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ULT
RA
CEN
TRIF
UG
ESP
RE
CIS
ION
-MA
DE
PE
RF
OR
MA
NC
E.
BR-8
101Q
ENTR
IFU
GES
ENTR
ENTR
ESESP
ER
FO
RM
AN
CE
.E
3203
49_B
C_C
VR
_r1.
indd
1
3/15
/12
11:
19 A
M
Ult
race
ntri
fug
atio
nW
itho
ut li
mit
atio
n.
Sta
rtin
g w
ith
the
inno
vati
ons
cre
ated
by
our
fo
und
er, A
rno
ld O
. Bec
kman
Ph.
D.,
Bec
kman
Co
ulte
rha
s liv
ed a
t th
e fo
refr
ont
of
the
tech
nolo
gy
that
co
ntin
ues
to h
elp
imp
rove
life
fo
r al
l of
hum
anki
nd.
Ou
r fo
ray
into
th
e w
orl
d o
f u
ltra
cen
trif
ug
atio
n is
no
diff
ere
nt.
In f
act,
we
intr
od
uce
d t
he
fi rs
t co
mm
erci
al u
ltra
cent
rifu
ge
in 1
94
7. S
ince
the
n, o
ur e
lite
line
of
ultr
acen
trif
uges
has
att
aine
d
incr
edib
le le
vels
of
spee
d a
nd s
op
hist
icat
ion,
wit
hout
sac
rifi
cing
usa
bili
ty.
No
t un
like
the
rest
of
our
po
rtfo
lio o
f p
rod
ucts
, our
ult
race
ntri
fug
atio
n so
luti
ons
cer
tain
ly li
ve u
p
to t
he B
eckm
an C
oul
ter
nam
e—a
nam
e in
whi
ch la
bo
rato
ries
aro
und
the
wo
rld
co
ntin
ue t
o h
ave
the
utm
ost
co
nfi d
ence
.
3203
49_B
C_C
VR
_r1.
indd
2
3/15
/12
11:
19 A
M
iB
eckm
an C
oulte
r Ultr
acen
trifu
ge
ww
w.b
eckm
anb
uilt.co
m
Since
the
intro
duct
ion
of th
e fi r
st c
omm
erci
al
ultr
acen
trifu
ge in
194
7 —
the
clas
sic
Bec
kman
Mod
el L
— B
eckm
an C
oulte
r has
bee
n at
the
fore
fron
t of c
entri
fuge
inno
vatio
n. A
lthou
gh th
e ph
ysic
s
of th
is b
asic
sepa
ratio
n te
chni
que
neve
r cha
nge,
Bec
kman
Cou
lter c
ontin
ually
des
igns
new
and
inno
vativ
e ro
tors
and
acce
sso r
ies,
and
deve
lops
ad v
ance
d m
etho
ds th
at a
llow
the
forc
es o
f cen
trifu
gatio
n to
be
appl
ied
in n
ew w
ays.
Th
is c
entri
fuge
pro
duct
sele
ctio
n gu
ide
is d
esig
ned
to
help
you
det
erm
ine
the
mos
t effi
cien
t cen
trifu
ge to
ols f
or
your
labo
rato
ry.
Ea
ch se
ctio
n be
gins
with
a b
rief d
escr
iptio
n of
inst
ru-
men
ts th
at B
eckm
an C
oulte
r offe
rs w
ithin
that
cen
tri fu
ge
cate
gory
. Bec
ause
bio
cont
ainm
ent i
s a m
ajor
con
cern
in
toda
y’s l
abor
ator
ies,
Bec
kman
Cou
lter p
rovi
des a
num
ber
of o
ptio
ns th
at a
ddre
ss th
is is
sue.
Spe
cial
Bio
Safe
inst
ru-
men
ts a
nd a
cces
sorie
s are
ava
ilabl
e ac
ross
our
cen
trifu
ge
prod
uct l
ine
and
are
iden
tifi e
d w
ith th
e fo
llow
ing
icon
s:
BioS
afe a
nd B
ioSa
fety
are t
erm
s int
ende
d to
des
crib
e
the e
nhan
ced
bioc
onta
inm
ent f
eatu
res o
f our
pro
duct
s.
BioC
ertifi
ed
is a t
erm
use
d to
des
crib
e our
pro
duct
s
whi
ch h
ave
been
test
ed a
nd v
alid
ated
to d
emon
stra
te
cont
ainm
ent o
f mic
robi
olog
ical
aer
osol
s by
an
inde
pend
ent,
third
-par
ty fa
cilit
y (H
ealth
Pro
tect
ion
Age
ncy,
Por
ton
Dow
n, U
K o
r USA
MR
IID
,
Ft. D
etric
k, M
D, U
SA).
Impr
oper
use
or m
aint
enan
ce
may
affe
ct se
al in
tegr
ity an
d, th
us, c
onta
inm
ent.
Bio
Enh
ance
d is
a te
rm in
tend
ed to
des
crib
e ou
r
prod
ucts’
enha
nced
leve
l of b
ioco
ntai
nmen
t by
desig
n.
R
otor
s with
the
Bio
Cer
tifi e
d sy
mbo
l hav
e be
en te
sted
to
dem
onstr
ate
cont
ainm
ent o
f aer
osol
s und
er n
orm
al o
pera
ting
cond
ition
s of t
he a
ssoc
iate
d B
eckm
an C
oulte
r cen
trifu
ge
whe
n us
ed a
nd m
aint
aine
d as
inst
ruct
ed.
Fo
llow
ing
the
cent
rifug
e de
scrip
tions
, lis
tings
of t
heir
roto
rs a
re in
clud
ed w
ith in
form
atio
n on
spee
d an
d g-
forc
e
capa
bilit
y. A
lso
incl
uded
is in
form
atio
n on
tube
s and
bot
tles
that
can
be
used
and
the
adap
ters
they
requ
ire.
Tu
bes a
nd b
ottle
s are
cro
ss-r
efer
ence
d in
a se
para
te
sect
ion
whi
ch p
rovi
des d
etai
ls o
n tu
be m
ater
ials
, che
mic
al
com
patib
il ity
, tub
e de
sign
s, an
d tu
be c
losu
re o
ptio
ns.
A
refe
renc
e se
ctio
n at
the
back
of t
he g
uide
incl
udes
quic
k-re
fere
nce
char
ts o
n in
stru
men
t and
tube
sele
ctio
n,
as w
ell a
s fre
quen
tly u
sed
form
ulas
.
Con
tact
you
r lo
cal B
eckm
an C
oulte
r of
fi ce
Plea
se v
isit
us a
t ww
w.b
eckm
anco
ulter.co
m/c
onta
ct
Addi
tiona
l cen
trifu
gatio
n re
sour
ces:
ww
w.b
eckm
anb
uilt
.co
m
Bec
kman
Cou
lter U
ltrac
entri
fuge
ii
ww
w.b
eckm
anb
uilt.co
m
Tabl
e of
Con
tent
s
Ultr
acen
trifu
gatio
n
Ultr
acen
trifu
ge D
escr
iptio
nsO
ptim
a X
Ser
ies F
loor
Mod
el P
repa
rativ
e ....
......
......
......
1-2
Opt
ima
MA
X S
erie
s Tab
leto
p Pr
epar
ativ
e ....
......
......
......
1-4
Airf
ugeA
ir-D
riven
Mic
ro-U
ltrac
entri
fuge
......
......
......
....1
-6In
stru
men
t Cla
ssifi
catio
ns; S
peed
Red
uctio
ns;
Rot
or D
esig
natio
ns ...
......
......
......
......
......
......
......
......
......
....1
-7k
Fact
ors;
Cen
trifu
gal F
orce
s ....
......
......
......
......
......
......
.....
1-7
Tube
Kits
; Use
of S
mal
l Tub
es; g
-Max
Syst
em ...
......
......
..1-
7Q
uick
-Ref
eren
ce G
uide
to In
stru
men
t Cla
ssifi
catio
n R
otor
Com
patib
ility
.....
......
......
......
......
......
......
......
......
......
1-8
Bec
kman
Cou
lter F
loor
Mod
el U
ltrac
entri
fuge
Rot
ors
by U
se ..
......
......
......
......
......
......
......
......
......
......
......
......
......
1-9
Rot
ors f
or F
loor
Mod
el P
repa
rativ
e U
ltrac
entr
ifuge
sFi
xed-
Ang
le R
otor
s ....
......
......
......
......
......
......
......
......
...1-
10N
VT
Nea
r-Ver
tical
Tub
e R
otor
s ....
......
......
......
......
......
..1-
20Ve
rtica
l-Tub
e R
otor
s ....
......
......
......
......
......
......
......
......
..1-
24Sw
ingi
ng-B
ucke
t Rot
ors .
......
......
......
......
......
......
......
....1
-28
Con
tinuo
us-F
low
Rot
or ...
......
......
......
......
......
......
......
....1
-36
Zona
l Rot
ors .
......
......
......
......
......
......
......
......
......
......
.....
1-37
Rot
ors f
or T
able
top
Ultr
acen
trifu
ges
Qui
ck-R
efer
ence
Gui
de to
Rot
or S
pecifi c
atio
ns a
ndTa
blet
op U
ltrac
entri
fuge
Com
patib
ility
......
......
......
......
.1-4
0Fi
xed-
Ang
le R
otor
s ....
......
......
......
......
......
......
......
......
...1-
42N
VT
Nea
r-Ver
tical
Tub
e R
otor
s ....
......
......
......
......
......
..1-
54Sw
ingi
ng-B
ucke
t Rot
ors .
......
......
......
......
......
......
......
....1
-57
Rot
ors f
or A
irfu
ge A
ir-D
rive
n M
icro
-Ultr
acen
trifu
ges
Fixe
d-A
ngle
Rot
ors .
......
......
......
......
......
......
......
......
......
1-59
Chy
lom
icro
n R
otor
......
......
......
......
......
......
......
......
......
..1-
61B
atch
Rot
or ...
......
......
......
......
......
......
......
......
......
......
.....
1-61
Elec
tron
Mic
rosc
opy
Parti
cle-
Cou
ntin
g R
otor
......
......
..1-
62
Tube
s and
Bot
tles
Tube
s and
Bot
tles f
or E
very
App
licat
ion .
......
......
......
......
..2-
1Tu
be S
elec
tion
Con
side
ratio
nsC
ompa
tibili
ty o
f Tub
e M
ater
ial w
ith
Solv
ents
and
Sam
ple .
......
......
......
......
......
......
......
......
......
2-2
Gra
dien
t For
mat
ion
and
Frac
tiona
tion .
......
......
......
......
...2-
2H
igh-
Tem
pera
ture
Cen
trifu
gatio
n ....
......
......
......
......
......
.2-2
Tube
Siz
es ..
......
......
......
......
......
......
......
......
......
......
......
...2-
2Tu
be C
lean
ing,
Ste
riliz
atio
n, a
nd R
euse
.....
......
......
......
..2-
2Tu
be C
losu
res .
......
......
......
......
......
......
......
......
......
......
.....
2-3
Opt
iSea
l Tub
es ..
......
......
......
......
......
......
......
......
......
......
..2-
3Q
uick
-Sea
l Tub
es ..
......
......
......
......
......
......
......
......
......
....2
-3A
Qui
ck R
efer
ence
Cha
rt to
Tub
e M
ater
ials
and
Thei
r Pro
perti
es ...
......
......
......
......
......
......
......
......
......
......
...2-
4Tu
bes a
nd B
ottle
s (Li
sted
by
Volu
me)
......
......
......
......
......
.2-5
Bot
tle A
ssem
blie
s with
Thr
ee-P
iece
Cap
s ....
......
......
......
...2-
8Tu
be C
ap A
ssem
blie
s and
Par
ts ...
......
......
......
......
......
......
..2-
9
Tool
s and
Sup
plie
s for
Pre
para
tive
Ultr
acen
trifu
ge R
otor
sTo
ols f
or F
ixed
-Ang
le R
otor
s ....
......
......
......
......
......
......
.3-2
Tool
s for
Ver
tical
-Tub
e an
d N
VT
Rot
ors .
......
......
......
.....
3-4
Tool
s for
Sw
ingi
ng-B
ucke
t Rot
ors .
......
......
......
......
......
...3-
4To
ols f
or Z
onal
Rot
ors .
......
......
......
......
......
......
......
......
...3-
4Su
pplie
s ....
......
......
......
......
......
......
......
......
......
......
......
.....
3-5
Tool
s and
Acc
esso
ries
for
Qui
ck-S
eal T
ubes
Tool
s for
Qui
ck-S
eal T
ubes
......
......
......
......
......
......
......
...3-
5Q
uick
-Sea
l Tub
e R
acks
......
......
......
......
......
......
......
......
...3-
6To
ols f
or O
ptiS
eal T
ubes
.....
......
......
......
......
......
......
......
....3
-6C
ordl
ess T
ube
Topp
er ..
......
......
......
......
......
......
......
......
......
3-7
Tube
Slic
er—
for P
repa
rativ
e U
ltrac
entri
fuge
Tub
es ..
......
.3-8
Cen
triTu
be S
licer
—fo
r Mic
ro U
ltrac
entri
fuge
Tub
es ...
.....
3-8
Rot
or C
lean
ing
Kit .
......
......
......
......
......
......
......
......
......
......
3-9
Frac
tion
Rec
over
y Sy
stem
......
......
......
......
......
......
......
.....
3-10
Tool
s, A
cces
sori
es, a
nd S
uppl
ies
iiiB
eckm
an C
oulte
r Ultr
acen
trifu
ge
ww
w.b
eckm
anb
uilt.co
m
Tabl
e of
Con
tent
s
Ref
eren
ce
Gui
de to
Cen
trifu
ge S
elec
tion .
......
......
......
......
......
......
......
.4-2
How
To
Cho
ose
a R
otor
The
Impo
rtanc
e of
k F
acto
r ....
......
......
......
......
......
......
.....
4-4
Rot
or M
ater
ial .
......
......
......
......
......
......
......
......
......
......
....4
-4Sw
ingi
ng-B
ucke
t (SW
) Rot
ors..
......
......
......
......
......
......
..4-
4Fi
xed-
Ang
le (F
A) R
otor
s ....
......
......
......
......
......
......
......
..4-
4Ve
rtica
l-Tub
e (V
T) R
otor
s ....
......
......
......
......
......
......
......
4-4
NV
T N
ear-V
ertic
al T
ube
Rot
ors ..
......
......
......
......
......
......
4-4
Con
tinuo
us-F
low
/Zon
al R
otor
s ....
......
......
......
......
......
.....
4-4
Parti
cle
Sepa
ratio
n in
SW
, FA
, NV
T an
d V
T R
otor
s ....
.....
4-5
Prep
arat
ive
Ultr
acen
trifu
ge R
otor
Rec
omm
enda
tions
fo
r Key
App
licat
ions
......
......
......
......
......
......
......
......
......
....4
-6G
radi
ent M
ater
ials
.....
......
......
......
......
......
......
......
......
.....
4-7
Com
mon
ly U
sed
Gra
dien
t Mat
eria
ls w
ith
Thei
r Sol
vent
s ....
......
......
......
......
......
......
......
......
......
......
.4-8
Den
sity
, Ref
ract
ive
Inde
x, a
nd C
once
ntra
tion
Dat
a—C
sCl a
t 25°
C ...
......
......
......
......
......
......
......
......
.....
4-9
Den
sity
, Ref
ract
ive
Inde
x, a
nd C
once
ntra
tion
Dat
a—Su
cros
e at
20°
C ..
......
......
......
......
......
......
......
.....
4-10
Den
sity
Con
vers
ion
for C
esiu
m
and
Rub
idiu
m S
alts
at 2
0°C
......
......
......
......
......
......
......
4-11
Use
ful F
orm
ulas
......
......
......
......
......
......
......
......
......
......
...4-
12
Supp
ort S
ervi
ces
Fiel
d Se
rvic
e Su
ppor
t .....
......
......
......
......
......
......
......
......
....5
-2Fi
eld
Rot
or In
spec
tion
Prog
ram
......
......
......
......
......
......
.....
5-2
Rot
or S
afet
y Se
min
ars .
......
......
......
......
......
......
......
......
......
5-2
On-
Site
Rot
or In
spec
tion
and
Mai
nten
ance
......
......
......
.....
5-2
A C
ompr
ehen
sive
App
roac
h to
C
entri
fuge
Sys
tem
Car
e ....
......
......
......
......
......
......
......
......
.5-2
1-1
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ultr
acen
trifu
gatio
n
Ultr
acen
trifu
ge D
escr
iptio
ns
Opt
ima
X S
erie
s Flo
or M
odel
Pre
para
tive .
......
......
......
......
......
..1-
2
Opt
ima
MA
X S
erie
s Tab
leto
p Pr
epar
ativ
e ....
......
......
......
......
.....
1-4
Airf
uge A
ir-D
riven
Mic
ro-U
ltrac
entri
fuge
.....
......
......
......
......
...1-
6
Inst
rum
ent C
lass
i ca
tions
; Spe
ed R
educ
tions
; R
otor
Des
igna
tions
......
......
......
......
......
......
......
......
......
......
......
......
1-7
k Fa
ctor
s; C
entri
fuga
l For
ces .
......
......
......
......
......
......
......
......
......
.1-7
Tube
Kits
; Use
of S
mal
l Tub
es; g
-Max
Sys
tem
......
......
......
......
....1
-7
Qui
ck-R
efer
ence
Gui
de to
Inst
rum
ent C
lass
i ca
tion
Rot
or C
ompa
tibili
ty ..
......
......
......
......
......
......
......
......
......
......
......
..1-
8
Bec
kman
Cou
lter F
loor
Mod
el U
ltrac
entri
fuge
Rot
ors
by U
se ..
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
1-9
Rot
ors f
or F
loor
Mod
el P
repa
rativ
e U
ltrac
entr
ifuge
s
Fixe
d-A
ngle
Rot
ors .
......
......
......
......
......
......
......
......
......
......
.....
1-10
Type
100
Ti .
......
......
......
......
......
......
......
......
......
......
......
......
1-10
Type
90
Ti ..
......
......
......
......
......
......
......
......
......
......
......
......
.1-1
1Ty
pe 7
0.1
Ti ..
......
......
......
......
......
......
......
......
......
......
......
....1
-12
Type
70
Ti ...
......
......
......
......
......
......
......
......
......
......
......
......
..1-
13Ty
pe 5
0.4
Ti ..
......
......
......
......
......
......
......
......
......
......
......
....1
-14
Type
50.
2 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
.1-1
5Ty
pe 4
5 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
....1
-16
Type
42.
2 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
.1-1
7Ty
pe 2
5 ....
......
......
......
......
......
......
......
......
......
......
......
......
....1
-18
Type
19 .
......
......
......
......
......
......
......
......
......
......
......
......
......
.1-2
0
NV
T N
ear-V
ertic
al T
ube
Rot
ors .
......
......
......
......
......
......
......
...1-
20N
VT
100
......
......
......
......
......
......
......
......
......
......
......
......
.....
1-20
NV
T 90
.....
......
......
......
......
......
......
......
......
......
......
......
......
..1-
21N
VT
65.2
.....
......
......
......
......
......
......
......
......
......
......
......
.....
1-22
NV
T 65
.....
......
......
......
......
......
......
......
......
......
......
......
......
..1-
23
Verti
cal-T
ube
Rot
ors .
......
......
......
......
......
......
......
......
......
......
...1-
24V
Ti 9
0 ...
......
......
......
......
......
......
......
......
......
......
......
......
......
1-24
VTi
65.
2 ...
......
......
......
......
......
......
......
......
......
......
......
......
...1-
25V
Ti 6
5.1
......
......
......
......
......
......
......
......
......
......
......
......
......
1-26
VTi
50
......
......
......
......
......
......
......
......
......
......
......
......
......
...1-
27
Swin
ging
-Buc
ket R
otor
s ....
......
......
......
......
......
......
......
......
......
1-28
SW 6
0 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
......
1-28
SW 5
5 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
......
1-29
SW 4
1 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
......
1-30
SW 4
0 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
......
1-31
SW 3
2.1
Ti ..
......
......
......
......
......
......
......
......
......
......
......
......
1-32
SW 3
2 Ti
.....
......
......
......
......
......
......
......
......
......
......
......
......
1-33
SW 2
8.1 .
......
......
......
......
......
......
......
......
......
......
......
......
......
1-34
SW 2
8 ....
......
......
......
......
......
......
......
......
......
......
......
......
......
1-35
Con
tinuo
us-F
low
Rot
or
CF
32 T
i ....
......
......
......
......
......
......
......
......
......
......
......
......
..1-
36
Zona
l Rot
ors ..
......
......
......
......
......
......
......
......
......
......
......
......
...1-
37Ti
-15 .
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
1-38
Ti-1
4 ....
......
......
......
......
......
......
......
......
......
......
......
......
......
..1-
38Se
al A
ssem
bly .
......
......
......
......
......
......
......
......
......
......
......
..1-
39
Rot
ors f
or T
able
top
Ultr
acen
trifu
ges
Qui
ck-R
efer
ence
Gui
de to
Rot
or S
peci
cat
ions
and
Tabl
etop
Ultr
acen
trifu
ges C
ompa
tibili
ty ..
......
......
......
......
..1-
40
Fixe
d-A
ngle
Rot
ors .
......
......
......
......
......
......
......
......
......
......
.....
1-42
TLA
-120
.2 ..
......
......
......
......
......
......
......
......
......
......
......
......
1-42
TLA
-120
.1 ..
......
......
......
......
......
......
......
......
......
......
......
......
1-43
TLA
-110
......
......
......
......
......
......
......
......
......
......
......
......
......
1-44
TLA
-100
.3 ..
......
......
......
......
......
......
......
......
......
......
......
......
1-45
TLA
-100
.....
......
......
......
......
......
......
......
......
......
......
......
......
1-46
TLA
-55
......
......
......
......
......
......
......
......
......
......
......
......
......
.1-4
7M
LA-1
50 ..
......
......
......
......
......
......
......
......
......
......
......
......
..1-
48M
LA-1
30 ..
......
......
......
......
......
......
......
......
......
......
......
......
..1-
49M
LA-8
0 ...
......
......
......
......
......
......
......
......
......
......
......
......
...1-
50M
LA-5
5 ...
......
......
......
......
......
......
......
......
......
......
......
......
...1-
51M
LA-5
0 ...
......
......
......
......
......
......
......
......
......
......
......
......
...1-
53
NV
T N
ear-V
ertic
al T
ube
Rot
ors .
......
......
......
......
......
......
......
...1-
54TL
N-1
20 ..
......
......
......
......
......
......
......
......
......
......
......
......
...1-
54TL
N-1
00 ..
......
......
......
......
......
......
......
......
......
......
......
......
...1-
55M
LN-8
0 ...
......
......
......
......
......
......
......
......
......
......
......
......
...1-
56
Swin
ging
-Buc
ket R
otor
s ....
......
......
......
......
......
......
......
......
......
1-57
TLS-
55 ...
......
......
......
......
......
......
......
......
......
......
......
......
.....
1-57
MLS
-50 .
......
......
......
......
......
......
......
......
......
......
......
......
......
1-58
Rot
ors f
or A
irfu
ge A
ir-D
rive
n M
icro
-Ultr
acen
trifu
ges
Fixe
d-A
ngle
Rot
ors .
......
......
......
......
......
......
......
......
......
......
.....
1-59
A-1
10 ..
......
......
......
......
......
......
......
......
......
......
......
......
......
..1-
59A
-100
/30
......
......
......
......
......
......
......
......
......
......
......
......
.....
1-59
A-1
00/1
8 ...
......
......
......
......
......
......
......
......
......
......
......
......
..1-
60A
-95
......
......
......
......
......
......
......
......
......
......
......
......
......
......
1-60
AC
R-9
0 C
hylo
mic
ron
Rot
or ...
......
......
......
......
......
......
......
......
.1-6
1B
atch
Rot
or ...
......
......
......
......
......
......
......
......
......
......
......
......
...1-
61EM
-90
Elec
tron
Mic
rosc
opy
Parti
cle-
Cou
ntin
g R
otor
......
......
1-62
1-2
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ultr
acen
trifu
gatio
n
Opt
ima
X S
erie
s Flo
or M
odel
Pre
para
tive
Ultr
acen
trifu
ges
* A
vaila
bilit
y va
ries
by
geog
raph
y. C
onta
ct y
our l
ocal
sale
s rep
rese
ntat
ive
to d
eter
min
e th
e co
rrec
t par
t num
ber f
or o
rder
ing.
** B
ioSa
fe P
acka
ge in
clud
es c
entr
ifuge
and
HEP
A lt
er k
it.
Ex
perie
nce
the
visi
bilit
y an
d co
ntro
l of o
ur in
telli
gent
use
r int
erfa
ce th
at m
akes
the
Opt
ima
X S
erie
s a b
reez
e to
ope
rate
. Our
ent
ry-le
vel m
odel
, the
XE
deliv
ers a
ll of
the
feat
ures
requ
ired
to q
uick
ly se
t up
and
com
plet
e a
run.
Our
pre
miu
m m
odel
, the
XPN
, bo
asts
net
wor
king
cap
abili
ty a
nd a
var
iety
of c
usto
miz
able
secu
rity
and
track
ing
feat
ures
, en
surin
g ch
ain
of c
usto
dy a
nd c
ompl
ianc
e. B
oth
mod
els f
eatu
re m
ulti-
laye
red
Bio
Safe
ty
feat
ures
in o
rder
to m
aint
ain
a sa
fe w
orki
ng e
nviro
nmen
t. A
nd, a
s you
hav
e co
me
to e
xpec
t, al
l ins
trum
ents
are
des
igne
d as
a to
tal s
yste
m w
ith o
ur in
nova
tive
roto
rs a
nd la
bwar
e.
Part
Num
bers
*M
odel
Inst
rum
ent
Bio
Safe
Pac
kage
**
Opt
ima
XPN
-100
A99
846
B10
053
Opt
ima
XPN
-90
A99
842
B10
052
Opt
ima
XPN
-80
A99
839
B10
051
Opt
ima
XE-
100
A99
836
B10
050
Opt
ima
XE-
90A
9983
3B
1004
9
Lar
ge to
uch-
scre
en d
ispl
ayEa
sy to
read
and
nav
igat
e. V
iew
able
from
acr
oss t
he
lab.
Intu
itive
gra
phic
al in
terfa
ce w
ith o
n-sc
reen
hel
p.
Mul
tilin
gual
softw
are
for e
rror
-fre
e op
erat
ion.
Rem
ote
mon
itori
ng a
nd c
ontr
ol (X
PN o
nly)
Save
s tim
e. S
tart,
stop
, and
mon
itor f
rom
com
pute
r or
smar
t pho
ne. R
ecei
ve d
iagn
ostic
ale
rts v
ia e
-mai
l.
Ene
rgy
effi c
ient
Mai
ntai
ns ru
ns d
urin
g po
wer
fl uc
tuat
ions
. R
egen
erat
ive
brak
ing
retu
rns e
nerg
y to
loca
l circ
uit.
Hig
hly
effi c
ient
ther
moe
lect
ric c
oolin
g re
sults
in
low
er p
ower
con
sum
ptio
n.
Pow
erfu
l on-
boar
d si
mul
atio
n an
d ca
lcul
atio
n to
ols (
XPN
onl
y)
Save
s tim
e an
d sa
mpl
es. P
ropr
ieta
ry so
ftwar
e op
timiz
es p
roto
cols
bef
ore
runn
ing
to e
nsur
e m
axim
um e
ffi ci
ency
. Qui
ckly
per
form
com
mon
ca
lcul
atio
ns a
nd c
onve
rsio
ns.
Secu
rity
and
trac
king
feat
ures
(XPN
onl
y)M
anag
e ro
tor l
ife b
y se
rial n
umbe
r. Tr
ack
deta
iled
usag
e hi
stor
y. P
assw
ord
prot
ectio
n an
d el
ectro
nic
sign
atur
es
help
you
mai
ntai
n ch
ain
of c
usto
dy a
nd c
ompl
ianc
e.
Qui
et-d
rive
tech
nolo
gyD
esig
ned
for l
owes
t driv
e no
ise
– th
is is
the
quie
test
fl oo
r mod
el o
n th
e m
arke
t. O
pera
tes
at le
ss th
an 5
1 dB
A.
1-3
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ultr
acen
trifu
gatio
n
Feat
ures
XE
X
PN�
iant
��
D to
uchs
cree
n di
spla
y In
tuiti
ve, m
ultil
ingu
al in
terfa
ce
Impr
oved
pow
er to
lera
nce
�om
patib
le w
ith e
xist
ing
Bec
kman
�ou
lter r
otor
s St
ep-b
y-st
ep z
onal
���
oper
atio
n sc
reen
s R
otor
trac
king
by
seria
l num
ber
�se
r defi
ned
pro
gram
s R
emot
e m
onito
ring
and
cont
rol
Pass
wor
d pr
otec
tion
and
thre
e us
er a
cces
s lev
els
Expo
rtabl
e ru
n lo
gs a
nd e
lect
roni
c si
gnat
ures
eX
Pert
sim
ulat
ion
softw
are
Spee
d�te
mpe
ratu
re v
s. tim
e pl
ot
Spec
ifi ca
tions
Opt
ima
XE
Opt
ima
XPN
Max
imum
spee
d (r
pm)
100,
000
90,0
0010
0,00
090
,000
80,0
00
Max
imum
RC
F (x
g)
802,
400
694,
000
802,
400
694,
000
548,
300
Spee
d co
ntro
l±
2 rp
m o
f set
spee
d (a
bove
1,0
00 rp
m)
Set t
empe
ratu
re0
to 4
0°C
in 1
°C in
crem
ents
Tem
pera
ture
con
trol
± 0.
5°C
of s
et te
mpe
ratu
re
Am
bien
t ope
ratin
g ra
nge
10 to
35°
C
Acc
el /
dece
l pro
les
10 a
ccel
/ 11
dec
el
Bra
king
Reg
ener
ativ
e, p
ower
recl
amat
ion
Ope
ratin
g la
ngua
ges
Engl
ish,
Fre
nch,
Ital
ian,
Ger
man
, Spa
nish
, Jap
anes
e, R
ussi
an, K
orea
n, a
nd C
hine
se (S
impl
i ed
)
Adv
ance
d so
ftwar
eN
oO
ptim
a eX
Pert
calc
ulat
ions
, sim
ulat
ions
, ref
eren
ces
Use
r-de
ned
pro
gram
sN
o1,
000
with
to 3
0 st
eps e
ach
Use
r pro
les
No
50 u
niqu
e us
ers a
nd p
assw
ords
Elec
troni
c si
gnat
ure
No
Yes
Rot
or tr
acki
ngN
oB
y se
rial n
umbe
r
Dat
a tra
nsfe
rN
o(3
) USB
2.0
type
A c
onne
ctor
s, (1
) RJ-
45 c
onne
ctor
Hea
t out
put
3400
Btu
/hr (
1.0
kW)
Driv
e co
olin
gA
ir-co
oled
Ref
riger
atio
n sy
stem
Ther
moe
lect
ric -
no C
FCs,
OD
Cs
Soun
d le
vel
<51
dBA
Rem
ote
cont
rol
No
Avai
labl
e
HEP
A
lter
Avai
labl
e
Pow
er re
quire
men
t20
0-24
0 VA
C, 3
0 A
, 50/
60 H
z
Dim
ensi
ons (
H x
W x
D)
125.
7 x
94 x
68.
1 cm
49
.5 x
37
x26.
8 in
Wei
ght
485
kg (1
068
lb)
± 0
.8ºC
whe
n us
ing
SW 3
2 sw
ingi
ng b
ucke
t rot
or.
1-4
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Opt
ima
MA
X S
erie
s Tab
leto
p Pr
epar
ativ
e U
ltrac
entr
ifuge
* A
vaila
bilit
y va
ries
by
geog
raph
y. C
onta
ct y
our l
ocal
sale
s rep
rese
ntat
ive
to d
eter
min
e th
e co
rrec
t par
t num
ber f
or o
rder
ing.
** B
ioSa
fe P
acka
ge in
clud
es c
entr
ifuge
and
HEP
A lt
er k
it.
El
evat
ing
your
labo
rato
ry�s
pot
entia
l sta
rts w
ith th
e op
timal
tabl
etop
ultr
acen
trifu
ge.
And
the
Opt
ima
MA
X S
erie
s is t
he a
bsol
ute
top
of th
e lin
e. R
each
ing
up to
150
,000
rpm
and
ov
er 1
,000
,000
x g
, the
Opt
ima
MA
X in
stru
men
ts se
t the
stan
dard
in ta
blet
op sp
eed.
Our
en
try-le
vel m
odel
, the
MA
X-T
�, is
des
igne
d fo
r opt
imum
func
tiona
lity
and
effi c
ienc
y w
ithin
a
com
pact
, qui
et p
acka
ge.
Our
pre
miu
m m
odel
, the
Opt
ima
MA
X-X
P, d
eliv
ers a
dvan
ced
softw
are
with
pas
swor
d-co
ntro
lled
secu
rity
feat
ures
, rem
ote
cont
rol c
apab
ility
, hig
her s
peed
, and
a w
ider
ro
tor p
ortfo
lio. T
he O
ptim
a M
AX
Ser
ies t
akes
soph
istic
atio
n an
d to
tal s
yste
m d
esig
n to
a w
hole
ne
w le
vel.
Part
Num
bers
*M
odel
Inst
rum
ent
Bio
Safe
Pac
kage
**R
emot
e C
ontr
ol P
acka
ge
Opt
ima
MA
X-X
P39
3315
A4�
882
39
3395
Opt
ima
MA
X-T
�A
95�6
1B
1122
9
Full-
colo
r L
CD
touc
h-sc
reen
dis
play
Easy
to re
ad a
nd n
avig
ate.
Intu
itive
gra
phic
al
inte
rface
with
on-
scre
en h
elp.
Mul
tilin
gual
so
ftwar
e fo
r err
or-f
ree
oper
atio
n.
Rem
ote
mon
itori
ng a
nd c
ontr
ol
(Opt
ima
MA
X-X
P O
nly)
Sa
ves t
ime.
Sta
rt, st
op, a
nd m
onito
r fro
m
your
com
pute
r. R
equi
res R
emot
e �
ontro
l �
it (P
�N 3
9339
5), s
old
sepa
rate
ly.
Ene
rgy
effi c
ient
The
optio
nal H
EPA
fi lte
r com
bine
s with
in
nova
tive
Bec
kman
�ou
lter r
otor
s and
la
bwar
e to
offe
r a m
ulti-
laye
red
appr
oach
to
Bio
Safe
ty.
Secu
rity
and
trac
king
feat
ures
(O
ptim
a M
AX
-XP
Onl
y)M
anag
e ro
tor l
ife b
y se
rial n
umbe
r.
Trac
k de
taile
d us
age
hist
ory.
Pas
swor
d pr
otec
tion
help
s you
mai
ntai
n ch
ain
of
cust
ody
and
com
plia
nce.
Trus
ted
by r
esea
rche
rs95
� o
f pub
lishe
d pr
otoc
ols c
iting
tabl
etop
or
mic
ro-u
ltrac
entri
fuge
s ref
eren
ce a
Bec
kman
�
oulte
r ins
trum
ent o
r rot
or. (
Sour
ce� 2
009
�oo
gle
Scho
lar s
earc
h)
Ultr
acen
trifu
gatio
n
1-5
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Feat
ures
M
AX
-TL
MA
X-X
P�
iant
��
D to
uchs
cree
n In
tuiti
ve, m
ultil
ingu
al in
terfa
ce
Num
eric
al v
acuu
m d
ispl
ay
�se
r-defi
ned
pro
gram
s T�
roto
r com
patib
ility
M
� ro
tor c
ompa
tibili
ty
Pass
wor
d pr
otec
tion
and
user
profi l
es
Expo
rtabl
e ru
n lo
gs
Rot
or lo
ggin
g by
seria
l num
ber
Rem
ote
mon
itorin
g an
d co
ntro
l opt
ion
RPM
or R
��
user
sele
ctab
le
On-
scre
en ro
tor l
ibra
ry
Spec
ifi ca
tions
MA
X-T
LM
AX
-XP
Max
imum
spee
d (r
pm)
120,
000
150,
000
Max
imum
RC
F (x
g)
657,
000
1,01
9,00
0
Spee
d co
ntro
l±
50 rp
m a
t set
spee
d
Set t
empe
ratu
re0
to 4
0°C
in 1
°C in
crem
ents
Tem
pera
ture
con
trol
± 2°
C o
f set
tem
pera
ture
Am
bien
t ope
ratin
g ra
nge
15 to
35°
C
Acc
el /
dece
l pro
les
10 a
ccel
/ 11
dec
el
Ope
ratin
g la
ngua
ges
Engl
ish,
Fre
nch,
Ital
ian,
Ger
man
, Spa
nish
, Jap
anes
e, R
ussi
an, K
orea
n, a
nd C
hine
se (S
impl
i ed
)
Use
r-de
ned
pro
gram
sV
irtua
lly li
mitl
ess
Use
r pro
les
No
Yes
Rot
or tr
acki
ngN
oB
y se
rial n
umbe
r
Dat
a tra
nsfe
rN
oU
SB 2
.0 ty
pe A
con
nect
ors
Hea
t out
put
2400
Btu
/hr (
0.7
kW)
Driv
e co
olin
gA
ir-co
oled
Ref
riger
atio
n sy
stem
Solid
stat
e - n
o C
FCs,
OD
Cs
Soun
d le
vel
<47
dBA
Rem
ote
cont
rol
No
Avai
labl
e
HEP
A
lter
Avai
labl
e
Pow
er re
quire
men
t20
0-24
0 VA
C, 6
A, 5
0 H
z12
0 VA
C, 1
2 A
, 50/
60 H
z10
0 VA
C, 1
2 A
, 50/
60 H
z
Dim
ensi
ons (
H x
W x
D)
34.5
(fro
nt le
ft) 3
9.4
(rea
r rig
ht) x
73.
9 x
61.7
cm
13.6
(fro
nt le
ft) 1
5.5
(rea
r rig
ht) x
29.
1 x
24.3
in
Wei
ght
105
kg (2
30 lb
)
1-6
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Air
fuge
Air
-Dri
ven
Mic
ro-U
ltrac
entr
ifuge
Airf
uge
Air-
Dri
ven
Mic
ro-U
ltrac
entr
ifuge
with
dig
ital t
acho
met
er.
The
uniq
ue A
irfug
e Air-
Driv
en M
icro
-Ultr
acen
trifu
ge fr
om
Bec
kman
Cou
lter i
s a c
onve
nien
t, ea
sy-to
-use
pel
letin
g to
ol
in re
sear
ch, c
linic
al, a
nd in
dust
rial l
abo r
a to r
ies.
Ef c
ient
and
si
mpl
e to
ope
rate
, the
Airf
uge
has a
line
of g
ener
al-p
urpo
se
and
spec
ial p
urpo
se ro
tors
for a
wid
e va
riety
of s
mal
l-vol
-um
e ap
plic
atio
ns.
The
eas
y-to
-ope
rate
cen
trifu
ge:
- R
each
es to
p sp
eed
in o
nly
30 se
cond
s -
Dec
eler
ates
smoo
thly
to k
eep
sam
ple
cont
ents
sepa
rate
d -
Offe
rs ti
med
runs
of u
p to
ve
hou
rs w
ith h
old
posi
tion
fo
r lon
ger r
uns
- O
pera
tes n
ear a
mbi
ent t
empe
ratu
re
Enh
ance
d ve
rsat
ility
with
a v
arie
ty o
f rot
ors:
- B
atch
roto
r pel
lets
par
ticle
s fro
m la
rge
sam
ples
- C
hylo
mic
ron
Rot
or a
chie
ves r
apid
cla
ri c
atio
n of
lipem
ic b
lood
sam
ples
- Fo
ur
xed
angl
e ro
tors
gen
erat
e th
e hi
gh sp
eeds
and
forc
es n
eces
sary
to p
erfo
rm a
var
iety
of t
asks
Sp
ecifi
catio
ns
Maxim
um S
peed
110 0
00 rp
mMa
ximum
g-fo
rce (
RCF x
g)
199 0
00 x
g (A 1
10 R
otor)
Spee
d Con
trol
±
5 000
rpm
of se
t spe
edIm
balan
ce To
leran
ce
Up to
10%
of vo
lume i
n opp
osite
tube
sDr
ive C
oolin
g
Air-co
oled
Time S
etting
0-300
minu
tes in
ve m
inute
increm
ents,
HO
LD fo
r long
er run
sAc
cel/D
ecel
Rates
30-60
seco
nds/2
.5-5.5
minu
tesHe
at Ou
tput
0.6 kW
/h (1
800 B
tu/h)
Dime
nsion
s
28.0
cm (1
1 in)
W x
38.0
cm (1
5 in)
D
x 20.0
cm (8
in) H
Weig
ht
10
.4 kg
(23 l
b)Vo
ltage
Req
uirem
ents
60/50
Hz,
100 V
AC
50
Hz,
220-2
40 VA
C
60 H
z, 11
0 VAC
Part
Num
bers
Air
fuge
3404
00
60
Hz,
120 V
AC34
0401
50 H
z, 22
0 VAC
3478
54
60
Hz,
120 V
AC w
ith
Di
gital
Tach
omete
r34
7855
50 H
z, 22
0 VAC
with
Digit
al Ta
chom
eter
Ultr
acen
trifu
gatio
n
1-7
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Inst
rum
ent C
lass
ifi ca
tion
Each
Bec
kman
Cou
lter p
repa
rativ
e ul
trace
ntrif
uge
carr
ies
a sa
fety
cla
ssi
catio
n th
at d
e n
es w
hich
Bec
kman
Cou
lter
roto
rs m
ay b
e sa
fely
ope
rate
d in
that
cen
trifu
ge. T
he le
tter
clas
si c
atio
ns (f
rom
A to
T) t
ake
into
acc
ount
roto
r en e
rgie
s, si
ze o
f the
roto
r cha
mbe
r, an
d in
stru
men
t upd
ates
. The
cla
ssi-
cat
ion
is in
di ca
ted
on a
dec
al n
ear t
he ro
tor c
ham
ber o
r in
the A
bout
sect
ion
of th
e in
stru
men
t sof
twar
e (d
epen
ding
on
the
mod
el).
