 5
@
1. 1 5 0
283
1. 0 6 0
0. 6 0 0
R 3 1 0, R 3 1 1, R 3 6 3
NA
S 1 1 2, S 1 1 3
P A C- 1 2 2 0 97 27047 1. 2 1 0
P A C- 1 2 2 3 45 38138 0. 8 5 0
To p / b ott o m
I D O ut er (i n)
R e c o m m e n d e d M at c hi n g C o m p o n e nt s
To p / b ott o m
( V al v e Cl o s e d)
80
90
( V al v e O p e n)
C o m m e nt s
B B C s pri n g f or fi at t a p p et a n d h y dr a uli c r oll er a p pli c ati o n s. F or d 4. 6 L 4 V dr o p i n d e si g n wit h o ut m a c hi ni n g. Fit s st o c k r et ai n er s a n d s e at s. Al s o fit s V - R o d m ot or c y cl e s.
F or m a n y s m all bl o c k e n gi n e s a s w ell a s a v ari et y of h y dr a uli c or fi at t a p p et a p pli c ati o n s.
S P E CI FI C A TI O N S: S P RI N G L O A D S A N D H EI G H T S P A R T N O. M a s s ( g) Fr e q ( c p m)* C oil Bi n d 2. 5 0 0 2. 4 5 0 2. 4 0 0 2. 3 5 0 2. 3 0 0 2. 2 5 0 2. 2 0 0 2. 1 5 0 2. 1 0 0 2. 0 5 0 2. 0 0 0 1. 9 5 0 1. 9 0 0 1. 8 5 0 1. 8 0 0 1. 7 5 0 1. 7 0 0 1. 6 5 0 1. 6 0 0 1. 5 5 0 1. 5 0 0 1. 4 5 0 1. 4 0 0 1. 3 5 0 1. 3 0 0 1. 2 5 0 1. 2 0 0 1. 1 5 0 1. 1 0 0 1. 0 5 0 1. 0 0 0 0. 9 5 0 0. 9 0 0
P A C- 1 2 1 3 45 26302 0. 9 6 4
2 8 16 23 30 38 46 54 63 72 81 90 99 108 11 7 126 135 144 153 163 173 184 195 208
P A C- 1 2 1 4 52 31946 1. 0 3 0
12 26 40 53 67 81 95 108 122 136 150 163 177 191 205 218 232 246 260 273
P A C- 1 2 1 5 75 29277 1. 0 9 3
14 27 40 53 66 79 92 106 11 9 132 145 159 174 189 206 222 239 257 275 294 313 456
P A C- 1 2 1 8 75 29277 1. 0 9 6
4 15 22 40 53 66 79 92 105 11 8 131 145 158 172 187 202 218 234 251 267 283 300 318 337 354
P A C- 1 2 1 9 67 31258 1. 1 0 0
16 33 50 67 84 101 11 8 135 152 169 186 203 220 237 254 271 288 305 322 339 356 373
8 6 6 - 7 9 9 - 9 4 1 7
15 28 41 54 67 80 92 105 11 8 132 147 161 176 191 208 224 241 259 278 298 318 339 361 384 415
/
8 22 36 51 66 80 95 11 0 125 140 155 172 188 206 223 241 261 281
P A C- 1 2 3 3 51 33317 1. 0 6 0
6 21 36 51 66 81 96 111 126 141 156 171 186 201 216 231 246 261 276
P A C- 1 2 3 5 73 31793 1. 1 0 0
P A C- 1 2 8 3 73 33960 1. 0 8 0
10 28 45 63 81 99 11 7 135 153 171 189 207 225 243 260 278 296 314 332 350 368 386
R a c i n g S p r i n g s . c o
1 19 37 56 74 92 11 0 128 146 165 183 201 219 237 255 274 292 310 328 346
m
P A C- 1 2 8 6 78 29337 1. 0 8 0
12 26 40 54 68 83 97 111 125 139 153 168 182 196 210 224 238 253 267 281 295 309
P A C- 1 2 9 5 90 25501 1. 1 6 5 9 25 40 56 72 87 103 11 9 134 150 166 181 197 213 228 244 260 275 291 307 322 338 354 369 385 401 416
25
M ot o r c y cl e P art N u m b er
O D O ut er (i n)
I D O ut er (i n)
I D I n n er (i n)
Si n gl e s & D u al s I n st all e d L o a d s (l b s/i n)
Open Loads (l b s/i n)
S pri n g R at e (l b/i n)
M a x Bi n d (i n)
M a x Lift (i n)
C o m m e nt s
Si n gl e S p ri n g s P A C- M X 1 0 8
0. 7 5 6
0. 5 6 0
NA
32
@
1. 0 6 0
75
@
0. 6 8 0
11 3
0. 6 2 5
0. 3 8 0
Y a m a h a 2 0 0 3- 2 0 1 2 Y Z F 4 5 0I, E Si n gl e V al v e S pri n g
P A C- M X 1 1 1
0. 8 0 0
0. 5 6 0
NA
35
@
1. 3 1 7
128
@
0. 9 2 0
234
0. 8 3 5
0. 3 9 7
K a w a s a ki 2 0 0 4- 2 0 1 2 K X F 2 5 0 Si n gl e V al v e S pri n g
P A C- M X 1 1 5
0. 9 3 4
0. 6 5 0
NA
52
@
1. 4 1 6
179
@
1. 0 3 1
339
0. 9 6 0
0. 3 8 5
H o n d a 2 0 0 2- 2 0 1 2 C R F 4 5 0 E Si n gl e V al v e S pri n g
P A C- M X 1 1 6
0. 9 3 4
0. 6 5 0
NA
42
@
1. 3 3 7
170
@
0. 9 0 2
294
0. 8 5 0
0. 4 3 5
H o n d a 2 0 0 2- 2 0 1 2 C R F 4 5 0I Si n gl e V al v e S pri n g
P A C- M X 1 1 8
1. 0 0 0
0. 7 3 0
NA
37
@
1. 1 6 0
134
@
0. 7 6 0
243
0. 7 4 1
0. 4 0 0
S u z u ki 2 0 0 8- 2 0 1 2 R M Z 4 5 0I Si n gl e V al v e S pri n g
P A C- M X 1 1 9
1. 0 5 5
0. 5 1 5
NA
85
@
1. 2 5 0
195
@
0. 8 5 0
275
0. 7 8 0
0. 4 0 0
Y a m a h a 2 0 0 8- 2 0 1 2 R hi n o 7 0 0 Si n gl e B e e hi v e V al v e S pri n g
P A C- M X 1 2 6
0. 8 5 6
0. 6 0 0
NA
46
@
1. 3 7 0
143
@
0. 9 9 2
257
0. 9 3 5
0. 3 7 8
Y a m a h a 2 0 0 8- 2 0 1 2 H y a b u s a E Si n gl e V al v e S pri n g
P A C- M X 1 3 1
0. 8 7 5
0. 6 2 5
NA
52
@
1. 3 0 0
120
@
1. 0 0 0
227
0. 8 3 0
0. 3 0 0
K T M 2 0 1 1- 2 0 1 2 2 5 0 S X F-I, E Si n gl e V al v e S pri n g
P A C- M X 1 3 8
0. 8 4 0
0. 5 7 0
NA
42
@
1. 3 0 0
160
@
0. 9 5 0
337
0. 8 5 8
0. 3 5 0
Y a m a h a 2 0 0 8- 2 0 1 4 R 6-I, E Si n gl e V al v e S pri n g
D u al S p ri n g s
26
P A C- M X 2 1 9
1. 0 1 0
0. 7 4 0
0. 5 8 0
80
@
1. 2 5 0
181
@
0. 8 5 0
252
0. 7 6 0
0. 4 0 0
K a w a s a ki 2 0 0 4- 2 0 1 2 T er y x 7 5 0 D u al V al v e S pri n g
P A C- M X 2 2 2
0. 9 6 3
0. 7 0 7
0. 5 2 3
70
@
1. 4 0 0
200
@
1. 0 0 0
325
0. 9 0 0
0. 4 0 0
S u z u ki 1 9 9 9- 2 0 0 7 H y a b u s a I D u al V al v e S pri n g
P A C R A CI N G S P RI N G S
A P et e r s o n A m e ri c a n
C o m pa ny
P A C- K S 1 4
S p ri n g Kit s S pri n g L o a d s Kit N u m b er
I n st all e d H ei g ht ( Val v e Cl o s e d)
Open Load ( Val v e O p e n)
S pri n g R at e
Max C oil Bi n d
Max Lift
Val v e S pri n g I n cl u d e d
369
1. 0 0 0
0. 7 0 0
R et ai n er s I n cl u d e d
S e at s I n cl u d e d
Locks I n cl u d e d
S e al s I n cl u d e d
C o m m e nt s
R P M S e ri e s - D u al S p ri n g Ki t s P A C- K S 2 3
145
@
1. 8 0 0
385
@
1. 1 5 0
1204 X
R335
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 2 4
155
@
1. 8 0 0
410
@
1. 1 5 0
392
1. 0 0 0
0. 7 0 0
1205 X
R335
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 2 5
145
@
1. 8 0 0
385
@
1. 1 5 0
369
1. 0 0 0
0. 7 0 0
1204 X
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 2 6
155
@
1. 8 0 0
410
@
1. 1 5 0
392
1. 0 0 0
0. 7 0 0
1205 X
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 3 1
145
@
1. 8 0 0
4 11
@
1. 1 5 0
409
1. 0 0 0
0. 7 0 0
1206 X
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 3 2
155
@
1. 8 0 0
436
@
1. 1 5 0
433
1. 0 0 0
0. 7 0 0
1207 X
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 3 3
160
@
1. 8 0 0
482
@
1. 1 0 0
460
1. 0 0 0
0. 7 5 0
1208 X
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 3 4
160
@
1. 8 0 0
510
@
1. 1 0 0
500
1. 0 0 0
0. 7 5 0
1209 X
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit
P A C- K S 3 5
145
@
1. 8 0 0
4 11
@
1. 5 0 0
409
1. 0 0 0
0. 7 0 0
1206 X
R435
S135
L 8 11 3
No
