PU-1 - Behlke

Transcription

PU-1 - Behlke

D L C
- D IR E C T L IQ U ID
C O O L IN G
F O R
H T S
S W IT C H E S
F o r th e o p e r a tio n a t h ig h e r fr e q u e n c ie s a n d /o r h ig h e r lo a d c u r r e n ts , B e h lk e s o lid - s ta te s w itc h e s a r e o ffe r e d w ith d iffe r e n t c o o lin g o p tio n s to
m e e t in d iv id u a l p o w e r a n d d e s ig n r e q u ir e m e n ts .T h o s e c o o lin g o p tio n s a r e In c r e a s e d T h e r m a l C o n d u c tiv ity ( IT C ) , C e r a m ic C o o lin g S u r fa c e
( C C S ) , C o o lin g F in s ( C F ) , G r o u n d e d C o o lin g F la n g e ( G C F ) , In d ir e c t L iq u id C o o lin g ( IL C ) a n d D ir e c t L iq u id C o o lin g ( D L C ) . T h e d ir e c t liq u id
c o o lin g is th e m o s t e ffic ie n t c o o lin g s o lu tio n a t a ll a n d p r o v id e s th e lo w e s t th e r m a l r e s is ta n c e in c o n n e c tio n w ith a v e r y c o m p a c t s w itc h
d e s ig n . It is a ls o th e c o o lin g m e th o d o f c h o ic e , if s tr a y c a p a c ita n c e s a n d c o r o n a lo s s e s s h a ll b e m in im iz e d . T h e D L C c o o lin g u s e s a n o n c o n d u c tiv e h e a t tr a n s fe r flu id , w h ic h d ir e c tly c ir c u la te s a r r o u n d th e p o w e r s e m ic o n d u c to r s a n d th e d r iv e r c ir c u itr y o f th e D L C s w itc h . In
e s s e n c e , a s im p le D L C c o o lin g s y s te m c o n s is ts o f a n E S D p r o te c te d p u m p w ith r e s e r v o ir fo r d e - a e r a tio n a n d r a d ia to r s o r h e a t e x c h a n g e r s
fo r r e - c o o lin g . T h e h e r m e tic a lly s e a le d c o o lin g c ir c u it w ill b e u n d e r lig h t p r e s s u r e a t o p e r a tin g te m p e r a tu r e . T h e n o r m a l te m p e r a tu r e r a n g e
is 0 - 5 5 ° C . T h e p r e fe r r e d c o o lin g m e d ia is a p e r flu o r in a te d p o ly e th e r ( P F P E ) fo r d ie le c tr ic a l p u r p o s e s , e .g . G A L D E N ® H T - 1 3 5 .
G A L D E N ® P F P E h a s e x c e lle n t p h y s ic a l p r o p e r tie s , it is n o n - to x ic , n o n - fla m m a b le a n d v a p o r iz e s a b s o lu te r e s id u e - fr e e . F ig .1 - 4 s h o w
s o m e e x a m p le s o f p o s s ib le b a s ic c o n fig u r a tio n s . If r e q u ir e d , in d iv id u a l c o o lin g s y s te m s c a n a d d itio n a lly b e e q u ip p e d b y s a fe ty & c o n tr o l
e le c tr o n ic s , flo w in d ic a to r s , e le c tr o n ic th e r m o m e te r s a n d fillp o r ts . P le a s e c o n s u lt fa c to r y fo r te c h n ic a l d e ta ils a n d fr e e d e s ig n s u p p o r t.
F ig . 1
P u m p & r e s e rv o ir
E x a m
P U -1
th e rm
b a s e
E x a
H T S
w ith
M a x
m p
8 0
o p
. v o
p le :
, p u m p u n it w ith r e s e r v o ir , ta c h o s ig n a l,
o s e n s o r , E S D p r o te c tio n a n d d e c o u p le d
p la te . 7 - 1 2 V , 4 - 2 0 W a tts , m a x . 3 l / m in .
le :
0 - 1 0 0 - S C R , th y r is to r s w itc h ,
tio n s D L C , F H , P T - C , P T - H V .
lta g e 8 0 k V , m a x . c u r r e n t 1 k A .
A c tiv e r a d ia to r
E x a m
A R -8 0
d is s ip
1 2 0 x 1
H T S s w itc h w ith D L C
S w itc h d im e n s io n s a r e d e p e n d in g o n p o w e r r e q u ir e m e n ts !