If y
ou a
re u
nsur
e of
you
r ultr
acen
trifu
ge’s
co
rrec
t cla
ssi
catio
n, p
leas
e ca
ll yo
ur lo
cal B
eckm
an C
oulte
r Se
rvic
e En
gine
er fo
r ass
ista
nce.
Inst
rum
ents
cur
rent
ly b
eing
m
anuf
actu
red
are
clas
si e
d as
S.
B
efor
e or
derin
g a
roto
r, ch
eck
your
inst
rum
ent’s
cl
assi
cat
ion
to m
ake
certa
in it
will
acc
omm
odat
e th
e ro
tor
sele
cted
. Eac
h ro
tor l
istin
g on
the
follo
win
g pa
ges i
ndic
ates
th
e in
stru
men
t cla
ssi
catio
ns in
whi
ch th
ey c
an b
e us
ed.
B
eckm
an C
oulte
r rot
ors a
nd u
ltrac
entri
fuge
s are
des
igne
d an
d te
sted
as c
ompl
ete
syst
ems,
and
engi
neer
ed fo
r saf
e,
relia
ble
oper
atio
n. W
e do
not
test
Bec
kman
Cou
lter r
otor
s in
non
-Bec
kman
Cou
lter u
ltrac
entri
fuge
s, no
r non
-Bec
kman
C
oulte
r rot
ors i
n B
eckm
an C
oulte
r ultr
acen
trifu
ges.
It is
not
re
com
men
ded
that
Bec
kman
Cou
lter r
otor
s be
used
in o
ther
in
stru
men
ts o
r tha
t rot
ors m
ade
by o
ther
man
ufac
ture
rs b
e us
ed in
Bec
kman
Cou
lter u
ltrac
entri
fuge
s.
Spee
d R
educ
tions
Whe
n us
ing
any
roto
r, be
sure
to o
bser
ve th
e in
stru
ctio
ns
give
n in
the
appr
opria
te R
otor
Man
ual.
Spee
d lim
itatio
ns
low
er th
an th
ose
give
n in
this
Pro
duct
Sel
ectio
n G
uide
may
be
requ
ired
beca
use
of w
eigh
t con
side
ratio
ns—
the
wei
ght o
f a
tube
, a c
ap, o
r the
den
sity
of t
he so
lutio
n be
ing
cen t
ri fug
ed.
Oth
er c
onsi
dera
tions
, suc
h as
the
prec
ipita
tion
of c
esiu
m sa
lt,
requ
ire d
erat
ion
of th
e ro
tor a
s wel
l. U
se th
e eq
uatio
ns o
f the
C
sCl d
erat
ion
curv
es g
iven
in th
e R
otor
Man
ual t
o de
ter-
min
e th
e co
rrec
t rot
or sp
eed.
If a
Rot
or M
anua
l has
bee
n lo
st, c
onta
ct y
our l
ocal
Bec
kman
Cou
lter o
f ce
to re
ques
t a
repl
acem
ent.
Prep
arat
ive
Floo
r M
odel
Rot
or D
esig
natio
nsA
ll x
ed-a
ngle
pre
para
tive
oor
mod
el u
ltrac
entri
fuge
roto
rs
are
desi
gnat
ed b
y th
e w
ord
Type
, ver
tical
-tube
roto
rs b
y th
e sy
mbo
l VT,
nea
r-ver
tical
by
the
sym
bol N
VT,
and
swin
g-in
g bu
cket
roto
rs b
y th
e sy
mbo
l SW
. The
sym
bol T
i mea
ns
the
roto
r is m
ade
of ti
tani
um. A
ll ot
her r
otor
s are
mad
e of
al
umin
um.
k Fa
ctor
sTh
e k
Fact
ors s
how
n in
the
roto
r cha
rts c
an b
e us
ed to
co
m pa
re th
e ef
cie
ncy
of v
ario
us ro
tors
for t
he m
ater
ial t
hat
will
be
cent
rifug
ed. T
hey
are
a gu
ide
to th
e tim
e, t
(in h
ours
), re
quire
d to
pel
let a
par
ticle
of k
now
n se
dim
enta
tion
co ef
-ci
ent,
s (in
Sve
dber
g un
its):
t=k/
s.
Cen
trifu
gal F
orce
sTh
e ce
ntrif
ugal
forc
es g
iven
for r
otor
s in
thes
e pu
blic
atio
ns
have
bee
n ro
unde
d to
thre
e sig
ni c
ant
gur
es u
sing
the
form
ula
whe
re r
is th
e ra
dius
in m
illim
eter
s.
Tube
Kits
Fo
r you
r ord
erin
g co
nven
ienc
e, m
ost B
eckm
an C
oulte
r Fi
xed-
Ang
le R
otor
s are
sold
as R
otor
Ass
embl
ies w
ith a
ch
oice
of T
ube
Kits
. For
roto
rs th
at a
ccom
mod
ate
Opt
iSea
l an
d Q
uick
-Sea
l tub
es, y
ou c
an o
rder
kits
with
thes
e tu
bes
inst
ead
of a
Rot
or P
acka
ge w
ith c
appe
d tu
bes o
nly.
Eac
h ki
t co
mes
com
plet
e w
ith u
p to
200
tube
s, th
e ap
prop
riate
num
-be
r of c
ap a
ssem
blie
s or s
pace
rs, V
acuu
m G
reas
e, a
nd, i
n th
e ca
se o
f the
Opt
iSea
l and
Qui
ck-S
eal K
its, a
Tub
e R
ack.
For
co
mpl
ete
orde
ring
info
rmat
ion,
see
the
indi
vidu
al ro
tor l
ist-
ings
that
follo
w.
Use
of S
mal
l Tub
esW
ith th
e us
e of
app
ropr
iate
spac
ers a
nd/o
r ada
pter
s, m
any
roto
rs c
an a
ccom
mod
ate
tube
s sm
alle
r tha
n th
e tu
be c
aviti
es.
Whe
n ce
ntrif
ugin
g sm
all s
ampl
es, u
se o
f the
se sm
alle
r tub
es
incr
ease
s the
ef
cien
cy a
nd sp
eeds
the
proc
ess.
A c
hart
of
com
patib
le tu
bes i
s pro
vide
d w
ith e
ach
roto
r lis
ting.
Inno
vativ
eg-
Max
Sys
tem
The
g-M
ax sy
stem
add
s val
uabl
e ca
pabi
litie
s to
your
B
eckm
an C
oulte
r ultr
acen
trifu
ge ro
tors
. Bas
ed o
n a
uniq
ue
appr
oach
to tu
be su
ppor
t with
in th
e ro
tor c
aviti
es, t
he sy
stem
le
ts y
ou ru
n sm
alle
r vol
umes
in F
ixed
-Ang
le, V
ertic
al-T
ube
and
Swin
ging
Buc
ket R
otor
s with
no
re du
ctio
n in
g-f
orce
an
d at
low
er k
Fac
tors
to a
chie
ve se
para
tions
in m
uch
shor
ter
run
times
.
This
syst
em u
ses p
aten
ted
Bec
kman
Cou
lter Q
uick
-Sea
l be
ll-to
p tu
bes a
nd
oatin
g sp
acer
s. U
nlik
e co
nven
tiona
l sl
eeve
-type
ada
pter
s, th
e g-
Max
spac
ers “
oat
” on
top
of th
e tu
be w
hich
kee
ps th
e sa
mpl
e at
the
max
imum
radi
us o
f the
tu
be c
avity
.N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, th
ese
tube
s are
hig
hlig
hted
with
bol
d, it
alic
type
. To
mak
e it
easy
to o
rder
thes
e tu
bes t
he fi
rst t
ime,
g-M
ax k
its a
re
avai
labl
e w
hich
incl
ude
enou
gh sp
acer
s to
com
plet
ely
fi ll t
he r
otor
, as w
ell a
s 50
Qui
ck-S
eal p
olya
llom
er tu
bes
and
two
tool
s (on
e fo
r sp
acer
rem
oval
and
one
for
tube
re
mov
al).
The
se k
its a
re a
lso
liste
d.
Ultr
acen
trifu
gatio
n
1-8
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Qui
ck-R
efer
ence
Gui
de to
Inst
rum
ent C
lass
i fi ca
tion
Rot
or C
ompa
tibili
ty
All
ultra
cent
rifug
es w
ith th
e fo
llow
ing
clas
si c
atio
ns a
re o
bsol
ete
and
no lo
nger
supp
orte
d w
ith re
plac
emen
t par
ts o
r ser
vice
from
B
eckm
an C
oulte
r: A
, B, C
, D, E
. F, G
, Q, a
nd so
me
L5/L
5B
inst
rum
ents
cla
ssi
ed a
s H. T
he L
5B is
the
new
est o
f the
se a
nd w
as
last
man
ufac
ture
d in
198
3. P
leas
e co
ntac
t you
r Bec
kman
Cou
lter
Sale
s/Se
rvic
e or
gani
zatio
n fo
r ass
ista
nce
with
any
of t
hese
mod
els.
‡ Obs
olet
e ro
tor.
Ultr
acen
trifu
gatio
n
P/N
Roto
r L7
L8
/L8M
Op
tima
L/LE
R
H S
R
3630
13
Type
100
Ti
• •
• •
3555
30
Type
90
Ti
• •
• •
3421
84
Type
70.
1 Ti
•
• •
• 33
7922
Ty
pe 7
0 Ti
•
• •
• 34
7299
Ty
pe 5
0.4
Ti
• •
• •
3379
01
Type
50.
2 Ti
•
• •
• 33
9160
Ty
pe 4
5 Ti
•
• •
• 34
3007
Ty
pe 4
2.2
Ti
• •
• •
3472
61
Type
25
• •
• •
3256
20
Type
19
• •
• •
3658
98
NV
T 10
0 •
• •
• 36
2752
N
VT
90
• •
• •
3610
73
NV
T 65
.2
• •
• •
3627
55
NV
T 65
•
• •
•36
2751
V
Ti 9
0 •
• •
•36
2754
V
Ti 6
5.2
• •
• •
3627
59
VTi
65.
1 •
• •
• 36
2758
V
Ti 5
0 •
• •
• 33
5649
SW
60
Ti
• •
• •
3421
94
SW 5
5 Ti
•
• •
• 33
1362
SW
41
Ti
• •
• •
3313
02
SW 4
0 Ti
•
• •
• 36
9651
SW
32.
1 Ti
•
• •
• 36
9650
SW
32
Ti
• •
• •
3422
16
SW 2
8.1
• •
• •
3422
07
SW 2
8 •
• •
• 35
0700
C
F-32
Ti
•
•
9693
12
Ti-1
5
• •
Ti-1
4‡
• •
1-9
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Beck
man
Cou
lter F
loor
Mod
el U
ltrac
entri
fuge
Rot
ors b
y U
se
Floo
r M
odel
Rot
or S
elec
tion
by A
pplic
atio
n
Type 100 Ti
Type 90 Ti
Type 70.1 Ti
Type 70 Ti
Type 50.2 Ti
Type 50.4 Ti
Type 42.2 Ti
Type 45 Ti
Type 25
Type 19
SW 60 Ti
SW 55 Ti
SW 41 Ti
SW 40 Ti
SW 32.1 Ti
SW 32 Ti
SW 28.1
SW 28
NVT 100
NVT 90
NVT 65
NVT 65.2
VTi 90
VTi 65.1
VTi 65.2
VTi 50
CF-32 Ti
Ti-15
Sep
ara
tio
n o
f
Su
bcellu
lar
Part
icle
s
Larg
est
Vo
lum
e f
or
Pe
lletin
g
Larg
est
Vo
lum
e R
ate
-Zo
nal S
ep
ara
tio
n
Faste
st
Rate
-Zo
nal S
ep
ara
tio
n
Sep
ara
tio
n
of
Vir
us a
nd
Vir
al P
art
icle
s
Larg
est
Vo
lum
e f
or
Pe
lletin
g
Larg
est
Vo
lum
e R
ate
-Zo
nal S
ep
ara
tio
n
Faste
st
Rate
-Zo
nal S
ep
ara
tio
n
Rate
-Zo
nal
Sep
ara
tio
n
of
Pro
tein
s
in S
ucro
se
Gra
die
nt
Faste
st
Se
para
tio
n
Larg
est
Vo
lum
e
Larg
est
Nu
mb
er
of
Sam
ple
s
Gre
ate
st
Inte
rban
d D
ista
nc
e
Sep
ara
tio
n o
f
Lip
op
rote
ins
Faste
st
Dif
fere
ntial F
lota
tio
n
Larg
est N
um
be
r fo
r D
iffe
ren
tial F
lota
tion
Larg
est
Vo
lum
e f
or
Dif
fere
ntial F
lota
tio
n
Gre
ate
st
Inte
rban
d S
pac
e
Faste
st
De
nsity
Gra
die
nt
Se
para
tio
n
Pelleting
RN
A
Th
rou
gh
a
CsC
l
Gra
die
nt
Faste
st
Se
para
tio
n
Larg
est
Vo
lum
e
Iso
pycnic
Sep
ara
tio
n o
f
Pla
sm
id D
NA
Faste
st
Se
para
tio
n
Gre
ate
st
Inte
rban
d D
ista
nc
e
Larg
est
Vo
lum
e
1-10
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Type
100
Ti
Type
100
Ti
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (pk
g of
8)
Adap
ters
(qty.
1)
Spee
dQu
ick-S
eal
2.0
3458
29
50
13 x
25
3602
70
—–—
80
2 00
0 7.
0 10
0 00
0Po
lyallo
mer
2.
036
3962
§
50
13 x
25
3602
70
—–—
80
2 00
0 7.
0 10
0 00
0
3.5
3496
21
50
13 x
32
3602
70
—–—
80
2 00
0 9.
4 10
0 00
0
3.5
3639
61§
50
13 x
32
3602
70
—–—
80
2 00
0 9.
4 10
0 00
0
5.1
3622
48
50
13 x
51
3602
70
—–—
80
2 00
0 13
.5
100
000
5.
1 36
3960
§
50
13 x
51
3602
70
—–—
80
2 00
0 13
.5
100
000
6.
0 34
4619
50
13
x 6
4 36
5470
—
–—
802
000
15.0
10
0 00
0
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: R S
Maj
or a
pplic
atio
ns: R
apid
sepa
ratio
n of
pla
smid
DN
A a
nd ra
pid
diffe
rent
ial c
entri
fuga
tion
of sm
all p
artic
les.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
100
000
802
000
15
8 x
6 m
L 48
mL
12 x
2 1
2 in
13
x 6
4 m
m
8 x
6.0
mL
No.
363
013.
Typ
e 10
0 Ti
Rot
or A
ssem
bly
with
3 e
ach
8760
89 O
-ring
s,
3 ea
ch 8
3934
7 O
-ring
s, an
d 2
each
363
304
Ove
rspe
ed D
isks.
No.
363
963.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
344
619
Poly
allo
mer
Tu
bes,
8 Sp
acer
s 365
470,
1 e
ach
Tube
Rem
oval
Too
l 361
668,
Spi
nkot
e Lu
bric
ant 3
0681
2, a
nd V
acuu
m G
reas
e 33
5148
. (Co
rdle
ss
Tube
Top
per a
nd T
ube
Rack
requ
ired.
)
Ada
pter
s/Sp
acer
s/C
aps
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes a
nd re
quire
d to
ols.
Rot
or R
epla
cem
ent P
arts
3630
37 R
otor
Lid
3630
39 R
otor
Han
dle
3633
04 O
vers
peed
Dis
k, 1
00 0
00 rp
m83
9347
O-r
ing
for R
otor
Han
dle
8760
89 O
-rin
g fo
r Rot
or L
id
Spac
ers (
Pack
age
of 8
)36
5470
ts
13
x 64
mm
3602
70
ts 1
3 x
51 m
m ts
13
x 32
mm
ts 1
3 x
25 m
m
3654
70
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
3602
70
r min
(39.
5 m
m)
r av
(55.
5 m
m)
r max
(71.
6 m
m)
Axi
s o
f Ro
tati
on
26°
1-11
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Type
90
Ti
Type
90
Ti
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal
8.9
3616
23
56
16 x
60
3616
70§
§
—–—
69
4 00
0 21
90
000
Polya
llom
erQu
ick-S
eal
4.2
3565
62
50
16 x
38
3458
28
—–—
69
4 00
0 11
90
000
Polya
llom
er
4.2
3573
32§
50
16 x
38
3458
28
—–—
69
4 00
0 11
90
000
6.
3 34
5830
50
16
x 4
5 34
5828
—
–—
694
000
14
90 0
00
6.3
3573
34§
50
16 x
45
3458
28
—–—
69
4 00
0 14
90
000
10
.0
3446
22
50
16 x
67
3446
76
—–—
69
4 00
0 21
90
000
13
.5
3424
13
50
16 x
76
3426
95
—–—
69
4 00
0 25
90
000
Quick
-Sea
l 13
.5
3443
22
50
16 x
76
3426
95
—–—
69
4 00
0 25
90
000
Ultra
-Clea
rPo
lycar
bona
te
10.4
35
5603
6
16 x
76
—–—
—
–—
362
000
48
65 0
00Bo
ttle/A
ssem
bly
10.4
35
5651
25
16
x 7
6 —
–—
—–—
36
2 00
0 48
65
000
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
3033
13
197
000
69
50 0
00Po
lyallo
mer
13
.5
3268
14
50
16 x
76
3419
68
—–—
54
8 00
0 32
80
000
Thick
wall
4.0
3556
44
25
13 x
64
—–—
30
3313
19
7 00
0 69
50
000
Polya
llom
er
10.0
35
5640
25
16
x 7
6 3
3890
7
—–—
77
000
19
0 30
000
Thick
wall
4.0
3556
45
25
13 x
64
—–—
30
3313
19
7 00
0 69
50
000
Polyc
arbo
nate
10
.0
3556
30
25
16 x
76
338
907
—
–—
197
000
69
50
000
Ultra
-Clea
r 2.
0 34
4091
50
8
x 4
9 30
3624
30
3376
12
8 00
0 72
40
000
4.
0 34
4093
50
13
x 4
1 34
6256
30
3402
13
8 00
0 67
45
000
6.
5 34
4088
50
13
x 6
4 34
6256
30
3313
19
7 00
0 69
50
000
13
.5
3440
85
50
16 x
76
3419
68
—–—
54
8 00
0 32
80
000
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Fiv
e-ho
ur se
para
tion
of p
lasm
id D
NA
and
rapi
d di
ffere
ntia
l cen
trifu
gatio
n of
smal
l par
ticle
s.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
90 0
00
694
000
25
8 x
13.5
mL
108
mL
58 x
3 in
16 x
76
mm
8 x
13.5
mL
No.
355
530.
Typ
e 90
Ti R
otor
Ass
embl
y w
ith 3
eac
h 83
9347
O-ri
ngs,
3
each
876
089
O-ri
ngs,
and
2 ea
ch 3
5553
9 O
vers
peed
Disk
s.N
o. 3
4817
9. Q
uick
-Sea
l Tub
e K
it w
ith 2
box
es 3
4241
3 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
322
Ultr
a-Cl
ear T
ubes
, 12
Spac
ers 3
4269
5, 1
eac
h 34
8123
Tub
e Ra
ck, 3
0681
2 Sp
inko
te L
ubric
ant,
and
3351
48 V
acuu
m
Gre
ase.
(Cor
dles
s Tub
e To
pper
Kit
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
No.
348
180.
Ope
n-To
p Tu
be K
it w
ith 2
box
es 3
2681
4 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
085
Ultr
a-Cl
ear T
ubes
, 12
Tube
Cap
s 341
968,
1
Spin
kote
Lub
rican
t 306
812,
and
1 V
acuu
m G
reas
e 33
5148
. (33
1202
and
30
5075
Too
ls re
quire
d; se
e To
ols,
Acc
esso
ries,
and
Supp
lies.)
No.
361
660.
Opt
iSea
l Tub
e K
it w
ith 4
box
es o
f Opt
iSea
l Tub
es 3
6162
3,
12 S
pace
rs 3
6167
0 (6
pkg
. of 2
), 1
Opt
iSea
l Tub
e Ra
ck 3
6164
2, 1
Tub
e Ex
tract
ion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
Ada
pter
s/Sp
acer
s/C
aps
N
ote:
To h
elp
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.§§
Set o
f 2.
M
axim
um sp
eeds
giv
en a
bove
are
thos
e w
hich
the
tube
s cou
ld w
ithst
and
whe
n te
sted
at 2
5°C
for 2
4 ho
urs.
Furt
her t
ests
hav
e sh
own
that
the
poly
carb
onat
e tu
bes
can
be ru
n at
75
000
rpm
for s
ix h
ours
or a
t 65
000
rpm
for e
ight
hou
rs.
Bot
tles o
nly.
Rot
or R
epla
cem
ent P
arts
3555
28 L
id35
5529
Rot
or H
andl
e35
5530
Rot
or A
ssem
bly
3555
39 O
vers
peed
Dis
k35
6959
Too
l, H
andl
e83
9347
O R
ing,
Inne
r87
6089
O R
ing,
Out
er
r min
(3
4.2
mm
)
r av
(55
.4 m
m)
r max
(7
6.5
mm
)
Axi
s o
f R
ota
tio
n
25
°
3034
0230
3313
3033
7634
1968
3462
5630
3624
3616
7034
4676
3458
2834
2695
3389
07
1-12
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Type
70.
1 Ti
Ty
pe 7
0.1
Ti12
x 1
3.5
mL
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Diff
eren
tial c
entri
fuga
tion
of su
bcel
lula
r par
ticle
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
70 0
00
450
000
36
12 x
13.
5 m
L 16
2 m
L
5
8 x 3
in
16
x 7
6 m
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal
8.9
3616
23
56
16 x
60
3616
70§
§
—–—
45
0 00
0 32
70
000
Polya
llom
erQu
ick-S
eal
4.2
3565
62
50
16 x
38
3458
28
—–—
45
0 00
0 17
70
000
Polya
llom
er
4.2
3573
32§
50
16 x
38
3458
28
—–—
45
0 00
0 17
70
000
6.
3 34
5830
50
16
x 4
5 34
5828
—
–—
450
000
24
70 0
00
6.3
3573
34§
50
16 x
45
3458
28
—–—
45
0 00
0 24
70
000
10
.0
3446
22
50
16 x
67
3446
76
—–—
45
0 00
0 34
70
000
13
.5
3424
13
50
16 x
76
3426
95
—–—
45
0 00
0 36
70
000
Quick
-Sea
l 13
.5
3443
22
50
16 x
76
3426
95
—–—
45
0 00
0 36
70
000
Ultra
-Clea
r
Polyc
arbo
nate
10
.4
3556
03
6 16
x 7
6 —
–—
—–—
38
8 00
0 42
65
000
Bottl
e Ass
embl
y 10
.4
3556
51
6 16
x 7
6 —
–—
—–—
38
8 00
0 42
65
000
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
3033
13
212
000
60
50 0
00Po
lyallo
mer
13
.5
3268
14
50
16 x
76
3419
68
—–—
45
0 00
0 36
70
000
Thick
wall
4.0
3556
44
25
13 x
64
—–—
30
3313
21
2 00
0 60
50
000
Polya
llom
er
10.0
35
5640
25
16
x 7
6 33
8907
—
–—
82 7
00
199
30 0
00
Thick
wall
4.0
3556
45
25
13 x
64
—–—
30
3313
21
2 00
0 60
50
000
Polyc
arbo
nate
8.
0 35
5630
25
16
x 7
6 33
8907
—
–—
230
000
71
50 0
00
Ultra
-Clea
r 2.
0 34
4091
50
8
x 4
9 30
3624
30
3376
13
8 00
0 63
45
000
4.
0 34
4093
50
13
x 4
1 34
6256
30
3402
15
2 00
0 58
45
000
6.
5 34
4088
50
13
x 6
4 34
6256
30
3313
21
2 00
0 60
50
000
13
.5
3440
85
50
16 x
76
3419
68
—–—
45
0 00
0 36
70
000
Ada
pter
s/Sp
acer
s/C
aps
No.
348
180.
Ope
n-To
p Tu
be K
it w
ith 2
box
es 3
2681
4 Po
lyal
lom
er T
ubes
, 2
boxe
s 344
085
Ultr
a-Cl
ear T
ubes
, 12
Tube
Cap
s 341
968,
1 S
pink
ote
Lubr
ican
t 306
812,
and
1 V
acuu
m G
reas
e 33
5148
. (33
1202
and
305
075
Tool
s req
uire
d; se
e To
ols,
Acc
esso
ries,
and
Supp
lies.)
No.
361
660.
Opt
iSea
l Tub
e K
it w
ith 4
box
es o
f Opt
iSea
l Tub
es 3
6162
3,
12 S
pace
rs 3
6167
0 (6
pkg
of 2
), 1
Opt
iSea
l Tub
e Ra
ck 3
6164
2, 1
Tub
e Ex
tract
ion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
No.
342
184.
Typ
e 70
.1 T
i Rot
or A
ssem
bly
with
3 e
ach
0117
57 O
-ring
s, 3
each
858
125
O-ri
ngs,
and
2 ea
ch 3
3558
5 O
vers
peed
Disk
s.N
o. 3
4817
9. Q
uick
-Sea
l Tub
e K
it w
ith 2
box
es 3
4241
3 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
322
Ultr
a-Cl
ear T
ubes
, 12
Spac
ers 3
4269
5, 1
eac
h 34
8123
Tub
e Ra
ck, S
pink
ote
Lubr
ican
t 306
812,
and
Vac
uum
Gre
ase
3351
48. (
Cord
less
Tub
e To
pper
Kit
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.§§
Set o
f 2.
M
axim
um sp
eeds
giv
en a
bove
are
thos
e w
hich
the
tube
s cou
ld w
ithst
and
whe
n te
sted
at 2
5°C
for 2
4 ho
urs.
Furt
her t
ests
hav
e sh
own
that
the
poly
carb
onat
e tu
bes
can
be ru
n at
75
000
rpm
for s
ix h
ours
or a
t 65
000
rpm
for e
ight
hou
rs.
Bot
tles o
nly.
Rot
or R
epla
cem
ent P
arts
0117
57 O
-rin
g fo
r Rot
or H
andl
e33
5585
Ove
rspe
ed D
isk,
70
000
rpm
3379
24 R
otor
Han
dle
3421
83 R
otor
Lid
8581
25 O
-rin
g fo
r Rot
or L
id
3033
1330
3402
3033
7634
4676
3458
2834
1968
3462
5630
3624
3426
9536
1670
r min
(4
0.5
mm
)
r av
(61
.2 m
m)
r ma
x (8
2.0
mm
)
Axi
s o
f R
ota
tio
n
24
°
1-13
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ada
pter
s/Sp
acer
s/C
aps
Type
70
Ti
Type
70
Ti8
x 39
mL
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Diff
eren
tial c
entri
fuga
tion
of su
bcel
lula
r fra
ctio
ns.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
70 0
00
504
000
44
8 x
39 m
L 31
2 m
L
1
x 3
12 i
n
25
x 8
9 m
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal P
olya
llom
er
32.4
36
1625
56
25
x 7
7 36
1669
§§
—–—
50
4 00
0 44
70
000
Quick
-Sea
l 15
.0
3436
64
50
25 x
38
3434
48
—–—
50
4 00
0 24
70
000
Polya
llom
er
15.0
35
7343
§
50
25 x
38
3434
48
—–—
50
4 00
0 24
70
000
27
.0
3436
65
50
25 x
64
3434
48
—–—
50
4 00
0 31
70
000
27
.0
3573
46§
50
25 x
64
3434
48
—–—
50
4 00
0 31
70
000
33
.0
3446
23
50
25 x
83
3446
35
—–—
50
4 00
0 38
70
000
39
.0
3424
14
50
25 x
89
3426
99
—–—
50
4 00
0 44
70
000
Quick
-Sea
l 15
.0
3443
24
50
25 x
38
3434
48
—–—
50
4 00
0 24
70
000
Ultra
-Clea
r 27
.0
3443
23
50
25 x
64
3434
48
—–—
50
4 00
0 31
70
000
39
.0
3443
26
50
25 x
89
3426
99
—–—
50
4 00
0 44
70
000
Polyc
arbo
nate
26
.3
3556
18
6 25
x 8
9 —
–—
—–—
37
1 00
0 59
60
000
Bottl
e Ass
embl
yTh
inwa
ll 6.
5 32
6820
50
13
x 6
4 34
6256
30
3392
10
2 00
0 69
45
000
Polya
llom
er
13.5
32
6814
50
16
x 7
6 33
0860
30
3307
15
1 00
0 10
4 40
000
35
.5
3443
67
50
25 x
83
3379
27
—–—
50
4 00
0 43
70
000
38
.5
3268
23
50
25 x
89
3311
51
—–—
37
1 00
0 59
60
000
Thick
wall
4.0
3556
44
25
13 x
64
—–—
30
3392
10
2 00
0 69
45
000
Polya
llom
er
10.0
35
5640
25
16
x 7
6 33
8907
† 30
3307
15
1 00
0 10
4 40
000
30
.0
3556
42
25
25 x
89
3389
06†
—–—
37
1 00
0 59
60
000
Thick
wall
4.0
3556
45
25
13 x
64
—–—
30
3392
10
2 00
0 69
45
000
Polyc
arbo
nate
10
.0
3556
30
25
16 x
76
3389
07†
3033
07
151
000
104
40 0
00
30.0
35
5631
25
25
x 8
9 33
8906
† —
–—
371
000
59
60 0
00
Ultra
-Clea
r 6.
5 34
4088
50
13
x 6
4 34
6256
30
3392
10
2 00
0 69
45
000
13
.5
3440
85
50
16 x
76
3308
60
3033
07
151
000
104
40 0
00
38.5
34
4058
50
25
x 8
9 33
1151
—
–—
371
000
59
60 0
00
Stain
less S
teel
3
8.5
30
1112
1
25
x 8
9
3
0213
3
—
–—
16
5 00
0
135
40
000
††
No.
337
922.
Typ
e 70
Ti R
otor
Ass
embl
y w
ith 3
eac
h 01
1757
O-ri
ngs,
3
each
870
612
O-ri
ngs,
and
2 ea
ch 3
3558
5 O
vers
peed
Disk
s.N
o. 3
4817
8. Q
uick
-Sea
l Tub
e K
it w
ith 2
box
es 3
4241
4 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
326
Ultr
a-Cl
ear T
ubes
, 12
Spac
ers 3
4269
9, 1
eac
h 34
8124
Tub
e Ra
ck, 3
0681
2 Sp
inko
te L
ubric
ant,
and
3351
48 V
acuu
m
Gre
ase.
(Cor
dles
s Tub
e To
pper
Kit
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
No.
348
172.
Ope
n-To
p Tu
be K
it w
ith 4
box
es 3
4436
7 Po
lyal
lom
er
Tube
s, 10
Tub
e Ca
ps 3
3792
7, 1
Spi
nkot
e Lu
bric
ant 3
0681
2, a
nd
1 Va
cuum
Gre
ase
3351
48. (
3388
41 a
nd 3
0507
5 To
ols r
equi
red;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)N
o. 3
6166
2. O
ptiS
eal T
ube
Kit
with
4 b
oxes
of O
ptiS
eal T
ubes
361
625,
12
Spa
cers
361
669
(6 p
kg o
f 2),
1 O
ptiS
eal T
ube
Rack
361
646,
1
Tube
Ext
ract
ion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.§§
Set o
f 2.
† C
aps a
re o
ptio
nal f
or th
ese
Thic
kwal
l tub
es. I
n th
e Ty
pe 7
0 Ti
, the
lli
ng le
vel f
or
3556
42 a
nd 3
5563
1 is
16.
5 m
L. F
or 3
5564
0 an
d 35
5630
, the
lli
ng le
vel i
s 7.5
m
L. M
axim
um sp
eeds
for t
hese
ope
n-to
p tu
bes w
ithou
t a c
ap: P
olyc
arbo
nate
—45
00
0 rp
m. P
olya
llom
er—
20 0
00 rp
m. T
hese
spee
ds a
re th
ose
whi
ch th
e tu
bes c
ould
w
ithst
and
whe
n te
sted
at 2
5°C
for 2
4 ho
urs.
Furt
her t
ests
hav
e sh
own
that
the
poly
carb
onat
e tu
be c
an ru
n at
50
000
rpm
for f
our h
ours
.††
Fo
r sol
utio
n de
nsiti
es o
f 2.0
g/m
L an
d be
low.
For
solu
tion
dens
ities
abo
ve 2
.0 g
/m
L, fu
rthe
r spe
ed re
duct
ions
are
requ
ired.
Ref
er to
pub
licat
ion
L5-T
B-07
2 w
hen
cent
rifu
ging
stai
nles
s ste
el tu
bes.
Rot
or R
epla
cem
ent P
arts
0117
57 O
-rin
g fo
r Rot
or H
andl
e33
5585
Ove
rspe
ed D
isk,
70
000
rpm
3379
23 R
otor
Lid
3379
24 R
otor
Han
dle
8706
12 O
-rin
g fo
r Rot
or L
id
3033
0730
3392
3311
5133
0860
3462
5634
2699
3446
3536
1669
3434
4833
7927
3389
0633
8907
Axi
s o
f Ro
tati
on
r min
(39.
5 m
m)
r av
(65.
7 m
m)
r max
(91.
9 m
m)
23°
3021
33
1-14
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ada
pter
s/Sp
acer
s/C
aps
Type
50.
4 Ti
Ty
pe 5
0.4
Ti44
x 6
.5 m
L
No.
347
299.
Typ
e 50
.4 T
i Rot
or A
ssem
bly
with
3 e
ach
8701
38 O
-ring
s,
3 ea
ch 8
5451
9 O
-ring
s, an
d 2
each
330
336
Ove
rspe
ed D
isks.
No.
356
957.
Qui
ck-S
eal T
ube
Kit
with
2 b
oxes
344
619
Poly
allo
mer
Tu
bes,
2 bo
xes 3
4432
0 U
ltra-
Clea
r Tub
es, 4
8 Sp
acer
s 344
389,
1 T
ube
Rack
348
122,
1 S
pace
r Rem
oval
Too
l 338
765,
1 S
pink
ote
Lubr
ican
t 30
6812
, and
1 V
acuu
m G
reas
e 33
5148
. (Co
rdle
ss T
ube
Topp
er K
it re
quire
d; se
e To
ols,
Acc
esso
ries,
and
Supp
lies.)
No.
356
956.
Ope
n-To
p Tu
be K
it fo
r lip
opro
tein
ot
atio
n w
ith 4
box
es
3268
20 P
olya
llom
er T
ubes
, 48
Tube
Cap
s with
shor
t ste
ms 3
0311
3,
1 Sp
inko
te L
ubric
ant 3
0681
2, a
nd 1
Vac
uum
Gre
ase
3351
48. (
3018
75,
3050
75, a
nd 8
4188
3 To
ols r
equi
red.
)
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
S
Maj
or a
pplic
atio
ns: D
iffer
entia
l o
tatio
n of
lipo
prot
eins
, mul
tisam
ple
pelle
ting,
or g
radi
ent s
epar
atio
ns.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
50 0
00
270
000
39
44 x
6.5
mL
286
mL
31
2 00
0 33
1
2 x 2
12 i
n
13 x
64
mm
No.
356
958.
Ope
n-To
p Tu
be K
it w
ith 2
box
es 3
2682
0 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
088
Ultr
a-Cl
ear T
ubes
, 48
Tube
Cap
s with
ll
hole
s 34
6256
, 1 S
pink
ote
Lubr
ican
t 306
812,
and
1 V
acuu
m G
reas
e 33
5148
. (3
0187
5, 3
0507
5, a
nd 8
4188
3 To
ols r
equi
red.
)N
o. 3
6165
9. O
ptiS
eal T
ube
Kit
with
4 b
oxes
of O
ptiS
eal T
ubes
361
621,
8
Spac
ers 3
6167
6 (4
pkg
of 2
), 1
Opt
iSea
l Tub
e Ra
ck 3
6163
8,
1 Tu
be E
xtra
ctio
n To
ol 3
6166
8, a
nd 1
Spa
cer R
emov
al T
ool 3
3876
5.
r min
(80
.8 m
m)
r av
(96
.1 m
m)
r max
(11
1.5
mm
)
Axi
s o
f R
ota
tio
n
20
°
Rot
or R
epla
cem
ent P
arts
3303
36 O
vers
peed
Dis
k, 5
0 00
0 rp
m
3379
04 B
reak
-aw
ay H
andl
e Ass
embl
y
3472
98 R
otor
Lid
8545
19 O
-rin
g fo
r Rot
or H
andl
e
8701
38 O
-rin
g fo
r Rot
or L
id
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s. §§ S
et o
f 2.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal
4.7
3616
21
56
13 x
48
3616
76§
§
—–—
31
2 00
0 33
50
000
Polya
llom
erQu
ick-S
eal
2.0
3458
29
50
13 x
25
3458
27
—–—
31
2 00
0 15
50
000
Polya
llom
er
2.0
3573
29§
50
13 x
25
3458
27
—–—
31
2 00
0 15
50
000
6.
0 34
4619
50
13
x 6
4 34
4389
—
–—
312
000
33
50 0
00
Quick
-Sea
l 6.
0 34
4320
50
13
x 6
4 34
4389
—
–—
312
000
33
50 0
00Ul
tra-C
lear
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
—–—
31
2 00
0 33
50
000
Polya
llom
erTh
ickwa
ll 4.
0 35
5644
25
13
x 6
4 —
–—
—–—
11
2 40
0 91
30
000
Polya
llom
er
Thick
wall
1.0
3556
57
25
8 x
51
—–—
30
3823
25
2 90
0 40
45
000
Polyc
arbo
nate
4.
0 35
5645
25
13
x 6
4 —
–—
—–—
31
2 00
0 33
50
000
Ultra
-Clea
r 2.
0 34
4091
50
8
x 4
9 30
3658
30
3823
25
2 90
0 40
45
000
6.
5 34
4088
50
13
x 6
4 34
6256
—
–—
312
000
33
50 0
00
3038
2334
6256
3443
8934
5827
3616
7630
3658
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
3031
13
1-15
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
348
177.
Ope
n-To
p Tu
be K
it w
ith 2
box
es 3
2682
3 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
058
Ultr
a-Cl
ear T
ubes
, 12
Tube
Cap
s 331
151,
1
Spin
kote
Lub
rican
t 306
812,
and
1 V
acuu
m G
reas
e 33
5148
. (33
1202
an
d 30
5075
Too
ls re
quire
d; se
e To
ols,
Acc
esso
ries,
and
Supp
lies.)
No.
361
662.
Opt
iSea
l Tub
e K
it w
ith 4
box
es o
f Opt
iSea
l Tub
es 3
6162
5,
12 S
pace
rs 3
6166
9 (6
pkg
of 2
), 1
Opt
iSea
l Tub
e Ra
ck 3
6164
6,
1 Tu
be E
xtra
ctio
n To
ol 3
6166
8, a
nd 1
Spa
cer R
emov
al T
ool 3
3876
5.
No.
337
901.
Typ
e 50
.2 T
i Rot
or A
ssem
bly
with
3 e
ach
8343
01 O
-ring
s, 3
each
854
519
O-ri
ngs,
and
2 ea
ch 3
3033
6 O
vers
peed
Disk
s.N
o. 3
4817
8. Q
uick
-Sea
l Tub
e K
it w
ith 2
box
es 3
4241
4 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
326
Ultr
a-Cl
ear T
ubes
, 12
Spac
ers 3
4269
9, 1
eac
h 34
8124
Tub
e Ra
ck, 3
0681
2 Sp
inko
te L
ubric
ant ,
and
335
148
Vacu
um
Gre
ase.
(Cor
dles
s Tub
e To
pper
Kit
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
Type
50.