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s ( w/ L ar g er V al v e G ui d e s)
P A C- K S 3 6
155
@
1. 8 0 0
436
@
1. 5 0 0
433
1. 0 0 0
0. 7 0 0
1207 X
R435
S135
L 8 11 3
No
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s ( w/ L ar g er V al v e G ui d e s)
P A C- K S 3 7
160
@
1. 8 0 0
482
@
1. 1 0 0
460
1. 0 0 0
0. 7 5 0
1208 X
R435
S135
L 8 11 3
No
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s ( w/ L ar g er V al v e G ui d e s)
P A C- K S 3 8
160
@
1. 8 0 0
510
@
1. 1 0 0
500
1. 0 0 0
0. 7 5 0
1209 X
R435
S135
L 8 11 3
No
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s ( w/ L ar g er V al v e G ui d e s)
P A C- K S 4 6
145
@
1. 8 0 0
385
@
1. 1 5 0
369
1. 0 0 0
0. 7 0 0
1204 X
R435
S135
L8161
No
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s f or 5/ 1 6” v al v e s ( w/ L ar g er V al v e G ui d e s)
P A C- K S 5 0
180
@
1. 8 0 0
480
@
1. 1 0 0
425
1. 0 5 5
0. 7 0 0
1222 X
R455
S141
L8161
No
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s f or 5/ 1 6” v al v e s ( w/ L ar g er V al v e G ui d e s)
P A C- K S 2 1
140
@
1. 8 0 0
328
@
1. 1 7 5
318
1. 1 4 0
0. 6 0 0
1218 X
R 3 11
S 111
L 8 11 3
Yes
L S E n gi n e Kit, P A C- 1 2 1 8 X R P M B e e hi v e S pri n g Kit w/ C hr o m e M ol y R et ai n er
P A C- K S 2 2
145
@
1. 8 0 0
358
@
1. 2 0 0
340
1. 1 0 0
0. 6 2 5
1219 X
R 3 11
S 111
L 8 11 3
Yes
L S E n gi n e Kit, P A C- 1 2 1 9 X R P M B e e hi v e S pri n g Kit w/ C hr o m e M ol y R et ai n er
P A C- K S 4 5
92
@
1. 5 7 5
218
@
1. 0 5 0
240
0. 9 4 1
0. 5 7 5
1234 X
R464
NA
NA
No
R P M S eri e s F or d C o y ot e S pri n g Kit. U s e s f a ct or y s e at s a n d l o c k s ( n ot i n cl u d e d)
R P M S e ri e s - B e e hi v e S p ri n g Ki t s
H o t R o d S e ri e s - D u al S p ri n g Ki t s P A C- K S 0 6
150
@
1. 8 0 0
400
@
1. 1 2 5
370
1. 0 1 0
0. 6 2 5
1904
R435
S135
L 8 11 3
Yes
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s ( w/ L ar g er V al v e G ui d e s) w/ Ti R et ai n er s
P A C- K S 0 7
160
@
1. 8 0 0
425
@
1. 1 2 5
392
1. 0 2 0
0. 6 5 0
1905
R435
S135
L 8 11 3
Yes
L S E n gi n e Kit, Aft er m ar k et C yli n d er H e a d s ( w/ L ar g er V al v e G ui d e s) w/ Ti R et ai n er s
P A C- K S 1 1
150
@
1. 8 0 0
400
@
1. 1 2 5
370
1. 0 1 0
0. 6 2 5
1904
R335
S129
OE
Yes
L S E n gi n e Kit, D u al S pri n g w/ C hr o m e M ol y R et ai n er
P A C- K S 1 2
160
@
1. 8 0 0
425
@
1. 1 2 5
392
1. 0 2 0
0. 6 5 0
1905
R335
S129
OE
Yes
L S E n gi n e Kit, D u al S pri n g w/ C hr o m e M ol y R et ai n er
P A C- K S 1 5
150
@
1. 8 0 0
400
@
1. 1 2 5
370
1. 0 1 0
0. 6 2 5
1904
R335
S129
L 8 11 3
Yes
L S E n gi n e Kit, D u al S pri n g w/ C hr o m e M ol y R et ai n er
P A C- K S 1 6
160
@
1. 8 0 0
425
@
1. 1 2 5
392
1. 0 2 0
0. 6 5 0
1905
R335
S129
L 8 11 3
Yes
L S E n gi n e Kit, D u al S pri n g w/ C hr o m e M ol y R et ai n er
P A C- K S 1 7
150
@
1. 8 0 0
400
@
1. 1 2 5
370
1. 0 1 0
0. 6 2 5
1904
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit, D u al S pri n g w/ Ti R et ai n er s
P A C- K S 1 8
160
@
1. 8 0 0
425
@
1. 1 2 5
392
1. 0 2 0
0. 6 5 0
1905
R435
S129
L 8 11 3
Yes
L S E n gi n e Kit, D u al S pri n g w/ Ti R et ai n er s
H o t R o d S e ri e s - B e e hi v e S p ri n g Ki t s P A C- K S 0 4
155
@
1. 8 8 0
377
@
1. 2 8 0
370
1. 2 1 0
.0600
1220
R362
S 11 2
L8086
Yes
H arl e y T wi n C a m E V O Kit - 3 gr o o v e l o c k s wit h 7 m m v al v e ( 4 p c s et)
P A C- K S 0 5
155
@
1. 8 8 0
377
@
1. 2 8 0
370
1. 2 1 0
.0600
1220
R363
S 11 2
L8148
Yes
H arl e y T wi n C a m - 5/ 1 6 V al v e S q u ar e Gr o o v e ( 4 p c s et)
P A C- K S 1 3
135
@
1. 8 0 0
348
@
1. 1 7 5
340
1. 1 0 0
0. 6 2 5
1219
R 3 11
S 111
L 8 11 3
Yes
L S E n gi n e Kit, P A C- 1 2 1 9 B e e hi v e S pri n g Kit w/ C hr o m e M ol y R et ai n er
P A C- K S 1 4
130
@
1. 8 0 0
318
@
1. 2 0 0
313
1. 1 4 0
0. 6 0 0
1218
R 3 11
S 111
L 8 11 3
Yes
L S E n gi n e Kit, P A C- 1 2 1 8 B e e hi v e S pri n g Kit w/ C hr o m e M ol y R et ai n er
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
27
S P RI N G R E T AI N E R S 3 0 0 S e ri e s
4 0 0 S e ri e s
5 0 0 S e ri e s
6 0 0 S e ri e s
St e el R et ai n e r s
Tit a ni u m R et ai n e r s
Tit a ni u m R et ai n e r s
T o ol St e el R et ai n e r s
St a n d ar d c hr o m e m ol y st e el r et ai n er s m a n uf a ct ur e d wit h pr e ci s e C N C m a c hi n er y a n d h e at tr e at e d t o wit h st a n d w e ar a n d a br a si o n. A v ail a bl e i n b e e hi v e a n d d u al s pri n g v er si o n s f or b u d g et mi n d e d p erf or m a n c e wit h o ut s a crifi ci n g q u alit y.
S p ort s m a n s eri e s tit a ni u m u si n g a er o s p a c e gr a d e 6 A L 4 V tit a ni u m m a n uf a ct ur e d t o e x a cti n g st a n d ar d s. D e si g n e d t o h a v e e n h a n c e d str e n gt h, w hil e r et ai ni n g a b u d g et mi n d e d pri c e.
Pr o gr a d e ultr a- hi g h str e n gt h a n d li g ht w ei g ht 5 0 0 s eri e s r et ai n er s ar e o pti mi z e d f or t hi c k n e s s a n d str e n gt h u si n g Ti- 1 7 m at eri al. Stri n g e nt m at eri al c ertifi c ati o n s a n d ulti m at e str e n gt h t e sti n g e n s ur e p e a k p erf or m a n c e .
Off er s u p eri or a br a si o n r e si st a n c e u si n g a pr o pri et ar y all o y wit h m et all ur gi c pr o c e s si n g e n h a n c e m e nt s t o i m pr o v e f ati g u e str e n gt h w hil e r e d u ci n g w ei g ht. R et ai n er s c o m e wit h a r e d u c e d st e p a n d n e e d t o b e c o m bi n e d wit h a m at c hi n g s e at w h er e a p pli c a bl e.
R et ai n e r T e c h n ol o g y R e s e a r c h & D e v el o p m e nt
F E A a n al y si s R et ai n er p ull-t hr o u g h t e sti n g 28
P A C R A CI N G S P RI N G S
A P et e r s o n A m e ri c a n
C o m pa ny
L O C KS V al v e L o c k s
W e h a v e st a n d a r di z e d t h e s p ri n g r et ai n e r “ c o n e st yl e” t o i m p r o v e s p e ci f yi n g t h e fit m e nt i nt o a m at c hi n g P A C R a ci n g r et ai n e r. A v ail a bl e i n p o p ul a r v al v e si z e s wit h a n d wit h o ut l a s h c a p r e c e s s i n tit a ni u m a n d st e el. C u st o m v e r si o n s a v ail a bl e u p o n r e q u e st.