F ig . 2
F ig . 3
p le
0 W
a tio
2 0
:
, s in g le a c tiv e r a d ia to r fo r m a x . 8 0 0 W p o w e r
n , c o m p le te w ith h ig h ly r e lia b le P A P S T fa n o f
m m 2 , 1 2 V D C / 3 ,6 W in c lu s iv e ta c h o s ig n a l.
F ig . 4
F ig . 1
S im
m a x
w ith
a m
F ig . 2
A c tiv e r a d ia to r A R - 8 0 0 W c o m b in e d w ith p a s s iv e liq u id
c o o le r L C - 2 0 0 W fo r in c r e a s e d s y s te m s a fe ty a n d r e lia b ility .
F ig . 3
T w o p a s s iv e liq u id c o o le r s L C - 2 0 0 W in s e r ie s to u tiliz e
s ta n d a r d h e a ts in k s o r m a s s iv e m e ta l h o u s in g s a s h e a ts in k
( e .g . a lu m in iu m fr o n t a n d r e a r p a n e l o f a 1 9 " h o u s in g ) .
F ig . 4
P la te h e a t e x c h a n g e r fo r s e c o n d a r y c o o lin g w ith w a te r .
Id e a l fo r e x tr e m e p o w e r r e q u ir e m e n ts . H e a t e x c h a n g e r s
a r e a v a ila b le in v a r io u s s iz e s u p to 1 0 0 k W p o w e r d is s ip a t io n .
B e h lk e P o w e r E le c tr o n ic s G m b H , A m A u e r n b e r g 4 , 6 1 4 7 6 K r o n b e r g , G e r m a n y
P h o n e + 4 9 ( 0 ) 6 1 7 3 - 9 2 9 0 2 0 , F A X + 4 9 ( 0 ) 6 1 7 3 - 9 2 9 0 3 0 , E m a il: in fo @ b e h lk e .d e
p le c o o lin g
im u m p o w
1 2 0 x 1 2 0 m
a x im u m p
s y s te m u s in
e r d is s ip a tio n
m 2 fa n s a re
o w e r d is s ip a
g a s m
o f 8 0 0
a v a ila b
tio n fr o
a ll
W
le
m
a c tiv e r a d
a tts . A c tiv
in d iffe r e n
0 .5 to 9
ia to r fo r a
e r a d ia to r s
t s iz e s fo r
k W .
D L C
P U M P
U N IT P U -1
C O O L IN G
G A L D E N
H T S
A C T IV E R A D IA T O R
®
C O M P A T IB L E
F O R
G A L D E N
S W IT C H E S
A R -5 0 0 W
®
C O M P A T IB L E
L O W
V E R Y
N O IS E
5 0 0 W a tt @
T = 3 0 K )
R th < 0 . 0 6 K / W ( u s e f u l p o w e r
C o m p le te w ith 1 2 V /1 .2 W P A P S T fa n + ta c h o g e n e r a to r
D im e n s io n s ( L x W x H ) 1 5 5 x 1 2 0 x 6 0 m m 3 , w e ig h t 6 0 0 g
G A L D E N
C O M P A T IB L E
S e lf a d ju s tin g c e r a m ic b e a r in g w ith liq u id lu b r ic a tio
L ife e x p e c ta n c y > 5 0 .0 0 0 h @ 6 0 ° C / fu ll p o w e r
S p e e d / p o w e r a d ju s ta b le b y v o lta g e ( 7 - 1 2 V / 4 - 2 0 W
M a x . flo w r a te 3 l/m in w ith G A L D E N H T 1 3 5 @ 2 5 ° C
W ith ta c h o s ig n a l o u tp u t fo r p u m p fu n c tio n m o n ito r in g
C o m p le te w ith E S D p r o te c te d r e s e r v o ir , d e c o u p le d b a
p la te a n d te m p e r a tu r e s e n s o r fo r s p e e d c o n tr o l p u r p o s
D im e n s io n s ( L x W x H ) 1 2 0 x 8 8 x 9 4 m m 3 , w e ig h t 5 3 0
G A L D E N
®
P F P E
n
)
s e
e s
g
A R -8 0 0 W
®
R th < 0 . 0 3 7 K / W ( u s e f u l p o w e r
8 0 0 W a tt @
T = 3 0 K )
C o m p le te w ith 1 2 V /3 .6 W P A P S T fa n + ta c h o g e n e r a to r
D im e n s io n s ( L x W x H ) 1 5 5 x 1 2 0 x 8 7 m m 3 , w e ig h t 8 0 0 g
A R -2 0 0 0 W
H T 1 3 5
G A L D E N
®
C O M P A T IB L E
(u s e fu l p o w e r
2 0 0 0 W a tt @
T = 3 0 K )
th < 0 . 0 1 5 K / W
C o m p le te w ith 2 x 1 2 V / 3 .6 W P A P S T fa n s + ta c h o g e n e r a to r