2 Ti
Ty
pe 5
0.2
Ti12
x 3
9 m
L
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SN
ote:
Thi
s rot
or c
anno
t be
used
in 4
0 00
0 rp
m F
or H
inst
rum
ents
or t
he L
5-50
E un
less
the
inst
ru-
men
ts h
ave
been
upg
rade
d w
ith a
diff
usio
n pu
mp
and
vacu
um in
dica
tor.
Maj
or a
pplic
atio
ns: D
iffer
entia
l cen
trifu
gatio
n of
subc
ellu
lar f
ract
ions
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
50 0
00
302
000
69
12 x
39
mL
468
mL
1 x
312
in
25
x 8
9 m
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal
32.4
36
1625
56
25
x 7
7 36
1669
§§
—–—
30
2 00
0 69
50
000
Polya
llom
erQu
ick-S
eal
15.0
34
3664
50
25
x 3
8 34
3448
—
–—
302
000
39
50 0
00Po
lyallo
mer
15
.0
3573
43§
50
25 x
38
3434
48
—–—
30
2 00
0 39
50
000
27
.0
3436
65
50
25 x
64
3434
48
—–—
30
2 00
0 55
50
000
27
.0
3573
46§
50
25 x
64
3434
48
—–—
30
2 00
0 55
50
000
33
.0
3446
23
50
25 x
83
3446
35
—–—
30
2 00
0 68
50
000
39
.0
3424
14
50
25 x
89
3426
99
—–—
30
2 00
0 69
50
000
Quick
-Sea
l 15
.0
3443
24
50
25 x
38
3434
48
—–—
30
2 00
0 39
50
000
Ultra
-Clea
r 27
.0
3443
23
50
25 x
64
3434
48
—–—
30
2 00
0 55
50
000
39
.0
3443
26
50
25 x
89
3426
99
—–—
30
2 00
0 69
50
000
Bottl
e Ass
embl
y 26
.3
3556
18
6 25
x 8
9 —
–—
—–—
30
2 00
0 69
50
000
Polyc
arbo
nate
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
3033
92
194
000
61
43 0
00Po
lyallo
mer
13
.5
3268
14
50
16 x
76
3308
60
3033
07
179
000
85
40 0
00
38.5
32
6823
50
25
x 8
9 33
1151
—
–—
302
000
69
50 0
00
Thick
wall
4.0
3556
44
25
13 x
64
—–—
30
3392
19
4 00
0 61
43
000
Polya
llom
er
10.0
35
5640
† 25
16
x 7
6 33
8907
30
3307
17
9 00
0 85
40
000
30
.0
3556
42†
25
25 x
89
3389
06
—–—
30
2 00
0 69
50
000
Thick
wall
4.0
3556
45
25
13 x
64
—–—
30
3392
19
4 00
0 61
43
000
Polyc
arbo
nate
10
.0
3556
30†
25
16 x
76
3389
07
3033
07
179
000
85
45 0
00
30.0
35
5631
† 25
25
x 8
9 33
8906
—
–—
302
000
69
50 0
00
6.
5 34
4088
50
13
x 6
4 34
6256
30
3392
19
4 00
0 61
43
000
Ultra
-Clea
r 13
.5
3440
85
50
16 x
76
3308
60
3033
07
179
000
85
40 0
00
38.5
34
4058
50
25
x 8
9 33
1151
—
–—
302
000
69
50 0
00
Stain
less S
teel
38
.5
3011
12
1
25 x
89
30
2133
—
–—
165
000
12
7 37
000
††
Ada
pter
s/Sp
acer
s/C
aps
Rot
or R
epla
cem
ent P
arts
3303
36 O
vers
peed
Dis
k, 5
0 00
0 rp
m33
7903
Rot
or L
id33
7904
Bre
ak-a
way
Han
dle A
ssem
bly
8343
01 L
arge
O-r
ing
for R
otor
Lid
8545
19 S
mal
l O-r
ing
for R
otor
Lid
* N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s. §§
Set o
f 2.
† C
aps a
re o
ptio
nal f
or th
ese
thic
kwal
l tub
es. I
n th
e Ty
pe 5
0.2
Ti, t
he
lling
leve
l fo
r P/N
355
642
and
P/N
355
631
is 1
6.5
mL.
For
P/N
355
640
and
P/N
355
630,
th
e ll
ing
leve
l is 8
mL.
Max
imum
spee
ds fo
r the
se o
pen-
top
tube
s with
out a
cap
: Po
lyca
rbon
ate
— 4
5 00
0 rp
m; P
olya
llom
er —
20
000
rpm
. The
se sp
eeds
are
thos
e w
hich
the
tube
s cou
ld w
ithst
and
whe
n te
sted
at 2
5ºC
for 2
4 ho
urs.
Furt
her t
ests
ha
ve sh
own
that
the
poly
carb
onat
e tu
bes c
an ru
n at
50
000
rpm
for f
our h
ours
.††
Re
fer t
o th
e se
ctio
n on
RU
N S
PEED
S in
the
Type
50.
2 Ro
tor m
anua
l bef
ore
usin
g
stai
nles
s ste
el tu
bes.
3033
0730
3392
3311
5133
0860
3462
5634
2699
3616
6934
3448
3446
3533
8906
3389
07
Axi
s o
f R
ota
tio
n
r min
(5
4.4
mm
)
r av
(81
.2 m
m)
r max
(1
07
.9 m
m)
24
°
3021
33
1-16
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Type
45
Ti
Type
45
Ti
Ada
pter
s/Sp
acer
s/C
aps
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
Quick
-Sea
l 94
.0
3457
76
25
38 x
102
34
2697
—
–—
235
000
133
45 0
00Po
lyallo
mer
Quick
-Sea
l 94
.0
3457
78
25
38 x
102
34
2697
—
–—
235
000
133
45 0
00Ul
tra-C
lear
Polyc
arbo
nate
70
.0
3556
55
6 38
x 1
02
3556
23
—–—
23
5 00
0 13
3 45
000
†
Bottl
e/Ass
embl
y 70
.0
3556
22§
§§
6 38
x 1
02
—–—
—
–—
235
000
133
45 0
00†
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
3034
49
138
000
90
39 0
00Po
lyallo
mer
10
.5
3268
22
50
13 x
89
3462
56
3034
59
156
000
110
39 0
00
13.5
32
6814
50
16
x 7
6 33
0860
30
3448
14
9 00
0 10
7 39
000
94
.0
3457
75
25
38 x
102
33
0901
—
–—
235
000
133
45 0
00
Thick
wall
4.0
3556
44
25
13 x
64
—–—
30
3449
13
8 00
0 90
39
000
Polya
llom
er
10.0
35
5640
25
16
x 7
6 33
8907
† 30
3448
14
9 00
0 10
7 39
000
10
.0
3556
39
25
13 x
89
—–—
30
3459
15
6 00
0 11
0 39
000
81
.0
3556
43
25
38 x
102
33
8905
† —
–—
235
000
133
45 0
00
Thick
wall
4.0
3556
45
25
13 x
64
—–—
30
3449
13
8 00
0 90
39
000
Polyc
arbo
nate
10
.0
3556
30
25
16 x
76
3389
07†
3034
48
149
000
107
39 0
00
10.0
35
5629
25
13
x 8
9 —
–—
3034
59
156
000
110
39 0
00
81.0
35
5628
25
38
x 1
02
3389
05†
—–—
23
5 00
0 13
3 45
000
6.
5 34
4088
50
13
x 6
4 34
6256
30
3449
13
8 00
0 90
39
000
Ultra
-Clea
r 10
.5
3440
87
50
13 x
89
3462
56
3034
59
156
000
110
39 0
00
13.5
34
4085
50
16
x 7
6 33
0860
30
3448
14
9 00
0 10
7 39
000
94
.0
3457
77
25
38 x
102
33
0901
—
–—
235
000
133
45 0
00
No.
348
176.
Ope
n-To
p Tu
be K
it w
ith 4
box
es 3
4577
5 Po
lyal
lom
er
Tube
s, 4
boxe
s 345
777
Ultr
a-Cl
ear T
ubes
, 8 T
ube
Caps
330
901,
1
Spin
kote
Lub
rican
t 306
812,
and
1 V
acuu
m G
reas
e 33
5148
. (33
1202
an
d 30
5075
Too
ls re
quire
d; se
e To
ols,
Acc
esso
ries,
and
Supp
lies.)
No.
339
160.
Typ
e 45
Ti R
otor
Ass
embl
y w
ith 3
eac
h 85
4519
O-ri
ngs,
3
each
878
260
O-ri
ngs,
and
2 ea
ch 3
3545
8 O
vers
peed
Disk
s.N
o. 3
4817
5. Q
uick
-Sea
l Tub
e K
it w
ith 4
box
es 3
4577
6 Po
lyal
lom
er
Tube
s, 4
boxe
s 345
778
Ultr
a-Cl
ear T
ubes
, 8 S
pace
rs 3
4269
7, 1
eac
h 34
8125
Tub
e Ra
ck, 3
0681
2 Sp
inko
te L
ubric
ant,
and
3351
48 V
acuu
m
Gre
ase.
(Cor
dles
s Tub
e To
pper
Kit
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SN
ote:
Thi
s rot
or c
anno
t be
used
in 4
0 00
0 rp
m F
or H
inst
rum
ents
or t
he L
5-50
E un
less
the
inst
ru-
men
ts h
ave
been
upg
rade
d w
ith a
diff
usio
n pu
mp
and
vacu
um in
dica
tor.
Maj
or a
pplic
atio
ns: D
iffer
entia
l cen
trifu
gatio
n of
larg
e vo
lum
es o
f su
bcel
lula
r fra
ctio
ns a
nd v
iruse
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize45
000
23
5 00
0 13
3 6
x 94
mL
564
mL
112
x 4
in
38
x 1
02 m
m
6 x
94 m
L
Rot
or R
epla
cem
ent P
arts
3354
58 O
vers
peed
Dis
k, 4
5 00
0 rp
m33
9163
Rot
or L
id33
9164
Rot
or H
andl
e85
4519
O-r
ing,
smal
l, fo
r Rot
or L
id87
8260
O-r
ing,
larg
e, fo
r Rot
or L
id
§§§ B
ottle
ass
embl
y. Re
duce
spee
d to
35
000
rpm
whe
n th
e bo
ttle
is c
entr
ifuge
d le
ss
than
full
(min
imum
ll
volu
me
is 3
5 m
L).
Bot
tle o
nly.
Redu
ce sp
eed
to 3
5 00
0 rp
m w
hen
the
bottl
e is
cen
trifu
ged
less
than
fu
ll (m
inim
um
ll vo
lum
e is
35
mL)
.†
Cap
s are
opt
iona
l for
thes
e Th
ickw
all t
ubes
. In
the
Type
45
Ti th
e ll
ing
leve
l for
35
5643
and
355
628
is 4
7 m
L. F
or 3
5564
0 an
d 35
5630
, the
lli
ng le
vel i
s 8 m
L.
Max
imum
spee
ds fo
r the
se o
pen-
top
tube
s with
out a
cap
: Pol
ycar
bona
te —
30
000
rpm
; Pol
yallo
mer
— 1
5 00
0 rp
m.
3034
4830
3449
3034
5933
0901
3308
6034
6256
3426
9733
8905
3389
07
Axi
s o
f R
ota
tio
n
r min
(3
5.9
mm
)
r av
(69
.8 m
m)
r max
(1
03
.8 m
m)
24
°
1-17
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Type
42.
2 Ti
Ty
pe 4
2.2
Ti72
x 2
30
L
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Diff
eren
tial
ota
tion
of li
popr
otei
ns, r
apid
se
para
tion
of v
iruse
s and
mic
roso
mes
. Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
42 0
00
223
000
9 72
x 2
30
L 16
.5 m
L
0.29
x 0
.8 in
7 x
20 m
m
No.
343
007.
Typ
e 42
.2 R
otor
Pac
kage
. Inc
lude
s Rot
or, 1
box
34
2303
Cel
lulo
se P
ropi
onat
e Tu
bes,
3 ea
ch 8
8502
8 O
-ring
s, 2
each
33
0329
Ove
rspe
ed D
isks,
1 Vi
se A
ssem
bly
3326
88, 1
Rot
or H
andl
e 34
3008
, 1 F
orce
ps 8
7844
6, 1
Spi
nkot
e Lu
bric
ant 3
0681
2, a
nd
1 Va
cuum
Gre
ase
3351
48.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
lum
e Pa
rt No
. Qu
antit
y Si
ze
Caps
/ g-
Forc
e k F
acto
r Ma
ximum
(L)
(m
m)
Spac
ers (
qty.
1)
Spee
dCe
llulo
se
230
3423
03
100
7 x
20
—–—
22
3 00
0 9
42 0
00
Prop
iona
teTh
ickwa
ll 23
0 34
3621
10
0 7
x 20
—
–—
223
000
9 42
000
Po
lyallo
mer
Thick
wall
230
3437
75
100
7 x
20
—–—
22
3 00
0 9
42 0
00Po
lycar
bona
te
N
ote:
Ori
gina
lly th
is ro
tor w
as in
tend
ed fo
r sm
all-s
ampl
e lip
opro
tein
ap
plic
atio
ns a
nd w
as c
alle
d th
e LP
42
Ti. H
ow ev
er, i
t has
bec
ome
a po
pula
r cho
ice
for p
roce
ssin
g a
vari
ety
of m
icro
sam
ples
, and
the
nam
e ha
s be
en c
hang
ed to
the
Type
42.
2 Ti
to re
ect
its m
ore
gene
ral u
se.
Rot
or R
epla
cem
ent P
arts
3303
29 O
vers
peed
Dis
k, 4
2 00
0 rp
m33
2688
Vis
e Ass
embl
y34
3008
Rot
or H
andl
e87
8446
For
ceps
8850
28 O
-rin
g fo
r Rot
or L
id
r men
iscu
s(1
04 m
m)
r max
(113
mm
)
Axi
s o
f Ro
tati
on
30°
1-18
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
348
635.
Ope
n-To
p Tu
be K
it w
ith 5
box
es 3
5565
7 Th
ickw
all P
oly-
carb
onat
e Tu
bes,
1 Sp
inko
te L
ubric
ant 3
0681
2, a
nd 1
Vac
uum
Gre
ase
3351
48.
No.
347
261.
Typ
e 25
Rot
or A
ssem
bly
with
3 e
ach
0117
57 O
-ring
s,
3 ea
ch 8
7827
2 O
-ring
s, 2
each
330
333
Ove
rspe
ed D
isks.
No.
348
184.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
345
831
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 5
0 Sp
acer
s 345
824,
1 T
ube
Rack
349
661,
1 S
pink
ote
Lubr
ican
t 306
812,
and
1 V
acuu
m G
reas
e 33
5148
. (Co
rdle
ss T
ube
Topp
er
Kit
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
Fixe
d-A
ngle
Rot
or, A
lum
inum
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Maj
or a
pplic
atio
ns: D
iffer
entia
l o
tatio
n of
man
y sm
all s
ampl
es o
f lip
opro
tein
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
25 0
00
70 3
00
84
100
x 1
mL
100
mL
81
400
71
5
16 x
2 in
92
500
62
8
x 51
mm
Spac
ers
Type
25
Type
25
100
x 1
mL
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
Thick
wall
1.0
3556
57
25
8 x
51
—–—
—
–—
92 5
00
62
25 0
00Po
lycar
bona
te
Quick
-Sea
l 1.
0 34
5831
50
8
x 51
34
5824
—
–—
92 5
00
62
25 0
00Po
lyallo
mer
N
ote:
Dim
ensi
ons a
nd fo
rces
for t
he th
ree
row
s of t
ubes
in th
e Ty
pe 2
5 ro
tor
are
as fo
llow
s:
Ro
w 1
Row
2 Ro
w 3
r min
(mm
) 81
.7
97.5
11
3.4
forc
e (g)
57
200
68
300
79
400
r av (
mm
) 91
.1
106.
9 12
2.8
forc
e (g)
63
800
74
800
86
000
r max
(mm
) 10
0.4
116.
3 13
2.1
forc
e (g)
70
300
81
400
92
500
Rot
or R
epla
cem
ent P
arts
0117
57 O
-rin
g fo
r Rot
or H
andl
e33
0333
Ove
rspe
ed D
isk,
25
000
rpm
3354
53 O
vers
peed
Dis
k, 2
3 00
0 rp
m34
7266
Rot
or L
id34
7267
Rot
or H
andl
e87
8272
O-r
ing
for R
otor
Bod
y
3458
24
r max
(13
2.1
mm
)
r max
(10
0.4
mm
)
Axi
s o
f Ro
tati
on
25
°Row 1Row 2Row 3
r max
(11
6.3
mm
)
1-19
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
325
620.
Typ
e 19
Rot
or A
ssem
bly
with
3 e
ach
3256
23 G
aske
ts,
3 ea
ch 8
0177
3 O
-ring
s, an
d 2
each
330
331
Ove
rspe
ed D
isks.
No.
325
632.
Typ
e 19
Rot
or P
acka
ge. I
nclu
des R
otor
, 6 e
ach
3342
05
250m
L Bo
ttle
and
Cap
Ass
embl
ies,
1 ea
ch 3
5562
7 (p
kg o
f 6) 2
50m
L Bo
ttle,
306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Vac
uum
Gre
ase.
Type
19
Type
19
6 x
250
mL
Fixe
d-A
ngle
Rot
or, A
lum
inum
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Maj
or a
pplic
atio
ns: D
iffer
entia
l cen
trifu
gatio
n of
larg
e vo
lum
es o
f vi
ruse
s and
larg
e su
bcel
lula
r par
ticle
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
19 0
00
53 9
00
951
6 x
250
mL
1500
mL
238 x
43
4 in
60
x 1
21 m
m
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-Fo
rce
k Fac
tor
Maxim
um
(m
m)
Spac
ers (
qty.
1)
Adap
ters
(qty.
1)
Spee
dBo
ttle A
ssem
bly
250.
0 35
5627
6
60 x
121
36
2246
—
–—
53 9
00
951
19 0
00Po
lyallo
mer
25
0.0
3342
05
1 60
x 1
21
—–—
—
–—
53 9
00
951
19 0
00
r min
(3
4.4
mm
)
r av
(83
.9 m
m)
r max
(1
33
.4 m
m)
Axi
s o
f R
ota
tio
n
25
°
Rot
or R
e pla
cem
ent P
arts
3256
23 G
aske
t for
Rot
or H
andl
e32
5624
Rot
or H
andl
e33
0331
Ove
rspe
ed D
isk,
19
000
rpm
33
2826
Rot
or L
id33
5353
Bot
tle E
xtra
ctor
8017
73 O
-rin
g fo
r Rot
or B
ody
* B
ottle
with
out C
ap.
A
1-20
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
NV
T 10
0 N
VT
100
8 x
5.1
mL
NVT
Nea
r-Ve
rtic
al T
ube
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: R S
Not
e: N
on-p
reci
pita
ting
solu
tions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out a
re
duct
ion
in ro
tor s
peed
. Fo
r spe
ed re
duct
ions
for C
sCl p
resc
riptio
n, re
fer t
o ro
tor m
anua
l.
Maj
or a
pplic
atio
ns: S
epar
atio
n of
pla
smid
or m
itoch
ondr
ial D
NA
in C
sCl
grad
ient
s in
2.5
- 4 h
.
No.
365
898.
NV
T 10
0 Ro
tor P
acka
ge w
ith 1
2 ea
ch 3
4288
2 Ro
tor P
lug
Gas
kets,
1 e
ach
3427
05 V
ise A
ssem
bly,
367
084
Vise
Ada
pter
Ass
embl
y,
8581
21 T
orqu
e W
renc
h, 9
7695
9 To
rx W
renc
h A
dapt
er, 3
0681
2 Sp
inko
te
Lubr
ican
t, an
d 2
each
363
304
Ove
rspe
ed D
isks.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dQu
ick-S
eal
2.0
3458
29
50
13 x
25
3428
83
3458
27
750
000
6 10
0 00
0Po
lyallo
mer
2.
0 35
7325
§
50
13 x
25
3428
83
3458
27
750
000
6 10
0 00
0
5.1
3424
12
50
13 x
51
3428
83
—–—
75
0 00
0 8
100
000
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
100
000
750
000
8 8
x 5.
1mL
40.8
mL
12 x
2 in
13 x
51
mm
Rot
or R
epla
cem
ent P
arts
3428
82 G
aske
t for
Rot
or P
lug
3633
04 O
vers
peed
Dis
k, 1
00 0
00 rp
m
3685
45 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3685
46 R
otor
Rep
lace
men
t Plu
gs w
ith G
aske
ts (s
et o
f 8)
8581
21 T
orqu
e W
renc
h 97
6959
Tor
x W
renc
h A
dapt
er
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes a
nd re
quire
d to
ols.
Ada
pter
s/Sp
acer
s
3428
8334
5827
No.
360
979.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
412
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 8
Spa
cers
342
883,
1 T
ube
Rack
348
122,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
r max
(67.
0 m
m)
r av (5
7.6
mm
)
r min
(48.
3 m
m)
Axi
s o
f Ro
tati
on
8°
1-21
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
362
752.
NV
T 90
Rot
or P
acka
ge w
ith 1
2 ea
ch 3
4288
2 Ro
tor P
lug
Gas
kets,
1 e
ach
3427
05 V
ise A
ssem
bly,
858
121
Torq
ue W
renc
h, 9
7695
9 To
rx W
renc
h A
dapt
er, 3
0681
2 Sp
inko
te L
ubric
ant,
and
2 ea
ch 3
5553
9 O
vers
peed
Disk
s.N
o. 3
6097
0. O
ptiS
eal T
ube
Kit
with
4 b
oxes
362
185
Opt
iSea
l Pol
yal-
lom
er T
ubes
, 8 S
pace
rs 3
6219
8, 1
Tub
e Ra
ck 3
6163
8, 1
Tub
e Ex
tract
ion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
r min
(5
2.4
mm
)
r av
(61
.8 m
m)
r max
(7
1.1
mm
)
Axi
s o
f R
ota
tio
n
8°
No.
360
979.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
412
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 8
Spa
cers
342
883,
1 T
ube
Rack
348
122,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
NV
T 90
N
VT
908
x 5.
1 m
L
Ada
pter
s/Sp
acer
s
NV
T N
ear-
Vert
ical
Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: N
on-p
reci
pita
ting
solu
tions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out a
re
duct
ion
in ro
tor s
peed
. For
spee
d re
duct
ions
for C
sC1
pres
crip
tion,
refe
r to
roto
r man
ual.
Maj
or a
pplic
atio
ns: S
epar
atio
n of
pla
smid
or m
itoch
ondr
ial D
NA
in
CsC
1 gr
adie
nts i
n 2.
5 –
4 h.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
90 0
00
645
000
10
8 x
5.1
mL
40.8
mL
12 x
2 in
13 x
51
mm
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 4.
9 36
2185
56
13
x 5
1 36
2198
—
–—
645
000
10
90 0
00Po
lyallo
mer
Quick
-Sea
l 2.
0 34
5829
50
13
x 2
5 34
2883
34
5827
64
5 00
0 7
90 0
00Po
lyallo
mer
2.
0 35
7325
§
50
13 x
25
3428
83
3458
27
645
000
7 90
000
5.
1 34
2412
50
13
x 5
1 34
2883
—
–—
645
000
10
90 0
00
Quick
-Sea
l 5.
1 34
4075
50
13
x 5
1 34
2883
—
–—
645
000
10
90 0
00Ul
tra-C
lear
Rot
or R
epla
cem
ent P
arts
3428
82 G
aske
t for
Rot
or P
lug
3555
39 O
vers
peed
Dis
k, 9
0 00
0 rp
m
3685
45 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3685
46 R
otor
Rep
lace
men
t Plu
gs w
ith G
aske
ts (s
et o
f 8)
8581
21 T
orqu
e W
renc
h 97
6959
Tor
x W
renc
h A
dapt
er
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes,
and
requ
ired
tool
s.
3621
9834
2883
3458
27
1-22
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
NV
T 65
.2
NV
T 65
.216
x 5
.1 m
L
No.
361
073.
NV
T 65
.2 R
otor
Pac
kage
with
12
each
342
882
Roto
r Plu
g G
aske
ts, 1
eac
h 34
2705
Vise
Ass
embl
y, 8
5812
1 To
rque
Wre
nch,
976
959
Torx
Wre
nch
Ada
pter
, 306
812
Spin
kote
Lub
rican
t, an
d 2
each
330
338
Ove
rspe
ed D
isks.
No.
360
972.
Opt
iSea
l Tub
e K
it w
ith 4
box
es 3
6218
5 O
ptiS
eal
Poly
allo
mer
Tub
es, 1
6 Sp
acer
s 362
198,
1 T
ube
Rack
361
638,
1 T
ube
Extra
ctio
n To
ol 3
6166
8, a
nd 1
Spa
cer R
emov
al T
ool 3
3876
5.
No.
360
977.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
412
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 1
6 Sp
acer
s 342
883,
1 T
ube
Rack
348
122,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
Ada
pter
s/Sp
acer
s
NV
T N
ear-
Vert
ical
Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: S
olut
ions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out a
redu
ctio
n in
roto
r spe
ed.
Maj
or a
pplic
atio
ns: S
epar
atio
n of
pla
smid
, mito
chon
dria
l, or
chr
o mo-
som
al D
NA
, pro
teog
lyca
ns, a
nd li
popr
otei
ns.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
65 0
00
416
000
15
16 x
5.1
mL
81.6
mL
12 x
2 in
13 x
51
mm
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 4.
9 36
2185
56
13
x 5
1 36
2198
—
–—
416
000
15
65 0
00Po
lyallo
mer
Quick
-Sea
l 2.
0 34
5829
50
13
x 2
5 34
2883
34
5827
41
6 00
0 7
65 0
00Po
lyallo
mer
2.
0 35
7326
§
50
13 x
25
3428
83
3458
27
416
000
7 65
000
5.
1 34
2412
50
13
x 5
1 34
2883
—
–—
416
000
15
65 0
00
Quick
-Sea
l 5.
1 34
4075
50
13
x 5
1 34
2883
—
–—
416
000
15
65 0
00Ul
tra-C
lear
Rot
or R
epla
cem
ent P
arts
3303
38 O
vers
peed
Dis
k, 6
5 00
0 rp
m
3428
82 G
aske
t for
Rot
or P
lug
3685
45 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3685
46 R
otor
Rep
lace
men
t Plu
gs w
ith G
aske
ts (s
et o
f 8)
8581
21 T
orqu
e W
renc
h 97
6959
Tor
x W
renc
h A
dapt
er
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s. 3458
2736
2198
3428
83
r av
(78.
4 m
m)
r max
(87.
9 m
m)
r min
(68.
8 m
m)
Axi
s o
f Ro
tati
on
8.5°
1-23
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
360
976.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
413
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 8
Spa
cers
349
289,
1 T
ube
Rack
348
123,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
r min
(5
9.5
mm
)r a
v(7
2.2
mm
)r m
ax (
84
.9 m
m)
Axi
s o
f R
ota
tio
n
7.5
°
No.
362
755.
NV
T 65
Rot
or P
acka
ge w
ith 1
2 ea
ch 3
4929
0 Ro
tor P
lug
Gas
kets,
1 e
ach
3427
05 V
ise A
ssem
bly,
858
121
Torq
ue W
renc
h, 9
7695
9 To
rx W
renc
h A
dapt
er, 3
0681
2 Sp
inko
te L
ubric
ant,
and
2 ea
ch 3
3033
8 O
vers
peed
Disk
s.N
o. 3
6097
3. O
ptiS
eal T
ube
Kit
with
4 b
oxes
362
181
Opt
iSea
l Pol
yal-
lom
er T
ubes
, 8 S
pace
rs 3
6220
2, 1
Tub
e Ra
ck 3
6053
8, 1
Tub
e Ex
tract
ion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
NV
T 65
N
VT
658
x 13
.5 m
L
Ada
pter
s/Sp
acer
s
NV
T N
ear-
Vert
ical
Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: N
on-p
reci
pita
ting
solu
tions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out a
re
duct
ion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: S
epar
atio
n of
pla
smid
or m
itoch
ondr
ial D
NA
in
CsC
1 gr
adie
nts.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
65 0
00
402
000
21
8 x
13.5
mL
108
mL
58 x
3 in
16 x
76
mm
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 11
.2
3621
81
56
16 x
70
3622
02
—–—
40
2 00
0 17
65
000
Polya
llom
erQu
ick-S
eal
6.3
3458
30
50
16 x
45
3492
89
3499
00
402
000
8 65
000
Polya
llom
er
6.3
3573
35§
50
16 x
45
3492
89
3499
00
402
000
8 65
000
8.
0 34
4621
50
16
x 5
8 34
9289
35
6571
40
2 00
0 11
65
000
8.
0 35
7337
§
50
16 x
58
3492
89
3565
71
402
000
11
65 0
00
10.0
34
4622
50
16
x 6
7 34
9289
34
9901
40
2 00
0 15
65
000
13
.5
3424
13
50
16 x
76
3492
89
—–—
40
2 00
0 21
65
000
Quick
-Sea
l 13
.5
3443
22
50
16 x
76
3492
89
—–—
40
2 00
0 21
65
000
Ultra
-Clea
r
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.
Rot
or R
epla
cem
ent P
arts
3303
38 O
vers
peed
Dis
k, 6
5 00
0 rp
m
3492
90 G
aske
t for
Rot
or P
lug
3685
45 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3920
84 R
otor
Rep
lace
men
t Plu
gs w
ith G
aske
ts (s
et o
f 8)
85
8121
Tor
que
Wre
nch
97
6959
Tor
x W
renc
h A
dapt
er
3499
0134
9900
3492
8935
6571
3622
02
1-24
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
VTi
90
VTi
90
Vert
ical
-Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: S
olut
ions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out r
educ
tion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: H
igh-
spee
d de
nsity
gra
dien
t sep
arat
ions
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
90 0
00
645
000
6 8
x 5.
1 m
L 40
.8 m
L
1
2 x 2
in
13
x 5
1 m
m
0
°
r min
(5
7.9
mm
)
r av
(64
.5 m
m)
r ma
x (7
1.1
mm
)
Axi
s o
f R
ota
tio
n
No.
362
751.
VTi
90
Roto
r Pac
kage
with
12
each
342
882
Roto
r Plu
g G
aske
ts, 1
eac
h 34
2705
Vise
Ass
embl
y, 8
5812
1 To
rque
Wre
nch,
976
959
Torx
Wre
nch
Ada
pter
, 306
812
Spin
kote
Lub
rican
t, an
d 2
each
355
539
Ove
rspe
ed D
isks.
No.
360
970.
Opt
iSea
l Tub
e K
it w
ith 4
box
es 3
6218
5 O
ptiS
eal P
olya
l-lo
mer
Tub
es, 8
Spa
cers
362
198,
1 T
ube
Rack
361
638,
1 T
ube
Extra
ctio
n To
ol 3
6166
8, a
nd 1
Spa
cer R
emov
al T
ool 3
3876
5.
No.
360
979.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
412
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 8
Spa
cers
342
883,
1 T
ube
Rack
348
122,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
Ada
pter
s/Sp
acer
s
8 x
5.1
mL
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 4.
9 36
2185
56
13
x 5
1 36
2198
—
——
64
5 00
0 6
90 0
00Po
lyallo
mer
Quick
-Sea
l 2.
0 35
7325
§
50
13 x
25
3428
83
3458
27
645
000
6 90
000
Polya
llom
er
2.0
3458
29
50
13 x
25
3428
83
3458
27
645
000
6 90
000
5.
1 34
2412
50
13
x 5
1 34
2883
—
——
64
5 00
0 6
90 0
00
Quick
-Sea
l 5.
1 34
4075
50
13
x 5
1 34
2883
—
——
64
5 00
0 6
90 0
00Ul
tra-C
lear
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.
Rot
or R
epla
cem
ent P
arts
3428
82 G
aske
t for
Rot
or P
lug
3555
39 O
vers
peed
Dis
k, 9
0 00
0 rp
m
3685
45 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3685
46 R
otor
Rep
lace
men
t Plu
gs w
ith G
aske
ts (s
et o
f 8)
8581
21 T
orqu
e W
renc
h 97
6959
Tor
x W
renc
h A
dapt
er
3458
2734
2883
3621
98
1-25
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
362
754.
VTi
65.
2 Ro
tor P
acka
ge w
ith 1
2 ea
ch 3
4288
2 Ro
tor P
lug
Gas
kets,
1 e
ach
3427
05 V
ise A
ssem
bly,
858
121
Torq
ue W
renc
h, 9
7695
9 To
rx W
renc
h A
dapt
er, 3
0681
2 Sp
inko
te L
ubric
ant,
and
2 ea
ch 3
3033
8 O
vers
peed
Disk
s.N
o. 3
6097
2. O
ptiS
eal T
ube
Kit
with
4 b
oxes
362
185
Opt
iSea
l Pol
yal-
lom
er T
ubes
, 16
Spac
ers 3
6219
8, 1
Tub
e Ra
ck 3
6163
8, 1
Tub
e Ex
trac-
tion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
No.
360
977.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
412
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 1
6 Sp
acer
s 342
883,
1 T
ube
Rack
348
122,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
Vert
ical
-Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: S
olut
ions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out r
educ
tion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: I
sopy
cnic
and
rate
-zon
al c
entri
fuga
tion
of sm
all
parti
cles
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
65 0
00
416
000
10
16 x
5.1
mL
81.6
mL
1
2 x 2
in
13
x 5
1 m
m
r min
(74
.7 m
m)
r av
(81
.3 m
m)
r max
(87
.9 m
m)
Axi
s o
f R
ota
tio
n
T6
5.2
0°
Ada
pter
s/Sp
acer
s
16 x
5.1
mL
VTi
65.
2 V
Ti 6
5.2
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 4.
9 36
2185
56
13
x 5
1 36
2198
—
——
41
6 00
0 10
65
000
Polya
llom
erQu
ick-S
eal
2.0
3573
26§
50
13 x
25
3428
83
3458
27
416
000
10
65 0
00Po
lyallo
mer
2.
0 34
5829
50
13
x 2
5 34
2883
34
5827
41
6 00
0 10
65
000
5.
1 34
2412
50
13
x 5
1 34
2883
—
——
41
6 00
0 10
65
000
Quick
-Sea
l 5.
1 34
4075
50
13
x 5
1 34
2883
—
——
41
6 00
0 10
65
000
Ultra
-Clea
r
Rot
or R
epla
cem
ent P
arts
3303
38 O
vers
peed
Dis
k, 6
5 00
0 rp
m
3428
82 G
aske
t for
Rot
or P
lug
3685
45 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3685
46 R
otor
Rep
lace
men
t Plu
g Pl
ugs w
ith G
aske
ts (s
et o
f 8)
8581
21 T
orqu
e W
renc
h97
6959
Tor
x W
renc
h A
dapt
er
3458
2736
2198
3428
83
1-26
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
VTi
65.
1 V
Ti 6
5.1
8 x
13.5
mL
Vert
ical
-Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: S
olut
ions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out r
educ
tion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: I
sopy
cnic
and
rate
-zon
al c
entri
fuga
tion
of sm
all
parti
cles
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
65 0
00
402
000
13
8 x
13.5
mL
108
mL
5
8 x 3
in
16
x 7
6 m
m
r min
(68
.5 m
m)
r av
(76
.7 m
m)
r max
(84
.9 m
m)
Axi
s o
f R
ota
tio
n
0°
No.
362
759.
VTi
65.
1 Ro
tor P
acka
ge w
ith 1
2 ea
ch 3
4929
0 Ro
tor P
lug
Gas
kets,
1 e
ach
3427
05 V
ise A
ssem
bly,
858
121
Torq
ue W
renc
h, 9
7695
9 To
rque
Wre
nch,
306
812
Spin
kote
Lub
rican
t, an
d 2
each
330
338
Ove
r-sp
eed
Disk
s.N
o. 3
6097
3. O
ptiS
eal T
ube
Kit
with
4 b
oxes
362
181
Opt
iSea
l Pol
yal-
lom
er T
ubes
, 8 S
pace
rs 3
6220
2, 1
Tub
e Ra
ck 3
6053
8, 1
Tub
e Ex
tract
ion
Tool
361
668,
and
1 S
pace
r Rem
oval
Too
l 338
765.
No.
360
976.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
413
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 8
Spa
cers
349
289,
1 T
ube
Rack
348
123,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
Ada
pter
s/Sp
acer
s
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 11
.2
3621
81
56
16 x
70
3622
02
——
—
402
000
13
65 0
00Po
lyallo
mer
Quick
-Sea
l 6.
3 35
7335
§
50
16 x
45
3492
89
3499
00
402
000
13
65 0
00Po
lyallo
mer
6.
3 34
5830
50
16
x 4
5 34
9289
34
9900
40
2 00
0 13
65
000
8.
0 34
4621
50
16
x 5
8 34
9289
35
6571
40
2 00
0 13
65
000
8.
0 35
7337
§
50
16 x
58
3492
89
3565
71
402
000
13
65 0
00
10.0
34
4622
50
16
x 6
7 34
9289
34
9901
40
2 00
0 13
65
000
13
.5
3424
13
50
16 x
76
3492
89
——
—
402
000
13
65 0
00
Quick
-Sea
l 13
.5
3443
22
50
16 x
76
3492
89
——
—
402
000
13
65 0
00Ul
tra-C
lear
Rot
or R
epla
cem
ent P
arts
3303
38 O
vers
peed
Dis
k, 6
5 00
0 rp
m
3492
90 G
aske
t for
Rot
or P
lug
3920
83 R
otor
Rep
lace
men
t Plu
g (s
ingl
e)
3920
84 R
otor
Plu
gs w
ith G
aske
ts, T
orx
(set
of 8
)
8581
21 T
orqu
e W
renc
h
9769
59 W
renc
h A
dapt
er fo
r Tor
x Pl
ug
3499
0135
6571
3499
0036
2202
3492
89
1-27
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Sp
acer
s Fl
oatin
g
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
(qty.
1)
Spac
ers (
qty.
1)
Spee
dOp
tiSea
l 36
.2
3621
83
56
25 x
87
3622
04
——
—
242
000
36
50 0
00Po
lyallo
mer
Quick
-Sea
l 15
.0
3573
44§
50
25 x
38
3424
17
3434
48
242
000
36
50 0
00Po
lyallo
mer
15
.0
3436
64
50
25 x
38
3424
17
343
448
24
2 00
0 36
50
000
27
.0
3436
65
50
25 x
64
3424
17
3434
48
242
000
36
50 0
00
39.0
34
2414
50
25
x 8
9 34
2417
—
——
24
2 00
0 36
50
000
Quick
-Sea
l 15
.0
3443
24
50
25 x
38
3424
17
343
448
24
2 00
0 36
50
000
Ultra
-Clea
r 27
.0
3443
23
50
25 x
64
3424
17
3434
48
242
000
36
50 0
00
39.0
34
4326
50
25
x 8
9 34
2417
—
——
24
2 00
0 36
50
000
No.
362
758.
VTi
50
Roto
r Pac
kage
with
12
each
340
825
Roto
r Plu
g G
aske
ts, 1
eac
h 33
2688
Vise
Ass
embl
y, 3
6979
1 To
rque
Wre
nch,
355
588
Hex
Plu
g A
dapt
er, 3
0681
2 Sp
inko
te L
ubric
ant,
and
2 ea
ch 3
3033
6 O
ver-
spee
d D
isks.
No.
360
974.
Opt
iSea
l Tub
e K
it w
ith 4
box
es 3
6218
3 O
ptiS
eal P
olya
l-lo
mer
Tub
es, 1
0 Sp
acer
s 362
204,
1 T
ube
Rack
360
542,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8.
No.
360
975.
Qui
ck-S
eal T
ube
Kit
with
4 b
oxes
342
414
Qui
ck-S
eal
Poly
allo
mer
Tub
es, 1
0 Sp
acer
s 342
417,
1 T
ube
Rack
348
124,
and
1 T
ube
Extra
ctio
n To
ol 3
6166
8 (C
ordl
ess T
ube
Topp
er K
it re
quire
d, se
e To
ols,
Acc
esso
ries,
and
Supp
lies)
.
Vert
ical
-Tub
e R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Not
e: S
olut
ions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out r
educ
tion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: I
sopy
cnic
and
rate
-zon
al c
entri
fuga
tion.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
50 0
00
242
000
36
8 x
39 m
L 31
2 m
L
1
x 31
2 in
25 x
89
mm
VTi
50
VTi
50
8 x
39 m
L
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.
Tw
o re
quire
d.
r min
(6
0.8
mm
)r a
v(7
3.7
mm
)r m
ax (
86
.6 m
m)
Axi
s o
f R
ota
tio
n
0°
Rot
or R
epla
cem
ent P
arts
3303
36 O
vers
peed
Dis
k, 5
0 00
0 rp
m
3408
25 G
aske
t for
Rot
or P
lug
3555
87 R
otor
Plu
g, H
ex S
tyle
(If r
epla
cing
all
roto
r plu
gs,
us
e H
ex S
tyle
)
35
5588
Hex
Plu
g-w
renc
h A
dapt
er
3697
91 T
orqu
e W
renc
h
Ada
pter
s/Sp
acer
s
3434
4836
2204
3424
17
1-28
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes
and
requ
ired
tool
s.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dQu
ick-S
eal
1.5
3446
24
50
11 x
25
3446
74
——
—
485
000
24
60 0
00Po
lyallo
mer
1.