S e at s & S hi m s
A v ail a bl e i n st a n d a r d, h e at t r e at e d c h r o m e m ol y st e el a n d t o ol st e el o pti o n s ( a s a n “ X” s u f fi x), v a ri o u s si z e s a r e a v ail a bl e t o m at c h v al v e g ui d e s a n d v al v e s p ri n g s. T o ol st e el o pti o n s h a v e i m p r o v e d w e a r a n d d u r a bilit y c h a r a ct e ri sti c s o v e r t r a diti o n al s p ri n g s e at s.
V al v e L o c k S t a n d a r d s
L o c k Ty p e
Di m. A ( A n gl e)
Di m. B Di m. C ( C o n e T o p) ( L o c k H ei g ht)
ST D 10
1 0. 0 0°
0. 6 1 0 0
0. 4 0 0
ST D 8
8. 0 0°
0. 6 0 0 0
0. 4 0 0
Di m “ A” D e g. +/- 0. 1 5
Mi ni 8
8. 0 0°
0. 5 2 0 0
0. 3 8 0
o Di m “ B” D e g.
L S- 1
7. 0 0°
0. 4 7 0 0
0. 3 0 0
S T D 7°
7. 0 0°
0. 4 9 5 0
0. 3 6 0
F M O D A
7. 0 0°
0. 4 2 0 0
0. 3 0 0
F M O D B
7. 0 0°
0. 3 4 3 0
0. 2 7 5
8 6 6 - 7 9 9 - 9 4 1 7
/
+/- 0. 0 0 1
R a c i n g S p r i n g s . c o
Di m “ C”
m
29
3 0 0 S E RI E S
T h e s e r et ai n er s ar e m a d e fr o m 4 1 4 0 c hr o m e m ol y st e el. T h e s e r et ai n er s ar e h e at tr e at e d, bl a c k o xi d e fi ni s h e d a n d pr o c e s s e d t o m ai nt ai n hi g h str e n gt h wit h li g ht w ei g ht d e si g n s.
S p ri n g R e t ai n e r s
P A C -R 3 1 0
3 0 0 S e ri e s C h r o m e M ol y P art N o.
Di a m et er A
R et ai n er Di m e n si o n s (i n.) Di a m et er B
Lock A n gl e ( d e g.)
Di a m et er C
S t e el W ei g ht ( gr a m s)
C o m m e nt s
B e e hi v e 3 0 0 S e ri e s P A C -R 3 1 0
1. 0 3 5
0. 6 4 0
NA
ST D 10
1 0. 2
Fit s 1 2 1 1, 1 2 1 5, 1 2 1 8, 1 2 1 9, 1 2 2 0 a n d 1 2 8 6
P A C -R 3 1 1
1. 0 3 5
0. 6 4 0
NA
LS 7
1 0. 4
Fit s 1 2 1 1, 1 2 1 5, 1 2 1 8, 1 2 1 9, 1 2 2 0 a n d 1 2 8 6
P A C -R 3 1 2
0. 8 6 5
0. 5 7 0
NA
F M O D A
7. 7
P A C -R 3 1 3
1. 1 1 5
0. 7 2 1
NA
ST D 10
1 1. 6
P A C -R 3 3 1
0. 8 0 0
0. 5 0 0
NA
F M O D A
5. 4
P A C -R 3 3 3
0. 8 7 5
0. 6 4 0
NA
ST D 7
6. 3
P A C -R 3 4 2
0. 8 6 5
0. 5 8 0
NA
6
9. 2
P A C -R 3 4 6
0. 8 0 0
0. 4 9 5
NA
F M O D A
5. 5
P A C -R 3 6 2
1. 0 3 5
0. 6 4 0
NA
F M O D A
1 2. 8
P A C -R 3 6 3
1. 0 3 5
0. 6 4 0
NA
ST D 7
1 2. 8
P A C -R 3 6 4
0. 7 9 5
0. 5 1 7
NA
F M O D B
5. 1
P A C -R 3 7 3
1. 0 5 0
0. 7 2 5
NA
H E MI 7
1 1. 7
P A C -R 3 7 4
1. 0 5 0
0. 6 5 0
NA
H E MI 7
1 0. 7
Fit s 1 2 2 3 a n d 1 2 3 3 Fit s 1 2 5 5 a n d 1 2 9 5 Fit s 1 2 1 7, 1 2 3 4 a n d 1 2 8 1 Fit s 1 4 0 9 - f or dr a g r a c e u s e o nl y Fit s v -r o d ( n o n d e str o y er) + 0. 0 6 0 v er si o n of 3 3 1 Fit s 1 2 1 1, 1 2 1 5, 1 2 1 8, 1 2 1 9, 1 2 2 0 a n d 1 2 8 6 Fit s 1 2 1 1, 1 2 1 5, 1 2 1 8, 1 2 1 9, 1 2 2 0 a n d 1 2 8 6 Fit s 1 2 1 7, 1 2 3 4 a n d 1 2 8 1 6. 4 L H e mi, fit s 1 2 5 5 a n d 1 2 9 5 6. 4 L H e mi , fit s 1 2 3 2
P A C -R 3 9 3
0. 9 7 5
0. 6 4 0
NA
G o d zill a 7
1 0. 9
St o c k h ei g ht r e ati er
P A C -R 3 9 4
0. 9 7 5
0. 6 4 0
NA
G o d zill a 7
1 1. 1
S a m e a s R 3 9 3 wit h -0. 1 0 0 i n st all e d h ei g ht
P A C -R 3 1 5
1. 4 7 5
1. 1 1 0
0. 7 1 0
ST D 10
2 6. 3
Fit s 1 2 2 7, 1 2 3 9, 1 2 9 7, 1 3 4 1 a n d 1 5 0 9
P A C -R 3 1 6
1. 2 3 5
0. 8 8 0
0. 6 4 0
LS 7
1 9. 3
Fit s 1 2 2 1
P A C -R 3 1 7
1. 3 2 5
0. 9 9 0
0. 7 0 0
ST D 10
1 7. 0
Fit s 1 3 7 1 a n d 1 5 7 5
P A C -R 3 3 4
1. 2 0 0
0. 8 5 0
0. 6 0 0
ST D 7
1 7. 0
Fit s 1 2 0 2 a n d 1 2 0 3
P A C -R 3 3 5
1. 2 4 0
0. 9 4 0
0. 6 8 0
LS 7
2 0. 0
Fit s m o st L S R P M d u al s
P A C -R 3 4 8
1. 3 6 0
0. 9 8 5
0. 6 9 0
MI NI 8
1 5. 1
Fit s 1 3 7 1
P A C -R 3 4 9
1. 2 0 0
0. 7 7 5
NA
ST D 8
1 8. 8
Fit s 1 2 0 0 a n d 1 2 0 1
P A C -R 3 5 5
1. 2 2 5
0. 9 2 0
0. 6 5 0
LS 7
1 9. 0
Fit s 1 2 2 2
P A C -R 3 8 3
1. 4 9 5
1. 1 6 7
0. 8 6 6
ST D 10
3 3. 0
Fit s 1 9 5 0
P A C -R 3 8 7
1. 4 5 0
1. 1 2 2
0. 7 3 5
ST D 10
2 9. 0
Fit s 1 9 0 1, 1 9 1 6, 1 9 1 8, 1 9 2 4 a n d 1 9 4 0
P A C -R 3 8 8
1. 4 4 0
1. 0 9 7
0. 8 0 2
ST D 10
2 9. 0
Fit s 1 9 1 4
P A C -R 3 8 9
1. 4 0 0
1. 0 6 7
0. 8 0 2
ST D 10
2 9. 0
Fit s 1 9 0 8
P A C -R 3 9 1
1. 4 0 0
1. 0 6 7
0. 7 8 5
ST D 10
2 8. 0
Fit s 1 9 0 3
P A C -R 3 9 2
1. 2 0 0
0. 8 9 2
0. 6 6 9
ST D 10
1 7. 0
Fit s 1 9 0 3
P A C -R 3 7 7
1. 4 8 0
1. 1 0 2
1. 0 0 0
ST D 10
3 2. 0
P A C -R 3 7 8
1. 4 6 0
1. 0 7 2
0. 9 6 3
ST D 10
3 0. 0
P A C -R 3 8 2
1. 2 3 5
0. 8 5 7
0. 7 5 5
ST D 10
1 7. 0
Fit s 1 9 3 3 Fit s 1 9 0 0 Fit s 1 9 0 2
D u al S p ri n g 3 0 0 S e ri e s
Si n gl e S p ri n g 3 0 0 S e ri e s
30
P A C
R A CI N G
S P RI N G S
A P et e r s o n A m e r i c a n C o m p a n y
4 0 0 S E RI E S
T h e s e r et ai n er s ar e m a d e fr o m t h e b e st 6 A L- 4 V Tit a ni u m all o y a n d c o m pl et el y s o ni c t e st e d t o a er o s p a c e st a n d ar d s pri or t o b ei n g m a c hi n e d. T h e s e r et ai n er s ar e d e si g n e d f or st a n d ar d t o hi g h d ur a bilit y u s e a n d ar e d e si g n e d t o b e v er y r o b u st.
S p ri n g R et ai n e r s
P A C- R 4 0 1
4 0 0 S e ri e s Ti- 6 4 Ti t a ni u m P art N o.
Di a m et er A
R et ai n er Di m e n si o n s (i n.) Di a m et er Di a m et er B C
Di a m et er D
Lock A n gl e ( d e g.)