D im e n s io n s ( L x W x H ) 2 7 5 x 1 2 0 x 8 7 m m 3 , w e ig h t 1 .4 5 k g
R
5 k g
2 .9 l
1 .7 k g
P e r flu o r in a te d P o ly e th e r fo r in s u la tio n a n d
B io lo g ic a lly in e r t, n o n - to x ic a n d n o n - fla m m
E x c e lle n t th e r m a l s ta b ility , v e r y lo w k in e m
C le a n h a n d lin g , liq u id v a p o r iz e s a b s o lu te
M a x . p o w e r d e n s ity o n s u r fa c e s to b e c o o
D ie le c tr ic s tr e n g th = 4 0 k V /m m , d ie le c tr ic c
A R -3 0 0 0 W
1 l
h e a t tra n s fe r
a b le
a tic v is c o s ity
r e s id u e - fr e e
le d : 4 W / c m 2
o n s ta n t = 1 .9 2
G A L D E N
C O M P A T IB L E
R
®
(u s e fu l p o w e r
3 0 0 0 W a tt @
T = 3 0 K )
th < 0 . 0 1 K / W
C o m p le te w ith 3 x 1 2 V / 3 .6 W P A P S T fa n s + ta c h o g e n e r a to r
D im e n s io n s ( L x W x H ) 3 9 5 x 1 2 0 x 8 7 m m 3 , w e ig h t 2 ,0 2 k g
D L C
L IQ U ID
D
C
p
R
b
S
F o
h e
h o
fro
s h
p a
C O O L E R
r a tta c h m e n t o n
a t s in k s o r la r g e
u s in g s . Id e a l if 1
n t & r e a r p a n e ls
a ll b e u tiliz e d a s
s s iv e r a d ia to r s .
e v e r a l c o o le r s c a
e c o n n e c te d in s e
, m a x
th < 0 . 1 5 K / W
o w e r 2 0 0 W a tts @
o o lin g fla n g e o ff m
im e n s io n s 9 0 x 6 0
L IQ U ID
G A L D E N
C O M P A T IB L E
L C -2 0 0 W
e x is tin g
m e ta l
9 "
n
C O O L IN G
F O R
H T S
S W IT C H E S
G A L D E N
H E A T E X C H A N G E R
H E -1 0
®
C O M P A T IB L E
r ie s .
. u s e fu l
T = 3 0 K .
a s s iv e c o p p e r .
x 4 2 m m 3, 4 7 0 g .
C O O L E R
G A L D E N
C O M P A T IB L E
L C -1 5 0 0 W
®
C o m p le te w ith fittin g s fo r p r im a r y a n d s e c o n d a r y c ir c u it
R th < 0 . 0 0 3 K / W , m a x . p o w e r 1 0 k W
@ T w a te r= 2 5 ° C
D im e n s io n s ( L x W x H ) 2 2 4 x 8 9 x 5 5 m m 3 , w e ig h t 1 ,6 k g
®
C O N T R O L U N IT C U -1
L E D -IN D IC A T O R
P A S S IV E
R A D IA T O R
C O M P A T IB L E
P U M P
F U S E
T S 2
F A U L T
LE V E L
F L O W
F A N 1
F A N 2
F A N 3
F A N 4
C U -1
®
H ig h e ffic ie n c y c o o lin g p r o file c o m p le te w ith tw o 9 0 ° fittin g s .
D im e n s io n s ( L x W x H ) 4 2 0 x 5 0 x 5 0 m m 3 , w e ig h t 7 7 0 g
R A D IA T O R
T S 1
L E D
F A U L T R E L A IS
P R -1 -1
G A L D E N
P A S S IV E
S W -S
T M 1
A tta c h m e n t o n e x is tin g h e a t s in k s o r la r g e m e ta l h o u s in g s
R th < 0 . 0 2 K / W , m a x . p o w e r 1 5 0 0 W a t t @ T fla n g e = 2 5 ° C
D im e n s io n s ( L x W x H ) 2 5 0 x 1 4 4 x 5 0 m m 3 , w e ig h t 2 ,5 k g
S W IT C H
T e m p e r a tu r e d e p e n d in g s p
M o n ito r in g o f ta c h o s ig n a ls
F o u r c h a n n e ls fo r fa n s w ith
P o te n tia l fr e e r e la y c o n ta c t
C o n n e c tio n fo r o n e th e r m o
F u n c tio n s w itc h a n d in d ic a
fo r e a s y s y s te m in te g r a tio n
T H E R M O M E T E R + S E N S O R S
G A L D E N
C O M P A T IB L E
P R -1 -4
®
T M -1
T S -1
S e t o f fo u r P R - 1 - 1 c o o lin g p r o file s in c l. c o n n e c tin g p ie c e s .