5 35
7323
§
50
11 x
25
3446
74
——
—
485
000
24
60 0
00
2.0
3446
25
50
11 x
32
3446
74
——
—
485
000
29
60 0
00
2.0
3573
24§
50
11 x
32
3446
74
——
—
485
000
29
60 0
00
Quick
-Sea
l 1.
3 35
8655
50
11
x 3
5 34
4674
35
8152
48
0 00
0 31
60
000
koni
cal
3.0
3586
48
50
11 x
60
3446
74
3581
52
480
000
45
60 0
00Po
lyallo
mer
Thin
wall P
olya
llom
er
4.0
3288
74
50
11 x
60
——
—
——
—
485
000
45
60 0
00
Thin
wall k
onica
l 1.
5 35
8117
50
11
x 3
5 —
——
35
8152
48
0 00
0 31
60
000
Polya
llom
er
3.0
3581
18
50
11 x
60
——
—
3581
52
480
000
45
60 0
00
Thick
wall
3.0
3556
36
25
11 x
60
——
—
——
—
485
000
45
60 0
00Po
lyallo
mer
Thick
wall
3.0
3556
35
25
11 x
60
——
—
——
—
485
000
45
60 0
00Po
lycar
bona
te
Ultra
-Clea
r 4.
0 34
4062
50
11
x 6
0 —
——
—
——
48
5 00
0 45
60
000
No.
335
650.
SW
60
Ti R
otor
Pac
kage
. Inc
lude
s Rot
or, 2
box
es 3
2887
4 Po
lyal
lom
er T
ubes
, 2 b
oxes
344
062
Ultr
a-Cl
ear T
ubes
, 1 e
ach
3313
13
Buck
et H
olde
r Rac
k, 3
0681
2 Sp
inko
te L
ubric
ant,
3351
48 V
acuu
m
Gre
ase,
331
155
Ove
rspe
ed D
isk, a
nd 2
4 ea
ch 8
6863
8 O
-ring
s.N
o. 3
3564
9. S
W 6
0 Ti
Rot
or A
ssem
bly.
Swin
ging
-Buc
ket R
otor
, Tita
nium
Hea
d, a
nd B
ucke
tsFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Rat
e-zo
nal c
entri
fuga
tion
of p
rote
ins a
nd R
NA
, di
ffere
ntia
l cen
trifu
gatio
n of
subc
ellu
lar f
ract
ions
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
60 0
00
485
000
45
6 x
4 m
L 24
mL
716
x 2
38 i
n
11 x
60
mm
SW 6
0 Ti
SW
60
Ti6
x 4
mL
Rot
or R
epla
cem
ent P
arts
33
1155
Ove
rspe
ed D
isk,
60
000
rpm
33
1313
Buc
ket H
olde
r Rac
k
33
2400
Rot
or S
tand
33
5645
Buc
ket C
ap (e
ach)
3379
43 B
ucke
t Ass
embl
y, T
itani
um, w
ith C
aps a
nd O
-rin
gs,
mat
ched
set o
f 686
8638
O-r
ing
for B
ucke
t
Ada
pter
s/Sp
acer
s
3446
7435
8152
r max
(120
.3 m
m)
r av
(91.
7 m
m)
r min
(63.
1 m
m)
Axis
of R
otat
ion
90°
1-29
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dOp
tiSea
l 3.
3 36
1627
56
13
x 3
3 3
6167
8§§
——
—
368
000
48
55 0
00Po
lyallo
mer
Quick
-Sea
l 2.
0 34
5829
50
13
x 2
5 35
5535
—
——
36
8 00
0 29
55
000
Polya
llom
er
2.0
3573
27§
50
13 x
25
3555
35
——
—
368
000
29
55 0
00
Quick
-Sea
l 3.
2 35
8647
50
13
x 5
1 35
5535
35
8153
36
8 00
0 48
55
000
koni
cal
Po
lyallo
mer
Thin
wall P
olya
llom
er
5.0
3268
19
50
13 x
51
——
—
——
—
368
000
48
55 0
00
Thin
wall k
onica
l 3.
0 35
8119
50
13
x 5
1 —
——
35
8153
36
8 00
0 48
55
000
Polya
llom
erTh
ickwa
ll 3.
5 34
9623
25
13
x 5
1 —
——
—
——
36
8 00
0 48
55
000
Polya
llom
erTh
ickwa
ll 3.
5 34
9622
25
13
x 5
1 —
——
—
——
36
8 00
0 48
55
000
Polyc
arbo
nate
Ultra
-Clea
r 0.
8 34
4090
50
5
x 41
—
——
3
5686
0*
269
000
64
48 0
00
5.0
3440
57
50
13 x
51
——
—
——
—
368
000
48
55 0
00
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes,
and
requ
ired
tool
s.§§ S
et o
f 2.
* Ad
apte
r 305
527
can
be u
sed
for s
peed
up
to 2
5 00
0 rp
m, s
et o
f 1.
Swin
ging
-Buc
ket R
otor
, Tita
nium
Hea
d, a
nd B
ucke
ts
(red
buc
kets
)Fo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Rat
e-zo
nal s
epar
atio
ns o
f sm
all p
artic
les.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
55 0
00
368
000
48
6 x
5 m
L 30
mL
12 x
2 in
13 x
51
mm
No.
342
196.
SW
55
Ti R
otor
Pac
kage
. Inc
lude
s Rot
or, 2
box
es 3
2681
9 Po
lyal
lom
er T
ubes
, 2 b
oxes
344
057
Ultr
a-Cl
ear T
ubes
, 1 e
ach
3300
70
Hin
ge P
in T
ool,
3313
13 B
ucke
t Hol
der R
ack,
306
812
Spin
kote
Lub
ri-ca
nt, 3
3514
8 Va
cuum
Gre
ase,
328
896
Ove
rspe
ed D
isk, a
nd 2
4 ea
ch
8244
12 O
-ring
s.N
o. 3
4219
4. S
W 5
5 Ti
Rot
or A
ssem
bly.
6 x
5 m
LSW
55
Ti
SW 5
5 Ti
No.
361
661.
Opt
iSea
l Tub
e K
it w
ith 4
box
es 3
6162
7 O
ptiS
eal P
olya
l-lo
mer
Tub
es, 6
Spa
cers
361
678
(3 p
kg o
f 2),
1 O
ptiS
eal T
ube
Rack
36
1650
, and
1 T
ube
Extra
ctio
n To
ol 3
6166
8.
Rot
or R
epla
cem
ent P
arts
32
8896
Ove
rspe
ed D
isk,
55
000
rpm
33
1313
Buc
ket H
olde
r Rac
k
33
2400
Rot
or S
tand
34
2190
Buc
ket C
ap (e
ach)
34
2199
Buc
ket A
ssem
bly,
Tita
nium
, with
Cap
s and
O-r
ings
,
m
atch
ed se
t of 6
82
4412
O-r
ing
for B
ucke
t
Ada
pter
s/Sp
acer
s
r max
(10
8.5
mm
)
r av
(84
.6 m
m)
r min
(60
.8 m
m)
Axi
s o
f R
ota
tio
n
3568
6035
8153
3555
3536
1678
1-30
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ada
pter
s/Sp
acer
s
6 x
13.2
mL
Swin
ging
-Buc
ket R
otor
, Tita
nium
Hea
d, a
nd B
ucke
ts
(bla
ck b
ucke
ts)
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Maj
or a
pplic
atio
ns: R
ate-
zona
l and
isop
ycni
c ce
ntrif
ugat
ion
of v
iruse
s, ra
te-z
onal
cen
trifu
gatio
n of
RN
A.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
41 0
00
288
000
124
6 x
13.2
mL
79.2
mL
916
x 3
12 i
n
14 x
89
mm
No.
331
336.
SW
41
Ti R
otor
Pac
kage
. Inc
lude
s Rot
or, 2
box
es 3
3137
2 Po
lyal
lom
er T
ubes
, 2 b
oxes
344
059
Ultr
a-Cl
ear T
ubes
, 1 e
ach
3300
70
Hin
ge P
in T
ool,
3313
13 B
ucke
t Hol
der R
ack,
306
812
Spin
kote
Lub
rican
t, 33
5148
Vac
uum
Gre
ase,
330
335
Ove
rspe
ed D
isk, a
nd 2
4 ea
ch 3
3130
9 G
aske
ts fo
r Buc
kets.
No.
331
362.
SW
41
Ti R
otor
Ass
embl
y.
SW 4
1 Ti
SW
41
Ti
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
* Re
com
men
d P/
N 3
5446
8 Ex
trac
tor T
ool (
koni
cal t
ube
adap
ters
).
Rot
or R
epla
cem
ent P
arts
3303
35 O
vers
peed
Dis
k, 4
1 00
0 rp
m
3313
09 G
aske
t for
Buc
ket
3317
63 C
aps,
mat
ched
set o
f 6
3313
13 B
ucke
t Hol
der R
ack
3324
00 R
otor
Sta
nd
3337
90 B
ucke
t Ass
embl
y, B
lack
Tita
nium
, with
Cap
s and
Gas
kets
,
mat
ched
set o
f 6
3581
5435
5534
r min
(67
.4 m
m)
r av
(11
0.2
mm
)
r max
(15
3.1
mm
)
Axi
s o
f R
ota
tio
n
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dQu
ick-S
eal
3.5
3558
70
50
14 x
25
3555
34
——
—
288
000
27
41 0
00Po
lyallo
mer
5.
9 35
5537
50
14
x 4
7 35
5534
—
——
28
8 00
0 55
41
000
Quick
-Sea
l kon
ical
4.0
3586
50
50
14 x
48
3555
34
35
8154
* 28
8 00
0 57
41
000
Polya
llom
er
8.0
3586
49
50
14 x
89
3555
34
35
8154
* 28
8 00
0 12
4 41
000
Thin
wall P
olya
llom
er
13.2
33
1372
50
14
x 8
9 —
——
—
——
28
8 00
0 12
4 41
000
Thin
wall k
onica
l 10
.0
3581
20
50
14 x
89
——
—
35
8154
* 28
4 00
0 12
4 41
000
Polya
llom
erUl
tra-C
lear
13.2
34
4059
50
14
x 8
9 —
——
—
——
28
8 00
0 12
4 41
000
1-31
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Swin
ging
-Buc
ket R
otor
, Tita
nium
Hea
d, a
nd B
ucke
ts
(red
buc
kets
)Fo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Rat
e-zo
nal c
entri
fuga
tion
of p
rote
ins,
RN
A a
nd
subc
ellu
lar p
artic
les.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
40 0
00
285
000
137
6 x
14 m
L 84
mL
916
x 3
34 i
n
14
x 9
5 m
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dQu
ick-S
eal
3.5
3558
70
50
14 x
25
3555
34
——
—
285
000
35
40 0
00Po
lyallo
mer
5.
9 35
5537
50
14
x 4
7 35
5534
—
——
28
5 00
0 61
40
000
Quick
-Sea
l 4.
0 35
8650
50
14
x 4
8 35
5534
3
5815
4*
285
000
57
40 0
00ko
nica
l 8.
0 35
8649
50
14
x 8
9 35
5534
3
5815
4*
285
000
130
40 0
00Po
lyallo
mer
Thin
wall P
olya
llom
er
14.0
33
1374
50
14
x 9
5 —
——
—
——
28
5 00
0 13
7 40
000
Thin
wall k
onica
l 10
.0
3581
20
50
14 x
89
——
—
358
154*
28
5 00
0 12
4 40
000
Polya
llom
er
11.0
35
8121
50
14
x 9
5 —
——
3
5815
4*
285
000
137
40 0
00
Ultra
-Clea
r 14
.0
3440
60
50
14 x
95
——
—
——
—
285
000
137
40 0
00
No.
331
301.
SW
40
Ti R
otor
Pac
kage
. Inc
lude
s Rot
or, 2
box
es 3
3137
4 Po
lyal
lom
er T
ubes
, 2 b
oxes
344
060
Ultr
a-Cl
ear T
ubes
, 1 e
ach
3300
70
Hin
ge P
in T
ool,
3313
13 B
ucke
t Hol
der R
ack,
306
812
Spin
kote
Lub
ri-ca
nt, 3
3514
8 Va
cuum
Gre
ase,
330
335
Ove
rspe
ed D
isk, a
nd 2
4 ea
ch
3313
09 G
aske
ts fo
r Buc
kets.
No.
331
302.
SW
40
Ti R
otor
Ass
embl
y.
SW 4
0 Ti
SW
40
Ti6
x 14
mL
r min
(66
.7 m
m)
r av
(11
2.7
mm
)
r max
(15
8.8
mm
)
Axi
s o
f R
ota
tio
n
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
* Re
com
men
d P/
N 3
5446
8 Ex
trac
tor T
ool (
koni
cal t
ube
adap
ters
).
Rot
or R
epla
cem
ent P
arts
3303
35 O
vers
peed
Dis
k, 4
0 00
0 rp
m
3313
09 G
aske
t for
Buc
ket
3313
13 B
ucke
t Hol
der R
ack
3317
63 C
aps,
mat
ched
set o
f 6
33
2400
Rot
or S
tand
33
3789
Buc
ket A
ssem
bly,
Red
Tita
nium
, with
Cap
s and
Gas
kets
,
mat
ched
set o
f 6
3581
5435
5534
Ada
pter
s/Sp
acer
s
1-32
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Swin
ging
-Buc
ket R
otor
and
Buc
kets
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Maj
or a
pplic
atio
ns: S
epar
atio
n of
subc
ellu
lar p
artic
les a
nd v
iruse
s in
dens
ity g
radi
ents
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
32 0
00
187
000
228
6 x
17 m
L 10
2 m
L
5
8 x 4
in
16
x 1
02 m
m
No.
369
696.
SW
32.
1 Ti
Rot
or P
acka
ge. I
nclu
des R
otor
, 2 b
oxes
337
986
Poly
allo
mer
Tub
es, 2
box
es 3
4406
1 U
ltra-
Clea
r Tub
es, 1
eac
h 33
1186
Bu
cket
Hol
der R
ack,
306
812
Spin
kote
Lub
rican
t, 33
5148
Vac
uum
G
reas
e, 3
3545
6 O
vers
peed
Disk
, 978
354
hook
ed O
-ring
Rem
oval
Too
l, an
d 24
eac
h 81
2715
O-ri
ngs.
No.
369
651.
SW
32.
1 Ti
Rot
or A
ssem
bly.
SW 3
2.1
Ti
SW 3
2.1
Ti6
x 17
mL
Rot
or R
epla
cem
ent P
arts
3311
86 B
ucke
t Hol
der R
ack
3324
00 R
otor
Sta
nd
3354
56 O
vers
peed
Dis
k, 3
2 00
0 rp
m
3696
45 B
ucke
t Cap
(eac
h)
3696
93 B
ucke
t Ass
embl
y, w
ith C
aps a
nd O
-rin
gs, s
et o
f 681
2715
O-r
ing
for B
ucke
t
Ada
pter
s/Sp
acer
s
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
r min
(6
4.4
mm
)
r av
(
113.
6 m
m)
r max
(1
62.8
mm
)
Axi
s o
f Ro
tati
on
3581
5535
5579
Ext
ra B
ucke
ts fo
r th
e SW
32.
1 Ti
The
buck
ets o
f the
SW
32
can
be u
sed
with
the
SW 3
2.1
roto
r hea
d.36
9692
Buc
ket A
ssem
bly,
with
Cap
s and
O-r
ings
, set
of 6
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dQu
ick-S
eal
4.2
3565
62
50
16 x
38
3555
79
——
—
187
000
56
32 0
00Po
lyallo
mer
6.
3 34
5830
50
16
x 4
5 35
5579
—
——
18
7 00
0 79
32
000
8.
0 34
4621
50
16
x 5
8 35
5579
—
——
18
7 00
0 10
2 32
000
10
.0
3446
22
50
16 x
67
3555
79
——
—
187
000
133
32 0
00
18.0
35
6291
50
16
x 1
02
3555
79
——
—
187
000
199
32 0
00
Quick
-Sea
l 12
.5
3586
53
50
16 x
102
35
5579
35
8155
18
7 00
0 20
5 32
000
koni
cal P
olya
llom
er
Thin
wall P
olya
llom
er
17.0
33
7986
50
16
x 1
02
——
—
——
—
187
000
228
32 0
00
Thin
wall k
onica
lPo
lyallo
mer
14
.5
3581
23
50
16 x
102
—
——
35
8155
18
7 00
0 22
5 32
000
Ultra
-Clea
r 17
.0
3440
61
50
16 x
102
—
——
—
——
18
7 00
0 22
8 32
000
1-33
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
SW 3
2 Ti
SW
32
Ti
Ada
pter
s/Sp
acer
s
Swin
ging
-Buc
ket R
otor
and
Buc
kets
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
R S
Maj
or a
pplic
atio
ns: S
epar
atio
n of
subc
ellu
lar p
artic
les a
nd v
iruse
s in
dens
ity g
radi
ents
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
32 0
00
175
000
204
6 x
38.5
mL
231
mL
1 x
3.5
in
25
x 8
9 m
m
No.
369
694.
SW
32
Ti R
otor
Pac
kage
. Inc
lude
s Rot
or, 1
box
326
823
Poly
allo
mer
Tub
es, 2
box
es 3
4405
8 U
ltra-
Clea
r Tub
es, 1
box
355
631
Poly
carb
onat
e Tu
bes,
1 ea
ch 3
3118
6 Bu
cket
Hol
der R
ack,
306
812
Spin
kote
Lub
rican
t, 33
5148
Vac
uum
Gre
ase,
335
456
Ove
rspe
ed D
isk,
9783
54 h
ooke
d O
-ring
Rem
oval
Too
l, an
d 24
eac
h 81
2715
O-ri
ngs.
No.
369
650.
SW
32
Ti R
otor
Ass
embl
y.
6 x
38.5
mL
Rot
or R
epla
cem
ent P
arts
3311
86 B
ucke
t Hol
der R
ack
3324
00 R
otor
Sta
nd
3354
56 O
vers
peed
Dis
k, 3
2 00
0 rp
m
3696
43 B
ucke
t Cap
(eac
h)
3696
92 B
ucke
t Ass
embl
y, w
ith C
aps a
nd O
-rin
gs, s
et o
f 681
2715
O-r
ing
for B
ucke
t
r min
(6
6.8
mm
)
r av
(1
09.7
mm
)
r max
(15
2.5
mm
)
Axi
s o
f Ro
tati
on
Ext
ra B
ucke
ts fo
r th
e SW
32
TiTh
e bu
cket
s of t
he S
W 3
2.1
can
be u
sed
with
the
SW 3
2 ro
tor h
ead.
3696
93 B
ucke
t Ass
embl
y, w
ith C
aps a
nd O
-rin
gs, s
et o
f 6
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dOp
tiSea
l Pol
yallo
mer
32
.4
3616
25
56
25 x
77
39
2833
§§
—
–—
175
000
155
32 0
00
Quick
-Sea
l 15
.0
3436
64
50
25 x
38
3555
36
——
—
175
000
81
32 0
00Po
lyallo
mer
27
.0
3436
65
50
25 x
64
3555
36
——
—
175
000
146
32 0
00Be
ll-To
p 33
.5
3446
23
50
25 x
83
3555
36
——
—
175
000
192
32 0
00
Quick
-Sea
l 8.
4 35
8652
50
25
x 3
8 35
5536
35
8156
17
5 00
0 74
32
000
koni
cal
22.5
35
8654
50
25
x 7
6 35
5536
35
8156
17
5 00
0 15
5 32
000
Polya
llom
er
28.0
35
8651
50
25
x 8
3 35
5536
35
8156
17
5 00
0 19
8 32
000
Bell-
Top
Thin
wall k
onica
l 25
.5
3581
25
50
25 x
76
——
—
3581
56
175
000
156
32 0
00Po
lyallo
mer
31
.5
3581
26
50
25 x
89
——
—
3581
56
175
000
156
32 0
00
Thick
wall
31.0
35
5642
25
25
x 8
9 —
——
—
——
17
5 00
0 19
8 32
000
Polya
llom
erTh
inwa
ll 38
.5
3268
23
50
25 x
89
——
—
——
—
175
000
204
32 0
00Po
lyallo
mer
Thick
wall
31.0
35
5631
25
25
x 8
9 —
——
—
——
17
5 00
0 20
2 32
000
Polyc
arbo
nate
Ultra
-Clea
r 38
.5
3440
58
50
25 x
89
——
—
——
—
175
000
204
32 0
00
3928
33
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
*§§ S
et o
f 2.
3581
5635
5536
1-34
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Swin
ging
-Buc
ket R
otor
, Alu
min
um H
ead,
and
Ti
tani
um B
ucke
tsFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SN
ote:
Zon
al su
ppor
t ban
d (if
insta
lled
in c
entri
fuge
) mus
t be
rem
oved
bef
ore
oper
atin
g th
is ro
tor.
Maj
or a
pplic
atio
ns: R
ate-
zona
l cen
trifu
gatio
n of
subc
ellu
lar p
artic
les a
nd
viru
ses,
rate
-zon
al c
entri
fuga
tion
of su
bcel
lula
r fra
ctio
ns.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
28 0
00
150
000
276
6 x
17 m
L 10
2 m
L
5
8 x 4
in
16
x 1
02 m
m
SW 2
8.1
SW 2
8.1
6 x
18 m
L
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dQu
ick-S
eal
4.2
3565
62
50
16 x
38
3555
79
——
—
150
000
67
28 0
00Po
lyallo
mer
6.
3 34
5830
50
16
x 4
5 35
5579
—
——
15
0 00
0 99
28
000
8.
0 34
4621
50
16
x 5
8 35
5579
—
——
15
0 00
0 13
4 28
000
10
.0
3446
22
50
16 x
67
3555
79
——
—
150
000
160
28 0
00
18.0
35
6291
50
16
x 1
02
3555
79
——
—
150
000
276
28 0
00
Quick
-Sea
l 12
.5
3586
53
50
16 x
102
35
5579
35
8155
14
8 00
0 27
6 28
000
koni
cal P
olya
llom
er
Thin
wall P
olya
llom
er
17.0
33
7986
50
16
x 1
02
——
—
——
—
150
000
276
28 0
00
Thin
wall k
onica
l 14
.5
3581
23
50
16 x
102
—
——
35
8155
14
8 00
0 27
6 28
000
Polya
llom
er
Ultra
-Clea
r 17
.0
3440
61
50
16 x
102
—
——
—
——
15
0 00
0 27
6 28
000
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
Ada
pter
s/Sp
acer
s
r min
(72
.9 m
m)
r av
(12
2.1
mm
)
r max
(17
1.3
mm
)
Axi
s o
f R
ota
tio
n
No.
342
214.
SW
28.
1 Ro
tor P
acka
ge. I
nclu
des R
otor
, 2 b
oxes
337
986
Poly
allo
mer
Tub
es, 2
box
es 3
4406
1 U
ltra-
Clea
r Tub
es, 1
eac
h 33
1186
Bu
cket
Hol
der R
ack,
306
812
Spin
kote
Lub
rican
t, 33
5148
Vac
uum
G
reas
e, 3
4221
1 O
vers
peed
Disk
, and
24
each
815
472
O-ri
ngs.
No.
342
216.
SW
28.
1 Ro
tor A
ssem
bly.
3581
5535
5579
Rot
or R
epla
cem
ent P
arts
3311
86 B
ucke
t Hol
der R
ack
3324
00 R
otor
Sta
nd
3421
80 B
ucke
t Cap
(eac
h)
3422
11 O
vers
peed
Dis
k, 2
8 00
0 rp
m
34
2212
Buc
ket A
ssem
bly,
Tita
nium
, with
Cap
s and
O-r
ings
,
m
atch
ed se
t of 6
81
5472
O-r
ing
for B
ucke
t
Ext
ra B
ucke
ts fo
r th
e SW
28.
1Th
e la
rge-
volu
me
buck
ets o
f the
SW
28
can
be u
sed
with
the
SW 2
8.1
roto
r hea
d.34
2217
Buc
ket A
ssem
bly
SW 2
8, T
itani
um, w
ith C
aps a
nd O
-rin
gs,
m
atch
ed se
t of 6
1-35
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ada
pter
s/Sp
acer
s
Swin
ging
-Buc
ket R
otor
, Alu
min
um H
ead,
and
Ti
tani
um B
ucke
tsFo
r use
in in
stru
men
ts c
lass
i ed
: H R
SM
ajor
app
licat
ions
: Diff
eren
tial c
entri
fuga
tion
of su
bcel
lula
r fra
ctio
ns
and
viru
ses.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
28 0
00
141
000
246
6 x
38.5
mL
231
mL
1 x
312 i
n
25 x
89
mm
No.
342
204.
SW
28
Roto
r Pac
kage
. Inc
lude
s Rot
or, 2
box
es 3
2682
3 Po
lyal
lom
er T
ubes
, 2 b
oxes
344
058
Ultr
a-Cl
ear T
ubes
,1 e
ach
3311
86
Buck
et H
olde
r Rac
k, 3
0681
2 Sp
inko
te L
ubric
ant,
3351
48 V
acuu
m
Gre
ase,
342
211
Ove
rspe
ed D
isk, a
nd 2
4 ea
ch 8
1271
5 O
-ring
s.N
o. 3
4220
7. S
W 2
8 Ro
tor A
ssem
bly.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
6)
Spee
dOp
tiSea
l Pol
yallo
mer
32
.4
3616
25
56
25 x
77
39
2833
§§
—–—
14
1 00
0 20
6 28
000
Quick
-Sea
l 15
.0
3436
64
50
25 x
38
3555
36
——
—
141
000
87
28 0
00Po
lyallo
mer
27
.0
3436
65
50
25 x
64
3555
36
——
—
141
000
164
28 0
00Be
ll-To
p 33
.5
3446
23
50
25 x
83
3555
36
——
—
141
000
234
28 0
00
Quick
-Sea
l 8.
4 35
8652
50
25
x 3
8 35
5536
35
8156
14
1 00
0 87
28
000
koni
cal
22.5
35
8654
50
25
x 7
6 35
5536
35
8156
14
1 00
0 20
6 28
000
Polya
llom
er
28.0
35
8651
50
25
x 8
3 35
5536
35
8156
14
1 00
0 23
4 28
000
Bell-
Top
Thin
wall k
onica
l 25
.5
3581
25
50
25 x
76
——
—
3581
56
141
000
206
28 0
00Po
lyallo
mer
31
.5
3581
26
50
25 x
89
——
—
3581
56
141
000
246
28 0
00
Thick
wall
31.0
35
5642
25
25
x 8
9 —
——
—
——
14
1 00
0 24
6 28
000
Polya
llom
erTh
inwa
ll 38
.5
3268
23
50
25 x
89
——
—
——
—
141
000
246
28 0
00Po
lyallo
mer
Thick
wall
31.0
35
5631
25
25
x 8
9 —
——
—
——
14
1 00
0 24
6 28
000
Polyc
arbo
nate
Ultra
-Clea
r 38
.5
3440
58
50
25 x
89
——
—
——
—
141
000
246
28 0
00
Rot
or R
epla
cem
ent P
arts
3311
86 B
ucke
t Hol
der R
ack
3324
00 R
otor
Sta
nd
3421
79 B
ucke
t Cap
(eac
h)
3422
11 O
vers
peed
Dis
k, 2
8 00
0 rp
m
34
2217
Buc
ket A
ssem
bly,
Tita
nium
, with
Cap
s and
O-r
ings
,
mat
ched
set o
f 6
8127
15 O
-rin
g fo
r Buc
ket
Ext
ra B
ucke
ts fo
r th
e SW
28
The
long
slen
der b
ucke
ts o
f the
SW
28.
1 ca
n be
use
d w
ith th
e SW
28
roto
r hea
d.34
2212
Buc
ket A
ssem
bly
SW 2
8.1,
Tita
nium
, with
Cap
s and
O-r
ings
,
mat
ched
set o
f 6
r min
(7
5.3
mm
)
r av
(11
8.2
mm
)
r max
(1
61
.0 m
m)
Axi
s o
f R
ota
tio
n
SW 2
8 SW
28
6 x
38.5
mL
3581
5635
5536
3928
33
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
§§ S
et o
f 2.
1-36
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
CF-
32 T
i Rot
or K
it N
o. 3
5070
0 B
asic
Rot
or K
it. U
se w
ith O
ptim
a X
and
L S
erie
sN
o. 3
5086
7 C
F-32
Rot
or (R
otor
, Lid
, O-r
ing)
CF-
32 T
i Rot
or P
acka
ges (
for
fi eld
inst
alla
tion
of O
ptim
a X
and
L S
erie
s ins
trum
ents
)In
clud
es:
Bas
ic R
otor
Kit,
Doo
r Kit,
Ada
pter
Bow
l Ass
embl
y, a
nd V
acuu
m P
ump.
A19
656
CF-
32 R
otor
Pac
kage
for O
ptim
a L
Serie
s, 60
Hz
A19
655
CF-
32 R
otor
Pac
kage
for O
ptim
a L
Serie
s, 50
Hz
B10
406
CF-
32 R
otor
Pac
kage
for O
ptim
a X
Ser
ies,
60 H
zB
1046
3 C
F-32
Rot
or P
acka
ge fo
r Opt
ima
X S
erie
s, 50
Hz
CF-
32 T
i Acc
esso
ries
3544
74 D
oor K
it an
d H
ardw
are
for
Con
tinuo
us F
low
Rot
or, T
itani
umFo
r use
in in
stru
men
ts c
lass
i ed
: H S
Maj
or a
pplic
atio
ns: I
sopy
cnic
ban
ding
of v
iruse
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Roto
r Cap
acity
32 0
00
102
000
42
430
mL
CF-
32 T
i C
F-32
Ti
430
mL
8416
87 O
-rin
g
3353
09 S
tem
Ho
lder
Ass
emb
ly†††
8074
46 F
itti
ng
3036
36 W
ash
er
0111
67 O
-rin
g
Roto
r Lid
3546
80 S
epta
A
ssem
bly
0104
26 O
-rin
g
3352
22 V
ane
3289
49 N
on
- ex
tru
sio
n R
ing
3289
46 G
aske
t
Roto
r Bo
wl
0201
98 O
-rin
g
Tran
sfer
Tu
be†
††
3352
26 B
eari
ng
H
ou
sin
g
0119
20 O
-rin
g
8106
51 O
-rin
g
8127
15 O
-rin
g
Bea
rin
g A
ssem
bly
†††
0080
25 O
-rin
g
3352
92 W
ater
Ja
cket
3544
58 R
ota
tin
g S
eal
8531
56 O
-rin
g
3544
60 S
tati
c Se
al
Ass
emb
ly
0101
77 O
-rin
g
0119
20 O
-rin
g
8700
30 S
pri
ng
3352
24 M
anifo
ld
3352
96 C
olla
r
3589
21 A
dap
ter B
ow
l O
pti
ma/
L8
8852
03 O
-rin
g
Ad
apte
r Bo
wl a
nd
Do
or
3352
33 F
lat
Gas
ket
8127
15 O
-rin
g
Opt
ima
L/X
L Se
ries
A95
570
Doo
r Kit
and
Har
dwar
e fo
r O
ptim
a X
Ser
ies
B10
464
Ada
pter
Bow
l Kit
for O
ptim
a X
and
L
Serie
s35
8922
CF-
32 A
spira
tor V
acuu
m P
ump,
120
V35
8923
CF-
32 A
spira
tor V
acuu
m P
ump,
220
V96
1778
Vib
ratio
n M
ount
, Opt
ima
(eac
h; 3
nee
ded)
3559
11 V
ibra
tion
Mou
nt, L
/L2/
L3/L
5/L8
(set
of 3
)35
4192
Sta
ndof
f, CF
-32
(sol
d in
qua
ntity
of 1
)N
ote:
A c
ontin
uous
-out
put g
radi
ent p
ump
able
to
oper
ate
agai
nst a
bac
kpre
ssur
e of
20
psi (
138
kPa)
is
als
o re
quire
d. T
he p
urch
ased
pum
p m
ust b
e ab
le
to p
rovi
de a
ow
of u
p to
150
mL/
min
. (9
L/hr
) and
th
e pu
mp
head
mus
t acc
ept 1
/8-in
. (3-
mm
) I.D
. tu
bing
. We
reco
mm
end
a M
aste
r ex
pum
p th
at c
an
be p
urch
ased
dire
ctly
from
the
man
u fac
ture
r:
ww
w.m
aste
r ex
.com
Rot
or R
epla
cem
ent P
arts
0111
67
O-r
ing
for S
tem
Ass
embl
y30
3636
B
acku
p W
ashe
r (re
d b
er)
3289
46
Gas
ket f
or R
otor
Lid
3289
49
Non
-ext
rusi
on R
ing
3352
22
Vane
for C
ore
3353
03
Cor
e H
andl
e33
5456
O
vers
peed
Dis
k, 3
2 00
0 rp
m88
5203
A
dapt
er B
owl O
-rin
g35
4680
Se
pta A
ssem
bly
8074
46
Fitti
ng, S
tain
less
Ste
el84
1687
Sm
all O
-rin
g in
Ste
m A
ssem
bly
Seal
Ass
embl
y R
epla
cem
ent P
arts
0080
25
O-r
ing
unde
r Rot
atin
g Se
al (l
arge
)01
0177
O
-ring
in S
tatic
Sea
l Ass
embl
y (m
ediu
m)
0119
20
O-ri
ng in
Sta
tic S
eal A
ssem
bly
(sm
all)
0104
26
O-r
ing
in R
otat
ing
Seal
(sm
all)
0201
98
O-r
ing
in B
earin
g B
ase
3352
33
Ada
pter
Bow
l Fla
t Gas
ket/P
ad35
4460
St
atic
Sea
l Ass
embl
y35
4458
R
otat
ing
Seal
8531
56
O-r
ing
in S
tatic
Sea
l Ass
embl
y (la
rge)
8700
30
Sprin
g in
Man
ifold
8703
15
O-r
ing
in M
anifo
ld35
4307
CF
-32
Stem
Ass
embl
y/Be
arin
g K
it: In
clud
es a
mat
ched
and
se
rializ
ed se
t of S
tem
Hol
der A
ssem
bly
and
Bear
ing
Ass
embl
y.
N
ote:
The
CF-
32 T
i Rot
or c
anno
t be
used
in B
eckm
an C
oulte
r ultr
acen
trifu
ges
that
hav
e be
en m
odi
ed w
ith th
e Pr
ep U
V-Sc
anne
r or S
chlie
ren
acce
ssor
ies.
†††
Avai
labl
e on
ly a
s par
t of S
tem
Ass
embl
y/Be
arin
g K
it, P
/N 3
5430
7.
1-37
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
969
312
Type
Ti-1
5 Ti
tani
um Z
onal
Rot
or a
nd L
id w
ith S
tand
ard
Cor
eN
o. 9
6931
3 Ty
pe T
i-15
Tita
nium
Zon
al R
otor
and
Lid
with
B29
Cor
eN
o. 3
6962
2 Ty
pe T
i-15
Tita
nium
Zon
al R
otor
and
Lid
with
out C
ore
All
abov
e in
clud
e 33
2676
Pus
h-Pu
ll C
ap a
nd S
pare
Par
ts/S
uppl
ies –
33
5148
Vac
uum
Gre
ase,
306
812
Spin
kote
Lub
rican
t, 2
extra
335
456
Ove
rspe
ed D
isks
, and
O-r
ings
. (Se
al A
ssem
bly,
Mou
ntin
g H
ardw
are,
and
To
ol K
it al
so re
quire
d.)
Not
e: A
con
tinuo
us-o
utpu
t gra
dien
t pum
p ab
le to
ope
rate
aga
inst
a
back
pres
sure
of 2
0 ps
i (13
8 kP
a) is
als
o re
quire
d. T
he p
urch
ased
pum
p m
ust b
e ab
le to
pro
vide
a
ow o
f up
to 5
0 m
L/m
in. (
3 L/
hr) a
nd th
e pu
mp
head
mus
t acc
ept 1
/8-in
. (3-
mm
) I.D
. tub
ing.
We
reco
mm
end
a M
aste
r ex
pum
p th
at c
an b
e pu
rcha
sed
dire
ctly
from
the
man
u fac
ture
r:
ww
w.m
aste
r ex
.com
Rep
lace
men
t Par
ts fo
r th
e Ti
-15
Rot
or a
nd th
e D
isco
ntin
ued
A
l-15
Rot
or32
8946
R
otor
Gas
ket
3289
49
Non
-ext
rusi
on R
ing
3326
76
Push
-Pul
l Cap
3338
57
Rot
or C
ore,
Nor
yl
8154
72 O
-rin
g, to
p of
Rot
or C
ore
01
1167
O-r
ing
for S
eal F
ittin
g
8127
15 O
-rin
g, b
otto
m o
f Rot
or C
ore
33
2682
Con
e
0115
19 O
-rin
g, in
terio
r of C
ap
3326
91 S
eal F
ittin
g
0127
80 O
-rin
g, v
isib
le, o
n C
ap33
5456
Ti
-15
Ove
rspe
ed D
isk,
32
000
rpm
3368
21
Ti-1
5 O
vers
peed
Dis
k, 2
9 00
0 rp
m
Tool
Kits
/Add
ition
al P
arts
3289
17
Rot
or T
ool K
it 35
4192
St
ando
ff (q
ty. 3
req’
d33
2688
R
otor
Vis
e
for
eld
inst
alla
tions
)33
2690
Sp
anne
r Wre
nch
9617
78
Vib
e M
ount
(qty
. 3 re
q’d
3337
63
Tubi
ng R
emov
al T
ool
fo
r e
ld in
stal
latio
ns)
8585
32
Plie
rs
B-2
9 Ty
pe C
ore
for A
l/Ti-1
5 R
otor
sN
o. 3
5047
4. T
his c
ore
for i
ntro
duct
ion
of sa
mpl
e so
lutio
n an
d re
cove
ry
of fr
actio
ns fr
om th
e ed
ge a
s wel
l as t
he c
ente
r of t
he z
onal
roto
r is r
ead-
ily in
terc
hang
eabl
e w
ith th
e st
anda
rd c
ores
. The
abi
lity
to lo
ad th
e zo
nal
roto
r fro
m th
e ed
ge c
an g
reat
ly fa
cilit
ate
ota
tion-
type
runs
. Als
o is
opyc
-ni
c ba
ndin
g in
ces
ium
chl
orid
e ca
n be
eco
nom
ical
ly e
xten
ded
toTi
tani
um
zona
l rot
ors w
ith th
e B
-19
Type
cor
e.
Reo
grad
Typ
e C
ore
No.
352
125.
Gra
dien
t is l
oade
d an
d un
load
ed w
hile
roto
r is a
t res
t. G
radi
ent r
eorie
nts d
urin
g ac
cele
ratio
n an
d re
orie
nts u
pon
dece
lera
tion.
D
oes n
ot re
quire
zon
al se
al a
ssem
bly
or m
ount
ing
hard
war
e. T
he ro
tor i
s lo
aded
usi
ng a
spec
ial c
ap (s
uppl
ied
with
the
core
) with
inle
t and
out
let.
The
cap
is re
plac
ed w
ith th
e st
anda
rd ro
tor c
ap fo
r the
run.
Thi
s cor
e is
pa
rticu
larly
use
ful f
or li
popr
otei
n su
bfra
ctio
natio
n.
Zon
al R
otor
, Tita
nium
For u
se in
inst
rum
ents
cla
ssi
ed: H
SM
ajor
app
licat
ions
: Rat
e-zo
nal c
entri
fuga
tion
of su
bcel
lula
r par
ticle
s.
Max.
RPM
Max.
g Ro
tor C
apac
ity
Typi
cal S
ampl
e Pa
rticle
Vo
lum
e Pa
thlen
gth
32 0
00
102
000
1,67
5 m
L
50-2
00 m
L 7.
5 cm
N
ote:
Sol
utio
ns in
the
pH ra
nge
of 4
to 1
0 ca
n be
use
d in
this
Tita
nium
roto
r.
Ti-1
5 Ti
-15
1675
mL
3326
76
us
uap
pin
ec
anis
m
0115
19
rin
nsi
e ap
(o
t is
ie)
Roto
r i
3326
82
on
e
8154
72
rin
3338
57 R
oto
r o
re
3326
91
ea
itti
n01
1167
ri
n fo
r it
tin
(o
t is
ie)
8127
15
rin
3289
49
on
xtru
sio
n R
i n
3289
46 R
oto
r as
et
Roto
r o
w
0127
80
rin
(is
ie)
1-38
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Zon
al R
otor
, Tita
nium
DIS
CO
NTI
NU
ED
200
6Fo
r use
in in
stru
men
ts c
lass
i ed
: H S
Maj
or a
pplic
atio
ns: R
ate-
zona
l cen
trifu
gatio
n of
subc
ellu
lar p
artic
les,
rate
-zon
al
otat
ion
of li
popr
otei
ns.