W ei g ht ( gr a m s)
C o m m e nt s
B e e hi v e 4 0 0 S e ri e s P A C- R 4 4 2
0. 8 6 5
0. 5 8 0
NA
NA
6
5. 2
Fit s v-r o d ( n o n d e str o y er)
P A C- R 4 4 5
0. 8 2 5
0. 5 6 5
NA
NA
6
4. 8
Fit s v-r o d d e str o y er
P A C- R 4 6 4
0. 7 9 5
0. 5 1 7
N/ A
N/ A
F M O D B
4. 0
Fit s 1 2 1 7, 1 2 3 4 a n d 1 2 8 1
D u al S p ri n g 4 0 0 S e ri e s P A C- R 4 0 4
1. 4 8 0
1. 1 6 5
0. 8 4 0
NA
ST D 10
1 8. 8
Fit s 1. 6 2 5 d u al s pri n g s
P A C- R 4 0 5
1. 4 5 0
1. 0 9 0
0. 7 8 0
NA
ST D 10
1 6. 6
Fit s, 1 2 2 5, 1 2 4 3, 1 3 2 5, 1 3 4 3 a n d 1 5 6 1
P A C- R 4 0 8
1. 4 5 0
1. 0 4 0
0. 7 1 5
NA
ST D 10
1 5. 0
Fit s m o st d u al dr a g r a c e s pri n g s
P A C- R 4 1 6
1. 2 3 5
0. 8 8 0
0. 6 4 0
NA
LS 7
1 0. 9
Fit s 1 2 2 1
P A C- R 4 3 2
1. 2 0 0
0. 8 9 0
0. 6 0 0
NA
MI NI 8
1 0. 4
Fit s 1 3 3 5, 1 5 2 9 a n d 1 5 3 0
P A C- R 4 3 5
1. 3 0 0
0. 9 4 0
0. 6 8 0
NA
LS 7
1 1. 1
Fit s m o st L S D u al s
P A C- R 4 3 6
1. 4 5 0
1. 1 2 5
0. 8 0 0
NA
ST D 10
1 7. 6
Fit s 1 2 4 3, 1 2 4 5, 1 2 8 9 a n d 1 3 4 3
P A C- R 4 3 9
1. 0 7 5
0. 8 0 0
0. 5 7 5
NA
F M O D A
7. 8
Fit s 1 3 1 2 a n d 1 3 1 2 L
P A C- R 4 5 0
1. 2 4 0
0. 9 4 0
0. 6 8 5
NA
MI NI 8
1 1. 7
Fit s m o st L S D u al s
P A C- R 4 5 5
1. 2 2 5
0. 9 2 0
0. 6 5 0
NA
LS 7
1 1. 1
Fit s 1 2 2 2, 1 2 3 6
T ri pl e S p ri n g 4 0 0 S e ri e s P A C- R 4 0 1
1. 4 8 0
1. 1 8 5
0. 8 6 5
0. 6 3 5
ST D 10
1 7. 9
Fit s m o st tri pl e s
P A C- R 4 0 2
1. 4 8 0
1. 1 8 5
0. 8 6 5
0. 6 3 5
ST D 8
1 8. 1
Fit s m o st tri pl e s
Di a m et er D – S pri n g I D Di a m et er C – S pri n g I D Di a m et er B – S pri n g I D
8 6 6 - 7 9 9 - 9 4 1 7Di a m et/er A –R O Da c i n g S p r i n g s . c o
m
31
5 0 0 S e ri e s
S pri n g R et ai n er s
T h e s e R et ai n er s ar e m a d e fr o m Ti -1 7 all o y. Ti -1 7 h a s s h o w n gr e at er t e n sil e pr o p erti e s o v er ot h er tit a ni u m pr o d u ct s wit h it s hi g h str e n gt h a n d d e e p h ar d e n i n g all o y s. T h e s e r et ai n er s ar e mi cr o p oli s h e d f or e n h a n c e d f ati g u e lif e a n d l a s er e n gr a v e d. P A C -R 5 0 2
5 0 0 S eri e s Ti-1 7 Tit a ni u m
32
R et ai n er Di m e n si o n s (i n.)
P art N u m b er
Di a m et er A
Di a m et er B
Di a m et er C
Di a m et er D
P A C -R 5 1 0 P A C -R 5 1 1 P A C -R 5 1 2 P A C -R 5 1 3
0. 9 9 0 0. 9 9 0 0. 8 6 5 1. 1 1 5
0. 6 4 0 0. 6 4 0 0. 5 7 0 0. 7 2 1
NA NA NA NA
NA NA NA NA
P A C -R 5 0 4 P A C -R 5 0 5 P A C -R 5 0 6 P A C -R 5 0 8 P A C -R 5 0 9 P A C -R 5 1 4 P A C -R 5 1 5 P A C -R 5 1 7 P A C -R 5 1 9 P A C -R 5 3 2 P A C -R 5 3 6 P A C -R 5 3 7 P A C -R 5 3 8 P A C -R 5 4 0 P A C -R 5 4 1 P A C -R 5 4 4 P A C -R 5 4 7 P A C -R 5 5 0 P A C -R 5 5 1 P A C -R 5 5 2 P A C -R 5 5 3 P A C -R 5 5 6 P A C -R 5 5 7 P A C -R 5 5 8 P A C -R 5 5 9 P A C -R 5 7 2
1. 4 7 5 1. 4 0 0 1. 4 0 0 1. 3 6 5 1. 3 6 5 1. 4 7 5 1. 4 7 5 1. 3 2 5 1. 4 7 5 1. 2 0 0 1. 4 5 0 1. 4 7 5 1. 4 7 5 1. 4 0 0 1. 4 0 0 1. 3 6 5 1. 4 5 0 1. 2 4 0 1. 4 5 0 1. 3 6 0 1. 4 4 0 1. 4 4 0 1. 4 5 0 1. 2 0 0 1. 3 6 0 1. 2 4 0
1. 1 6 5 1. 0 9 0 1. 0 9 0 1. 0 4 0 1. 0 4 0 1. 1 4 0 1. 1 1 0 0, 9 9 0 1. 1 4 0 0. 8 9 0 1. 1 2 5 1. 1 4 0 1. 1 4 0 1. 0 8 0 1, 0 9 0 1. 0 4 0 1. 0 6 0 0. 9 4 0 1. 1 1 0 0. 9 8 5 1. 0 7 0 1. 0 9 0 1. 1 2 0 0. 8 8 0 . 0. 9 9 0 1. 0 2 0
0. 8 4 0 0. 7 8 0 0. 6 9 5 0. 7 1 5 0. 7 1 5 0. 7 3 5 0. 7 1 0 0. 7 0 0 0. 7 3 5 0. 6 0 0 0. 8 0 0 0. 8 1 5 0. 8 1 5 0. 7 7 0 0. 6 9 5 0. 7 1 5 0. 7 3 5 0. 6 8 5 0. 7 8 5 0. 6 8 0 0. 7 5 0 0. 7 8 0 0. 7 1 5 0. 6 1 5 0. 0 6 8 0. 7 1 0
NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA
P A C -R 5 0 1 P A C -R 5 0 2 P A C -R 5 0 3 P A C -R 5 6 5
1. 4 7 5 1. 4 7 5 1. 4 9 0 1. 6 2 0
1. 1 8 5 1. 1 8 5 1. 2 1 5 1. 2 1 5
0. 8 6 5 0. 8 6 5 0. 8 6 5 0. 8 6 5
P A C -R 5 2 2 P A C -R 5 2 3 P A C -R 5 2 4 P A C -R 5 2 5
1. 4 8 0 1. 4 8 0 1. 3 8 0 1. 3 8 0
1. 1 8 0 1. 1 8 0 1. 0 4 0 1. 0 4 0
L o c k A n gl e ( d e g.)