D im e n s io n s ( L x W x H ) 4 2 0 x 2 0 0 x 5 0 m m 3 , w e ig h t 3 .2 k g
e e d c o n tro l o f p u m p a n d fa n s
fr o m p u m p , flo w tu r b in e & fa n s
ta c h o s ig n a l, 1 2 V /1 0 W e a c h
fo r in te r lo c k p u r p o s e s ( N O + N C )
m e te r T M -1 a n d tw o s e n s o rs
to r s a r e c o n n e c te d e x te r n a lly
. S u p p ly v o lta g e 1 2 V D C .
L C D
a s s e
s u p p
S e n s
E S D
d is p la y w
m b ly , m e
ly v o lta g e
o r fo r G 1
p r o te c tio
T S -2
ith
a s
5
/4
n ,
b
u r
V
th
3
lu e
in g
D C
re a
p in
b a c k g ro
ra n g e 0
/ 2 0 m A
d s o r fo r
A M P M O
T S -3
u n d illu m
- 9 0 ° C , re
, 4 p in A M
tu b in g 1 1
D U p lu g
in a tio n , s
s o lu tio n
P M O D U
/8 m m , w
n a p - in
0 .1 ° C ,
p lu g
ith
D L C
F L O W
G A L D E N
C O M P A T IB L E
IN D IC A T O R
C O O L IN G
F I-1
F L O W
IN D IC A T O R
F I-2
G A L D E N
®
C O M P A T IB L E
G A L D E N
S W IT C H E S
F S -1
G A L D E N
C O M P A T IB L E
®
F IT T IN G
K IT F K -8 x 1 .0
9 0 °
G A L D E N
C O M P A T IB L E
2 x
F IT T IN G
®
4 x
1 x
M e t a l f it t in g s f o r t u b in g 8 x 1 . 0 m m , t h r e a d s G 1 / 4 w i t h O - r in g ,
9 0 ° a n d 4 5 ° f itt in g s a r e f r e e ly r o t a t a b le b y 3 6 0 ° .
G A L D E N
P V C
8 x 1 .5
P U R
8 x 1 .0
x
1 .0
C O M P A T IB L E
G A L D E N
C O M P A T IB L E
1 x
1 x
1 x
F illp o r t
( T - fittin g
r e q u ir e d )
M e t a l f it t in g s f o r t u b in g 8 x 1 . 5 m m , t h r e a d s G 1 / 4 w i t h O - r in g ,
9 0 ° a n d 4 5 ° f itt in g s a r e f r e e ly r o t a t a b le b y 3 6 0 ° .
®
5 m
8 x 1 .0
®
4 5 °
2 x
1 x
F illp o r t
( T - fittin g
r e q u ir e d )
T U B IN G
K IT F K -8 x 1 .5
9 0 °
1 x
1 x
1 x
F S -2
®
4 5 °
4 x
8
S E N S O R
F lo w t u r b in e w it h d ia m o n d
b e a r in g , d ig it a l t a c h o s ig n a l
in d ic a t o r w it h p a r t ic le f ilt e r . 2 x G 1 / 4 " f it t in g s r e q u ir e d
P T F E
S E N S O R
F L O W
C O M P A T IB L E
P E
H T S
F lo w t u r b in e ,
d ig it a l t a c h o s ig n a l
a n d b a c k g r o u n d lig h t
®
F L O W
F lo w
F O R
F u rth e r c o m p o n e n ts fo r
in d iv id u a l c o o lin g s o lu tio n s
a r e a v a ila b le o n r e q u e s t.
5 m r in g . P V C is id e a l f o r la b o r a t o r y u s e , P U R , P E & P T F E is
r e c o m m e n d e d fo r p r o f e s s io n a l p u r p o s e s & h ig h e r t e m p e r a t u r e .

PU-1 - Behlke

Transcription

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