Max.
RPM
Max.
g Ro
tor C
apac
ity
Typi
cal S
ampl
e Pa
rticle
Volu
me
Path
lengt
h
48 0
00
172
000
665
mL
20
-50
mL
5.3
cm
Not
e: S
olut
ions
in th
e pH
rang
e of
4 to
10
can
be u
sed
in th
is T
itani
um ro
tor.
Ti-1
4 Ti
-14
Rep
lace
men
t Par
ts fo
r th
e D
isco
ntin
ued
Ti-1
4 R
otor
3289
45
Rot
or G
aske
t32
8948
N
on-e
xtru
sion
Rin
g33
2676
Pu
sh-P
ull C
ap33
3856
R
otor
Cor
e, N
oryl
81
5472
O-r
ing,
top
of R
otor
Cor
e
0111
67 O
-rin
g fo
r Sea
l Fitt
ing
85
8506
O-r
ing,
bot
tom
of R
otor
Cor
e
3326
82 C
one
33
2691
Sea
l Fitt
ing
01
1519
O-r
ing,
inte
rior o
f Cap
01
2780
O-r
ing,
vis
ible
, on
Cap
3303
29
Ti-1
4 O
vers
peed
Dis
k, 4
2 00
0 rp
m33
2619
Ti
-14
Ove
rspe
ed D
isk,
48
000
rpm
3326
20
Ti-1
4 O
vers
peed
Dis
k, 3
5 00
0 rp
m
Tool
Kits
3289
17
Rot
or T
ool K
it33
2688
R
otor
Vis
e33
2690
Sp
anne
r Wre
nch
3337
63
Tubi
ng R
emov
al T
ool
8585
32
Plie
rs
B-2
9 Ty
pe C
ore
for T
i-14
Rot
ors
No.
350
473.
Thi
s cor
e fo
r int
rodu
ctio
n of
sam
ple
solu
tion
and
reco
very
of
frac
tions
from
the
edge
as w
ell a
s the
cen
ter o
f the
zon
al ro
tor i
s re
adily
inte
rcha
ngea
ble
with
the
stan
dard
cor
es. T
he a
bilit
y to
load
the
zona
l rot
or fr
om th
e ed
ge c
an g
reat
ly fa
cilit
ate
ota
tion-
type
runs
. Als
o,
isop
ycni
c ba
ndin
g in
ces
ium
chl
orid
e ca
n be
eco
nom
ical
ly e
xten
ded
to
Tita
nium
zon
al ro
tors
wtih
the
B-2
9 Ty
pe C
ore.
Not
e: A
con
tinuo
us-o
utpu
t gra
dien
t pum
p ab
le to
ope
rate
aga
inst
a
back
pres
sure
of 2
0 ps
i (13
8 kP
a) is
als
o re
quire
d. T
he p
urch
ased
pum
p m
ust b
e ab
le to
pro
vide
a
ow o
f up
to 2
5 m
L/m
in. (
1.5
L/hr
) and
the
pum
p he
ad m
ust a
ccep
t 1/8
-in. (
3-m
m) I
.D. t
ubin
g. W
e re
com
men
d a
Mas
ter
ex p
ump
that
can
be
purc
hase
d di
rect
ly fr
om th
e m
anu f
ac tu
rer:
w
ww.
mas
ter
ex.c
om
665
mL
3326
76
us
uap
pin
ec
anis
m
0115
19
rin
nsi
e ap
(o
t is
ie)
Roto
r i
3326
82
on
e
8154
72
rin
3338
56 R
oto
r o
re
3326
91
ea
itti
n01
1167
ri
n fo
r it
tin
(o
t is
ie)
8585
06
rin
Roto
r o
w
0127
80
rin
(is
ie)
3289
48
on
xtru
sio
n R
in
3289
45 R
oto
r as
et
1-39
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
The
Seal
Ass
embl
y ho
lds t
he li
nes t
hrou
gh w
hich
ui
ds a
re in
trodu
ced
and
with
draw
n w
hile
the
roto
r is s
pinn
ing
at 2
000
rpm
. The
ass
embl
y m
ay b
e us
ed w
ith a
ny o
f the
Bec
kman
Cou
lter z
onal
roto
rs in
any
Bec
k-m
an C
oulte
r pre
para
tive
ultra
cent
rifug
e.A
n or
der o
f a S
eal A
ssem
bly
shou
ld in
clud
e th
ree
part
num
bers
:1.
Sea
l Ass
embl
y, 3
3424
12.
Too
l Kit,
328
917
3. A
ppro
pria
te M
ount
ing
Har
dwar
eIf
the
Seal
Ass
embl
y is
to b
e us
ed in
mor
e th
an o
ne in
stru
men
t, M
ount
-in
g H
ardw
are
shou
ld b
e or
dere
d fo
r eac
h in
stru
men
t. If
a Z
-60
Rot
or
is to
be
run
in a
n in
stru
men
t in
whi
ch th
e Ti
-14
Rot
or w
ill b
e us
ed, t
he
3368
30 S
uppo
rt B
and
Kit
also
shou
ld b
e or
dere
d (n
o ch
arge
).Im
port
ant R
emin
der:
Sea
l Ass
embl
ies f
or e
arlie
r zon
al ro
tors
can
not
be u
sed
with
the
new
roto
rs. T
o di
stin
guis
h th
e ne
w S
eal A
ssem
bly
from
th
e ea
rlier
ver
sion
, che
ck th
e ro
tatin
g an
d st
atio
nary
seal
s; in
the
new
er
asse
mbl
y, b
oth
seal
s are
con
tain
ed in
a si
ngle
uni
t, in
the
man
ifold
as-
sem
bly
(see
dia
gram
).
Mou
ntin
g H
ardw
are
3378
90 H
ardw
are
for a
ny L
8M, L
8, O
ptim
a X
LO
ptim
as w
ith T
i 15
roto
rs re
quire
eac
h of
the
follo
win
g pa
rts:
3541
92 S
tand
off (
quan
tity
requ
ired:
3)
9617
78 V
ibe
Mou
nt (q
uant
ity re
quire
d: 3
)W
e re
com
men
d th
e C
ole
Parm
er #
7520
-40
Pum
p w
ith #
7015
-21
Pum
p H
ead
whi
ch c
an b
e pu
rcha
sed
dire
ctly
from
the
man
ufac
ture
r:
ww
w.m
aste
r ex
.com
Inst
alla
tion
Req
uire
men
tsTh
e M
ount
ing
Har
dwar
e w
ill b
e in
stal
led
by a
Bec
kman
Cou
lter
Serv
ice
Rep
re se
n tat
ive
at n
o ex
tra c
ost.
In a
dditi
on to
the
Gra
dien
t Pu
mp,
the
follo
win
g in
stal
latio
n ne
cess
ities
not
supp
lied
by B
eckm
an
Cou
lter a
re n
eede
d: a
syrin
ge (5
0 or
100
mL)
for i
ntro
duci
ng sa
mpl
e,
and
two
hem
osta
ts o
r oth
er c
lam
ping
dev
ices
to sh
ut o
ff tu
bing
line
s w
hen
nece
ssar
y.
Rep
lace
men
t Par
ts fo
r Se
al A
ssem
bly
0111
67
O-r
ing,
top
of S
tatio
nary
Sea
l32
8951
R
otat
ing
Rul
on S
eal,
for S
eal A
ssem
bly
3289
52
Stat
iona
ry S
eal,
two-
piec
e co
nstru
ctio
n33
2618
Se
al D
isas
sem
bly
Tool
3337
43
Bea
ring
and
Ass
embl
y80
2173
W
ashe
r, fo
r Bea
ring
Cup
8116
56
O-r
ing,
out
er p
erim
eter
, Sta
tiona
ry S
eal
8195
27
O-r
ing,
for B
earin
g A
ssem
bly
8244
12
O-r
ing,
cen
ter t
op o
f Sta
tiona
ry S
eal
8286
28
Scre
w, fo
r Bea
ring
Cup
8686
38
O-r
ing,
for R
otat
ing
Seal
8585
05
Sprin
g, fo
r Sea
l Ass
embl
y32
8954
M
anifo
ld
Tool
Kits
3289
17
Rot
or T
ool K
it33
2688
R
otor
Vis
e33
2690
Sp
anne
r Wre
nch
3337
63
Tubi
ng R
emov
al T
ool
8585
32
Plie
rs
For
Zon
al R
otor
sFo
r use
in in
stru
men
ts c
lass
i ed
: H S
8286
28
crew
(832
x 5
8 )
8021
73
aser
3289
60
earin
ap
8585
05
prin
3289
54
anifo
Ass
emy
8244
12
rin (i
nner
)
0111
67
rin (o
uter
top
)81
1656
rin
3289
52
tati
onar
y ea
3289
51 R
otat
in R
uon
ea
8686
38
rin
3337
43
earin
an
ea
ou
sin
Ass
emy
8195
27
rin
3289
59
earin
ou
sin
Seal
Ass
embl
y Se
al A
ssem
bly
1-40
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Qui
ck-R
efer
ence
Gui
de to
Rot
or S
peci
fi cat
ions
and
Tab
leto
p U
ltrac
entr
ifuge
Com
patib
ility
Rotor
Max.
RPM
Max.
gk F
actor
No. o
f Tub
es x
Nomi
nal
Tube
Volu
me (m
L)No
mina
l Roto
r Ca
pacit
y (mL
)Fo
r Use
in In
strum
ents
TLA-
120.2
120 0
0062
7 000
1610
x 2.0
20TL
-100
, Opti
ma T
L, Op
tima T
LX, O
ptima
MAX
-XP,
Optim
a MAX
-TL
TLA-
120.1
120 0
0062
7 000
814
x 0.5
7TL
-100
, Opti
ma T
L, Op
tima T
LX, O
ptima
MAX
-XP,
Optim
a MAX
-TL
TLA-
110
110 0
0065
7 000
138 x
5.1
40.8
TL-1
00, O
ptima
TL,
Optim
a TLX
, Opti
ma M
AX-X
P, Op
tima M
AX-T
LTL
A-10
0.310
0 000
541 0
0014
6 x 3.
521
TL-1
00, O
ptima
TL,
Optim
a TLX
, Opti
ma M
AX-X
P, Op
tima M
AX-T
LTL
A-10
010
0 000
436 0
007
20 x
0.24
TL-1
00, O
ptima
TL,
Optim
a TLX
, Opti
ma M
AX-X
P, Op
tima M
AX-T
LTL
A-55
55
000
186 0
0066
12 x
1.518
TL-1
00, O
ptima
TL,
Optim
a TLX
, Opti
ma M
AX-X
P, Op
tima M
AX-T
L
TLS-
55
55 00
025
9 000
504 x
2.2
8.8TL
-100
, Opti
ma T
L, Op
tima T
LX, O
ptima
MAX
-XP,
Optim
a MAX
-TL
TLN-
120
120 0
0058
5 000
78 x
1.2
9.6TL
-100
, Opti
ma T
L, Op
tima T
LX, O
ptima
MAX
-XP,
Optim
a MAX
-TL
TLN-
100
100 0
0045
0 000
148 x
3.9
31.2
TL-1
00, O
ptima
TL,
Optim
a TLX
, Opti
ma M
AX-X
P, Op
tima M
AX-T
LML
A-15
015
0 000
1 003
000
10.4
8 x 2.
016
Optim
a MAX-
XPML
A-13
013
0 000
1 019
000
8.710
x 2.0
20Op
tima MA
X-XP
MLA-
8080
000
444 0
0029
8 x 8
64Op
tima MA
X-XP
MLA-
5555
000
287 0
0053
8 x 13
.510
8Op
tima MA
X-XP
MLA-
5050
000
233 0
0092
6 x 32
.419
4.4Op
tima MA
X-XP
MLS-
5050
000
268 0
0071
4 x 5
20Op
tima MA
X-XP
MLN-
8080
000
389 0
0020
8 x 8
64Op
tima MA
X-XP
A-11
011
0 000
199 0
009
6 x 18
0 L
1 080
L
Airfu
geA-
100/3
092
000
167 0
0019
6 x 24
0 L
1 440
L
Airfu
geA-
100/1
895
000
148 0
0012
6 x 17
5 L
1 050
L
Airfu
geA-
9595
000
178 0
0019
4 x 45
0 L
1 800
L
Airfu
geAC
R-90
90 00
012
2 000
45NA
3.5 m
LAi
rfuge
Batc
h Ro
tor
90 00
013
2 000
55NA
7 mL
Airfu
geEM
-90
90 00
011
8 000
NA6 x
100
L60
0 L
Airfu
ge
Ultr
acen
trifu
gatio
n
Thi
s rot
or h
as b
een
test
ed to
dem
onst
rate
con
tain
men
t of m
icro
biol
ogic
al a
eros
ols
only
whi
le o
pera
ting
with
in th
e as
soci
ated
Bec
kman
Cou
lter c
entr
ifuge
.
1-41
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ultr
acen
trifu
gatio
n
Bec
kman
Cou
lter T
able
top
Rot
ors b
y U
se*
Bio
sep
ara
tio
nS
pecifi c
Ap
plicatio
n
Sep
ara
tio
n o
f
Su
bcellu
lar
Part
icle
s
Larg
est V
olum
e fo
r Pel
letin
g
Fast
est P
elle
ting
Larg
est V
olum
e R
ate-
Zon
al S
epar
atio
n
Fast
est R
ate-
Zon
al S
epar
atio
n
Sep
ara
tio
n o
f V
iru
ses
and
Vir
al P
art
icle
s
Larg
est V
olum
e fo
r Pel
letin
g
Fast
est P
elle
ting
Larg
est V
olum
e R
ate-
Zon
al S
epar
atio
n
Fast
est R
ate-
Zon
al S
epar
atio
n
Rate
-Zo
nal S
ep
ara
tio
n
of
Pro
tein
s in S
ucro
se
Gra
die
nt
Fast
est S
epar
atio
n
Larg
est V
olum
e
Larg
est N
umbe
r of S
ampl
es
Gre
ates
t Int
erba
nd D
ista
nce
Sep
ara
tio
n o
f Lip
op
rote
ins
Fast
est D
iffer
entia
l Flo
tatio
n
Larg
est N
umbe
r for
Diff
eren
tial F
lota
tion
Larg
est V
olum
e fo
r Diff
eren
tial F
lota
tion
Gre
ates
t Int
erba
nd S
pace
Pelleting
RN
A T
hro
ug
h
a C
sC
I G
rad
ient
Fast
est S
epar
atio
n
Larg
est V
olum
e
Iso
pycnic
Sep
ara
tio
n
of
Pla
sm
id D
NA
Fast
est S
epar
atio
n
Gre
ates
t Int
erba
nd D
ista
nce
Larg
est V
olum
e
MLA-150
MLA-130
TLA-120.2
TLA-120.1
TLA-110
TLA-100.3
TLA-100
MLA-80
MLA-55
TLA-55
MLA-50
TLS-55
MLS-50
TLN-120
TLN-100
MLN-80
*Sel
ecte
d ro
tor h
as th
e ca
pabi
lity
(RC
F, v
olum
e, la
bwar
e) to
acc
omm
odat
e th
e ap
plic
atio
n, b
ut m
ay n
ot b
e th
e m
ost o
ptim
al/e
ffi ci
ent c
hoic
e fo
r the
spec
ifi c
appl
icat
ion.
1-42
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
TLA
-120
.2
TLA
-120
.210
x 2
.0 m
L
Rot
or A
cces
sori
es30
1875
Spa
cer R
emov
al T
ool
3455
31 Q
uick
-Sea
l Sta
rter K
it, 1
1 x
25 m
m, 1
.5 m
L Tu
bes.
In
clud
es 1
0 ea
ch 3
4463
6 Sp
acer
s, bo
x of
344
624
Tube
s
and
8 ea
ch 3
4464
3 A
dapt
ers (
3493
87 T
ube
Topp
er R
ack
requ
ired)
. 34
5532
Qui
ck-S
eal S
tarte
r Kit,
11
x 32
mm
, 2.0
mL
Tube
s.
Incl
udes
10
each
367
310
Spac
ers,
box
of 3
4462
5 Tu
bes
an
d 8
each
344
644
Ada
pter
s (34
9387
Tub
e To
pper
Rac
k
re
quire
d).
3461
33 R
otor
Vis
e Ass
embl
y 34
8305
Tub
e R
ack
for 1
1-m
m T
ubes
(inc
lude
d w
ith R
otor
Pac
kage
)34
9387
Tub
e To
pper
Rac
k fo
r 11-
mm
Tub
es
3494
87 Q
uick
-Sea
l Tub
e R
ack
(Tub
e R
ack
Ada
pter
s req
uire
d)36
2100
Tub
e R
ack
Ada
pter
(set
/8) f
or se
alin
g Tu
bes 3
4462
4*
3621
01 T
ube
Rac
k A
dapt
er (s
et/8
) for
seal
ing
Tube
s 344
625*
9272
08 H
emos
tats
, 6-in
. cur
ved
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l.(m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
g-Ma
x
(m
m)
Spac
ers (
qty.
1)
(qty.
1)
Spee
dQu
ick-S
eal
1.5
3446
24
50
11 x
25
3446
36
——
—
627
000
14
120
000
Polya
llom
er
2.0
3446
25
50
11 x
32
3446
74
——
—
627
000
16
120
000
Thick
wall
1.0
3472
87
100
11 x
34
——
—
——
—
279
000
18
80 0
00Po
lyallo
mer
Thick
wall
1.0
3437
78
100
11 x
34
——
—
——
—
627
000
8 12
0 00
0Po
lycar
bona
te
No.
357
656.
TLA
-120
.2 F
ixed
-Ang
le R
otor
Pac
kage
. Inc
lude
s Bio
Certi
- e
d Ro
tor,
1 bo
x 34
3778
Thi
ckw
all P
olyc
arbo
nate
Tub
es, 1
eac
h 34
8305
Tu
be R
ack,
346
133
Roto
r Vise
/Sta
nd, 9
2720
8 H
emos
tats,
824
412
and
8545
19 O
-ring
s, 30
6812
Spi
nkot
e Lu
bric
ant,
and
3551
48 V
acuu
m
Gre
ase.
No.
362
046.
TLA
-120
.2 F
ixed
-Ang
le R
otor
Ass
embl
y.
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e TL
-100
, Opt
ima
TL, O
ptim
a TL
X, O
ptim
a M
AX
-XP
and
Opt
ima
MA
X-T
L ul
trace
ntrif
uges
. M
ajor
app
licat
ions
: Pel
letin
g of
subc
ellu
lar f
ract
ions
in 5
-30
min
utes
, pl
asm
id D
NA
sepa
ratio
n in
3 h
ours
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
120
000
627
000
16
10 x
2.0
mL
20 m
L
11
x 3
4 m
m
r min
(24.
5 m
m)
r av
(31.
8 m
m)
r max
(38.
9 m
m)
Axi
s o
f Ro
tati
on
30°
Rot
or R
epla
cem
ents
Par
ts34
9318
Cap
& P
lung
er A
ssem
bly
3620
48 R
otor
Lid
Ass
embl
y82
4412
O-r
ing
(inne
r, R
otor
Lid
)85
4519
O-r
ing
(out
er, R
otor
Lid
)
Ada
pter
s/Sp
acer
s 3446
7434
4636
* N
ote:
To h
elp
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
R
equi
red
for o
bsol
ete
Benc
h Q
uick
Sea
ler.
Thi
s rot
or h
as b
een
test
ed to
dem
onst
rate
con
tain
men
t of m
icro
biol
ogic
al a
eros
ols
only
whi
le o
pera
ting
with
in th
e as
soci
ated
Bec
kman
Cou
lter c
entr
ifuge
.
1-43
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
r min
(2
4.5
mm
)r a
v(3
1.8
mm
)r m
ax (
38
.9 m
m)
Axi
s o
f R
ota
tio
n
30
°
TLA
-120
.1
TLA
-120
.114
x 0
.5 m
L
No.
357
655.
TLA
-120
.1 F
ixed
-Ang
le R
otor
Pac
kage
. Inc
lude
s Rot
or,
1 bo
x 34
3776
Thi
ckw
all P
olyc
arbo
nate
Tub
es, 1
eac
h 34
8304
Tub
e Ra
ck,
3461
33 R
otor
Vise
/Sta
nd, 9
2720
8 H
emos
tats,
824
412
and
8545
19
O-ri
ngs,
3068
12 S
pink
ote
Lubr
ican
t, an
d 35
5148
Vac
uum
Gre
ase.
No.
362
224.
TLA
-120
.1 F
ixed
-Ang
le R
otor
Ass
embl
y.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l.(m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
(m
m)
Spac
ers
Sp
eed
Thick
wall
0.5
3437
77
100
8 x
34
——
—
——
—
279
000
18
80 0
00Po
lyallo
mer
Thick
wall
0.5
3437
76
100
8 x
34
——
—
——
—
627
000
8 12
0 00
0Po
lycar
bona
te
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e TL
-100
, Opt
ima
TL, O
ptim
a TL
X, O
ptim
a M
AX
-XP
and
Opt
ima
MA
X-T
L ul
trace
ntrif
uges
.
Maj
or a
pplic
atio
ns: P
elle
ting
of su
bcel
lula
r fra
ctio
ns in
5-3
0 m
inut
es;
plas
mid
DN
A se
para
tion
in 3
hou
rs.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
120
000
627
000
8 14
x 0
.5 m
L 7
mL
8 x
34
mm
Rot
or A
cces
sori
es34
6133
Rot
or V
ise/
Stan
d 34
7404
Rot
or C
lean
ing
Bru
sh
3483
05 T
ube
Rac
k fo
r 8-m
m T
ubes
(inc
lude
d w
ith R
otor
Pac
kage
)92
7208
Hem
osta
ts
Rot
or R
epla
cem
ent P
arts
3493
18 C
ap &
Plu
nger
Ass
embl
y 36
2225
Rot
or L
id A
ssem
bly
(O-r
ings
not
incl
uded
)82
4412
O-r
ing
(inne
r, R
otor
Lid
) 85
4519
O-r
ing
(out
er, R
otor
Lid
)
1-44
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
r min
(26.
0 m
m)
r av
(37.
2 m
m)
r max
(48.
5 m
m)
Axi
s o
f Ro
tati
on
28°
No.
366
735.
TLA
-110
Fix
ed-A
ngle
Rot
or P
acka
ge. I
nclu
des B
ioCe
rti e
d Ro
tor,
1 bo
x of
361
621
Opt
iSea
l Tub
es, 8
eac
h 36
1676
Flo
atin
g Sp
acer
s, 85
4519
and
824
412
O-ri
ng, 3
4812
2 Tu
be R
ack,
927
208
Hem
osta
ts,
3068
12 S
pink
ote
Lubr
ican
t, an
d 33
5148
Vac
uum
Gre
ase.
No.
366
730.
TLA
-110
Fix
ed-A
ngle
Rot
or A
ssem
bly.
TLA
-110
TL
A-1
108
x 5.
1 m
L
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l.(m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
(m
m)
Spac
ers (
qty.
8)
(qty.
8)
Spee
dOp
tiSea
l 4.
7 36
1621
56
13
x 4
8 36
1676
§§
—–—
65
7 00
0 12
11
0 00
0Po
lyallo
mer
Bell T
opQu
ick-S
eal
2.0
3458
29
50
13 x
25
3602
70
—–—
65
7 00
0 5
110
000
Polya
llom
er
3.5
3496
21
50
13 x
32
3602
70
—–—
65
7 00
0 7
110
000
Bell T
op
5.1
3622
48
50
13 x
51
3623
07
—–—
65
7 00
0 13
11
0 00
0
Thick
wall
3.2
3623
33
50
13 x
56
—–—
—
–—
267
000
37
70 0
00Po
lyallo
mer
Thick
wall
3.2
3623
05
50
13 x
56
—–—
—
–—
657
000
13
110
000
Polyc
arbo
nate
Micr
ocen
trifu
ge
1.5
3574
48
500
11 x
38
—–—
36
0951
20
6 00
0 19
70
000
Polya
llom
erCo
rnin
g Sc
rew
Cap
1.5
***
—–—
n/
a —
–—
39
3238
53
6 00
0 9
110
000
Polyp
ropy
lene
*§§ S
et o
f 2.
Th
is ro
tor h
as b
een
test
ed to
dem
onst
rate
con
tain
men
t of m
icro
biol
ogic
al a
eros
ols
only
whi
le o
pera
ting
with
in th
e as
soci
ated
Bec
kman
Cou
lter c
entr
ifuge
.
***
Cor
ning
P/N
430
909.
Com
mer
cial
ly a
vaila
ble
prod
uct.
Beck
man
Cou
lter d
oes
not s
ell C
orni
ng tu
bes.
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
) 33
5148
Sili
cone
Vac
uum
Gre
ase
3387
65 S
pace
r Rem
oval
Too
l for
3.5
-mL
and
2.0-
mL
Qui
ck-S
eal
Tu
be S
pace
rs33
9555
Bec
kman
Sol
utio
n 55
5 (1
qt)
3395
58 R
otor
Cle
anin
g K
it 34
2025
Fra
ctio
n R
ecov
ery
Syst
em
3458
32 T
ube
Rac
k A
dapt
er fo
r 13
x 25
mm
, 2.0
-mL
Qui
ck-S
eal T
ubes
for u
se in
349
487
Tube
Rac
k34
7404
Rot
or C
lean
ing
Bru
sh
3478
28 F
ract
ion
Rec
over
y Sy
stem
Ada
pter
Kit
for T
L-se
ries t
ubes
3479
60 C
entri
-Tub
e Sl
icer
34
8122
Tub
e To
pper
Rac
k fo
r 13-
mm
Tub
es
(in
clud
ed in
Rot
or P
acka
ge)
3482
99 C
entri
Tube
Slic
er R
epla
cem
ent B
lade
s (pk
g of
10)
34
9487
Tub
e R
ack
for g
-Max
Qui
ck-S
eal T
ubes
3545
26 C
entri
Tube
Slic
er A
dapt
er fo
r 13m
m tu
bes
3555
82 T
ube
Rac
k A
dapt
er fo
r 13
x 32
mm
, 3.5
-mL
Qui
ck-S
eal T
ubes
for u
se in
349
487
Tube
Rac
k
Rot
or R
epla
cem
ent P
arts
3461
33 R
otor
Vis
e 34
7903
Spr
ing
3494
77 C
ap &
Plu
nger
Ass
embl
y 36
6732
Rot
or L
id A
ssem
bly
8244
12 O
-rin
g (in
ner,
Rot
or L
id)
8545
19 O
-rin
g (o
uter
, Rot
or L
id)
Ada
pter
s/Sp
acer
s
3602
7036
1676
3623
0739
3238
3609
51
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e TL
-100
, Opt
ima
TL, O
ptim
a TL
X, O
ptim
a M
AX
-XP
and
Opt
ima
MA
X-T
L ul
trace
ntrif
uges
. M
ajor
app
licat
ions
: Mod
erat
e vo
lum
e di
ffere
ntia
l sed
imen
tatio
n (p
elle
ting)
of s
ubce
llula
r org
anel
les a
nd v
iruse
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
110
000
657
000
13
8 x
5.1
mL
40.8
mL
13 x
56
mm
R
equi
red
for o
bsol
ete
Benc
h Q
uick
Sea
ler.
Adap
ter f
or C
orni
ng S
crew
Cap
Tub
e (C
orni
ng P
/N 4
3090
9).
3558
72 T
ube
Rac
k fo
r 13-
mm
Tub
es
3583
12 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
60
Hz
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
38 O
ptiS
eal T
ube
Rac
k A
ssem
bly
3616
68 T
ube
Rem
oval
Too
l92
7208
Hem
osta
ts, 6
-in. c
urve
d 96
1519
Hem
osta
t, 6
in. s
traig
ht
1-45
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
TLA
-100
.3
TLA
-100
.36
x 3.
5 m
L
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e TL
-100
, Opt
ima
TL, O
ptim
a TL
X, O
ptim
a M
AX
-XP
and
Opt
ima
MA
X-T
L ul
trace
ntrif
uges
. N
ote:
Non
-pre
cipi
tatin
g so
lutio
ns u
p to
1.7
g/m
L in
den
sity
can
be
run
in th
is ro
tor w
ithou
t a
redu
ctio
n in
roto
r spe
ed.
Maj
or a
pplic
atio
ns: P
elle
ting
of su
bcel
lula
r fra
ctio
ns in
5-3
0 m
inut
es;
pelle
ting
RN
A in
1-2
hou
rs; p
lasm
id D
NA
sepa
ratio
n in
6 h
ours
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
100
000
541
000
14
6 x
3.5
mL
21 m
L
13
x 5
1 m
m
r min
(2
7.5
mm
)r a
v(3
7.9
mm
)r m
ax (
48
.3 m
m)
Axi
s o
f R
ota
tio
n
30
°
No.
349
481.
TLA
-100
.3 F
ixed
-Ang
le R
otor
Ass
embl
y.N
o. 3
4949
0. T
LA-1
00.3
Fix
ed-A
ngle
Rot
or P
acka
ge. I
nclu
des R
otor
, 1
box
3496
22 T
hick
wal
l Pol
ycar
bona
te T
ubes
, 1 b
ox 3
4962
3 Th
ickw
all P
olya
llom
er T
ubes
, 1 e
ach
3559
19 (p
kg. o
f 6) S
pace
rs fo
r 1.
5 m
L M
icro
cent
rifug
e Tu
bes,
3558
72 T
ube
Rack
, 824
412
and
8545
21
O-ri
ngs,
9272
08 H
emos
tats,
346
133
Roto
r Vise
/Sta
nd, 3
0681
2 Sp
inko
te
Lubr
ican
t, an
d 33
5148
Vac
uum
Gre
ase.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 6)
Ad
apte
rs (q
ty. 6)
Sp
eed
Quick
-Sea
l 2.
0 34
5829
50
13
x 2
5
3602
70
——
—
541
000
11
100
000
Polya
llom
er
3.5
3496
21
50
13 x
32
3559
37
——
—
541
000
14
100
000
Thick
wall
3.0
3496
23
25
13 x
51
——
—
——
—
265
000
34
70 0
00Po
lyallo
mer
Thick
wall
3.0
3496
22
25
13 x
51
——
—
——
—
541
000
16
100
000
Polyc
arbo
nate
Micr
ocen
trifu
ge
1.5
3574
48
500
11 x
38
——
—
3559
19
245
000
24
70 0
00Po
lyallo
mer
Ada
pter
s/Sp
acer
s
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
) 33
5148
Sili
cone
Vac
uum
Gre
ase
3387
65 S
pace
r Rem
oval
Too
l for
3.5
-mL
and
2.0-
mL
Qui
ck-S
eal
Tu
be S
pace
rs33
9555
Bec
kman
Sol
utio
n 55
5 (1
qt)
3395
58 R
otor
Cle
anin
g K
it 34
2025
Fra
ctio
n R
ecov
ery
Syst
em
3458
32 T
ube
Rac
k A
dapt
er fo
r 13
x 25
mm
, 2.0
-mL
Qui
ck-S
eal T
ubes
for u
se in
349
487
Tube
Rac
k
3474
04 R
otor
Cle
anin
g B
rush
34
7828
Fra
ctio
n R
ecov
ery
Syst
em A
dapt
er K
it fo
r TL-
serie
s tub
es
3479
60 C
entri
-Tub
e Sl
icer
34
8122
Tub
e To
pper
Rac
k fo
r 13-
mm
Tub
es
3482
99 C
entri
Tube
Slic
er R
epla
cem
ent B
lade
s (pk
g of
10)
34
9487
Tub
e R
ack
for Q
uick
-Sea
l Tub
e Se
aler
, 8-p
lace
(Ada
pter
s req
uire
d)35
4526
Cen
triTu
be S
licer
Ada
pter
for 1
3mm
tube
s 35
5582
Tub
e R
ack
Ada
pter
for 1
3 x
32 m
m, 3
.5-m
L Q
uick
-Sea
l Tub
es
fo
r use
in 3
4948
7 Tu
be R
ack
3558
72 T
ube
Rac
k fo
r 13-
mm
Tub
es (i
nclu
ded
in R
otor
Pac
kage
) 35
8312
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 6
0 H
z
Rot
or R
epla
cem
ent P
arts
3461
33 R
otor
Vis
e 34
7903
Spr
ing
3494
77 C
ap &
Plu
nger
Ass
embl
y 34
9478
Rot
or L
id A
ssem
bly
8244
12 O
-rin
g (in
ner,
Rot
or L
id)
8545
21 O
-rin
g (o
uter
, Rot
or L
id)
3559
3736
0270
3559
19
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re
high
light
ed w
ith b
old,
ital
ic ty
pe.
Pac
kage
of 8
.
R
equi
red
for o
bsol
ete
Benc
h Q
uick
Sea
ler.
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
68 T
ube
Rem
oval
Too
l92
7208
Hem
osta
t, 6
in. c
urve
d96
1519
Hem
osta
t, 6
in. s
traig
ht
1-46
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m r min
(30.
0 m
m)
r av
(34.
5 m
m)
r max
(38.
9 m
m)
Axi
s o
f Ro
tati
on
30°
20 x
0.2
mL
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l.(m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
(m
m)
Spac
ers (
qty.
1)
(qty.
1)
Spee
dTh
ickwa
ll 0.
2 34
3621
10
0 7
x 20
—
——
—
——
27
9 00
0 10
80
000
Polya
llom
erTh
ickwa
ll 0.
2 34
3775
10
0 7
x 20
—
——
—
——
43
6 00
0 7
100
000
Polyc
arbo
nate
Thick
wall
0.2
3423
03
100
7 x
20
——
—
——
—
184
000
16
65 0
00Ce
llulo
se P
ropi
onat
e
No.
343
837.
TLA
-100
Fix
ed-A
ngle
Rot
or P
acka
ge. I
nclu
des R
otor
, 1
box
3437
75 T
hick
wal
l Pol
ycar
bona
te T
ubes
, 1 e
ach
3483
02 T
ube
Rack
, 82
4412
and
824
953
O-ri
ngs,
9272
08 H
emos
tats,
346
133
Roto
r Vise
/St
and,
306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Vac
uum
Gre
ase.
No.
343
840.
TLA
-100
Fix
ed-A
ngle
Rot
or A
ssem
bly.
TLA
-100
TL
A-1
00Fi
xed-
Ang
le R
otor
, Tita
nium
For u
se in
the
TL-1
00, O
ptim
a TL
, Opt
ima
TLX
, Opt
ima
MA
X-X
P an
d O
ptim
a M
AX
-TL
ultra
cent
rifug
es.
Not
e: N
on-p
reci
pita
ting
solu
tions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out a
re
duct
ion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: P
elle
ting
of su
bcel
lula
r fra
ctio
ns; p
rote
ins;
RN
A.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
100
000
436
000
7 20
x 0
.2 m
L 4
mL
7 x
20 m
m
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
)33
5148
Sili
cone
Vac
uum
Gre
ase
3395
55 B
eckm
an S
olut
ion
555
(1 q
t) 33
9558
Rot
or C
lean
ing
Kit
3420
25 F
ract
ion
Rec
over
y Sy
stem
34
7404
Rot
or C
lean
ing
Bru
sh
3478
28 F
ract
ion
Rec
over
y Sy
stem
Ada
pter
Kit
for T
L-se
ries t
ubes
3479
60 C
entri
-Tub
e Sl
icer
34
8299
Cen
triTu
be S
licer
Rep
lace
men
t Bla
des (
pkg
of 1
0)
3483
02 T
ube
Rac
k fo
r 7-m
m T
ubes
(inc
lude
d w
ith R
otor
Pac
kage
)36
1668
Tub
e R
emov
al T
ool
9272
08 H
emos
tats
, 6-in
. cur
ved
9615
19 H
emos
tat,
6 in
. stra
ight
Rot
or R
epla
cem
ent P
arts
3438
45 R
otor
Lid
Ass
embl
y (O
-rin
gs n
ot in
clud
ed)
3461
33 R
otor
Vis
e 34
9318
Cap
& P
lung
er A
ssem
bly
8244
12 O
-rin
g (in
ner,
Rot
or L
id)
8249
53 O
-rin
g (o
uter
, Rot
or L
id)
Axi
1-47
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Fixe
d-A
ngle
Rot
or, A
lum
inum
For u
se in
the
TL-1
00, O
ptim
a TL
, Opt
ima
TLX
, Opt
ima
MA
X-X
P an
d O
ptim
a M
AX
-TL
ultra
cent
rifug
es.
Maj
or a
pplic
atio
ns: R
apid
pel
letin
g of
nuc
leic
aci
d pr
ecip
itate
s in
1.5
mL
tube
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
55 0
00
186
000
66
12 x
1.5
mL
18 m
L
11
x 3
8 m
m
TLA
-55
TL
A-5
512
x 1
.5 m
L
r min
(25
mm
)
r av(4
0 m
m)
r max
(55
mm
)
Axi
s o
f Ro
tati
on
45°
No.
366
725.
TLA
-55
Fixe
d-A
ngle
Rot
or P
acka
ge. I
nclu
des B
ioCe
rti e
d Ro
tor,
1 bo
x 35
7448
Mic
roce
ntrif
uge
Tube
s, 1
each
824
412
and
8246
44
O-ri
ngs,
3481
22 T
ube
Rack
, 927
208
Hem
osta
ts, 3
0681
2 Sp
inko
te L
ubri-
cant
and
335
148
Vacu
um G
reas
e.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
Micr
ocen
trifu
ge
1.5
3574
48
500
11 x
38
——
—
——
—
186
000
66
55 0
00Po
lyallo
mer
Rot
or A
cces
sori
es34
7404
Rot
or C
lean
ing
Bru
sh34
8122
Tub
e R
ack
9272
08 H
emos
tats
, 6-in
cur
ved
Rot
or R
epla
cem
ent P
arts
3493
18 C
ap &
Plu
nger
Ass
embl
y 36
6722
Rot
or L
id A
ssem
bly
8244
12 O
-rin
g (I
nner
, Rot
or L
id)
8246
44 O
-rin
g (O
uter
, Rot
or L
id)
Thi
s rot
or h
as b
een
test
ed to
dem
onst
rate
con
tain
men
t of m
icro
biol
ogic
al a
eros
ols
only
whi
le o
pera
ting
with
in th
e as
soci
ated
Bec
kman
Cou
lter c
entr
ifuge
.
1-48
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
No.
393
490.
MLA
-150
Rot
or P
acka
ge. I
nclu
des R
otor
, 1 b
ox 3
4462
5 Q
uick
-Sea
l Po
lyal
lom
er T
ubes
, 1 e
ach
3935
70 (p
kg o
f 8) S
pace
rs, 3
4938
7 Tu
be R
ack,
860
218
O-ri
ng, 9
2720
8 H
emos
tats,
306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Vac
uum
Gre
ase.
N
o. 3
9348
9. M
LA-1
50 F
ixed
-Ang
le R
otor
Ass
embl
y.
MLA
-150
M
LA-1
508
x 2.
0 m
L
Axi
s of
rota
tion
30°
r min
(15
.8 m
m)
r av
(27.
8 m
m)
r max
(39
.9 m
m)
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e O
ptim
a M
AX
-XP
ultra
cent
rifug
e.
Maj
or a
pplic
atio
ns: R
apid
diff
eren
tial s
edim
enta
tion
(pel
letin
g) o
f sm
all
parti
cles
such
as s
ubce
llula
r org
anel
les a
nd v
iruse
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
150
000
1 00
3 00
0 10
.4*
8 x
2.0
mL
16 m
L
11 x
32
mm
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
(m
m)
Spac
ers (
qty.
8)
(qty.
1)
Spee
dQu
ick-S
eal
1.5
3446
2450
11 x
25
3935
70—
–—98
9 00
06.
215
0 00
0Po
lyallo
mer
2.
0 34
4625
50
11
x 3
2 39
3570
—
–—
989
000
8.0
150
000
Thick
wall
1.0
3472
87
100
11 x
34
—–—
—
–—
387
000
11.4
95
000
Polya
llom
er
Thick
wall
1.0
3437
78
100
11 x
34
—–—
—
–—
964
000
4.6
150
000
Polyc
arbo
nate
Ada
pter
s/Sp
acer
s
3935
70
Rot
or R
epla
cem
ent P
arts
3934
85 R
otor
Lid
Ass
embl
y 86
0218
O-r
ing
for L
id
Rot
or A
cces
orie
s
3068
12 S
pink
ote
Lubr
ican
t (2
oz)
3351
48 S
ilico
ne V
acuu
m G
reas
e 33
9555
Bec
kman
Sol
utio
n 55
5 (1
qt)
3395
58 R
otor
Cle
anin
g K
it 34
2025
Fra
ctio
n R
ecov
ery
Syst
em
3474
04 R
otor
Cle
anin
g B
rush
34
7828
Fra
ctio
n R
ecov
ery
Syst
em A
dapt
er K
it fo
r TL-
serie
s tub
es
3493
87 T
ube
Topp
er R
ack
3583
12 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
60
Hz
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
68 T
ube
Rem
oval
Too
l92
7208
Hem
osta
t, 6
in. c
urve
d96
1519
Hem
osta
t, 6
in. s
traig
ht
* Ba
sed
on c
ell h
ole
dim
ensi
ons.
k-Fa
ctor
= 4
.58
if ru
n w
ith 1
mL
sam
ple
and
open
top
tube
.