B e e hi v e 5 0 0 S eri e s ST D 10 LS 7 F M O D A ST D 10
D u al S pri n g s 5 0 0 S eri e s ST D 10 ST D 10 ST D 10 ST D 10 ST D 8 ST D 10 ST D 10 ST D 10 ST D 8 MI NI 8 ST D 10 ST D 8 ST D 10 ST D 8 ST D 8 MI NI 8 ST D 8 MI NI 8 ST D 8 MI NI 8 ST D 8 ST D 8 ST D 8 ST D 10 ST D 8 ST D 10
W ei g ht ( gr a m s)
5. 7 5. 7 5. 3 7. 7
C o m m e nt s
Fit s 1 2 1 1, 1 2 1 5, 1 2 1 8, 1 2 1 9, 1 2 2 0 a n d 1 2 8 6 Fit s 1 2 2 3 a n d 1 2 3 3 Fit s 1 2 5 5 a n d 1 2 9 5
1 7. 0 1 5. 0 1 4. 4 1 2. 9 1 2. 9 1 4. 8 1 4. 4 1 1. 8 1 4. 7 1 0. 2 1 5. 9 1 5. 8 1 7. 3 1 4. 1 1 3. 2 1 4. 2 1 7. 0 1 1. 7 1 6. 8 1 3. 1 1 5. 8 1 6. 3 1 5. 4 9. 3 2 0. 5 1 2. 2
Fit s 1. 6 2 5 d u al s pri n g s Fit s 1 2 2 5, 1 2 4 3, 1 3 2 5, 1 3 4 3 a n d 1 5 6 1 Fit s 1 2 2 6, 1 3 2 6, 1 3 2 6 H, a n d 1 3 9 3 Fit s m o st dr a g r a c e d u al s Fit s m o st dr a g r a c e d u al s Fit s 1 3 8 5 a n d 1 3 9 5 Fit s 1 2 2 7, 1 2 3 9, 1 2 9 7, 1 3 4 1 a n d 1 5 0 9 Fit s 1 3 7 1 a n d 1 5 7 5 Fit s 1 3 8 5 a n d 1 3 9 5 Fit s 1 2 4 3, 1 2 4 5, 1 2 8 9 a n d 1 3 4 3 Fit s 1 3 4 2, 1 3 8 6 a n d 1 3 9 6 Fit s 1 3 4 2, 1 3 8 6 a n d 1 3 9 6 Fit s 1 3 4 0, 1 5 4 1 a n d 1 5 7 2 Fit s 1 2 2 6, 1 3 2 6, 1 3 2 6 H, A N D 1 3 9 3 Fit s m o st dr a g r a c e d u al s Fit s 1 3 2 3 a n d 1 3 7 0 Fit s m o st l s d u al s Fit s 1 2 4 4 a n d 1 3 4 4 Fit s 1 3 7 1 a n d 1 5 7 5 Fit s 1 5 7 4 Fit s, 1 2 2 5, 1 2 4 3, 1 3 2 5, 1 3 4 3 a n d 1 5 6 1 Fit s 1 2 2 7, 1 2 3 9, 1 2 9 7, 1 3 4 1 a n d 1 5 0 9 Fit s 1 3 9 2 Fit s 1 3 7 3 Fit s 1 3 7 2
Tri pl e S pri n g s 5 0 0 S eri e s NA ST D 10 NA ST D 10 NA ST D 8 NA ST D 10 S oli d St o p R et ai n er s
1 6. 6 1 6. 6 1 7. 2 2 1. 5
Fit s m o st tri pl e s pri n g s Fit s m o st tri pl e s pri n g s Fit s 1 3 6 6 L ar g e O D f or b ett er e d g e w e ar
NA NA NA NA
1 9. 4 1 9. 4 1 6. 7 1 6. 7
T h e s e r et ai n er s f e at ur e a d et e nt at t h e b ott o m of t h e c o n e t o m e c h a ni c all y st o p l o c k s fr o m p ulli n g t hr o u g h
0. 8 6 5 0. 8 6 5 0. 7 1 5 0. 7 1 5
ST D 8 ST D ST D ST D
Fit s m o st tri pl e s pri n g s Fit s m o st tri pl e s pri n g s Fit s m o st dr a g r a c e d u al s Fit s m o st dr a g r a c e d u al s
T o ol St e el
P A C -R 6 0 1
R e t ai n e r s S e ri e s
T h e s e R et ai n er s f e at ur e ultr a li g ht w ei g ht d e si g n s fr o m v al v e s pri n g t y p e all o y s. S o p hi sti c at e d pr o c e s si n g s u c h a s mi cr o p oli s hi n g a n d N a n o P e e n ™ t e c h n ol o g y ar e u s e d t o e n h a n c e t h e r et ai n er lif e. T h e hi g h h ar d n e s s of t h e st e el h a s hi g h er w e ar r e si st a n c e pr o p erti e s.
6 0 0 S e ri e s T o ol S t e el P art N o.
Di a m et er A
R et ai n er Di m e n si o n s (i n.) Di a m et er B
Lock A n gl e ( d e g.)
Di a m et er C B e e hi v e 6 0 0 S e ri e s
W ei g ht ( gr a m s)
C o m m e nt s
S o m e r e q uir e s p e ci al s pri n g s e at s f or pr o p er i n st all ati o n
P A C -R 6 3 3
0. 8 7 5
0. 6 4 0
NA
ST D 7
6. 0
Fit s 1 4 0 9 a n d all . 6 5 0 I D b e e hi v e s - f or dr a g e r a c e u s e o nl y
P A C -R 6 4 3
0. 9 5 0
0. 6 4 0
NA
MI NI 8
8. 4
Fit s 1 4 2 7 (f or dr a g r a c e u s e o nl y)
P A C -R 6 5 4
1. 1 2 5
0. 7 1 5
NA
MI NI 8
1 3. 0
Fit s 1 2 9 5
D u al S p ri n g 6 0 0 S e ri e s S o m e r e q uir e s p e ci al s pri n g s e at s f or pr o p er i n st all ati o n P A C -R 6 0 6
1. 4 0 0
1. 0 9 0
0. 6 9 5
ST D 10
1 6. 6
Fit s 1 2 2 6, 1 3 2 6, 1 3 2 6 H, A N D 1 3 9 3
P A C -R 6 0 8
1. 3 5 0
1. 0 4 0
0. 7 1 5
ST D 10
1 5. 7
Fit s m o st dr a g r a c e d u al s
P A C -R 6 0 9
1. 3 5 0
1. 0 4 0
0. 7 1 5
ST D 8
1 5. 9
Fit s m o st dr a g r a c e d u al s
P A C -R 6 1 4
1. 4 5 0
1. 1 4 0
0. 7 3 5
ST D 10
1 8. 8
Fit s 1 3 8 5 a n d 1 3 9 5
P A C -R 6 1 5
1. 4 7 5
1. 1 1 0
0. 7 1 0
ST D 10
2 1. 8
Fit s 1 2 2 7, 1 2 3 9, 1 2 9 7, 1 3 4 1 a n d 1 5 0 9
P A C -R 6 1 6
1. 2 3 5
0. 8 8 0
0. 6 4 0
LS 7
1 2. 6
Fit s 1 2 2 1
P A C -R 6 1 9
1. 4 5 0
1. 1 4 0
0. 7 3 5
ST D 8
1 7. 8
Fit s 1 3 8 5 a n d 1 3 9 5
P A C -R 6 3 2
1. 2 5 0
0. 8 9 0
0. 6 0 0
MI NI 8
1 1. 7
Fit s 1 3 3 5, 1 5 2 9 a n d 1 5 3 0
P A C -R 6 3 5
1. 2 0 0
0. 9 4 0
0. 6 8 5
LS 7
1 3. 4
Fit s m o st L S d u al s
P A C -R 6 4 1
1. 4 0 0
1. 0 9 0
0. 6 9 5
ST D 8
1 7. 5
Fit s 1 2 2 6, 1 3 2 6, 1 3 2 6 H, A N D 1 3 9 3
P A C -R 6 4 4
1. 4 0 0
1. 0 4 0
0. 7 1 5
MI NI 8
2 2. 0
Fit s m o st dr a g r a c e d u al s
P A C -R 6 4 9
1. 2 0 0
0. 7 7 5
NA
ST D 8
1 4. 8
Fit s 1 2 0 0 a n d 1 2 0 1
P A C -R 6 5 0
1. 2 5 0
0. 9 4 0
0. 6 8 5
MI NI 8
1 5. 9
Fit s m o st L S d u al s
P A C -R 6 5 1
1. 4 5 0
1. 1 1 0
0. 7 8 5
ST D 8
1 3. 5
Fit s 1 2 4 4 a n d 1 3 4 4
P A C -R 6 5 5
1. 2 2 5
0. 9 2 0
0. 6 5 0
LS 7
1 6. 3
Fit s 1 2 2 2, 1 2 3 6
P A C -R 6 5 8
1. 2 0 0
0. 8 8 0
0. 6 1 5
Mi ni 8
1 6. 3
Fit s P A C -1 3 9 2
P A C -R 6 5 9 P A C -R 6 6 0
1. 3 8 0 1. 5 7 5
0. 9 9 0 1. 1 2 0
0. 6 7 5 0. 7 1 5
MI NI 8 Mi ni 8
2 1. 0 2 4. 0
Fit s 1 3 7 3 Fit s P A C -1 3 4 1
P A C -R 6 6 1
1. 4 3 0
1. 0 9 5
0. 6 9 5
MI NI 8
2 2. 0
Fit s 1 2 2 6, 1 3 2 6, 1 3 2 6 H, A N D 1 3 9 3
P A C -R 6 7 2
1. 2 4 0
1. 0 2 0
0. 7 1 0
Mi ni 8
1 8. 8
Fit s P A C -1 3 7 2
P A C -R 7 5 8
1. 1 4 5
0. 8 8 0
0. 6 1 0
MI NI 8
1 3. 2
Fit s 1 3 9 2
P A C -R 7 6 8
1. 3 6 0
1. 0 7 6
0. 7 5 2
MI NI 8
2 0. 1
Fit s 1 3 9 4
7 0 0 S e ri e s D u al S p ri n g s
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o m
33
V al v e L o c k s L a s h C a p R e c e s s L o c k s P art N o.
W e h a v e a d d e d s e v er al l o c k p art n u m b er s t h at f e at ur e a m a c hi n e d r e c e s s f or l a s h c a p s. T h e a v ail a bl e l o c k s wit h t h e s e f e at ur e ar e hi g hli g ht e d or a n g e.
P A C- L R x x x x i n st e a d of t h e st a n d ar d P art N u m b er P A C- L x x x x R ef er e n c e: LL RR == LLaasshhrreecceessss L = S T D Lock no recess S T D i n st all e d h ei g ht h a s r e c e s s of 0. 0 3 0 + 0. 0 5 0 i n st all e d h ei g ht h a s r e c e s s of 0. 0 8 0 d e pt h V al v e Si z e
D e s cri pti o n & A p pli c ati o n D et ail s
Ty p e
L o c k A n gl e ( d e g)
V al v e Gr o o v e Ty p e
I n st all ati o n H ei g ht
M at eri al
3/ 8 " V al v e L o c k s
34
Ty p e
Lock A n gl e
V al v e Gr o o v e Ty p e
I n st all ati o n H ei g ht
M at eri al
1 1/ 3 2 " V al v e L o c k s
T O O R D E R U S E:
P art N o.
Li st e d V al v e Si z e
P A C- L 8 0 0 5
1 1/ 3 2
ST D 10
10
S Q UA RE
- 0. 0 5 0
TI T A NI U M
P A C- L 8 0 0 6
1 1/ 3 2
ST D 10
10
R A DI U S
- 0. 0 5 0
TI T A NI U M
P A C- L 8 0 0 7
1 1/ 3 2
ST D 10
10
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 0 0 8
1 1/ 3 2
ST D 10
10
R A DI U S
ST D
TI T A NI U M
P A C- L 8 0 1 5
1 1/ 3 2
ST D 8
8
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 0 1 6
1 1/ 3 2
ST D 8
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 0 1 7
1 1/ 3 2
ST D 8
8
S Q UA RE
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 0 1 8
1 1/ 3 2
ST D 8
8
R A DI U S
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 0 2 5
1 1/ 3 2
ST D 10
10
S Q UA RE
- 0. 0 5 0
ST E EL
P A C- L 8 0 2 6
1 1/ 3 2
ST D 10
10
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L 8 0 2 7
1 1/ 3 2
ST D 10
10
S Q UA RE
ST D
ST E EL
P A C- L 8 0 2 8
1 1/ 3 2
ST D 10
10
R A DI U S
ST D
ST E EL
P A C- L 8 0 3 5
1 1/ 3 2
ST D 8
8
S Q UA RE
ST D
ST E EL
P A C- L 8 0 3 6
1 1/ 3 2
ST D 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 0 3 7
1 1/ 3 2
ST D 8
8
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 0 3 8
1 1/ 3 2
ST D 8
8
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 1 9
1 1/ 3 2
MI NI 8
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 0 9 0
3/ 8
Tit a ni u m S T D 1 0 3/ 8" V al v e L o c k
ST D 10
10
S Q UA RE
- 0. 0 5 0
TI T A NI U M
P A C- L 8 0 9 1
3/ 8
Tit a ni u m S T D 1 0 3/ 8" V al v e L o c k
ST D 10
10
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 1 2 1
1 1/ 3 2
MI NI 8
8
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 0 9 2
3/ 8
St e el S T D 1 0 3/ 8" V al v e L o c k
ST D 10
10
S Q UA RE
ST D
ST E EL
P A C- L 8 1 3 1
1 1/ 3 2
MI NI 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 0 9 3
3/ 8
St e el S T D 1 0 3/ 8" V al v e L o c k
ST D 10
10
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 1 3 2
1 1/ 3 2
MI NI 8
8
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 0 9 4
3/ 8
Tit a ni u m S T D 8 3/ 8" V al v e L o c k
ST D 8
8
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 1 3 3
1 1/ 3 2
MI NI 8
8
S Q UA RE
ST D
ST E EL
P A C- L 8 0 9 5
3/ 8
Tit a ni u m S T D 8 3/ 8" V al v e L o c k
ST D 8
8
S Q UA RE
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 1 3 4
1 1/ 3 2
MI NI 8
8
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 1 4 6
1 1/ 3 2
ST D 7
7
S Q UA RE
ST D
ST E EL
P A C- L 8 1 4 7
1 1/ 3 2
ST D 7
7
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 1 5 4
1 1/ 3 2
ST D 7
7
R A DI U S
ST D
ST E EL
P A C- L 8 0 9 6
3/ 8
St e el S T D 8 3/ 8" V al v e L o c k
ST D 8
8
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 0 9 7
3/ 8
St e el S T D 8 3/ 8" V al v e L o c k
ST D 8
8
S Q UA RE
+ 0. 1 0 0
ST E EL
P A C- L 8 1 2 7
3/ 8
St e el Mi ni 8 3/ 8" V al v e L o c k
MI NI 8
8
S Q UA RE
ST D
ST E EL
P A C- L 8 1 2 8
3/ 8
St e el Mi ni 8 3/ 8" V al v e L o c k
MI NI 8
8
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C R A CI N G S P RI N G S
P A C- L 8 1 5 5
1 1/ 3 2
ST D 7
7
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L R 8 0 2 5
1 1/ 3 2
ST D 10
10
S Q UA RE
- 0. 0 5 0
ST E EL
P A C- L R 8 0 2 7
1 1/ 3 2
ST D 10
10
S Q UA RE
ST D
ST E EL
P A C- L R 8 0 2 8
1 1/ 3 2
ST D 10
10
R A DI U S
ST D
ST E EL
A P et e r s o n A m e ri c a n
C o m pa ny
P art N o.
Li st e d V al v e Si z e
Li st e d V al v e Si z e
Ty p e
5/ 1 6 " V al v e L o c k s
6 m m V al v e L o c k s 6 m m
F M O D B
Ty p e
Lock A n gl e
P A C- L 8 0 4 5
5/ 1 6"
ST D 10
10
P A C- L 8 0 4 6
5/ 1 6"
ST D 10
P A C- L 8 0 4 7
5/ 1 6"
ST D 10
P A C- L 8 0 4 8
5/ 1 6"
P A C- L 8 0 5 5
5/ 1 6"
V al v e Gr o o v e Ty p e
I n st all ati o n H ei g ht
M at eri al
P art N o.
7
V al v e Gr o o v e Ty p e T RI P L E R A DI U S
I n st all ati o n H ei g ht
M at eri al
ST D
ST E EL ( O E)
S Q UA RE
- 0. 0 5 0
TI T A NI U M
10
R A DI U S
- 0. 0 5 0
TI T A NI U M
10
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 0 7 8
7 m m
ST D 10
10
R A DI U S
- 0. 1 0 0
TI T A NI U M
ST D 10
10
R A DI U S
ST D
TI T A NI U M
P A C- L 8 0 7 9
7 m m
ST D 10
10
R A DI U S
- 0. 0 5 0
TI T A NI U M
ST D 8
8
S Q UA RE
ST D
TI T A NI U M
P A C- L 8 0 8 0
7 m m
ST D 10
10
R A DI U S
- 0. 1 0 0
ST E EL
P A C- L 8 0 8 1
7 m m
ST D 10
10
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L 8 0 8 2
7 m m
ST D 8
8
R A DI U S
- 0. 0 5 0
TI T A NI U M
P A C- L 8 0 8 3
7 m m
ST D 8
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 0 8 4
7 m m
ST D 8
8
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L 8 0 8 5
7 m m
ST D 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 0 5 6
5/ 1 6"
ST D 8
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 0 5 7
5/ 1 6"
ST D 8
8
S Q UA RE
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 0 5 8
5/ 1 6"
ST D 8
8
R A DI U S
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 0 6 4
5/ 1 6"
ST D 10
10
S Q UA RE
- 0. 0 5 0
ST E EL
P A C- L 8 0 6 5
5/ 1 6"
ST D 10
10
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L 8 0 6 6
5/ 1 6"
ST D 10
10
S Q UA RE
ST D
ST E EL
P A C- L 8 0 6 7
5/ 1 6"
ST D 10
10
R A DI U S
ST D
ST E EL
P A C- L 8 0 7 3
5/ 1 6"
ST D 8
8
S Q UA RE
ST D
ST E EL
P A C- L 8 0 7 4
5/ 1 6"
ST D 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 0 7 5
5/ 1 6"
ST D 8
8
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 0 7 6
5/ 1 6"
ST D 8
8
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 2 3
5/ 1 6"
MI NI 8
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 1 2 4
5/ 1 6"
MI NI 8
8
R A DI U S
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 1 2 5
5/ 1 6"
MI NI 8
8
S Q UA RE
+ 0. 0 5 0
TI T A NI U M
P A C- L 8 1 3 5
5/ 1 6"
MI NI 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 1 3 6
5/ 1 6"
MI NI 8
8
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 3 7
5/ 1 6"
MI NI 8
8
S Q UA RE
ST D
ST E EL
P A C- L 8 1 3 8
5/ 1 6"
MI NI 8
8
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 1 3 9
5/ 1 6"
MI NI 8
8
R A DI U S
P A C- L 8 1 4 8
5/ 1 6"
ST D 7
7
S Q UA RE
T O P L O C K TI T A NI U M ST D
ST E EL
P A C- L 8 0 8 9
Lock A n gl e
7 m m V al v e L o c k s
P A C- L 8 0 8 6
7 m m
F M O D A
7
T RI P L E R A DI U S
ST D
ST E EL ( O E)
P A C- L 8 0 8 7
7 m m
F M O D A
7
R A DI U S
T OP L O CK
ST E EL
P A C- L 8 0 8 8
7 m m
F M O D A
7
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 2 9
7 m m
MI NI 8
8
R A DI U S
- 0. 0 5 0
TI T A NI U M
P A C- L 8 1 3 0
7 m m
MI NI 8
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 1 4 0
7 m m
MI NI 8
8
R A DI U S
P A C- L 8 0 4 5
T O P L O C K TI T A NI U M
8 m m V al v e L o c k s P art N o.