1-49
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
r min
(2
9.9
mm
)
r av
(41
.9 m
m)
r max
(5
3.9
mm
)
Axi
s o
f R
ota
tio
n
35
°
No.
367
114.
MLA
-130
Fix
ed-A
ngle
Rot
or P
acka
ge. I
nclu
des R
otor
, 1
box
3446
25 Q
uick
-Sea
l Pol
yallo
mer
Tub
es, 1
0 ea
ch 3
6731
0 Sp
acer
s, 1
each
349
387
Tube
Rac
k, 9
7500
1 O
-ring
, 927
208
Hem
osta
ts, 3
0681
2 Sp
inko
te L
ubric
ant,
and
3351
48 V
acuu
m G
reas
e.
No.
367
120.
MLA
-130
Fix
ed-A
ngle
Rot
or A
ssem
bly.
MLA
-130
M
LA-1
3010
x 2
.0 m
L
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e O
ptim
a M
AX
-XP
ultra
cent
rifug
e.
Maj
or a
pplic
atio
ns: R
apid
diff
eren
tial s
edim
enta
tion
(pel
letin
g) o
f sm
all
parti
cles
such
as s
ubce
llula
r org
anel
les a
nd v
iruse
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
130
000
1 01
9 00
0 8.
7 10
x 2
.0 m
L 20
mL
11
x 3
2 m
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Fl
oatin
g Ad
apte
rs
g-Fo
rce
k Fac
tor
Max.
(m
m)
Spac
ers (
qty.
1)
(qty.
1)
Spee
dQu
ick-S
eal
1.5
3446
24
50
11 x
25
3673
10
—–—
1
019
000
7.0
130
000
Polya
llom
er
2.0
3446
25
50
11 x
32
3673
10
—–—
1
019
000
8.7
130
000
Thick
wall
1.0
3472
87
100
11 x
34
—–—
—
–—
390
000
23
80 0
00Po
lyallo
mer
Thick
wall
1.0
3437
78
100
11 x
34
—–—
—
–—
1 01
9 00
0 5.
8 13
0 00
0Po
lycar
bona
te
Ada
pter
s/Sp
acer
s
3673
10
Rot
or R
epla
cem
ent P
arts
3473
73 R
otor
Vis
e 36
7115
Rot
or L
id97
5001
O-r
ing
for L
id
Rot
or A
cces
orie
s
3068
12
Spin
kote
Lub
rican
t (2
oz)
3351
48
Silic
one
Vacu
um G
reas
e 33
9555
B
eckm
an S
olut
ion
555
(1 q
t) 33
9558
R
otor
Cle
anin
g K
it 34
2025
Fr
actio
n R
ecov
ery
Syst
em
3474
04
Rot
or C
lean
ing
Bru
sh34
7828
Fr
actio
n R
ecov
ery
Syst
em A
dapt
er K
it fo
r TL-
serie
s tub
es
3493
87
Tube
Top
per R
ack
3583
12
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 6
0 H
z35
8313
Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (G
reat
Brit
ain)
3583
15
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
68
Tube
Rem
oval
Too
l92
7208
H
emos
tat,
6 in
. cur
ved
9615
19
Hem
osta
t, 6
in. s
traig
ht
1-50
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
8 x
8 m
L
No.
367
096.
MLA
-80
Fixe
d-A
ngle
Rot
or P
acka
ge. I
nclu
des R
otor
, 1
box
3446
21 Q
uick
-Sea
l Pol
yallo
mer
Tub
es, 1
0 ea
ch 3
6709
4 Sp
acer
s, 1
each
348
123
Tube
Rac
k, 9
2720
8 H
emos
tats,
338
765
Spac
er R
emov
al
Tool
, 306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Vac
uum
Gre
ase.
Fixe
d-A
ngle
Rot
or, T
itani
umFo
r use
in th
e O
ptim
a M
AX
-XP
ultra
cent
rifug
e.M
ajor
app
licat
ions
: Lar
ge v
olum
e di
ffere
ntia
l sed
imen
tatio
n (p
elle
ting)
of
subc
ellu
lar o
rgan
elle
s and
viru
ses.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
80 0
00
444
000
29
8 x
8 m
L 64
mL
16 x
64
mm
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e kF
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
Quick
-Sea
l 4.
2 35
6562
50
16
x 3
8 36
7094
—
——
44
4 00
0 18
80
000
Polya
llom
er
6.3
3458
30
50
16 x
45
3670
94
——
—
444
000
23
80 0
00
8.0
3446
21
50
16 x
58
3670
94
——
—
444
000
29
80 0
00
Thick
wall
6.5
3556
46
25
16 x
64
—
——
84
900
15
3 35
000
Polya
llom
erTh
ickwa
ll 6.
5 35
5647
25
16
x 6
4
——
—
417
000
19
80 0
00Po
lycar
bona
te
r min
(2
9.5
mm
)r a
v(4
5.7
mm
)r m
ax (
61
.9 m
m)
Axi
s o
f R
ota
tio
n
26
°
MLA
-80
MLA
-80
Ada
pter
s/Sp
acer
s
3670
94
Rot
or R
epla
cem
ent P
arts
3461
33 R
otor
Vis
e 36
7089
Rot
or L
id89
2292
O-r
ing
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
) 33
5148
Sili
cone
Vac
uum
Gre
ase
3387
65 F
loat
ing
Spac
er R
emov
al T
ool
3395
55 B
eckm
an S
olut
ion
555
(1 q
t) 33
9558
Rot
or C
lean
ing
Kit
3474
04 R
otor
Cle
anin
g B
rush
3481
23 T
ube
Topp
er R
ack
3583
12 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
60
Hz
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
68 T
ube
Rem
oval
Too
l92
7208
Hem
osta
t, 6
in. c
urve
d96
1519
Hem
osta
t, 6
in. s
traig
ht
1-51
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
MLA
-55
MLA
-55
8 x
13.5
mL
No.
A31
459.
MLA
-55
Fixe
d-A
ngle
Rot
or P
acka
ge. I
nclu
des R
otor
, 4
boxe
s of O
ptiS
eal T
ubes
361
623,
12
spac
ers 3
6167
0 (6
pkg
. of 2
), 1
Opt
iSea
l Tub
e Ra
ck 3
6164
2, 1
Tub
e Ex
tract
ion
Tool
361
668,
and
1
Spac
er R
emov
al T
ool 3
3876
5.N
o. 3
9320
3, M
LA-5
5 Fi
xed-
Ang
le R
otor
Ass
embl
y.N
o. 3
4817
9. Q
uick
-Sea
l Tub
e K
it w
ith 2
box
es 3
4241
3 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
322
Ultr
a-Cl
ear T
ubes
, 12
each
342
695
Spac
ers,
1 ea
ch 3
4812
3 Tu
be R
ack,
306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Va
cuum
Gre
ase.
(Cor
dles
s Tub
e To
pper
Kit
requ
ired;
see
Tool
s, A
cces
-so
ries,
and
Supp
lies.)
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
g-
Max
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal B
ell-T
op
8.9
3616
23
56
16 x
60
361
670§
§
——
—
289
996
52
55 0
00
Polyc
arbo
nate
10
.4
3556
03
6 16
x 7
6 —
——
—
——
28
8 65
8 67
55
000
Bottl
e Ass
embl
yQu
ick-S
eal
4.2
3565
62
50
16 ×
38
3458
28
——
—
289
335
28
55 0
00Po
lyallo
mer
4.
2 35
7332
§
50
16 ×
38
3458
28
——
—
289
335
28
55 0
00
6.3
3458
30
50
16 ×
45
3458
28
——
—
289
335
37
55 0
00
6.3
3573
34§
50
16 ×
45
3458
28
——
—
289
335
37
55 0
00
10.0
34
4622
50
16
x 6
7 34
4676
—
——
28
9 33
5 60
55
000
13
.5
3424
13
50
16 x
76
3426
95
——
—
289
335
77
55 0
00
Quick
-Sea
l 13
.5
3443
22
50
16 x
76
3426
95
——
—
289
674
74
55 0
00Ul
tra-C
lear
Thick
wall
4.0
3556
44
25
13 ×
64
——
—
3033
13
214
200
52
50 0
00Po
lyallo
mer
10
.0
3556
40
25
16 x
76
3389
07
——
—
85 1
76
177
30 0
00
Thick
wall
4.0
3556
45
25
13 ×
64
——
—
3033
13
214
200
52
50 0
00Po
lycar
bona
te
10.0
35
5630
25
16
x 7
6 33
8907
—
——
28
6 28
6 53
55
000
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
3033
13
215
880
56
50 0
00Po
lyallo
mer
13
.5
3268
14
50
16 x
76
3419
68
——
—
289
335
59
55 0
00
Ultra
-Clea
r 2.
0 34
4091
50
8
x 49
30
3624
30
3376
14
3 71
8 80
40
000
4.
0 34
4093
50
13
× 4
1 34
6256
30
3402
14
5 37
9 53
45
000
6.
5 34
4088
50
13
x 6
4 34
6256
30
3313
21
5 60
0 57
50
000
13
.5
3440
85
50
16 x
76
3419
68
——
—
291
029
61
55 0
00
Axis
of R
ota
tionr a
v
r max
r min
35°
r min
(45
.0 m
m)
r av
(64.
0 m
m)
r max
(84
.5 m
m)
Fixe
d-A
ngle
Rot
or, A
lum
inum
For u
se in
the
Opt
ima
MA
X-X
P ul
trace
ntrif
uge.
M
ajor
app
licat
ions
: Pla
smid
DN
A S
epar
atio
ns.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
55 0
00
287
000
53
8 x
13.5
mL
108
mL
16 x
76
mm
Ada
pter
s/Sp
acer
s
No.
348
180.
Ope
n-To
p Tu
be K
it w
ith 2
box
es 3
2681
4 Po
lyal
lom
er
Tube
s, 2
boxe
s 344
085
Ultr
a-Cl
ear T
ubes
, 12
each
341
968
Tube
Cap
s, 1
each
306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Vac
uum
Gre
ase.
(331
202
and
3050
75 T
ools
requ
ired;
see
Tool
s, A
cces
sorie
s, an
d Su
pplie
s.)
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re h
ighl
ight
ed w
ith b
old,
ital
ic ty
pe.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es e
noug
h sp
acer
s to
ll ro
tor,
50 tu
bes a
nd re
quire
d to
ols.
§§ S
et o
f 2.
3034
0230
3313
3033
7634
1968
3462
5630
3624
3616
7034
4676
3458
2834
2695
3389
07
1-52
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
MLA
-55
(con
t’d)
MLA
-55
8 x
13.5
mL
Roto
r Rep
lace
men
t Par
ts34
7373
Rot
or V
ise
3932
06 R
otor
Han
dle
3932
10 R
otor
Lid
83
9347
Han
dle
O-R
ing
(Sm
all)
8760
89 L
id O
-Rin
g (L
arge
)
Roto
r Acc
esso
ries
3018
75 T
ube
Rem
oval
Too
l 30
5075
Tub
e-C
ap V
ise
3068
12 S
pink
ote
Lubr
ican
t (2
oz)
3312
02 T
ool K
it fo
r Alu
min
um C
aps
In
clud
es:
85
8121
To
rque
Wre
nch
85
8122
So
cket
Ada
pter
85
8123
So
cket
for 1
9 m
m H
ex N
uts
87
0432
So
cket
for 1
1-m
m H
ex N
uts
30
1875
R
emov
al T
ool,
for c
appe
d tu
bes
3351
48 S
ilico
ne V
acuu
m G
reas
e 33
8765
Flo
atin
g Sp
acer
Rem
oval
Too
l33
9379
Rot
or C
lean
ing
Bru
sh33
9555
Bec
kman
Sol
utio
n 55
5 (1
qt)
3395
58 R
otor
Cle
anin
g K
it34
8123
Tub
e To
pper
Rac
k 35
8312
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 6
0 H
z35
8313
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (E
urop
e)35
8314
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (G
reat
Brit
ain)
3583
15 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Aus
tralia
)36
1642
Opt
iSea
l Tub
e R
ack
Ass
embl
y 36
1668
Tub
e R
emov
al T
ool f
or Q
uick
-Sea
l and
Opt
iSea
l Tub
es
8418
83 H
ex D
river
for 1
1-m
m C
ap N
uts o
n St
ainl
ess S
teel
Tub
es
1-53
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
MLA
-50
MLA
-50
6 x
32.4
mL
Fixe
d-A
ngle
Rot
or, A
lum
inum
For u
se in
the
Opt
ima
MA
X-X
P ul
trace
ntrif
uge.
M
ajor
app
licat
ions
: Lar
ge v
olum
e se
para
tions
of s
ubce
llula
r par
ticle
s, vi
ruse
s, lip
opro
tein
s, R
NA
, and
pla
smid
DN
A.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
50 0
00
233
000
92
6 x
32.4
mL
194.
4 m
L
25
x 7
7 m
m
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
Ma
x RCF
k
Max.
Spee
d
(m
m)
Spac
ers (
qty.
1)
Adap
ters
(qty.
1)
(x g
) Fa
ctor
(rp
m)
OptiS
eal
32.4
36
1625
56
25
x 7
7 3
6166
9§§
——
—
233
000
92
50 0
00Po
lyallo
mer
Quick
-Sea
l 15
.0
3436
64
50
25 ×
38
3434
48
——
—
233
000
50
50 0
00Po
lyallo
mer
15
.0
3573
43 §
50
25 x
38
3434
48
——
—
233
000
50
50 0
00
27.0
34
3665
50
25
x 6
4 34
3448
—
——
23
3 00
0 79
50
000
27
.0
3573
46§
50
25 x
64
3434
48
——
—
233
000
79
50 0
00
Quick
-Sea
l 15
.0
3443
24
50
25 ×
38
3434
48
——
—
233
000
50
50 0
00Ul
tra-C
lear
27.0
34
4323
50
25
x 6
4 34
3448
—
——
23
3 00
0 79
50
000
Thin
wall
6.5
3268
20
50
13 x
64
3462
56
3033
92
189
000
76
50 0
00Po
lyallo
mer
13
.5
3268
14
50
16 x
76
3308
60
3033
07
209
000
94
50 0
00
Thick
wall
4.0
3556
44
25
13 x
64
——
—
3033
92
187
000
52
50 0
00Po
lyallo
mer
10
.0
3556
40
25
16 x
76
3389
07
3033
07
206
000
89
50 0
00
Thick
wall
4.0
3446
45
25
13 x
64
——
—
3033
92
187
000
52
50 0
00Po
lycar
bona
te
10.0
34
4630
25
16
x 7
6 33
8907
30
3307
20
6 00
0 89
50
000
No.
A91
774.
MLA
-50
Fixe
d-A
ngle
Rot
or A
ssem
bly.
N
ote:
To
help
you
loca
te g
-Max
tube
s in
the
roto
r lis
tings
, the
se tu
bes a
re h
ighl
ight
ed w
ith b
old,
ital
ic ty
pe.
§§ S
et o
f 2.
§
To si
mpl
ify o
rder
ing,
this
g-M
ax K
it in
clud
es 5
0 tu
bes,
12 sp
acer
s, a
spac
er re
mov
al to
ol a
nd fo
rcep
s
Roto
r Acc
esso
ries
3068
12 S
pink
ote
Lubr
ican
t (2
oz)
3312
02 H
ex D
river
for 1
1-m
m C
ap N
uts o
n St
ainl
ess S
teel
Tub
es33
1202
Too
l Kit
for A
lum
inum
Cap
s
Incl
udes
:
3018
75
Rem
oval
Too
l, fo
r cap
ped
tube
s
8581
21
Torq
ue W
renc
h
8581
22
Sock
et A
dapt
er
8581
23
Sock
et fo
r 19
mm
Hex
Nut
87
0432
So
cket
for 1
1 m
m H
ex N
ut33
5148
Sili
cone
Vac
uum
Gre
ase
3387
65 F
loat
ing
Spac
er R
emov
al T
ool
3393
79 R
otor
Cle
anin
g B
rush
3395
55 B
eckm
an S
olut
ion
555
(1 q
t) 33
9558
Rot
or C
lean
ing
Kit
3481
22 T
ube
Topp
er R
ack
3481
23 T
ube
Topp
er R
ack
3481
24 Q
uick
-Sea
l Tub
e To
pper
Rac
k 35
8312
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 6
0 H
z35
8313
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (E
urop
e)35
8314
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (G
reat
Brit
ain)
3583
15 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Aus
tralia
)36
1646
Opt
iSea
l Tub
e R
ack
Ass
embl
y 36
1668
Tub
e R
emov
al T
ool f
or Q
uick
-Sea
l and
Opt
iSea
l Tub
es
Roto
r Rep
lace
men
t Par
ts01
1521
Han
dle
O-R
ing
(Sm
all)
A91
766
Rot
or L
id
A
9216
7 Li
d O
-Rin
g (L
arge
)A
9639
9 R
otor
Han
dle
Ada
pter
s/Sp
acer
s
3462
5633
8907
3033
0736
1669
3033
9233
0860
3434
48
30
°
r av
r ma
x
r min
Axis
of
Ro
tatio
n
r min
(33.
6 m
m)
r av
(58.
4 m
m)
r max
(83.
2 m
m)
1-54
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
TLN
-120
TL
N-1
208
x 1.
2 m
L
No.
357
683.
TLN
-120
Nea
r-Ver
tical
Pac
kage
. Inc
lude
s Rot
or, 1
box
36
1082
Qui
ck-S
eal P
olya
llom
er T
ubes
, 10
each
361
061
Spac
ers,
12 e
ach
3473
71 R
otor
Plu
g G
aske
ts, 1
eac
h 34
8302
Tub
e Ra
ck, 3
4737
3 Ro
tor
Vise
/Sta
nd, 9
2720
8 H
emos
tats,
858
121
Torq
ue W
renc
h, 9
7695
9 To
rx
Wre
nch
Ada
pter
, and
306
812
Spin
kote
Lub
rican
t.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
Quick
-Sea
l 1.
2 36
1082
50
8
x 35
36
1061
—
——
58
5 00
0 7
120
000
Polya
llom
er
**
To a
ccom
mod
ate
the
TLN
-120
Rot
or, t
he T
L-10
0 ul
trac
entr
ifuge
mus
t be
upda
ted
with
a n
ew d
rive
spin
dle
and
oper
atin
g so
ftwar
e (m
odi
catio
n ki
t num
ber 3
6047
7).
**
Usi
ng O
ptim
a M
AX-X
P, O
ptim
a M
AX-T
L or
Opt
ima
TLX.
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
)33
8765
Tub
e R
emov
al T
ool
3395
55 B
eckm
an S
olut
ion
555
(1 q
t)33
9558
Rot
or C
lean
ing
Kit
3474
02 R
otor
Vis
e M
ount
ing
Tape
(rep
lace
men
t)34
7404
Rot
or C
lean
ing
Bru
sh34
7960
Cen
tri-T
ube
Slic
er34
8299
Cen
triTu
be S
licer
Rep
lace
men
t Bla
des (
pkg
of 1
0)34
8304
Tub
e R
ack,
8 m
m
3496
61 Q
uick
-Sea
l Tub
e Se
alin
g R
ack
3545
26 C
entri
Tube
Slic
er A
dapt
er fo
r 13m
m tu
bes
3583
12 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
60
Hz
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
8581
21 T
orqu
e W
renc
h92
7208
Hem
osta
t, 6
in. c
urve
d97
7305
Rot
or V
ise
Mou
ntin
g Sc
rew
s (pk
g of
4)
r av
(30.
3 m
m)
r max
(36.
3 m
m)
r min
(24.
3 m
m)
Axi
s o
f Ro
tati
on
8°
NV
T N
ear-
Vert
ical
Rot
or, T
itani
umFo
r use
in th
e TL
-100
*, O
ptim
a TL
, Opt
ima
TLX
, Opt
ima
MA
X-
XP
and
Opt
ima
MA
X-T
L ul
trace
ntrif
uges
. N
ote:
Non
-pre
cipi
tatin
g so
lutio
ns u
p to
1.7
g/m
L in
den
sity
can
be
run
in th
is ro
tor w
ithou
t a
redu
ctio
n in
roto
r spe
ed.
Maj
or a
pplic
atio
ns: P
lasm
id D
NA
Sep
arat
ions
in 1
1 /2 h
ours
.**
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
120
000
585
000
7 8
x 1.
2 m
L 9.
6 m
L
8
x 35
mm
Rot
or R
epla
cem
ent P
arts
3473
71 R
otor
Plu
g G
aske
t
34
7373
Rot
or V
ise
3493
39 C
ap a
nd P
lung
er A
ssem
bly
3685
49 R
otor
Plu
g R
epla
cem
ent (
each
)36
8550
Rot
or R
epla
cem
ent P
lugs
with
Gas
kets
(set
of 8
) 97
6959
Tor
x W
renc
h A
dapt
er
Ada
pter
s/Sp
acer
s
3610
61
1-55
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Ada
pter
s/Sp
acer
s
8 x
3.9
mL
No.
357
614.
TLN
-100
Nea
r-Ver
tical
Rot
or P
acka
ge. I
nclu
des R
otor
, 1
each
361
664
Opt
iSea
l Tub
e K
it (in
clud
es 4
box
es 3
6162
7 O
ptiS
eal T
ubes
, 8
Spac
ers 3
6219
8, 1
Tub
e Ra
ck 3
6165
0, 1
Tub
e Ex
tract
ion
Tool
361
668,
an
d 1
Spac
er R
emov
al T
ool 3
3876
5), 1
2 ea
ch 3
4288
2 Ro
tor P
lug
Gas
kets,
1
each
348
122
and
3558
72 T
ube
Rack
s, 34
7373
Rot
or V
ise/S
tand
, 927
208
Hem
osta
ts, 8
5812
1 To
rque
Wre
nch,
976
959
Torx
Wre
nch
Ada
pter
, 306
812
Spin
kote
Lub
rican
t, an
d 33
5148
Vac
uum
Gre
ase.
TLN
-100
TL
N-1
00
r min
(2
3.1
mm
)r a
v(3
1.6
mm
)r m
ax (
40
.2 m
m)
Axi
s o
f R
ota
tio
n
9°
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
OptiS
eal
3.3
3616
27
56
13 x
33
3621
98
——
—
450
000
14
100
000
Polya
llom
erQu
ick-S
eal
3.9
3589
80
50
13 x
38
3428
83
——
—
450
000
14
100
000
Polya
llom
er
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
)33
5148
Sili
cone
Vac
uum
Gre
ase
(1 o
z)33
8765
Tub
e R
emov
al T
ool
3395
55 B
eckm
an S
olut
ion
555
(1qt
)33
9558
Rot
or C
lean
ing
Kit
3420
25 F
ract
ion
Rec
over
y Sy
stem
3428
83 Q
uick
-Sea
l Tub
e Sp
acer
3474
04 R
otor
Cle
anin
g B
rush
3478
28 F
ract
ion
Rec
over
y Sy
stem
Ada
pter
Kit
for T
L-se
ries t
ubes
3479
60 C
entri
Tube
Slic
er34
8122
Tub
e To
pper
Rac
k, 1
3 m
m34
8299
Cen
triTu
be S
licer
Rep
lace
men
t Bla
des (
pkg
of 1
0)35
4526
Cen
triTu
be S
licer
Ada
pter
for 1
3mm
tube
s35
5872
Tub
e R
ack,
13
mm
3583
12 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
60
Hz
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
50 O
ptiS
eal T
ube
Rac
k A
ssem
bly
3616
68 T
ube
Rem
oval
Too
l85
8121
Tor
que
Wre
nch
9272
08 H
emos
tat,
6-in
cur
ved
9615
19 H
emos
tat,
6 in
. stra
ight
Rot
or R
epla
cem
ent P
arts
3428
82 R
otor
Plu
g G
aske
t
34
7373
Rot
or V
ise
3474
02 R
otor
Vis
e M
ount
ing
Tape
(rep
lace
men
t)34
9339
Cap
and
Plu
nger
Ass
embl
y
36
8545
Rot
or R
epla
cem
ent P
lug
(sin
gle)
36
8546
Rot
or R
epla
cem
ent P
lugs
with
Gas
kets
(set
of 8
) 97
6959
Tor
x W
renc
h A
dapt
er
3428
8336
2198
NV
T N
ear-
Vert
ical
Rot
or, T
itani
umFo
r use
in th
e TL
-100
, Opt
ima
TL, O
ptim
a TL
X, O
ptim
a M
AX
-XP
and
Opt
ima
MA
X-T
L ul
trace
ntrif
uges
. N
ote:
Non
-pre
cipi
tatin
g so
lutio
ns u
p to
1.7
g/m
L in
den
sity
can
be
run
in th
is ro
tor w
ithou
t a
redu
ctio
n in
roto
r spe
ed.
Maj
or a
pplic
atio
ns: P
lasm
id D
NA
-Sep
arat
ions
in 4
hou
rs.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
100
000
450
000
14
8 x
3.9
mL
31.2
mL
13 x
38
mm
1-56
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
8 x
8 m
L
No.
367
100.
MLN
-80
Nea
r-Ver
tical
Tub
e Ro
tor P
acka
ge. I
nclu
des R
otor
, 1
box
3446
21 Q
uick
-Sea
l Pol
yallo
mer
Tub
es, 1
0 ea
ch 3
6710
1 Sp
acer
s, 2
each
392
083
Plug
and
Cel
l, 34
9290
Was
her a
nd P
lug,
1 e
ach
3481
23
Tube
Rac
k, 3
4737
3 Ro
tor V
ise/S
tand
, 927
208
Hem
osta
ts, 8
5812
1 To
rque
W
renc
h, 9
7695
9 To
rx W
renc
h A
dapt
er, 3
3876
5 Sp
acer
Rem
oval
Too
l, 30
6812
Spi
nkot
e Lu
bric
ant,
and
3351
48 V
acuu
m G
reas
e.N
o. 3
6709
9. M
LN-8
0 N
ear-V
ertic
al T
ube
Roto
r Ass
embl
y.
r min
(3
2.5
mm
)r a
v (
43
.3 m
m)
r max
(5
4.2
mm
)
Axi
s o
f R
ota
tio
n
9°
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 1)
Sp
eed
Quick
-Sea
l 4.
2 35
6562
50
16
x 3
8 34
9289
—
——
38
9 00
0 16
80
000
Po
lyallo
mer
36
7312
6.
3 34
5830
50
16
x 4
5 34
9289
—
——
38
9 00
0 18
80
000
3673
13
8.0
3446
21
50
16 x
58
3671
01
——
—
389
000
20
80 0
00
Nea
r-Ve
rtic
al T
ube
Rot
or, T
itani
umFo
r use
in th
e O
ptim
a M
AX
-XP
ultra
cent
rifug
e..
Maj
or a
pplic
atio
ns: R
apid
con
tam
inat
ion-
free
isop
ycni
c is
olat
ion
of
plas
mid
DN
A.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
80 0
00
389
000
20
8 x
8 m
L 64
mL
16 x
58
mm
MLN
-80
MLN
-80
Rot
or R
epla
cem
ent P
arts
3473
73 R
otor
Vis
e Ass
embl
y 34
9290
Rot
or P
lug
Gas
ket
3920
83 P
lug,
Cel
l97
6959
Tor
x W
renc
h A
dapt
er
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
)33
5148
Sili
cone
Vac
uum
Gre
ase
(1 o
z)33
8765
Flo
atin
g Sp
acer
Rem
oval
Too
l33
9379
Rot
or C
lean
ing
Bru
sh33
9555
Bec
kman
Sol
utio
n 55
5 (1
qt)
3395
58 R
otor
Cle
anin
g K
it34
8123
Tub
e To
pper
Rac
k, 1
6 m
m35
8312
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 6
0 H
z35
8313
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (E
urop
e)35
8314
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (G
reat
Brit
ain)
3583
15 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Aus
tralia
)36
1668
Tub
e R
emov
al T
ool
8581
21 T
orqu
e W
renc
h
Ada
pter
s/Sp
acer
s
3492
8936
7101
3673
1236
7313
1-57
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
4 x
2.2
mL
No.
346
936.
TLS
-55
Swin
ging
-Buc
ket R
otor
Ass
embl
y w
ith 4
Tita
nium
Bu
cket
s.N
o. 3
4613
4. T
LS-5
5 Sw
ingi
ng-B
ucke
t Rot
or P
acka
ge. I
nclu
des B
io-
Certi
ed
Roto
r, 1
box
3473
57 P
olya
llom
er T
ubes
, 1 e
ach
3483
05 T
ube
Rack
, 347
358
Buck
et H
olde
r Rac
k, 9
2720
8 H
emos
tats,
868
638
O-ri
ng,
3068
12 S
pink
ote
Lubr
ican
t, an
d 33
5148
Vac
uum
Gre
ase.
.
Swin
ging
-Buc
ket R
otor
, Tita
nium
For u
se in
the
TL-1
00, O
ptim
a TL
, Opt
ima
TLX
, Opt
ima
MA
X-X
P an
d O
ptim
a M
AX
-TL
ultra
cent
rifug
es.
Not
e: N
on-p
reci
pita
ting
solu
tions
up
to 1
.7 g
/mL
in d
ensi
ty c
an b
e ru
n in
this
roto
r with
out a
re
duct
ion
in ro
tor s
peed
.
Maj
or a
pplic
atio
ns: R
NA
pel
letin
g in
2-3
hou
rs; s
ubce
llula
r fra
c tio
n-at
ion
in su
cros
e gr
adie
nts,
prot
ein
sepa
ratio
ns in
sucr
ose
grad
ient
s.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
55 0
00
259
000
50
4 x
2.2
mL
8.8
mL
11 x
34
mm
TLS-
55
TLS-
55
r max
(76.
5 m
m)
r av(5
9.4
mm
)
r min
(42.
2 m
m)
Axi
s of
Rot
atio
n
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Vo
l. (m
L)
Part
No.
Quan
tity
Size
Re
quire
d Ca
ps/
Requ
ired
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
Ad
apte
rs (q
ty. 4)
Sp
eed
Quick
-Sea
l 1.
5 34
4624
50
11
x 2
5 34
4674
—
——
25
9 00
0 37
55
000
Polya
llom
er
2.0
3446
25
50
11 x
32
3446
74
——
—
259
000
50
55 0
00
Thin
wall
175
L 34
2630
10
0 5
x 20
—
——
35
8614
24
8 00
0 22
55
000
Polya
llom
er
2.2
3473
57
50
11 x
34
——
—
——
—
259
000
50
55 0
00
Thick
wall
1.4
3472
87
100
11 x
34
——
—
——
—
259
000
50
55 0
00Po
lyallo
mer
Thick
wall
230
L 34
3775
10
0 7
x 20
—
——
35
8615
24
9 00
0 23
55
000
Polyc
arbo
nate
1.
4 34
3778
10
0 11
x 3
4 —
——
—
——
25
9 00
0 50
55
000
Thick
wall
230
L 34
2303
10
0 7
x 20
—
——
35
8615
24
9 00
0 23
55
000
Cellu
lose
Pro
pion
ate
Thick
wall
175
L 34
3622
10
0 5
x 20
—
——
35
8614
24
8 00
0 22
55
000
Polye
thyle
neUl
tra-C
lear
2.2
3473
56
50
11 x
34
——
—
——
—
259
000
50
55 0
00
Rot
or R
epla
cem
ent P
arts
3457
70 B
ucke
t Cap
Ass
embl
y (e
ach)
34
5773
Rot
or S
tand
34
6364
Rep
lace
men
t Buc
ket S
et, s
et o
f 434
7358
Buc
ket H
olde
r Rac
k34
9338
Cap
& P
lung
er A
ssem
bly
8686
38 B
ucke
t O-r
ing
3621
00 T
ube
Rac
k A
dapt
ers,
set/8
, for
344
624
11 x
25
mm
Qui
ck-S
eal T
ubes
3621
01 T
ube
Rac
k A
dapt
ers,
set/8
, for
344
625
11 x
25
mm
Qui
ck-S
eal T
ubes
9272
08 H
emos
tats
, 6-in
. cur
ved
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
)33
5148
Sili
cone
Vac
uum
Gre
ase
(1 o
z)33
8765
Flo
atin
g Sp
acer
Rem
oval
Too
l33
9379
Rot
or C
lean
ing
Bru
sh33
9555
Bec
kman
Sol
utio
n 55
5 (1
qt)
3395
58 R
otor
Cle
anin
g K
it34
7404
Rot
or C
lean
ing
Bru
sh34
7828
Fra
ctio
n R
ecov
ery
Syst
em A
dapt
er K
it fo
r TL-
serie
s tub
es34
7960
Cen
triTu
be S
licer
3482
99 C
entri
Tube
Slic
er R
epla
cem
ent B
lade
s (pk
g of
10)
3483
05 T
ube
Rac
k fo
r 11-
mm
Tub
es (i
nclu
ded
with
Rot
or P
acka
ge)
3494
87 Q
uick
-Sea
l Tub
e R
ack
(Tub
e R
ack
Ada
pter
s req
uire
d)35
8312
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 6
0 H
z35
8313
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (E
urop
e)35
8314
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (G
reat
Brit
ain)
3583
15 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Aus
tralia
)36
1668
Qui
ck-S
eal T
ube
Rem
oval
Too
l
Ada
pter
s/Sp
acer
s
3586
1535
8614
3446
74
R
equi
red
for o
bsol
ete
Benc
h Q
uick
Sea
ler.
1-58
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Swin
ging
-Buc
ket R
otor
, Alu
min
umFo
r use
in th
e O
ptim
a M
AX
-XP
ultra
cent
rifug
e.
Maj
or a
pplic
atio
ns: R
ate-
zona
l sep
arat
ions
of s
ubce
llula
r org
anel
les,
pelle
ting
and
isop
ycni
c se
para
tions
of R
NA
.Ma
x. RP
M Ma
x. g
k Fac
tor
Num
ber o
f Tub
es
Roto
r Cap
acity
Volu
me/S
ize
50 0
00
268
000
71
4 x
5 m
L 20
mL
13 x
51
mm
Axi
s o
f Ro
tati
onr a
v
(71
.7 m
m)
r max
(9
5.8
mm
)
r min
(47
.5 m
m)
MLS
-50
4 x 5
mL
Tube
sTu
be S
tyle/
Mate
rial
Vol. (
mL)
Pa
rt No
. Qu
antit
y Si
ze
Floa
ting
Adap
ters
g-
Forc
e k F
acto
r Ma
x.
(mm
) Sp
acer
s (qt
y. 1)
(q
ty. 1)
Sp
eed
OptiS
eal
3.3
3616
27
56
13 x
33
3616
78
——
—
268
000
42
50 0
00Po
lyallo
mer
(p
kg o
f 2)
Quick
-Sea
l 2.
0 34
5829
50
13
x 2
5 35
5535
—
——
26
8 00
0 29
50
000
Polya
llom
erQu
ick-S
eal
3.2
3586
47
50
13 x
51
3555
35
3581
53
262
000
67
50 0
00ko
nica
l
(pkg
of 6
)Po
lyallo
mer
Thin
wall P
olya
llom
er
5.0
3268
19
50
13 x
51
——
—
——
—
268
000
71
50 0
00
Thin
wall k
onica
l 3.
0 35
8119
50
13
x 5
1 —
——
35
8153
26
2 00
0 67
50
000
Polya
llom
er
(p
kg o
f 6)
Thick
wall
3.5
3496
23
25
13 x
51
——
—
——
—
268
000
71
50 0
00Po
lyallo
mer
Thick
wall
3.5
3496
22
25
13 x
51
——
—
——
—
268
000
71
50 0
00Po
lycar
bona
teUl
tra-C
lear
0.8
3440
90
50
5 x
41
——
—
3568
60
218
000
67
46 0
00
5.0
3440
57
50
13 x
51
——
—
——
—
268
000
71
50 0
00
No.
367
280.
MLS
-50
Swin
ging
-Buc
ket R
otor
Pac
kage
. Inc
lude
s Rot
or,
1 bo
x 32
6819
Pol
yallo
mer
Tub
es, 1
eac
h 33
1313
Buc
ket H
olde
r Rac
k,
9272
08 H
emos
tats,
824
412
O-ri
ng, 3
0681
2 Sp
inko
te L
ubric
ant,
and
3351
48 V
acuu
m G
reas
e.N
o. 3
6727
9. M
LS-5
0 Sw
ingi
ng-B
ucke
t Rot
or A
ssem
bly.
Rot
or R
epla
cem
ent P
arts
3672
78 R
otor
Sta
nd A
ssem
bly
3672
84 B
ucke
t Set
3672
85 B
ucke
t Cap
8244
12 O
-rin
g
Rot
or A
cces
sori
es30
6812
Spi
nkot
e Lu
bric
ant (
2 oz
)33
1313
Buc
ket R
ack
3351
48 S
ilico
ne V
acuu
m G
reas
e (1
oz)
3387
65 F
loat
ing
Spac
er R
emov
al T
ool
3393
79 R
otor
Cle
anin
g B
rush
3395
55 B
eckm
an S
olut
ion
555
(1qt
)33
9558
Rot
or C
lean
ing
Kit
3478
28 F
ract
ion
Rec
over
y Sy
stem
Ada
pter
Kit
for T
L-se
ries t
ubes
3479
60 C
entri
Tube
Slic
er34
8122
Tub
e To
pper
Rac
k fo
r 13-
mm
Tub
es34
8299
Cen
triTu
be S
licer
Rep
lace
men
t Bla
des (
pkg
of 1
0)35
4468
Con
ical
Ada
pter
Ext
ract
or T
ool
3583
12 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
60
Hz
3583
13 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Eur
ope)
3583
14 Q
uick
-Sea
l Cor
dles
s Tub
e To
pper
Kit,
50
Hz
(Gre
at B
ritai
n)35
8315
Qui
ck-S
eal C
ordl
ess T
ube
Topp
er K
it, 5
0 H
z (A
ustra
lia)
3616
38 O
ptiS
eal T
ube
Rac
k, 1
3 m
m36
1668
Qui
ck-S
eal a
nd O
ptiS
eal T
ube
Rem
oval
Too
l
Ada
pter
s/Sp
acer
s
3555
3535
6860
3581
5336
1678
1-59
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
A-1
10
A-1
10Fi
xed-
Ang
le R
otor
, Alu
min
um, R
edFo
r use
in th
e Airf
uge A
ir-D
riven
Mic
ro-U
ltrac
entri
fuge
.M
ajor
app
licat
ion:
Fas
t pel
letin
g of
ver
y sm
all s
ampl
es.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
110
000
199
000
9 6
x 18
0 L
1 08
0 L
5 x
20 m
m
6 x
180
L
Axi
s o
f R
ota
tio
n
r min
(9.5
mm
)
r av
(12
.1 m
m)
r max
(14
.7 m
m)
18
°
No.
347
596.
A-1
10 R
otor
. Fix
ed-A
ngle
Rot
or w
ith 1
8° a
ngle
, alu
min
um, a
nodi
zed
red.
In
clud
es 1
box
of 3
4263
0 po
lyal
lom
er tu
bes a
nd 1
Tub
e R
ack
3483
01.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Us
able
Volu
me
Part
No.
Quan
tity
Size
g-
Forc
e k F
acto
r Ma
x. Sp
eed
(L)
(m
m)
Ope
n-To
p Tu
bes
Polya
llom
er
175
3426
30
100
5 x
20
199
000
9
110
000
Polye
thyle
ne
175
3436
22
100
5 x
20
199
000
9
110
000
Ultra
-Clea
r 18
0 34
4718
10
0 5
x 20
19
9 00
0 9
11
0 00
0
Rot
or S
uppl
ies
3396
43 R
otor
Cap
s, po
lyet
hyle
ne, p
acka
ge o
f 20
3483
01 T
ube
Rac
k fo
r 5-m
m d
iam
eter
Tub
es34
3773
Tub
e C
ap S
trip,
6-p
lace
, pac
kage
of 5
033
9639
Rot
or B
ase
Bus
hing
, whi
te34
1252
Rot
or S
tand
/Vis
e34
1252
Rot
or S
tand
/Vis
e
6 x
240
LA
-100
/30
A-1
00/3
0A
xis
of R
ota
tio
n
r min
(8.8
mm
)
r av
(13.
2 m
m)
r max
(17.
6 m
m)
30°
Fixe
d-A
ngle
Rot
or, A
lum
inum
, Blu
eFo
r use
in A
irfug
e Air-
Driv
en M
icro
-Ultr
acen
trifu
ge.