Li st e d V al v e Si z e
Ty p e
L o c k A n gl e
V al v e Gr o o v e Ty p e
P A C- L 8 1 1 3
8 m m
L S- 1
7
P A C- L 8 1 1 4
8 m m
L S- 1
7
P A C- L 8 1 1 6
8 m m
L S- 1
P A C- L 8 1 1 7
8 m m
MI NI 8
I n st all ati o n H ei g ht
M at eri al
R A DI U S
ST D
ST E EL
R A DI U S
+ 0. 0 5 0
ST E EL
7
R A DI U S
- 0. 0 5 0
ST E EL
8
R A DI U S
ST D
TI T A NI U M
P A C- L 8 1 1 8
8 m m
MI NI 8
8
R A DI U S
+ 0. 0 5 0
TI T A NI U M
8 m m
MI NI 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 1 4 9
5/ 1 6"
ST D 7
7
S Q UA RE
+ 0. 0 5 0
ST E EL
P A C- L 8 1 4 1
P A C- L 8 1 5 0
5/ 1 6"
ST D 7
7
R A DI U S
ST D
ST E EL
P A C- L 8 1 4 2
8 m m
MI NI 8
8
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 4 3
8 m m
MI NI 8
8
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L 8 1 5 1
5/ 1 6"
ST D 7
7
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 6 1
5/ 1 6"
L S- 1
7
R A DI U S
ST D
ST E EL
P A C- L 8 1 4 4
8 m m
MI NI 8
8
R A DI U S
T OP L O CK
ST E EL
8 m m
ST D 7
7
R A DI U S
ST D
ST E EL
P A C- L 8 1 6 2
5/ 1 6"
L S- 1
7
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L 8 1 5 2
P A C- L R 8 0 6 4
5/ 1 6"
ST D 10
10
S Q UA RE
- 0. 0 5 0
ST E EL
P A C- L 8 1 5 3
8 m m
ST D 7
7
R A DI U S
+ 0. 0 5 0
ST E EL
P A C- L R 8 0 6 5
5/ 1 6"
ST D 10
10
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L 8 1 5 9
8 m m
ST D 10
10
R A DI U S
- 0. 0 5 0
ST E EL
P A C- L R 8 0 6 6
5/ 1 6"
ST D 10
10
S Q UA RE
ST D
ST E EL
P A C- L 8 1 6 0
8 m m
ST D 10
10
R A DI U S
ST D
ST E EL
P A C- L R 8 0 6 7
5/ 1 6"
ST D 10
10
R A DI U S
ST D
ST E EL
P A C- L 8 1 6 3
8 m m
ST D 8
8
R A DI U S
ST D
ST E EL
P A C- L 8 1 6 4
8 m m
ST D 8
8
R A DI U S
+ 0. 0 5 0
ST E EL
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
35
S e at s • S hi m s • S hi m Kit s St e p S e at s P art N o.
Di a m et er A ( O D)
Di a m et er C ( 2 n d St e p Di a.)
Di a m et er s (i n.) P art N o.
Di a m et er A ( O D)
P A C- S 1 0 1
1. 5 5 0
0. 8 5 5
0. 5 7 5
0. 0 6 0
P A C- S 1 0 2
1. 5 5 0
0. 8 5 5
0. 6 3 5
0. 0 6 0
P A C- S 1 0 3
1. 5 5 0
0. 7 7 0
0. 5 7 5
0. 0 6 0
P A C- S 1 0 4
1. 5 5 0
0. 7 7 0
0. 6 3 5
0. 0 6 0
P A C- S 1 0 5
1. 5 5 0
0. 7 0 0
0. 5 7 5
0. 0 6 0
P A C- S 1 0 6
1. 5 5 0
0. 7 0 0
0. 6 3 5
0. 0 6 0
P A C- S 1 0 7
1. 6 2 5
0. 7 6 0
0. 6 3 5
0. 0 6 0
P A C- S 1 0 8
1. 6 2 5
0. 7 6 0
0. 5 7 5
0. 0 6 0
P A C- S 1 0 9
1. 6 5 0
0. 6 3 0
0. 5 7 0
0. 0 6 0
P A C- S 1 1 0
1. 5 0 0
0. 7 1 5
0. 5 7 0
0. 0 6 0
P A C- S 1 1 1
1. 2 7 0
0. 8 7 0
0. 5 7 0
0. 0 6 0
P A C- S 1 1 2
1. 4 5 0
0. 9 8 0
0. 5 7 0
0. 0 6 0
P A C- S 1 1 3
1. 4 5 0
0. 9 8 0
0. 6 3 0
0. 0 6 0
P A C- S 1 1 4
1. 4 5 0
0. 7 0 0
0. 5 7 0
0. 0 6 0
P A C- S 1 1 5
1. 4 5 0
0. 7 0 0
0. 6 3 0
0. 0 6 0
P A C- S 1 1 6
1. 5 5 0
1. 1 2 0
0. 6 3 0
0. 0 6 0
P A C- S 1 1 7
1. 5 5 0
0. 7 3 0
0. 5 7 5
0. 0 6 0
P A C- S 1 1 8
1. 5 5 0
0. 7 3 0
0. 6 3 0
0. 0 6 0
P A C- S 1 1 9
1. 5 5 0
0. 8 0 0
0. 5 7 5
0. 0 6 0
P A C- S 1 2 0
1. 5 5 0
0. 8 0 0
0. 6 3 0
0. 0 6 0
P A C- S 1 2 1
1. 2 7 0
0. 6 4 0
0. 5 2 0
0. 0 6 0
P A C- S 1 2 6
1. 5 0 0
0. 7 1 5
0. 6 3 0
0. 0 6 0
P A C- S 1 2 7
1. 1 0 0
0. 5 8 0
0. 5 1 0
0. 0 3 0
P A C- S 1 2 8
1. 2 7 0
0. 6 0 0
0. 5 2 0
0. 0 6 0
P A C- S 1 2 9
1. 2 7 0
0. 6 8 0
0. 5 2 0
0. 0 6 0
P A C- S 1 3 0
1. 5 5 0
0. 8 2 0
0. 5 7 5
0. 0 6 0
P A C- S 1 3 1
1. 5 5 0
0. 8 2 0
0. 6 3 0
0. 0 6 0
P A C- S 1 3 5
1. 2 7 0
0. 6 8 0
0. 5 7 0
0. 0 6 0
P A C- S 1 3 8
1. 2 7 0
0. 6 1 5
0. 5 7 5
0. 0 6 0
P A C- S 1 4 1
1. 2 7 1
0. 6 4 0
0. 5 1 5
0. 0 6 0
P A C- S 1 3 2
1. 5 0 0
0. 7 1 5
0. 6 3 0
0. 0 3 0
P A C- S 1 3 3
1. 6 5 0
0. 6 3 0
0. 5 7 0
0. 0 3 0
P A C- S 1 3 4
1. 5 0 0
0. 7 1 5
0. 5 7 0
0. 0 3 0
P A C- S 1 3 6
1. 2 7 0
0. 6 8 0
0. 5 1 0
0. 0 3 0
Di a m et er B ( S pri n g I D)
Di a m et er C (I D)
Di m “ E” T hi c k n e s s
0. 0 6 0 T HI C K N E S S
Di a m et er s (i n.) Di a m et er B ( 1 st St e p Di a.)
C h r o m e M ol y S p ri n g S e at s
Di a m et er D ( 3r d St e p Di a.)
Di a m et er E ( T hr u H ol e I D)
P A C- S 1 2 2
1. 5 0 0
1. 0 4 0
0. 7 1 4
NA
0. 5 7 0
P A C- S 1 2 2 X
1. 5 0 0
1. 0 4 0
0. 7 1 4
NA
0. 5 7 0
P A C- S 1 2 3
1. 6 5 0
1. 1 8 5
0. 8 6 5
0. 6 3 5
0. 5 7 0
P A C- S 1 2 3 X
1. 6 5 0
1. 1 8 5
0. 8 6 5
0. 6 3 5
0. 5 7 0
P A C- S 1 2 4
1. 5 5 0
1. 1 4 0
0. 7 3 0
NA
0. 5 7 0
P A C- S 1 2 4 X
1. 5 5 0
1. 1 4 0
0. 7 3 0
NA
0. 5 7 0
P A C- S 1 2 5
1. 2 7 0
0. 8 8 0
0. 6 4 0
NA
0. 5 2 0
P A C- S 1 2 5 X
1. 2 7 0
0. 8 8 0
0. 6 4 0
NA
0. 5 2 0
P A C- S 1 3 9 X
1. 5 0 0
1. 1 0 0
0. 7 1 0
NA
0. 5 7 0
P A C- S 1 5 0 X
1. 4 9 5
1. 0 9 0
0. 7 0 0
NA
0. 0 3 5
Ø A- O D Ø B - 1 st St e p Di a. Ø C - 2 n d St e p Di a. Ø D - 3r d St e p Di a. Ø E-I D
Di a m et er A - O D Di a m et er B - S pri n g I D Di a m et er C T hr o u g h
St e p S e at
C h r o m e M ol y S p ri n g S e at
St e p S e at
0. 0 3 0 T HI C K N E S S
P A C- S 1 0 1
36
P A C- S 1 0 2
P A C R A CI N G S P RI N G S
P A C- S 1 0 9
A P et e r s o n A m e ri c a n
C o m pa ny
S p ri n g S hi m s
H a r d e n e d s p ri n g s hi m s a r e c riti c al t o a c hi e vi n g t h e c o r r e ct sp ri n g i n st all e d h ei g ht. P art N o.
P A C- S 1 9 6
P A C- S 1 9 0
O ut si d e Di a m et er (i n)
I n si d e Di a m et er (i n)
T hi c k n e s s (i n)
P A C- S 1 8 1
1. 0 4 0
0. 6 1 5
0. 0 1 5
P A C- S 1 8 2
1. 0 4 0
0. 6 1 5
0. 0 2 0
P A C- S 1 8 3
1. 0 4 0
0. 6 1 5
0. 0 3 0
P A C- S 1 8 4
1. 5 0 0
0. 5 7 0
0. 0 5 0
P A C- S 1 8 5
1. 5 0 0
0. 5 7 0
0. 0 3 0
P A C- S 1 8 6
1. 5 0 0
0. 5 7 0
0. 0 2 0
P A C- S 1 8 7
1. 5 0 0
0. 5 7 0
0. 0 1 5
P A C- S 1 8 8
1. 2 5 0
0. 5 7 0
0. 0 5 0
P A C- S 1 8 9
1. 2 5 0
0. 5 7 0
0. 0 3 0
P A C- S 1 9 0
1. 2 5 0
0. 5 7 0
0. 0 2 0
P A C- S 1 9 1
1. 2 5 0
0. 5 7 0
0. 0 1 5
P A C- S 1 9 2
1. 5 0 0
0. 6 4 5
0. 0 5 0
P A C- S 1 9 3
1. 5 0 0
0. 6 4 5
0. 0 3 0
P A C- S 1 9 4
1. 5 0 0
0. 6 4 5
0. 0 2 0
P A C- S 1 9 5
1. 5 0 0
0. 6 4 5
0. 0 1 5
P A C- S 1 9 6
1. 6 2 0
0. 6 4 5
0. 0 5 0
P A C- S 1 9 7
1. 6 2 0
0. 6 4 5
0. 0 3 0
P A C- S 1 9 8
1. 6 2 0
0. 6 4 5
0. 0 2 0
P A C- S 1 9 9
1. 6 2 0
0. 6 4 5
0. 0 1 5
I N ST A L L E D HEI G H T
Wit h hi g h r at e s pri n g s t h at ar e u s e d i n t o d a y’ s e n gi n e s, t h e i n st all e d h ei g ht a c c ur a c y i s m or e criti c al t h a n e v er. F or e x a m pl e, a 0. 0 1 5 diff er e n c e i n h ei g ht o n a 8 0 0 l b/i n r at e s pri n g will h a v e 1 2 l b s. of s pri n g f or c e v ari ati o n. M e a s uri n g a n d s etti n g t h e h ei g ht t o wit hi n 0. 0 0 5 i n c h e s wit h P A C g a g e s a n d s hi m s will i ns ur e a s m o ot h er ru n ni n g val v etr ai n.
S p ri n g S hi m Kit s T h e f oll o wi n g kits c o nt ai n 1 6 p c s e a c h of 0. 0 1 5 , 0. 0 2 0, 0. 0 3 0 a n d 0. 0 50 t hi ck s hi m s f or p r e ci s e a dj u st m e n t of th e s p ri n g i n st all ed h ei g ht. P art N o.
D e s cri pti o n
0. 0 1 5 S hi m
0. 0 2 0 S hi m
0. 0 3 0 S hi m
0. 0 5 0 S hi m
I n si d e Di a m et er (i n)
P A C- K S 9 1
1. 6 2 0 Di a S hi m Kit- ( 6 4 p c s t ot al)
S199
S198
S197
S196
0. 6 4 5
P A C- K S 9 2
1. 5 0 0 Di a S hi m Kit- ( 6 4 p c s t ot al)
S195
S194
S193
S192
0. 6 4 5
P A C- K S 9 3
1. 2 5 0 Di a S hi m Kit- ( 6 4 p c s t ot al)
S191
S190
S189
S188
0. 5 7 0
P A C- K S 9 4
1. 5 0 0 Di a S hi m Kit- ( 6 4 p c s t ot al)
S187
S186
S185
S184
0. 5 7 0
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
37
V al v et r ai n T o ol s
C h e c ki n g S p ri n g s P A C - T9 1 0
T h e s e li g ht w ei g ht s pri n g s ar e u s e d f or v al v etr ai n m o c k- u p 0. 8 6 0 O D x 3. 0 l o n g. T h e s e s pri n g s c a n b e c o m pr e s s e d b y h a n d f or e a s e of v al v etr ai n s et u p a n d c h e c ki n g.
C ali b r ati o n S p ri n g s S p e ci all y d e si g n e d s pri n g s f or c ali br ati n g s pri n g t e st er s. T h e s e s pri n g s c o m e c o m pl et e wit h d at a s h e et s s h o wi n g v ari o u s l o a d s at h ei g ht s t o c h e c k t h e a c c ur a c y of s pri n g t e st er s.
C erti fi c at e of c ali br ati o n i n cl u d e d
Si g n e d: D at e:
P A C- T 9 0 0
S p ri n g I n st all e d H ei g ht G a g e ▪ St ai nl e s s st e el c o n str u cti o n f or e xtr e m el y l o n g lif e ▪ N o n- m a g n eti c t o a v oi d p ulli n g s hi m s w h e n u si n g
P A C- T 9 0 2
P A C- T 9 0 3 P A C- T 9 0 1
38
▪ I n cr e a s e d a c c ur a c y a n d pr e ci si o n wit h fi n er pit c h t hr e a d s ▪ S e v er al m o d el s t o c h o o s e fr o m
P art N u m b er
H ei g ht R a n g e
ID
P er T ur n
Use
C ol or
P A C- T 9 0 1
1. 4 0 0 t o 2. 0 0 0
0. 7 6 0
0. 0 5 0
B e e hi v e s pri n g s
Bl u e
P A C- T 9 0 2
1. 8 0 0 t o 2. 5 0 0
1. 2 0 0
0. 0 5 0
P A C- T 9 0 3
1. 4 0 0 t o 1. 9 0 0
1. 2 0 0
0. 0 5 0
E n gi n e B uil d er s
Or a n g e
P A C- T 9 0 4
1. 4 0 0 t o 2. 0 0 0
0. 9 7 5
0. 0 5 0
L S D u al S pri n g s
P ur pl e
P A C- T 9 0 4
Pr o S eri e s & Dr a g Race
Red
C u st o m V al v e S p ri n g D e si g n R e q u e st F o r m
B A SI C S P RI N G L A Y O U T
T hi s i s P A C’ s st arti n g p oi nt t o pr o vi d e y o u t h e a b s ol ut e b e st v al v e s pri n g t ail or e d c o m pl et el y t o y o ur e n gi n e a p pli c ati o n. Pl e a s e fill t hi s o ut a s c o m pl et el y a s p o s si bl e. T hi s i nf or m ati o n will b e u s e d b y o ur e n gi n e eri n g st aff t o d e si g n a s pri n g t h at will pr o vi d e a s pri n g t h at will c o ntr ol t h e v al v e t o t h e r e q u e st e d R P M w hil e r e d u ci n g o p er ati n g str e s s e s a s m u c h a s p o s si bl e. Pl e a s e f e el fr e e t o c o nt a ct o ur st aff f or a n y a s si st a n c e wit h t hi s. All i nf or m ati o n pr o vi d e d will b e h el d i n t h e stri ct e st c o n fi d e n c e a n d will b e c o m pl et el y pr o pri et ar y t o y o ur c o m p a n y.
R et ai n er St e p T hi c k n e s s:
M a x V al v e Lift: I n st all e d H ei g ht V al v e Cl o s e d H ei g ht:
Cl e ar a n c e t o Bi n d:
I n st all e d S pri n g L o a d:
Na me ________________________________________________________________________
V al v e O p e n H ei g ht:
C o m p a ny N a m e _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
S pri n g O p e n L o a d:
A d dr e s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ A d dr e s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
C oil Bi n d or S oli d H ei g ht:
Cit y _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ St at e _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Zi p C o d e _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Mi n. I n si d e Di a m et er:
C o u ntr y _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
M a x. O ut si d e Di a m et er:
P h o n e N u m b er _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ F a x N u m b er _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ E m ail A d dr e s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Ot h er R e q uir e m e nt s
W e b sit e _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ W h at i s t h e a p pli c ati o n: ( Str e et, Dr a g, O v al, et c.) ? _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ W h at i s t h e e x p e ct e d R P M R a n g e ?
C h a mf eri n g
__________________________________________________________________________________
W h at i s t h e e x p e ct e d lif e of t h e s pri n g: ( R a c e, S e a s o n, C y cl e s, et c.) ?
T hi s di a gr a m i s v er y g e n er al b ut t h e b a si c l o a d, h ei g ht a n d o p er ati n g e n v el o p e s c a n b e d e fi n e d f or m o st e n gi n e c o n fi g ur ati o n s
I d e nti fi c ati o n
_______________________________________________________
W h at t y p e of s pri n g s i s d e sir e d: ( Si n gl e, D u al, Tri pl e, B e e hi v e, et c.) ? _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Ti p C o n diti o ni n g
D o e s t hi s s pri n g n e e d t o fit a n e xi sti n g r et ai n er or s e at ? _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
L o a d T ol er a n c e
W h at i s t h e c urr e nt s pri n g u s e d f or t hi s a p pli c ati o n ? _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ W h at ar e t h e pr o bl e m s / i s s u e s wit h t h e c urr e nt s pri n g s u s e d ? _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
S oli d H ei g ht T ol er -
A n y ot h er c o m m e nt s: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
ance
_______________________________________________________________________________________________________________ V al v et r ai n I nf o r m ati o n: (if n ot p r o p ri et a r y) E n gi n e / t y p e _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ R o c k er ar m r ati o _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ C a m lift / pr o fil e * _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ R o c k er ar m m a s s / stiff n e s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ T a p p et m a s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ R et ai n er m a s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
P A C R A CI N G S P RI N G S
P u s hr o d m a s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ V al v e st e m l o c k m a s s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ * W e c a n a c c e pt m a n y f or m s of lift / pr o fil e d at a – c o nt a ct P A C R a ci n g S pri n g s f or m or e d et ail e d i nf or m ati o n.
8 6 6 - 7 9 9 - 9 4 1 7
/
R a c i n g S p r i n g s . c o
m
2 1 2 0 0 T el e g r a p h R o a d S o u t h fi el d, MI 4 8 0 3 3 1- 8 6 6- 7 9 9- 9 41 7
39
P r o u d C o nti n g e n c y S p o n s o r of N H R A, R a c e r R e w a r d s, E n gi n e R e w a r d s, P D R A, a n d C o nti n g e n c y C o n n e cti o n
2 1 2 0 0 T el e g r a p h R o a d S o u t h fi el d, MI 4 8 0 3 3 T oll Fr e e: 8 6 6 - 7 9 9 - 9 4 1 7 E m ail: t e c h @ r a ci n g s p ri n g s. c o m F a x: 2 4 8 - 3 5 0 - 3 2 0 6
4© 0P et er s o n S pri n g 1 1/ 2 0 1 9