Maj
or a
pplic
atio
n: F
ast p
elle
ting
of v
ery
smal
l sam
ples
.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
92 0
00
167
000
19
6 x
240
L 1
440
L
5
x 20
mm
No.
347
594.
A-1
00/3
0 R
otor
. Fix
ed-A
ngle
Rot
or w
ith 3
0° a
ngle
, ano
dize
d bl
ue.
Incl
udes
1 b
ox o
f 342
630
Poly
allo
mer
Tub
es a
nd 1
Tub
e R
ack
3483
01.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Us
able
Volu
me
Part
No.
Quan
tity
Size
g-
Forc
e k F
acto
r Ma
x. Sp
eed
(
L)
(mm
)
Ope
n-To
p Tu
bes
Polya
llom
er
220
3426
30
100
5 x
20
167
000
19
92 0
00
Polye
thyle
ne
150
3436
22
100
5 x
20
167
000
19
92 0
00
Ultra
-Clea
r 24
0 34
4718
10
0 5
x 20
16
7 00
0 19
92
000
Rot
or S
uppl
ies
3396
43 R
otor
Cap
s, po
lyet
hyle
ne, p
acka
ge o
f 20
3412
52 R
otor
Sta
nd/V
ise
3437
73 T
ube
Cap
Stri
p, 6
-pla
ce, p
acka
ge o
f 50
3483
01 T
ube
Rac
k fo
r 5-m
m d
iam
eter
Tub
es
1-60
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
Fixe
d-A
ngle
Rot
or, A
lum
inum
, Bla
ckFo
r use
in A
irfug
e Air-
Driv
en M
icro
-Ultr
acen
trifu
ge.
Maj
or a
pplic
atio
n: F
ast p
elle
ting
of v
ery
smal
l sam
ples
.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
95 0
00
178
000
19
4 x
450
L 1
800
L
8
x 20
mm
Axi
s of
Rota
tion
r min
(8
.9 m
m)
r av
(13.3
mm
) r m
ax
(17
.6 m
m)
30°
No.
347
595.
A-9
5 R
otor
. Fix
ed-A
ngle
Rot
or w
ith 3
0° a
ngle
, alu
min
um, a
nodi
zed
blac
k. In
clud
es 1
box
of 3
4584
3 U
ltra-
Cle
ar T
ubes
and
1 T
ube
Rac
k 34
8302
.
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Us
able
Volu
me
Part
No.
Quan
tity
Size
g-
Forc
e k F
acto
r Ma
x. Sp
eed
(L)
(m
m)
Ope
n-To
p Tu
bes
Ultra
-Clea
r 45
0 34
5843
10
0 8
x 20
17
8 00
0 19
95
000
A-9
5 A
-95
4 x
450
L
Rot
or S
uppl
ies
3396
43 R
otor
Cap
s, po
lyet
hyle
ne, p
acka
ge o
f 20
3396
39 R
otor
Bas
e B
ushi
ng, w
hite
34
1252
Rot
or S
tand
/Vis
e 34
3773
Tub
e C
ap S
trip,
6-p
lace
, pac
kage
of 5
0 34
8302
Tub
e R
ack
for 8
-mm
dia
met
er T
ubes
No.
347
593.
A-1
00/1
8 R
otor
. Fix
ed-A
ngle
Rot
or w
ith 1
8° a
ngle
, alu
min
um, a
nodi
zed
silv
er. I
nclu
des 1
box
of 3
4263
0 Po
lyal
lom
er T
ubes
and
1 T
ube
Rac
k 34
8301
.
Axi
s o
f Ro
tati
on
r min
(9.5
mm
)
r av
(12.
1 m
m)
r max
(14.
7 m
m)
18°
A-1
00/1
8 A
-100
/18
6 x
175
L
Fixe
d-A
ngle
Rot
or, A
lum
inum
, Silv
erFo
r use
in th
e Airf
uge A
ir-D
riven
Mic
ro-U
ltrac
entri
fuge
.M
ajor
app
licat
ion:
Fas
t pel
letin
g of
ver
y sm
all s
ampl
es.
Max.
RPM
Max.
g k F
acto
r Nu
mbe
r of T
ubes
Ro
tor C
apac
ity
Vo
lum
e/Size
95 0
00
148
000
12
6 x
175
L 1
050
L
5
x 20
mm
Tube
s and
Bot
tles
Tube
Sty
le/Ma
teria
l Us
able
Volu
me
Part
No.
Quan
tity
Size
g-
Forc
e k F
acto
r Ma
x. Sp
eed
(
L)
(mm
)
Ope
n-To
p Tu
bes
Polya
llom
er
175
3426
30
100
5 x
20
148
000
12
95 0
00
Polye
thyle
ne
100
3436
22
100
5 x
20
148
000
12
95 0
00
Ultra
-Clea
r 17
5 34
4718
10
0 5
x 20
14
8 00
0 12
95
000
Rot
or S
uppl
ies
3396
43 R
otor
Cap
s, po
lyet
hyle
ne, p
acka
ge o
f 20
3483
01 T
ube
Rac
k fo
r 5-m
m d
iam
eter
tube
s
3437
73 T
ube
Cap
Stri
p, 6
-pla
ce, p
acka
ge o
f 50
3396
39 R
otor
Bas
e B
ushi
ng, w
hite
3412
52 R
otor
Sta
nd/V
ise
1-61
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
AC
R-9
0A
CR
-90
Rot
or S
uppl
ies
3068
12 S
pink
ote
Lubr
ican
t 33
9639
Rot
or B
ushi
ng, w
hite
34
1251
Lin
er, p
olye
thyl
ene,
3.5
mL
capa
city
, pac
kage
of 1
0034
1252
Rot
or S
tand
/Vis
e 34
2634
Lin
er, p
olye
thyl
ene,
2.4
mL
capa
city
, pac
kage
of 1
00
(A
dapt
er re
quire
d)34
2635
Ada
pter
for 3
4263
4 Li
ners
, reu
sabl
e34
3779
Dis
posa
ble
Load
ing
and
Unl
oadi
ng P
ipet
te, p
acka
ge o
f 500
AC
R-9
0 C
hylo
mic
ron
Rot
or, S
ilver
For u
se in
the A
irfug
e Air-
Driv
en M
icro
-Ultr
acen
trifu
ge.
Maj
or a
pplic
atio
n: R
apid
cla
ri c
atio
n of
lipe
mic
blo
od sa
mpl
es.
Max.
RPM
Max.
g k F
acto
r Ro
tor C
apac
ity
Yield
Volu
me/S
ize
(mL)
90,0
00
122
000
45
3.5
mL
2.6
90,0
00
107
000
39
2.4
mL
1.4
No.
341
260.
ACR
-90
Chyl
omic
ron
Roto
r, an
odiz
ed a
lum
inum
. Con
sists
of a
Sup
porti
ng B
ase,
a D
ispos
able
Pol
yeth
ylen
e Li
ner,
and
Stai
nles
s Ste
el
Lid.
Incl
udes
one
341
252
Roto
r Sta
nd/V
ise, o
ne p
acka
ge 3
4125
1 Li
ners
, A
dapt
er fo
r 342
635
Line
r.
3.5
mL/
2.4
mL
Bat
ch R
otor
B
atch
Rot
or7
mL Bat
ch R
otor
, Alu
min
um, S
ilver
For u
se in
the A
irfug
e Air-
Driv
en M
icro
-Ultr
acen
trifu
ge.
Maj
or a
pplic
atio
n: R
apid
pro
cess
ing
of fr
uit p
aste
.
Max.
RPM
Max.
g Mi
nim
um
Maxim
um
k Fac
tor
Fill V
olum
e Fi
ll Vol
ume
90 0
00
132
000
2 m
L 7
mL
55 a
t 7 m
L
8
at 2
mL
No.
347
833.
Bat
ch R
otor
, alu
min
um, f
or 2
- to
7-m
L vo
lum
es. S
ampl
e is
plac
ed in
the
roto
r bod
y its
elf o
r in
one
of tw
o ty
pes o
f pol
yeth
ylen
e lin
ers.
A pl
astic
win
dow
disk
is p
lace
d be
twee
n th
e ro
tor a
nd th
e lid
to
cont
ain
sam
ples
dur
ing
cent
rifug
atio
n. In
clud
es 1
eac
h 34
1252
Rot
or
Vise
/Sta
nd, 8
5315
6 O
-ring
, and
343
197
Bush
ing.
Rot
or S
uppl
ies
3412
52 R
otor
Vis
e/St
and
3431
30 S
hell
Line
r, po
lyet
hyle
ne, l
arge
ope
ning
, 7-m
L ca
paci
ty,
pack
age
of 1
0034
3132
Dom
e Li
ner,
poly
ethy
lene
, sm
all o
peni
ng, 7
-mL
capa
city
,
pack
age
of 1
0034
3197
Bus
hing
, red
34
7049
Rot
or W
indo
w D
isk
8531
56 R
otor
O-r
ing
1-62
Bec
kman
Cou
lter U
ltrac
entri
fuge
1
ww
w.b
eckm
anb
uilt.co
m
6 x
100
LEM
-90
EM-9
0E
M-9
0 Pa
rtic
le C
ount
ing
Rot
or, S
ilver
For u
se in
the A
irfug
e Air-
Driv
en M
icro
-Ultr
acen
trifu
ge.
Maj
or a
pplic
atio
ns: S
edim
entin
g pa
rticl
es o
nto
lter
mem
bran
es, g
lass
co
ver s
lides
, and
mic
rosc
ope
grid
s.Ma
x. RP
M Ma
x. g
Maxim
um
Roto
r Cap
acity
Volu
me
90 0
00
118
000
6 x
100
L 60
0 L
No.
347
844.
EM
-90
Elec
tron
Mic
rosc
opy
Parti
cle
Coun
ting
Roto
r. In
clud
es 5
-mm
Cor
e w
ith 6
00
L ca
paci
ty (1
00
L pe
r cel
l); 3
-mm
Cor
e w
ith 3
60
L ca
paci
ty (6
0 L
per c
ell);
one
341
252
Roto
r Sta
nd/V
ise, o
ne
3478
40 (p
kg o
f 5) G
aske
ts, S
ecto
r Cor
e Re
mov
al B
olt,
Tem
plat
e, o
ne
8531
56 O
-ring
, one
343
197
Bush
ing.
Rot
or S
uppl
ies
3431
97 B
ushi
ng, r
ed
3478
36 S
ecto
r Cor
e, 5
mm
34
7838
Sec
tor C
ore,
3 m
m34
7840
Rot
or G
aske
ts, p
acka
ge o
f 5i or
e ov
er
at
aset
ecto
r or
e(3
mm
or 5
mm
)
Roto
r as
e
tan
��
��
ec�m
an C
oulte
r �ltr
acen
trifu
�e
2
ww
w.b
eckm
anb
uilt.co
m
Tube
s and
Bot
tles
Tube
s and
Bot
tles F
or E
very
App
licat
ion
No si
ngle
tube
des
ign
or m
ater
ial w
ill m
eet a
ll
appl
icat
ion
requ
irem
ents
. A n
umbe
r of
fact
ors
shou
ld b
e co
nsid
ered
at t
he ti
me
a su
pply
of t
ubes
is o
rder
ed: t
he p
ar tic
u lar
tech
niqu
e to
be
used
, the
nat
ure
of
the
sam
ple
and
any
solv
ent o
r gra
dien
t med
ia, t
he d
e sir
abil-
ity o
f reu
sing
the
tube
s, an
d ce
rtai
n co
nven
ienc
e fa
ctor
s.
The
prop
ertie
s lis
ted
belo
w p
rovi
de a
gui
de fo
r any
one
invo
lved
in th
e tu
be se
lect
ion
proc
ess.
The
full
line
of B
eckm
an C
oulte
r tub
es in
clud
es a
num
ber
of tu
be m
ater
ials,
eac
h wi
th it
s own
dist
inct
com
bina
tion
of
prop
ertie
s, to
mee
t a v
arie
ty o
f app
licat
ion
requ
irem
ents.
Avai
labl
e ar
e tra
nspa
rent
, tra
nslu
cent
, and
opa
que
tube
s,
tube
s tha
t can
be
slice
d or
pun
ctur
ed, t
ubes
that
can
be
steril
ized
and
reus
ed, a
nd tu
bes t
hat a
re re
sista
nt to
a v
arie
ty
of c
hem
ical
com
poun
ds.
• St
reng
th a
nd F
lexi
bilit
y, to
resi
st p
erm
anen
t def
orm
atio
n ev
en
whe
n ru
n in
fi xe
d an
gle
roto
rs w
ithou
t tub
e ca
ps.
• C
hem
ical
Res
ista
nce
to a
wid
e ra
nge
of b
ases
, aci
ds, a
nd so
lven
ts.
• Tr
ans p
aren
cy, t
o pe
rmit
a cl
ear v
iew
of f
ract
ions
and
ban
ds a
fter
ce
ntrif
ugat
ion.
• T
hin
enou
gh to
be
slic
ed o
r pun
ctur
ed a
fter c
entri
fuga
tion
for
frac
tion
colle
ctio
n.
•Im
perm
eabl
e to
Wat
er, t
o pr
even
t aqu
eous
solu
tions
from
pe
rmea
ting
the
tube
wal
l and
reac
hing
the
roto
r cav
ity.
• Su
rfac
e Pr
oper
ties t
hat p
reve
nt th
e ad
here
nce
of n
ucle
ic a
cids
an
d pr
otei
ns.
• Te
mpe
ratu
re T
oler
ance
thro
ugho
ut a
wid
e ra
nge
of o
pera
ting
te
mpe
ratu
res,
with
out d
efor
min
g at
hig
h te
mpe
ratu
res o
r cra
ckin
g
w
hen
used
clo
se to
0°C
.
• A
utoc
lava
ble,
for c
onve
nien
t ste
riliz
atio
n an
d re
use.
• C
onta
min
ant-
free
, to
avoi
d le
achi
ng e
xtra
neou
s mat
eria
ls in
to
th
e sam
ple,
espe
cial
ly m
ater
ials
visib
le in
the s
ensit
ive 2
40-2
80 n
m ra
nge.
• O
dor-
free
, for
ple
asan
t han
dlin
g.
�ec
kman
Cou
lter �
ltrac
entri
fuge
2
2-2w
ww
.beckm
anb
uilt.co
m
�
s the
re a
re c
urre
ntly
no
wet
tabl
e pl
astic
cen
trifu
ge tu
bes
avai
labl
e, g
radi
ents
shou
ld b
e lo
aded
into
pla
stic
tube
s fro
m
the
botto
m u
p to
avo
id m
ixin
g.
Hig
h Te
mpe
ratu
re C
entr
ifuga
tion
�lth
ough
mod
ern
cent
rifug
es a
nd ro
tors
can
ope
rate
at
tem
pera
ture
s as h
igh
as 4
�°C,
one
can
not a
ssum
e th
at e
very
tu
be c
an b
e sa
fely
run
over
2�°
C. �
tain
less
stee
l and
gla
ss a
re
the
only
mat
eria
ls w
hich
will
not
exp
erie
nce
som
e de
form
atio
n w
hen
sub�
ecte
d to
hig
h te
mpe
ratu
res a
nd lo
ng c
en tri
fu ga
tion
times
. �la
stic
tube
s und
ergo
som
e de
gree
of s
ofte
ning
at
tem
pera
ture
s hig
her t
han
2�°C
. �he
ther
or n
ot th
is w
ill c
ause
pe
rman
ent d
efor
mat
ion
is no
t a q
uesti
on o
f tem
pera
ture
alo
ne.
�he
cent
rifug
al fo
rce fi e
ld u
sed,
the
dura
tion
of th
e ce
n trif
u-ga
tion,
the
type
of r
otor
, and
eve
n th
e tu
be a
ngle
all
have
an
effe
ct.
�t�s o
bvio
usly
impo
ssib
le to
giv
e exa
ct te
mpe
ratu
re li
mits
fo
r pla
stic
tube
s whe
n so
man
y ot
her v
aria
bles
are
invo
lved
. �h
e sa
fest
polic
y is
to p
rete
st th
e tu
bes u
nder
the
actu
al
expe
rimen
tal c
ondi
tions
, but
with
wat
er, r
athe
r tha
n a
valu
able
sa
mpl
e.
Tube
Siz
es�u
be si
zes a
s ind
icat
ed in
the
follo
win
g ch
arts
are
nom
inal
siz
es, a
nd m
ay v
ary
som
ewha
t fro
m a
ctua
l fi ll
ing
capa
citie
s. �
f a th
ick-
wal
led
tube
is ru
n un
capp
ed, t
he m
axim
um fi
lling
vo
lum
e w
ill d
epen
d on
the
tube
ang
le o
f the
roto
r to
be u
sed.
�e
e ap
prop
riate
roto
r ins
truct
ion
man
uals
for m
axim
um fi
lling
le
vels
of tu
bes.
Tube
Cle
anin
g, S
teri
lizat
ion,
and
Reu
se�
f tube
s are
to b
e re
used
, spe
cial
car
e m
ust b
e ta
ken
durin
g cl
eani
ng a
nd st
erili
zatio
n. �
ll tu
bes c
an b
e w
ashe
d by
han
d w
ith a
mild
det
erge
nt su
ch a
s �ol
utio
n ��
� di
lute
d �-
to-�
or
�0-
to-�
with
wat
er. �
his i
s par
ticul
arly
impo
rtant
for
poly
carb
onat
e tu
bes a
nd b
ottle
s whi
ch sh
ould
not
be
expo
sed
to a
det
erge
nt w
ith a
p�
hig
her t
han
8. �
ubes
and
bot
tles
shou
ld n
ot b
e w
ashe
d in
com
mer
cial
dish
was
hers
as t
he
dete
rgen
ts an
d hi
gh te
mpe
ratu
res a
re to
o ha
rsh.
�ol
vent
s su
ch a
s alc
ohol
or a
ceto
ne re
act u
nfav
orab
ly w
ith m
any
tube
m
ater
ials.
�f a
n or
gani
c so
lven
t mus
t be
used
in th
e cl
eani
ng
proc
edur
e, c
onsu
lt bu
lletin
��-�
�� fo
r a ta
ble
of tu
be m
ater
ial�
solv
ent c
ompa
tibili
ties �
or re
view
the
sam
e do
cum
ent o
n th
e �e
ckm
an C
oulte
r web
site
at w
ww.
beck
man
built
.com
.
�he
met
hod
chos
en fo
r ste
riliz
atio
n ha
s dire
ct b
earin
g on
th
e nu
mbe
r of r
euse
s one
can
exp
ect f
rom
a tu
be. �
ubes
and
bo
ttles
of p
olya
llom
er, p
olye
thyl
ene,
and
gla
ss c
an a
ll be
au
tocl
aved
, alth
ough
in g
ener
al, c
old
steril
izat
ion
met
hods
are
no
t as h
arsh
as a
utoc
lavi
ng. C
old
steril
izat
ion
is re
c om
men
ded
for b
oth
poly
carb
onat
e an
d �
ltra-
Clea
r. �
o no
t dry
tube
s, bo
ttles
, or a
cces
sorie
s in
an o
ven.
�ab
war
e sh
ould
be
air d
ried.
�
pti�
eal,
�ui
ck-�
eal,
�ltr
a Cl
ear,
and
thin
wal
l pol
yallo
mer
tu
bes a
re in
tend
ed fo
r one
-tim
e us
e an
d sh
ould
be
disc
arde
d af
ter u
se.
�f
max
imum
reus
e is
a m
a�or
con
side
ratio
n, e
ither
po
lyal
lom
er �p
refe
rabl
y th
ick-
wal
led�
or p
olyc
arbo
nate
tube
s
�ube
s and
�ot
tles
Tube
Sel
ectio
n C
onsi
dera
tions
Com
patib
ility
of T
ube
Mat
eria
l with
Sol
vent
s and
Sam
ple
�he
chem
ical
com
patib
ility
of t
he tu
be m
ater
ials
with
the
grad
ient
-form
ing
med
ium
or o
ther
solv
ent i
s a p
rime
cons
ider
-at
ion.
�eu
tral s
ucro
se a
nd sa
lt so
lutio
ns c
ause
no
prob
lem
. �
ut al
kalin
e so
lutio
ns, s
uch
as th
ose
frequ
ently
use
d fo
r th
e se
para
tion
of si
ngle
-stra
nded
form
s of �
��
, can
not
be u
sed
in �
ltra-
Clea
r tub
es o
r pol
ycar
bona
te tu
bes a
nd
bottl
es. �
omet
imes
��
�� is
use
d in
pre
para
tion
of su
cros
e gr
adie
nts f
or se
dim
enta
tion
of d
enat
ured
��
�. �
olyc
arbo
nate
an
d �
ltra-
Clea
r tub
es a
re in
com
patib
le w
ith �
���
, so
poly
allo
mer
tube
s sho
uld
be u
sed.
�h
e la
st co
lum
n of
the
��ui
ck �
efer
ence
Cha
rt to
�ub
e �
ater
ials
and
�hei
r �ro
perti
es�
on p
age
2-4
give
s som
e gu
ide-
lines
to th
e ch
emic
al re
sista
nces
of t
he v
ario
us tu
be m
ater
ials.
�t
mus
t be
em ph
a siz
ed, h
owev
er, t
hat o
ther
con
ditio
ns o
f cen
-tri
fu ga
tion
�g-fo
rce,
dur
atio
n of
run,
etc
.� ha
ve c
on sid
erab
le
effe
ct o
n ho
w w
ell a
tube
mat
eria
l will
with
stand
a p
artic
ular
so
lven
t.�e
ckm
an C
oulte
r pub
licat
ion
��-�
��, �
Chem
ical
�e
sista
nces
for �
eckm
an C
oulte
r Cen
trifu
gatio
n �r
oduc
ts�
�foun
d on
the �
eckm
an C
oulte
r web
site
at
ww
w.be
ckm
anbu
ilt.c
om p
rovi
des m
ore
deta
iled
in fo
r mat
ion
abou
t the
che
mic
al re
sis ta
nces
of t
he v
ario
us
tube
ma t
e ria
ls. �
he w
isest
cour
se is
to te
st an
y qu
es tio
nabl
e co
m bi
natio
n un
der o
pera
ting
con d
ition
s bef
ore
mak
ing
the
actu
al ru
n.
�he
type
of s
ampl
e, in
som
e ca
ses,
will
affe
ct se
lect
ion
of a
sp
ecifi
c tu
be m
ater
ial.
��
�, i
n its
den
atur
ed o
r sin
gle-
stran
ded
form
, will
adh
ere
to th
e su
rface
of s
ome
tube
m
ater
ials.
�ol
yallo
mer
wou
ld b
e th
e be
st ch
oice
. ��
ost o
f thi
s w
ork
is do
ne in
hig
hly
alka
line
med
ia w
hich
are
in co
m pa
tible
w
ith p
olyc
arbo
nate
.�
�ipo
prot
ein
sepa
ratio
ns a
re m
ost o
ften
done
in �
ltra-
Clea
r tu
bes b
ecau
se th
ey a
re c
lear
and
slic
eabl
e� th
ese
prop
ertie
s sim
plify
frac
tion
loca
tion
and
reco
very
by
tube
slic
ing.
�
hen
smal
l lip
opro
tein
sam
ples
are
to b
e re
cove
red
by a
fra
c tio
n atin
g de
vice
and
cle
ar tu
bes a
re d
esira
ble,
ther
e ar
e al
tern
ativ
es� c
ellu
lose
pro
pion
ate,
pol
ycar
bona
te, a
nd �
ltra-
Clea
r tub
es.
�
azar
dous
mat
eria
ls, e
ither
pat
hoge
nic
or ra
dioa
ctiv
e,
shou
ld b
e ce
ntrif
uged
with
ext
rem
e ca
re. �
ll po
ssib
le
prec
autio
ns m
ust b
e ta
ken
to a
void
leak
age
of th
e sa
mpl
e in
to
the
roto
r cav
ity d
urin
g ce
ntrif
ugat
ion.
�o d
eter
min
e th
e op
timum
tube
mat
eria
l for
you
r spe
cifi c
sa
mpl
e an
d gr
adie
nt m
ediu
m, r
efer
to th
e qu
ick
refe
renc
e ch
art o
n pa
ge 2
-4.
Gra
dien
t For
mat
ion
and
Frac
tiona
tion
�he
n ch
oosin
g a
tube
for a
den
sity
grad
ient
run,
som
e th
ough
t sh
ould
be
give
n to
gra
dien
t for
mat
ion
and
fract
iona
tion.
�f th
e ba
nds o
r zon
es fo
rmed
dur
ing
cent
rifug
atio
n ar
e in
disti
nct,
they
may
not
be
visib
le th
roug
h a
trans
luce
nt m
ater
ial s
uch
as p
olya
llom
er. �
f opt
imum
ban
d vi
sual
izat
ion
is im
porta
nt,
�ltr
a-Cl
ear t
ubes
or t
ubes
of p
olyc
arbo
nate
or c
ellu
lose
pr
opio
nate
shou
ld b
e us
ed. �
hene
ver c
olle
ctio
n of
ban
ds o
r zo
nes m
ust b
e do
ne b
y pu
nctu
ring
the
tube
or s
licin
g, a
thin
, � e
xibl
e tu
be w
all i
s req
uire
d. �
ltra-
Clea
r or p
olya
llom
er tu
bes
shou
ld b
e us
ed, d
epen
ding
on
the
need
for t
rans
pare
ncy.
2-�
�ec
kman
Cou
lter �
ltrac
entri
fuge
2
ww
w.b
eckm
anb
uilt.co
m
en
trif
ua
forc
e
yro
stat
icp
ress
ure
Tu
e p
uis
fo
rce
into
ste
m
y sp
ace
r
Tu
e s
tem
eo
nat
es
ue
to
yro
stat
icp
ress
ure
and
bottl
es sh
ould
be
sele
cted
, and
col
d st
erili
zatio
n m
etho
ds
used
. �f t
hese
tube
s are
run
com
plet
ely fi l
led
in sw
ingi
ng
buck
et ro
tors
, mos
t of t
hem
can
be
reus
ed a
num
ber o
f tim
es.
Cha
nces
of p
erm
anen
t de f
or m
atio
n w
ill b
e gr
eate
r whe
neve
r th
e tu
bes a
re ru
n in
fi xe
d an
gle
roto
rs, w
ithou
t cap
s, an
d�or
par
tially
fi lle
d. �
ll of
thes
e co
n diti
ons t
end
to st
ress
the
cent
ripet
al e
dge
of th
e tu
be u
ndul
y. �
ll tu
bes t
hat h
ave
been
use
d or
aut
ocla
ved
prev
ious
ly m
ust b
e in
divi
dual
ly
exam
ined
for s
igns
of d
efor
mat
ion
or c
rack
ing
befo
re u
sing
th
em a
gain
.
Tube
Clo
sure
s�
hen
othe
r con
side
ratio
ns h
ave
been
reso
lved
, co
nven
ienc
e m
ay b
e a
deci
ding
fact
or. �
ithou
t a d
oubt
, th
e m
ost c
onve
nien
t tub
e cl
osur
e is
non
e at
all�
non
e ar
e re
quire
d fo
r tub
es ru
n in
swin
ging
buc
ket r
otor
s and
in th
e �
irfug
e �ir-
�riv
e �
icro
-�ltr
acen
trifu
ge.
�o
r tub
es ru
n in
fi xe
d an
gle
roto
rs, a
ltern
ativ
es to
the
stan
dard
tube
cap
ass
embl
ies a
re a
vaila
ble.
�ot
tles h
ave
thre
e-pi
ece
cap
asse
mbl
ies w
hich
are
eas
ier t
o us
e th
an th
e m
ore
com
plex
tube
cap
ass
embl
ies.
�oly
carb
onat
e bo
ttles
ar
e a
vaila
ble
for g
ener
al-p
urpo
se fi
xed
angl
e ro
tors
, and
are
us
ed fr
eque
ntly
for d
iffer
entia
l cen
trifu
gatio
n w
here
ban
d re
cov e
ry is
not
a p
robl
em. �
hick
wal
l tub
es c
an b
e ru
n in
all
fi xed
ang
le ro
tors
with
out c
aps,
prov
ided
they
are
par
tially
fi l
led.
��
efer
to ro
tor m
anua
ls fo
r mor
e in
form
atio
n on
fi l
l vol
umes
.�
�he
n cl
osed
tube
s are
requ
ired,
�ec
kman
Cou
lter o
ffers
so
me
inno
vativ
e an
d co
n ve n
ient
op
tions
.
Opt
iSea
l Tub
es�o
r virt
ually
effo
rtles
s sea
ling,
�
pti�
ealt
ubes
offe
r the
be
st o
ptio
n. �
ou si
mpl
y in
sert
the
tube
plu
g an
d pr
ess,
and
an �
-rin
g se
als s
ecur
ely
agai
nst
the
tube
�s in
ner s
urfa
ce.
�ur
ing
cen t
rifu g
atio
n, th
e co
mbi
natio
n of
g-f
orce
and
hy dr
o sta
tic p
ress
ure
ensu
res a
n ef
fect
ive
seal
. �n
gine
ered
for r
e lia
bil-
ity, t
here
are
no
tool
s or
mec
hani
cal p
arts
to
mai
ntai
n. �
inge
r pre
ssur
eis
all
that
is n
eede
d.
om
eto
p T
ues
eto
p T
ues
Qui
ck-S
eal T
ubes
�hes
e tu
bes e
limin
ate
mos
t of t
he st
eps i
nvol
ved
in
capp
ing
tube
s and
cut
han
dlin
g tim
e in
hal
f. �h
e to
p of
the
�ui
ck-�
eal t
ube
is e
ither
dom
e-sh
aped
or b
ell-s
hape
d w
ith a
�
-mm
-long
inle
t thr
ough
whi
ch th
e tu
be is
fi lle
d. �
he fi
lled
tube
is h
eat-s
eale
d us
ing
the
hand
-hel
d se
aler
. �h
e hi
ghly
relia
ble
seal
ac
hiev
ed m
akes
thes
e tu
bes i
deal
for s
ampl
e st
orag
e an
d fo
r wor
king
w
ith ra
dio a
ctiv
e or
pa
tho g
enic
sam
ples
.
�her
e ar
e tw
o �
uick
-�ea
l tub
e de
sign
s�do
me-
top
and
bell-
top.
�he
bel
l-to
p si
mpl
ifi es
rem
oval
of m
ater
ials
that
� oa
t upo
n ce
n trif
u-ga
tion.
�he
dom
e-to
p tu
bes h
old
mor
e vo
lum
e th
an th
eir
bell-
top
equi
va le
nts.
�ube
s and
�ot
tles
�ec
kman
Cou
lter �
ltrac
entri
fuge
2
2-4w
ww
.beckm
anb
uilt.co
m
Prop
erty
Th
inw
all
Thic
kwal
l U
ltra-
Cle
ar
Poly
carb
onat
e Po
lypr
opyl
ene
Poly
ethy
lene
C
ellu
lose
Po
lyal
lom
er
Poly
allo
mer
Pr
opio
nate
Opt
ical
tr
ansp
aren
t tr
ansl
ucen
t tr
ansp
aren
t tr
ansp
aren
t tr
ansl
ucen
t tr
ansp
aren
t/tra
nslu
cent
tr
ansp
aren
t
Aut
ocla
veab
le
yes
yes
no
no
yes
no
no
Punc
tura
ble
yes
no
yes
no
no
yes
no
Slic
eabl
e ye
s no
* ye
s no
* no
no
no
*
Reu
sabl
e no
ye
s no
ye
s ye
s ye
s no
Aci
ds (d
ilute
S
S
S
S
S
S
S
or w
eak)
Aci
ds (s
tron
g)
U
S
U
U
S
S
U
Alc
ohol
s(a
lipha
tic)
U
S
U
U
S
S
U
Ald
ehyd
es
M
M
S
M
M
S
U
Bas
es
S
S
U
U
S
S
U
Este
rs
U
M
U
U
M
S
M
Hyd
roca
rbon
s
U
M
U
U
S
U
S(a
lipha
tic)
Hyd
roca
rbon
s
U
U
U
U
M
M
S(a
rom
atic
and
ha
loge
nate
d)K
eton
es
U
M
U
U
M
M
U
Oxi
dizi
ng
U
U
U
M
M
M
MA
gent
s (s
tron
g)Sa
lts
S
S
M
M
S
S
S
S =
satis
fact
ory
resi
stan
ce
M =
mar
gina
l res
ista
nce
U =
uns
atis
fact
ory
resi
stan
ce
A Q
uick
-Ref
eren
ce C
hart
to T
ube
Mat
eria
ls a
nd T
heir
Pro
pert
ies
Gen
eral
Fill
ing
and
Seal
ing
Req
uire
men
ts fo
r Tub
es a
nd B
ottle
s
Tube
or B
ottle
Sw
ingi
ng-B
ucke
t Rot
ors
Fixe
d-An
gle R
otor
s
Poly
allo
mer
Th
inwa
ll tub
es
With
in 2
to 3
mm
of t
op
Full w
ith ca
p
Thick
wall t
ubes
At
leas
t 1/2
full
1/2 fu
ll to
max
. cap
less l
evel
or fu
ll with
cap
Qu
ick-S
eal t
ubes
Fu
ll and
hea
t-sea
led
Full a
nd h
eat-s
ealed
Bottl
es
Min.
to m
ax. (
see r
otor
man
ual)
with
1/2
full t
o m
ax. (
see r
otor
man
ual)
scre
w-on
cap
or ca
p as
sem
bly
with
scre
w-on
cap
asse
mbl
y
Ultr
a-C
lear
Op
en-to
p tu
bes
With
in 2
to 3
mm
of t
op
Full w
ith ca
p
Quick
-Sea
l tub
es
Not u
sed
Full a
nd h
eat-s
ealed
Poly
carb
onat
e Th
ickwa
ll tub
es
At le
ast 1
/2 fu
ll 1/2
full c
aples
s lev
el or
full w
ith ca
p or
cap
asse
mbl
y
Bottl
es
At le
ast 1
/2 fu
ll Mi
n. to
max
. (se
e rot
or m
anua
l)
with
scre
w-on
cap
or ca
p as
sem
bly
Stai
nles
s Ste
el
Tube
s An
y lev
el An
y lev
el wi
th ca
p or
cap
asse
mbl
y
Poly
prop
ylen
e Tu
bes a
nd b
ottle
s At
leas
t 1/2
full
1/2 to
max
. cap
less l
evel
or
fu
ll with
cap
or ca
p as
sem
bly
Poly
ethy
lene
Tu
bes
At le
ast 1
/2 fu
ll 1/2
to m
ax. c
aples
s lev
el or
full w
ith ca
p or
cap
asse
mbl
y
Tefl o
n Tu
bes a
nd b
ottle
s At
leas
t 1/2
full
1/2 fu
ll to
max
. cap
less l
evel
or fu
ll with
cap
Rad
elCo
ntain
er
At le
ast 1
/2 fu
ll N/
A
�
ote:
Thi
s inf
orm
atio
n ha
s bee
n co
nsol
idat
ed fr
om a
num
ber o
f sou
rces
and
is p
rovi
ded
only
as a
gui
de to
the
sele
ctio
n of
tube
mat
eria
ls. �
oak
test
s at �
g �a
t ���
C�
esta
blis
hed
the
data
for m
ost o
f the
mat
eria
ls� r
eact
ions
may
var
y un
der t
he st
ress
of c
entr
ifuga
tion,
or w
ith e
�ten
ded
cont
act o
r tem
pera
ture
var
iatio
ns. T
o pr
even
t fa
ilure
and
loss
of v
alua
ble
sam
ple,
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allo
mer
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ycar
bona
te, a
nd c
ellu
lose
pro
pion
ate
tube
s with
dia
met
ers o
f � to
��
mm
may
be
slic
ed u
sing
the
Cen
triT
ube
�lic
er �p
art n
umbe
r ���
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and
app
ropr
iate
ad
apte
r pla
te.
�
arni
ng: �
o no
t use
� am
mab
le su
bsta
nces
in o
r nea
r an
oper
atin
g ce
ntri
fuge
.
�ube
s and
�ot
tles
2-�
�ec
kman
Cou
lter �
ltrac
entri
fuge
2
ww
w.b
eckm
anb
uilt.co
m
Opt
iSea
l Pol
yallo
mer
Tub
es
3.3
13 x
33
3616
27
SW
-55
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SW
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1, T
LN-1
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11
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70
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65
32
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25 x
77
3616
25
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60 T
i, 55
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i, 50
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i, 42
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0, S
W 3
2 T
i, S
W 2
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0
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25 x
89
3621
83
VT
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Qui
ck-S
eal P
olya
llom
er T
ubes
1.
0 8
x 5
1 34
5831
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pe 2
5
1.
2
8 x
35
3610
82
TLN
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1.
5 11
x 2
5 34
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S
W 6
0 T
i, T
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20.2
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2.
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5
2.
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x 2
5 34
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pes
100
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50.3
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VT
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LS-5
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3.
5 13
x 3
2 34
9621
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pes
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Ti,
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3.
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5 35
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3.
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22
Type
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Ti,
80 T
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Ti,
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3436
64
Type
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Ti,
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1
27
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3436
65
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Ti,
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23
Type
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Ti,
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39
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3424
14
Type
s 70
Ti,
60 T
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i, 50
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Ti 5
0
10
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3443
22
Type
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Ti,
80 T
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40, N
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21
13
.2
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.5
16 x
76
3440
85
Type
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Ti,
80 T
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i, 70
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0 T
i, 55
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34
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94
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3268
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1
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.5
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3443
67
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3268
23
Type
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Ti,
60 T
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3556
39
Type
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Ti,
21
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3556
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Type
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Ti,
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W 3
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3556
29
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3556
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s, �l
ugs,
and
�-r
ings
are
pac
kage
d se
para
tely
.�
The
only
diff
eren
ce b
etw
een
thes
e tw
o as
sem
blie
s is t
he c
ap w
hich
is �
oryl
in th
e ��
����
ass
embl
y an
d al
umin
um in
the
����
�� a
ssem
bly.
The
�or
yl c
ap c
an b
e us
ed in
the
Type
��
�oto
r. �
The
only
diff
eren
ce b
etw
een
thes
e tw
o as
sem
blie
s is t
he c
ap w
hich
is �
oryl
in th
e ��
����
ass
embl
y an
d al
umin
um in
the
����
�� a
ssem
bly.
The
�or
yl c
ap c
an b
e us
ed in
the
Type
��
and
�� �
otor
s� th
e al
umin
um c
ap is
requ
ired
for t
he h
ighe
r spe
ed fo
rces
of t
he T
ype
�� T
i.
2-�
�ec
kman
Cou
lter �
ltrac
entri
fuge
2
ww
w.b
eckm
anb
uilt.co
m
Cap
Tube
He
x Cr
own
Set
Inse
rt O-
ring
or
Stem
Ma
teria
l Ca
p Nu
t
Scre
w
Gask
et
5 ⁄16 i
n. (8
mm
)
Al
3036
24
3033
79
3038
09
——
—
——
—
3037
30
3033
77Al
30
3658
30
3379
30
3810
—
——
—
——
30
3730
30
3377
1 ⁄2 in
. (13
mm
)
Al
3031
13
3018
70
3070
04
——
—
——
—
3446
72
3070
05Al
34
6256
30
1870
30
7004
80
3543
30
2312
34
4672
34
6246
Al/S
S 30
5022
30
1870
30
7004
34
4672
30
2331
5 ⁄8 in
. (16
mm
)
Al
3033
19
3018
70
3070
06
3388
64
3023
12
3018
69
3022
66Al
33
0860
30
1870
33
0774
80
3543
30
2312
85
8046
33
0788
Al
3389
07
3018
70
3389
11
3388
64
3023
12
8785
72
3389
10Ti
34
1968
33
5320
33
5319
33
8864
30
2312
85
8046
34
1969
1 in
. (25
mm
)
Al
3023
59
3018
70
3021
69
3388
64
3023
12
3014
73
3021
68Al
30
2133
30
1870
30
2169
33
8864
30
2312
30
1473
30
2138
Al
3311
51
3307
91
3311
53*
3388
64
3023
12
3342
80
3311
52Al
/Ti
3379
27
3307
91
3388
63*
3388
64
3023
12
——
—
3388
65Al
33
8901
33
0791
33
8912
* 33
8864
30
2312
87
8188
33
8908
Al
3389
06
3307
91
3389
15*
3388
64
3023
12
8781
88
3389
08
11⁄2
in. (
38 m
m)
Al
3268
91
3018
70
3268
90
8084
82
3023
12
3462
42
3268
89Al
32
6905
30
1870
32
6890
33
8864
30
2312
80
1761
32
6899
Al
3309
01
3307
91
3307
93*
3388
64
3023
12
3462
42
3309
00Al
33
8903
33
0791
33
8914
* 33
8864
30
2312
34
1767
33
8909
Al
3389
05
3307
91
3389
13*
3388
64
3023
12
3417
67
3389
09
Tube
Cap
Ass
embl
ies a
nd P
arts
row
n
rin
or
aset
tem
Tue
aser
ex
ut
nse
rt
et
crew
� Al
so o
rder
���
���
�as
her.
�ube
s and
�ot
tles
�-�
�ec
kman
Cou
lter �
ltrac
entri
fuge
3
ww
w.b
eckm
anb
uilt.co
m
Tool
s, A
cces
sori
es,
and
Supp
lies Sam
ple
prep
arat
ion
and
reco
very
are
impo
rtan
t ste
ps
in th
e ce
n tri
fu ga
tion
proc
ess.
To h
elp
in th
ese
ofte
n
time-
cons
umin
g st
eps,
Beck
man
Cou
lter p
rovi
des a
num
ber o
f too
ls a
nd a
cces
sori
es fo
r use
in p
repa
ring
you
r
sam
ples
for c
en tr
ifu ga
tion
as w
ell a
s for
reco
veri
ng th
e
part
icle
s of i
nter
est w
hen
your
sepa
ratio
n is
com
plet
e.
�v
eryt
hing
you
nee
d ca
n be
con
veni
ently
ord
ered
from
the
follo
win
g lis
tings
.
�ec
kman
Cou
lter �
ltrac
entri
fuge
3
�-2w
ww
.beckm
anb
uilt.co
m
�f y
ou�
re runn
ing
�ui
ck-�
eal t
ubes
, you
�ll n
eed�
3583
12
Tub
e To
pper
Kit,
60
Hz
(U.S
./Can
ada/
Japa
n)35
8313
T
ube
Topp
er K
it, 5
0 H
z (f
or E
urop
e)35
8314
T
ube
Topp
er K
it, 5
0 H
z (f
or G
reat
Brit
ain)
3583
15
Tub
e To
pper
Kit,
50
Hz
(for
Aus
tral
ia)
�
ote:
�or
furt
her i
nfor
mat
ion,
refe
r to
the
spec
i� c
tech
nica
l bul
letin
from
the
Tech
nica
l �ub
licat
ions
�ep
artm
ent.
Req
uire
d To
ols
Tool
s for
Fix
ed-A
ngle
Rot
ors (
see
also
Too
ls fo
r Q
uick
-Sea
l Tub
es)
�f y
ou�
re runn
ing
capp
ed tu
bes i
n th
e fo
llow
ing
roto
rs� �
ypes
�0
�i,
��
�i, �
0.�
�i, �
0 �i
, �0
�i, �
�.2
�i, �
0.2
�i, �
0 �i
, 4�
�i, 4
2.�,
��,
or
���
-��,
you
�ll n
eed
the
follo
win
g to
ols.
�ool
s als
o ne
eded
for �
ypes
�
0 an
d 2�
rotor
s if c
appe
d th
ickw
all t
ubes
are
use
d.
3312
02
Tool
Kit
3050
75C
ap V
ise
�f y
ou�
re runn
ing
��
��
2� c
aps i
n th
e �y
pe �
0 �i
roto
r, yo
u�ll
need
�
3388
41
Tool
Kit
3050
75C
ap V
ise
8581
22S
ocke
t Ada
pter
, for
858
123
Soc
ket b
elow
8581
23S
ocke
t, fo
r tig
hten
ing
red,
blu
e, a
nd b
lack
alu
min
um
caps
,3 ⁄4-in
. (19
mm
) he
x nu
t
3024
60N
ylon
Inse
rt T
ool,
for
cap
stem
fi lli
ng h
ole
3050
75T
ube-
Cap
Vis
e
8418
83H
ex D
river
, for
7 ⁄16-
in. (
11 m
m)
hex
nuts
3018
75R
emov
al T
ool,
for
capp
ed tu
bes
8418
84H
ex D
river
, for
5 ⁄16-
in. (
8 m
m)
hex
nuts
�ool
s and
�up
plie
s
8704
32S
ocke
t, fo
r tig
hten
ing
titan
ium
cap
s (c
ap 3
4196
8), 7 ⁄1
6-in
.
(1
1 m
m)
hex
nut
�-�
�ec
kman
Cou
lter �
ltrac
entri
fuge
3
ww
w.b
eckm
anb
uilt.co
m
3313
25C
ente
ring
Tool
, for
rep
laci
ng o
vers
peed
dis
k87
8133
Rem
oval
Too
l, fo
r po
lyca
rbon
ate
bottl
es w
ith a
lum
inum
caps
3353
81R
emov
al T
ool,
for
poly
carb
onat
e bo
ttles
with
Nor
yl c
aps
Tool
s for
Fix
ed-A
ngle
Rot
ors (
cont
.)
3388
41To
ol K
it, fo
r Ty
pe 7
0 T
i Rot
or w
hen
3443
67 T
ubes
and
33
7927
Cap
s ar
e us
ed. I
nclu
des
the
follo
win
g:
30
1875
R
emov
al T
ool,
for
capp
ed tu
bes
33
8835
Tub
e C
ap V
ise
33
8840
Tub
e C
ap A
ssem
bler
85
8121
To
rque
Wre
nch
85
8122
S
ocke
t Ada
pter
85
8123
S
ocke
t, fo
r 3 ⁄4
-in
. (19
mm
) he
x nu
t
8704
32
Soc
ket,
for
7 ⁄16 -
in. (
11 m
m)
hex
nut
3312
02To
ol K
it fo
r ca
pped
thin
-wal
l and
thic
k-w
all t
ubes
whe
n
us
ed in
Typ
es 9
0 T
i, 75
Ti,
70.1
Ti,
60 T
i, 55
.2 T
i, 50
.2 T
i,
50
Ti,
45 T
i, 42
.1, 3
5, a
nd M
LA-5
5 R
otor
s. A
lso
need
ed
fo
r Ty
pes
30 a
nd 2
1 R
otor
s if
capp
ed th
ickw
all t
ubes
are
used
. Inc
lude
s th
e fo
llow
ing:
30
1875
R
emov
al T
ool,
for
capp
ed tu
bes
85
8121
To
rque
Wre
nch
85
8122
S
ocke
t Ada
pter
85
8123
S
ocke
t, fo
r 3 ⁄4
-in
. (19
mm
) he
x nu
t
8704
32
Soc
ket,
for
7 ⁄16 -
in. (
11 m
m)
hex
nut
3034
19R
emov
al T
ool,
for
Del
rin tu
be a
dapt
ers
(not
for
use
with
adap
ters
for
koni
cal T
ubes
)
�ool
s and
�up
plie
s
�ec
kman
Cou
lter �
ltrac
entri
fuge
3
�-4w
ww
.beckm
anb
uilt.co
m
8581
21
Torq
ue W
renc
h, 2
00 in
.-lb
. for
VT
i 90,
VT
i 65,
VT
i 65.
1,
V
Ti 6
5.2,
NV
T 1
00, N
VT
90,
NV
T 6
5.2,
VT
i 80,
TLN
-120
,
TLN
-100
, and
TLN
-80
Rot
ors
Tool
s for
Sw
ingi
ng-B
ucke
t Rot
ors
0018
78B
ucke
t Cap
Too
l, fo
r S
W 6
0 T
i Rot
or35
4468
R
emov
al T
ool,
for
koni
cal T
ube
Ada
pter
s 33
2400
R
otor
Sta
nd
9272
08
Hem
osta
t (6-
in.,
curv
ed)
3300
70H
inge
Pin
Too
l, fo
r S
W 6
5 T
i, S
W 4
1 T
i and
SW
40
Ti
Rot
ors
�e
min
der:
The
se it
ems a
re su
pplie
d w
ith th
e �o
tor �
acka
ge� o
rder
onl
y as
re
plac
emen
ts.
Tool
s for
Zon
al R
otor
s (Se
e al
so T
ools
for
Qui
ck-S
eal T
ubes
)
0018
84H
ex W
renc
h, 5 ⁄6
4-in
. (1.
9 m
m),
for
Sup
port
Ban
d33
2618
S
eal D
isas
sem
bly
Tool
3328
48
Loca
ting
Spa
cer,
for
Ti-1
5, A
1-15
, Ti-1
4 R
otor
s81
9247
Lubr
ipla
te G
reas
e, 1
3 ⁄4-o
z. T
ube
3289
17To
ol K
it, fo
r Z
onal
Rot
ors.
In
clud
es th
e fo
llow
ing:
3326
88
Rot
or V
ise
3326
90
Spa
nner
Wre
nch
3337
63
Tub
ing
Rem
oval
Too
l85
8532
P
liers
Tool
s for
VTi
65, V
TI 65
.1 an
d VT
i 50 M
anuf
actu
red
befo
re 8/
8734
0632
F
our-
hole
Plu
g-w
renc
h A
dapt
er fo
r V
Ti 5
0 R
otor
s34
5795
Tw
o-ho
le P
lug-
wre
nch
Ada
pter
for
VT
i 65
Rot
ors
�ool
s and
�up
plie
s
9769
59To
rx W
renc
h A
dapt
er fo
r N
VT
100
, NV
T 9
0, N
VT
65.
2,
VT
i 90,
VT
i 65.
2, T
LV-1
00,
TLN
-120
3427
05R
otor
Vis
e, fo
r V
Ti 9
0, N
VT
100
* , N
VT
90,
NV
T-65
, V
Ti 6
5.1,
VT
i 65.
2, a
nd V
AC
50
roto
rs
Tool
s for
Ver
tical
-Tub
e an
d N
VT
Rot
ors (
See
also
Too
ls fo
r Q
uick
-Sea
l Tub
es)
3326
88R
otor
Vis
e, fo
r V
Ti 6
5 an
d V
Ti 5
0 ro
tors
�
ote:
�Ti
��,
�Ti
��.
� an
d �T
i ��
roto
rs m
anuf
actu
red
prio
r to
����
wer
e eq
uipp
ed w
ith p
in-s
tyle
and
squa
re-s
tyle
plu
gs, a
nd re
quire
spec
i� c
tool
s men
tione
d in
the
botto
m o
f th
is se
ctio
n. T
o up
date
thes
e ro
tors
, pur
chas
e a
full
set o
f the
new
he�
-sty
le p
lugs
and
the
appr
opri
ate
tool
s.
* Req
uire
s ad
apte
r 36
7084
.
3473
72
Hex
Plu
g A
dapt
er fo
r T
LN-1
20,
TLN
-100
, T
LV-1
00
3473
73R
otor
Vis
e fo
r T
LN-1
20, T
LN-1
00, T
LV-1
00, T
LN-8
0,
MLA
-55
8890
96
Torq
ue W
renc
h fo
r V
Ti 5
0, V
C 5
0, V
AC
50
3555
88
Hex
Plu
g-w
renc
h A
dapt
er fo
r V
Ti 5
0, V
C 5
3, V
AC
50
R
otor
s
3563
06H
ex P
lug-
wre
nch
Ada
pter
for
VT
i 90,
VT
i 65,
VT
i 65.
1,
VT
i 65.
2, a
nd M
LN-8
0 R
otor
s
8890
96
Torq
ue W
renc
h, 6
00 in
.-lb
., fo
rVT
i 50,
VC
53,
VA
C 5
0
R
otor
s
�e
min
der:
The
se it
ems a
re su
pplie
d w
ith th
e �o
tor �
acka
ge� o
rder
onl
y as
re
plac
emen
ts.
�-�
�ec
kman
Cou
lter �
ltrac
entri
fuge
3
ww
w.b
eckm
anb
uilt.co
m
3300
49Lo
gboo
k, fo
r P
repa
rativ
e U
ltrac
entr
ifuge
Inst
rum
ents
3396
48R
otor
Rec
ord
Car
ds, p
acka
ge o
f fi v
e pa
ds
�ool
s and
�up
plie
s
Supp
lies
3068
12S
pink
ote
Lubr
ican
t, 2-
oz. t
ube
3351
48V
acuu
m G
reas
e, 1
-oz.
jar
3393
79
Bru
sh, f
or c
lean
ing
roto
r cav
ities
, 7 ⁄16 i
n. to
1 in
. (11
to 2
5 m
m)
in d
iam
eter
; min
imum
ord
er o
f thr
ee.
3393
80
Bru
sh, f
or c
lean
ing
roto
r cav
ities
, 1 in
. to
11 ⁄2 in
. (25
to 3
8 m
m)
in d
iam
eter
; min
imum
ord
er o
f thr
ee.
3395
55
Rot
or C
lean
ing
Con
cent
rate
, Sol
utio
n 55
5, 9
46-m
L
bo
ttle;
min
imum
ord
er o
f tw
o 33
9558
Rot
or C
lean
ing
Kit
(see
des
crip
tion
on p
age
2–18
)
incl
udes
: one
339
379
Bru
sh, o
ne 3
3938
0 B
rush
and
two
bottl
es o
f 339
555
Rot
or C
lean
ing
Con
cent
rate
3474
04
Bru
sh, f
or c
lean
ing
roto
r cav
ities
, 1 ⁄4 in
. to
1 ⁄2 in
. (6
to 1
3 m
m)
in d
iam
eter
; min
imum
ord
er o
f thr
ee.
3395
87M
aste
r R
otor
Log
book
Tool
s for
Qui
ck-S
eal T
ubes
3387
65R
emov
al T
ool,
for F
loat
ing
Spa
cers
(exc
ept w
hen
used
in
S
win
ging
Buc
ket R
otor
s)
3424
15F
unne
l
3481
20S
eal F
orm
ers
(rou
nd-t
oppe
d) fo
r us
e w
ith T
ube
Topp
er
3544
68R
emov
al T
ool,
for
koni
cal T
ube
Ada
pter
s us
ed in
Sw
ingi
ng B
ucke
t Rot
ors
3616
68R
emov
al T
ool f
or T
ubes
and
Spa
cers
(an
d F
loat
ing
Spa
cers
in S
win
ging
Buc
ket R
otor
s)
3453
95U
ltra-
Cle
ar T
ube
Sea
ling
Oil,
7.5
mL
bottl
e
�ec
kman
Cou
lter �
ltrac
entri
fuge
3
�-�w
ww
.beckm
anb
uilt.co
m
For
Cor
dles
s Tub
e To
pper
�hes
e au
tocl
avab
le ra
cks a
ccom
mod
ate
�ui
ck-�
eal �
ubes
fo
r use
with
the
Cor
dles
s �ub
e �o
pper
.34
8122
T
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k (R
ed),
for
1 ⁄2-in
. (13
mm
) di
amet
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3481
23
Tub
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ack
(Gre
en),
for
5 ⁄8-in
. (16
mm
) di
amet
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3481
24
Tub
e R
ack
(Blu
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or 1
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25 m
m)
diam
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Tub
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8125
T
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Rac
k (B
lack
), fo
r 11 ⁄2
-in
. (38
mm
) di
amet
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3493
87
Tub
e R
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(Gol
d), f
or 7 ⁄1
6-in
. (11
mm
) di
amet
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3496
61
Tub
e R
ack
(Ora
nge)
, for
5 ⁄16-
in. (
8 m
m)
diam
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Tub
es35
6568
T
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Rac
k (V
iole
t), f
or 9 ⁄1
6-in
. (14
mm
) di
amet
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Qui
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Rac
ks
Tool
s for
Opt
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hand
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ava
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8765
R
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for
5 ⁄8-in
Flo
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g S
pace
r (3
6220
2)36
0538
O
ptiS
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k, fo
r 5 ⁄8
x 2
3 ⁄4-in
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x 7
0 m
m)
Tub
es36
0542
O
ptiS
eal T
ube
Rac
k, fo
r 1
x 31 ⁄2
-in. (
25 x
89
mm
) T
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3616
38
Opt
iSea
l Tub
e R
ack,
for
1 ⁄2 x
17 ⁄8
-in. (
13 x
48
mm
) T
ubes
3616
42
Opt
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l Tub
e R
ack,
for
5 ⁄8 x
23 ⁄8
-in. (
16 x
60
mm
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ell t
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Tub
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1646
O
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x 31 ⁄4
-in. (
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77
mm
) B
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1650
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ube
Rac
k, fo
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x 1
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-in. (
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33
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3616
68
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Cor
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3583
12
Tub
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60
Hz
(U.S
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ada/
Japa
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8313
T
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it, 5
0 H
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or E
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8314
T
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Topp
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it, 5
0 H
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or G
reat
Brit
ain)
3583
15
Tub
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50
Hz
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Aus
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Eac
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348
117
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8643
Sea
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each
348
120
Sea
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med
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Tub
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Topp
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harg
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361
668
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xtra
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Rep
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men
t Par
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8765
R
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last
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pace
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loat
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3424
15
Fun
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3481
17
Hea
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8120
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dom
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p) fo
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8643
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35
7442
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lat-
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last
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7937
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1601
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3920
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22
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3923
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13 m
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24
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2692
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14 m
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93
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8516
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11 m
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two
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3385
17
Met
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9623
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60
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pink
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Rep
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3068
12
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99
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, 8 m
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58
Rot
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3938
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3393
79
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16 m
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80
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3420
24
Fra
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3315
62
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1563
H
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Cap
for
11 ⁄4-in
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met
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33
1564
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w-c
one
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for
5 ⁄8-in
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met
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33
1565
H
ollo
w-c
one
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for
1 ⁄2-in
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met
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33
1566
H
ollo
w-c
one
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9 ⁄16-in
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met
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33
1586
G
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331
566
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33
1587
G
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331
565
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33
1588
G
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564
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33
1589
G
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563
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33
1591
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331
562
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3343
10
Hol
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6-in
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met
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3343
12
Gas
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1584
P
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3786
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3438
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4
�-�w
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Vert
ical
-Tub
e (V
T) R
otor
sTh
ese
roto
rs a
re o
ften
used
for i
sopy
cnic
and
rate
zon
al
sepa
ratio
ns w
hen
run-
time
redu
ctio
n is
impo
rtant
� Sin
ce
verti
cal t
ube
roto
rs h
old
sam
ple
tube
s par
alle
l to
the
axis
of
rota
tion�
par
ticle
pat
hlen
gths
are
lim
ited
to th
e di
amet
er o
f the
tu
be �
a sh
ort p
athl
engt
h th
at re
sults
in fa
st ru
n tim
es�
NV
T N
ear-
Vert
ical
Tub
e R
otor
sN
�T
Nea
r-�er
tical
Tub
e Ro
tors
� a p
aten
ted
�ec�
man
Cou
lter
inno
vatio
n� w
ere
desig
ned
spec
ifi ca
lly fo
r den
sity
grad
ient
se
pa ra
tions
� The
ir na
rrow
ang
le o
f les
s tha
n 1�
� is c
alcu
late
d us
ing
a pr
oprie
tary
alg
orith
m w
hich
det
erm
ines
the
optim
al
angl
e fo
r eac
h ro
tor�
ta�i
ng in
to c
onsid
erat
ion
spec
ifi c
tube
ge
omet
ries�
Thes
e an
gles
resu
lt in
sign
ifi ca
ntly
redu
ced
run
times
com
pare
d w
ith c
onve
ntio
nal F
ixed
-Ang
le R
otor
s� w
hile
po
si tio
ning
pel
lete
d an
d � o
ated
com
pone
nts a
t the
end
s of t
he
tube
s� aw
ay fr
om th
e ba
nds o
f int
eres
t�
Con
tinuo
us-F
low
/Zon
al R
otor
sTh
ese
roto
rs a
re c
apab
le o
f pro
cess
ing
larg
e sa
mpl
e vo
lum
es
in th
eir c
ores
� Thi
s lar
ge-s
cale
pro
cess
ing
abili
ty is
cle
arly
ev
iden
t in
Cont
inuo
us-F
low
Rot
ors�
whi
ch c
an p
roce
ss a
ty
pica
l 1�-
liter
sam
ple
in a
bout
four
hou
rs� i
nste
ad o
f the
1�
-��
hou
rs requ
ired
by c
onve
ntio
nal m
etho
ds� �
onal
Rot
ors
have
sim
ilar u
tility
in la
rge-
scal
e de
nsity
gra
dien
t sep
a rat
ions
�
How
to C
hoos
e a
Rot
or
�he
n ch
oosin
g a
roto
r� th
ere
are
seve
ral f
acto
rs to
con
sider
� yo
ur sa
mpl
e vo
lum
e an
d nu
mbe
r of i
ndiv
idua
l sam
ples
� the
nu
mbe
r of c
ompo
nent
s in
each
sam
ple�
the
leve
l of p
urity
yo
ur re
sear
ch re
quire
s� an
d ho
w q
uic�
ly y
ou w
ish to
ach
ieve
th
e se
para
tion�
The
Impo
rtan
ce o
f k F
acto
rO
bvio
usly
� sep
arat
ion
is af
fect
ed b
y m
axim
um sp
eed
and
max
imum
radi
us w
hich
toge
ther
det
erm
ine
max
imum
g-fo
rce�
How
ever
� par
ticle
pat
hlen
gth
also
affe
cts s
epar
atio
n tim
e� A
sim
ple
mea
sure
of o
vera
ll ro
tor e
ffi ci
ency
whi
ch in
corp
orat
es
both
g-fo
rce
and
parti
cle
path
leng
th is
the
k Fa
ctor
� Gen
eral
ly
spea
�ing
� the
low
er th
e k
Fact
or� t
he sh
orte
r the
run
time�
Thi
s m
a�es
the
k Fa
ctor
one
of t
he m
ost i
mpo
rtant
con
sider
atio
ns
whe
n se
lect
ing
a ro
tor�
The
char
t on
�-�
com
pare
s k F
acto
rs
amon
g th
e fo
ur b
asic
roto
r typ
es� �
Refe
r to
page
�-1
�fo
rus
eful
form
ulas
rela
ting
to k
Fac
tors
��
Rot
or M
ater
ial
�ec�
man
Cou
lter u
ltrac
entri
fuge
roto
rs a
re m
ade
of e
ither
al
umin
um� o
r tita
nium
��
Alu
min
um ro
tors
are
rela
tivel
y lig
ht a
nd e
asy
to h
andl
e�
but l
ess d
urab
le a
nd sl
ight
ly m
ore
susc
eptib
le to
cor
rosio
n th
an ti
tani
um ro
tors
� �ec
�man
Cou
lter s
till o
ffers
som
e al
umin
um ro
tors
for c
usto
mer
s who
ow
n ol
der u
l tra c
en tri
-fu
ges�
the
prim
ary
instr
umen
ts fo
r whi
ch th
ese
roto
rs w
ere
orig
i nal
ly d
e sig
ned�
� Ti
tani
um ro
tors
are
gen
eral
ly st
rong
er a
nd m
ore
resis
tant
to
cor
rosio
n� m
a�in
g th
em th
e lo
gica
l cho
ice
for r
apid
se
para
tion
at h
igh
spee
ds o
r whe
n co
rrosiv
e ch
emic
als
will
be
used
�
Swin
ging
-Buc
ket (
SW) R
otor
sG
ener
ally
use
d w
hen
max
imum
reso
lutio
n of
sam
ple
zone
s is
need
ed� a
s in
rate
zon
al st
udie
s� �e
caus
e tu
bes a
re h
eld
in
a ho
rizon
tal p
ositi
on w
hile
spin
ning
� the
pat
hlen
gth
is th
e fu
ll le
ngth
of t
he tu
be� w
hich
resu
lts in
long
er ru
n tim
es th
an
with
oth
er ro
tor t
ypes
� The
se lo
ng ru
n tim
es a
re o
ffset
by
exce
llent
reso
lutio
n of
sam
ple
band
s in
rate
zon
al se
para
tions
� Sw
ingi
ng-�
uc�e
t Rot
ors a
re a
lso th
e be
st ch
oice
whe
n a
com
pact
pel
let i
s nee
ded�
as w
hen
pelle
ting
RNA
thro
ugh
a ce
sium
chl
orid
e cu
shio
n�
Fixe
d-A
ngle
(FA
) Rot
ors
Thes
e ro
tors
pro
vide
faste
r run
tim
es th
an S
� ro
tors
at t
he
expe
nse
of so
me
reso
lutio
n in
rate
zon
al st
udie
s� Th
ey a
re
mos
t use
ful f
or p
elle
ting
and
for i
sopy
cnic
ban
ding
of D
NA
� w
here
a sh
allo
w d
ensit
y gr
adie
nt a
nd re
orie
ntat
ion
com
bine
to
incr
ease
bot
h th
e w
idth
of s
ampl
e ba
nds a
nd th
e di
stanc
e be
twee
n th
em� m
a�in
g ba
nd e
xtra
ctio
n ea
sier�
Ref
eren
ce
�-�
�ec
�man
Cou
lter �
ltrac
entri
fuge
4
ww
w.b
eckm
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uilt.co
m
Path
len
gth
min
m
ax
r r
Path
len
gth
min
r
min
r m
in
r
max
r
max
r m
ax
r
Path
len
gth
Path
len
gth
Dar
k or
ange
repr
esen
ts p
elle
ted
mat
eria
l, lig
ht o
rang
e de
pict
s fl o
atin
g co
mpo
nent
s, an
d ba
nds a
re in
dica
ted
by b
lack
line
s.
Vert
ical
-Tub
e R
otor
s
Typi
cal E
xam
ple�
�Ti
9�
Path
leng
th� 1
3��
mm
k Fa
ctor
� 6
Nea
r-Ve
rtic
al T
ube
Rot
ors
Typi
cal E
xam
ple�
N�
T 9�
Path
leng
th� 1
���
mm
k Fa
ctor
� 1�
Fixe
d-A
ngle
Rot
ors
Typi
cal E
xam
ple�
Typ
e 9�
Ti
Path
leng
th� �
��3
mm
k Fa
ctor
� ��
Swin
ging
-Buc
ket R
otor
s
Typi
cal E
xam
ple�
S�
6�
TiPa
thle
ngth
� ���
� m
mk
Fact
or� �
�
At
Spe
ed in
Rot
or
At R
est i
n Ro
tor
At R
est O
utsid
e Rot
or
Part
icle
Sep
arat
ion
in S
win
ging
-Buc
ket,
Fixe
d-A
ngle
, Nea
r-Ve
rtic
al T
ube,
and
Ver
tical
-Tub
e R
otor
s
Ref
eren
ce
�ec
�man
Cou
lter �
ltrac
entri
fuge
4
�-6w
ww
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Floo
r M
odel
Ultr
acen
trifu
ge
Rot
or S
elec
tion
by
App
licat
ion*
Ref
eren
ce
Tabl
etop
Ultr
acen
trifu
ge
Rot
or S
elec
tion
by A
pplic
atio
n*
Bio
sep
ara
tio
nS
pecifi c
Ap
plicatio
n
Sep
ara
tio
n o
f
Su
bcellu
lar
Part
icle
s
Larg
est V
olum
e fo
r Pel
letin
g
Fast
est P
elle
ting
Larg
est V
olum
e R
ate-
Zon
al S
epar
atio
n
Fast
est R
ate-
Zon
al S
epar
atio
n
Sep
ara
tio
n o
f V
iru
ses
and
Vir
al P
art
icle
s
Larg
est V
olum
e fo
r Pel
letin
g
Fast
est P
elle
ting
Larg
est V
olum
e R
ate-
Zon
al S
epar
atio
n
Fast
est R
ate-
Zon
al S
epar
atio
n
Rate
-Zo
nal S
ep
ara
tio
n
of
Pro
tein
s in S
ucro
se
Gra
die
nt
Fast
est S
epar
atio
n
Larg
est V
olum
e
Larg
est N
umbe
r of S
ampl
es
Gre
ates
t Int
erba
nd D
ista
nce
Sep
ara
tio
n o
f Lip
op
rote
ins
Fast
est D
iffer
entia
l Flo
tatio
n
Larg
est N
umbe
r for
Diff
eren
tial F
lota
tion
Larg
est V
olum
e fo
r Diff
eren
tial F
lota
tion
Gre
ates
t Int
erba
nd S
pace
Pelleting
RN
A T
hro
ug
h
a C
sC
I G
rad
ient
Fast
est S
epar
atio
n
Larg
est V
olum
e
Iso
pycnic
Sep
ara
tio
n
of
Pla
sm
id D
NA
Fast
est S
epar
atio
n
Gre
ates
t Int
erba
nd D
ista
nce
Larg
est V
olum
e
MLA-150
MLA-130
TLA-120.2
TLA-120.1
TLA-110
TLA-100.3
TLA-100
MLA-80
MLA-55
TLA-55
MLA-50
TLS-55
MLS-50
TLN-120
TLN-100
MLN-80
�Sel
ecte
d ro
tor h
as th
e ca
pabi
lity
�RC
F� v
olum
e� la
bwar
e� to
acc
omm
odat
e th
e ap
plic
atio
n� b
ut m
ay n
ot b
e th
e m
ost o
ptim
al/e
ffi ci
ent c
hoic
e fo
r the
spec
ifi c
appl
icat
ion�
Type 100 Ti
Type 90 Ti
Type 70.1 Ti
Type 70 Ti
Type 50.2 Ti
Type 50.4 Ti
Type 42.2 Ti
Type 45 Ti
Type 25
Type 19
SW 60 Ti
SW 55 Ti
SW 41 Ti
SW 40 Ti
SW 32.1 Ti
SW 32 Ti
SW 28.1
SW 28
NVT 100
NVT 90
NVT 65
NVT 65.2
VTi 90
VTi 65.1
VTi 65.2
VTi 50
CF-32 Ti
Ti-15
Sep
ara
tio
n o
f
Su
bcellu
lar
Part
icle
s
Larg
est
Vo
lum
e f
or
Pe
lletin
g
Larg
est
Vo
lum
e R
ate
-Zo
nal S
ep
ara
tio
n
Faste
st
Rate
-Zo
nal S
ep
ara
tio
n
Sep
ara
tio
n
of
Vir
us a
nd
Vir
al P
art
icle
s
Larg
est
Vo
lum
e f
or
Pe
lletin
g
Larg
est
Vo
lum
e R
ate
-Zo
nal S
ep
ara
tio
n
Faste
st
Rate
-Zo
nal S
ep
ara
tio
n
Rate
-Zo
nal
Sep
ara
tio
n
of
Pro
tein
s
in S
ucro
se
Gra
die
nt
Faste
st
Se
para
tio
n
Larg
est
Vo
lum
e
Larg
est
Nu
mb
er
of
Sam
ple
s
Gre
ate
st
Inte
rban
d D
ista
nc
e
Sep
ara
tio
n o
f
Lip
op
rote
ins
Faste
st
Dif
fere
ntial F
lota
tio
n
Larg
est N
um
be
r fo
r D
iffe
ren
tial F
lota
tion
Larg
est
Vo
lum
e f
or
Dif
fere
ntial F
lota
tio
n
Gre
ate
st
Inte
rban
d S
pac
e
Faste
st
De
nsity
Gra
die
nt
Se
para
tio
n
Pelleting
RN
A
Th
rou
gh
a
CsC
l
Gra
die
nt
Faste
st
Se
para
tio
n
Larg
est
Vo
lum
e
Iso
pycnic
Sep
ara
tio
n o
f
Pla
sm
id D
NA
Faste
st
Se
para
tio
n
Gre
ate
st
Inte
rban
d D
ista
nc
e
Larg
est
Vo
lum
e
�-�
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�man
Cou
lter �
ltrac
entri
fuge
4
ww
w.b
eckm
anb
uilt.co
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Gra
dien
t Mat
eria
ls
Ther
e is
no
idea
l all-
purp
ose
grad
ient
mat
eria
l� Su
cros
e is
us
ed fo
r mos
t rat
e se
para
tions
and
ces
ium
chl
orid
e is
ofte
n us
ed fo
r iso
pycn
ic se
para
tions
� The
bas
ic re
quire
men
t is t
hat
the
grad
ient
per
mits
the
desi
red
type
of s
epar
atio
n� A
dditi
onal
co
nsid
erat
ions
in se
lect
ing
a gr
adie
nt m
ater
ial i
nclu
de th
e fo
llow
ing�
� Its
den
sity
rang
e sh
ould
be
suffi
cien
t to
perm
it se
para
tion
of t
he p
artic
les o
f int
eres
t by
the
chos
en d
ensi
ty g
radi
ent
tec
hniq
ue� w
ithou
t ove
r stre
ssin
g th
e ro
tor�
� It s
houl
d no
t affe
ct th
e bi
olog
ical
act
ivity
of t
he sa
mpl
e�
� It s
houl
d be
nei
ther
hyp
eros
mot
ic n
or h
ypoo
smot
ic w
hen
the
sam
ple
is c
ompo
sed
of se
nsiti
ve o
rgan
elle
s�
� It s
houl
d no
t int
erfe
re w
ith th
e as
say
tech
niqu
e�
� It s
houl
d be
rem
ovab
le fr
om th
e pu
rifi e
d pr
oduc
t�
� It s
houl
d no
t abs
orb
in th
e ul
travi
olet
or v
isib
le ra
nge�
� It s
houl
d be
inex
pens
ive
and
read
ily a
vaila
ble�
mor
e e
xpen
sive
mat
eria
ls sh
ould
be
reco
vera
ble
for r
euse
�
� It s
houl
d be
ster
iliza
ble�
� It s
houl
d no
t be
corr
osiv
e to
the
roto
r� pa
rticu
larly
for z
onal
o
r con
tinuo
us-�
ow o
pera
tion�
� It s
houl
d no
t be
� am
mab
le o
r tox
ic to
the
exte
nt th
at it
s a
eros
ols c
ould
be
haza
rdou
s�
The
follo
win
g ta
bles
are
pro
vide
d as
a re
fere
nce
for
info
rmat
ion
on c
omm
only
use
d gr
adie
nt m
ater
ials
�
Ref
eren
ce
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�man
Cou
lter �
ltrac
entri
fuge
4
�-�w
ww
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Mate
rials
So
lvent
Ma
ximum
De
nsity
at
20°C
Sucr
ose
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igh-
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otor
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ectio
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s It?
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ld R
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ectio
n Pr
ogra
m �F
RIP
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two
purp
oses
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ent p
rem
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e ro
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ailu
res b
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tect
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stre
ss c
orro
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tigue
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ano
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n th
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spec
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ram
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naly
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y m
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pair
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plac
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lly c
ostly
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re m
ay b
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even
ted�
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giv
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fulle
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andi
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f rot
ors�
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mpr
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lso
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tly re
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pr
actic
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ore
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rmat
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abou
t the
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ld R
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m �F
RIP
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ease
go
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ww�
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man
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it c
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le a
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mes
it is
not
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ppar
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bt a
bout
the
cond
ition
of a
sing
le �
ec�m
an C
oulte
r
roto
r� yo
u m
ay re
turn
it to
the
fact
ory
whe
re it
will
be
insp
ecte
d fr
ee o
f cha
rge
by o
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etal
lurg
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� The
roto
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ill b
e ex
am in
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varie
ty o
f non
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tern
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s� �
efor
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ippi
ng th
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you
mus
t con
tact
the
near
est �
ec�m
an C
oulte
r Sal
es a
nd S
ervi
ce o
ffi ce
for s
pecifi c
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stru
ctio
ns� A
writ
ten
stat
emen
t mus
t acc
ompa
ny e
ach
roto
r� in
dica
ting
that
it is
safe
to h
andl
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.e. f
ree
of a
ny p
atho
geni
c or
radi
oact
ive
cont
amin
atio
n��
Rot
or S
afet
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min
ars
To h
elp
you
get t
he m
ost f
rom
you
r �ec
�man
Cou
lter r
otor
s� R
otor
Saf
ety
Sem
inar
s are
freq
uent
ly p
rese
nted
by
our F
ield
Se
rvic
e en
gine
ers�
Sem
inar
s are
des
igne
d to
rem
ind
cen t
ri fug
e us
ers a
bout
the i
mpo
rtanc
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rope
r rot
or ca
re an
d m
ain t
e nan
ce�
�
hen
you
atte
nd a
�ec
�man
Cou
lter R
otor
Saf
ety
Sem
inar
� you
will
hav
e an
opp
ortu
nity
to a
s� q
uest
ions
that
ar
e sp
ecifi
c to
you
r par
ticul
ar si
tuat
ion�
and
you
will
lear
n��
�ha
t cau
ses c
orro
sion
in a
roto
r� w
here
it st
arts
� wha
t it
does
to th
e ro
tor�
and
how
to a
void
it�
� Th
e pr
oper
way
to c
lean
and
stor
e ro
tors
��
How
to g
et lo
nger
life
from
you
r rot
or�
On-
Site
Rot
or In
spec
tion
and
Mai
nten
ance
Spec
ially
trai
ned
�ec
�man
Cou
lter F
ield
Ser
vice
eng
inee
rs
are
avai
labl
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you
r req
uest
for o
n-si
te in
spec
tion
and
min
or
roto
r mai
n te n
ance
� Rot
ors t
hat a
re fr
ee o
f bio
logi
cal a
nd
ra di
o log
ical
con
tam
inat
ion
can
be b
roug
ht to
thes
e se
ssio
ns
for i
mm
e dia
te in
spec
tion
so y
ou c
an c
ontin
ue o
pera
ting
your
ce
ntrif
uge
with
confi d
ence
in th
e co
nditi
on o
f you
r rot
ors�
A C
ompr
ehen
sive
App
roac
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Cen
trifu
ge S
yste
m C
are
Thro
ugho
ut th
e w
orld
� �ec
�man
Cou
lter F
ield
Ser
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re o
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vide
the
supp
ort y
ou n
eed�
So
you
can
ope
rate
you
r cen
trifu
ges w
orry
-fre
e� a
num
ber
of p
rogr
ams a
re in
pla
ce th
at c
over
pre
vent
ive
mai
nten
ance
of
you
r sys
tem
� inc
ludi
ng p
arts
� lab
or� d
rive
syst
ems�
and
roto
rs�
It all
adds
up
to a
com
preh
ensi
ve a
ppro
ach
to
max
imiz
ing
your
syst
em in
vest
men
t�
Con
tact
you
r loc
al �
ec�m
an C
oulte
r Sal
es a
nd S
ervi
ce
offi c
e to
fi nd
out
the
spec
ifi cs
abo
ut th
e pr
ogra
m a
vaila
ble
in y
our a
rea�
Supp
ort S
ervi
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3203
49_B
C_C
VR
_r1.
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3/15
/12
11:
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M
A g
lob
al p
rese
nce.
Fo
cuse
d o
n in
div
idua
ls.
We
may
not
be
a ho
useh
old
nam
e. Ye
t we
touc
h pe
ople
the
world
ove
r byd
evelo
ping
,m
anuf
actu
ring a
nd m
arke
ting d
iscov
ery s
yste
ms a
nd p
rodu
cts t
hat i
mpr
ove
hum
an h
ealth
.
For o
ver 7
5 ye
ars,
we’ve
bee
n bu
ilding
a glo
bal r
eput
atio
n in
hosp
itals,
labs,
and
unive
rsitie
s,w
here
our
life
scien
ce re
sear
ch in
strum
ents
are
relie
d up
on to
per
form
vita
l rol
es d
ay in
and
day o
ut. W
heth
erhe
lping
to so
lve co
mple
xbio
logic
al pr
oblem
s, inv
estig
ate
the
caus
esof
dise
ase,
or fi
nd p
oten
tial n
ew cu
res,
Beck
man
Cou
lter i
s foc
used
on
innov
atio
ns th
atult
imat
ely le
ad to
hea
lthier
lives
.
ww
w.be
ckm
anbu
ilt.co
m
For B
eckm
an C
oulte
r’s w
orld
wid
e of
fi ce
loca
tions
and
pho
ne n
umbe
rs, p
leas
e vis
it w
ww
.beckm
anco
ulter.co
m/c
onta
ct
K w
ww
.bec
kman
coul
ter.c
om
© 2
012
Bec
kman
Cou
lter,
Inc.
PR
INTE
D IN
U.S
.A.
B20
11-1
2615
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-5
A
ll tr
adem
arks
are
the
prop
erty
of t
heir
resp
ectiv
e ow
ners
.
B
eckm
an C
oulte
r, th
e st
yliz
ed lo
go, A
irfug
e, A
llegr
a, A
vant
i and
Qui
ck-S
eal a
re tr
adem
arks
o
f Bec
kman
Cou
lter,
Inc.
and
are
regi
ster
ed w
ith th
e U
SP
TO.
Bio
Saf
e an
d B
ioS
afet
y ar
e te
rms
inte
nded
to d
escr
ibe
the
enha
nced
bio
cont
ainm
ent
feat
ures
of o
ur p
rodu
cts.
Bio
Cer
tifi e
d is
a te
rm u
sed
to d
escr
ibe
our p
rodu
cts
whi
ch h
ave
been
test
ed a
nd v
alid
ated
to
dem
onst
rate
con
tain
men
t of m
icro
biol
ogic
al a
eros
ols
by a
n in
depe
nden
t, th
ird-p
arty
fa
cilit
y (H
ealth
Pro
tect
ion
Age
ncy,
Por
ton
Dow
n, U
K o
r US
AM
RIID
, Ft.
Det
rick,
MD
, US
A).
Impr
oper
use
or m
aint
enan
ce m
ay a
ffect
sea
l int
egrit
y an
d, th
us, c
onta
inm
ent.
Bio
Enh
ance
d is
a te
rm in
tend
ed to
des
crib
e ou
r pro
duct
s' e
nhan
ced
leve
l of b
ioco
ntai
nmen
t by
des
ign.
3203
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M
