GA21 9084 9_IBM_System3_Installation Manual_Physical Planning_Jul77 9 IBM System3 Installation Manual Physical Planning Jul77
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IBM System/3
I n s t a l l a t i o nM a n u a l P h y s i c a lP l a n n i n g
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GA21,9084-9
F i l eN o . S 3 - 1 5
Preface
T h i s p u b l i c a t i o nc o n t a i n si n f q r m a t i o na b o u tt h e p h y s i c a l
i n s t a l l a t i oonf a n I B M S y s t e m / 3 .l t i n c l u d e si n f o r m a t i o n
about spacerequirements
and siteselection,a proposed
planningschedule,
and a brief descriptionof the System/3
u n i t sa n dt h e i r l a y o u t s( p l a nv i e w s )w
. i t h e x p l a n a t i o nosf
e l e c t r i c aal n d e n v i r o n m e n t rael q u i r e m e n t s .
The requirements
of the systemare subjectto modification
by engineeringdevelopment.
Tenth Edition (July 19771
T h i s i s a m a j o r r e v i s i o n o f , a n d o b s o l e t e s , G A 2 l - 9 0 8 4 - 8 .M i n o r c h a n g e s h a v e b e e n m a d e
t h r o u g h t h e m a n u a l . c h a n g e sa r e i n d i c a t e d b y a v e r t i c a l l i n e a t t h e l e f t o f t h e c h a n g e .
c h a n g e s a r e c o n t i n u a l l y m a d e t o t h e s p e c i f i c a t i o n sh e r e i n ; a n y s u c h c h a n g e sw i l l b e
reported in subsequent revisions or technical newsletters.
R e q u e s t sf o r c o p i e s o f I B M p u b l i c a t i o n s s h o u l d b e m a d e t o y o u r I B M r e p r e s e n t a t i v e
o r t o t h e I B M b r a n c h o f f i c e s e r v i n gy o u r l o c a l i t y .
l f y o u h a v e a r e q u e s tf o r a c h a n g e i n p r o g r a m m i n g o r h a r d w a r ed e s i g n .c o n t a c t
your local IBM branch office.
l f y o u h a v e a n y c o m m e n t s o n t h e m a n u a l c o n t e n t , a d d r e s st h e m t o I B M C o r p o r a t i o n ,
P u b l i c a t i o n s ,D e p a r t m e n t 2 4 5 , R o c h e s t e r ,M i n n e s o t a5 5 9 0 , | .
@ C o p y r i g h t l n t e r n a t i o n aB
l usinesM
s a c h i n e sC o r p o r a t i o n1 9 6 9 , 1 9 7 0 , 1 9 7 1 , 1 9 7 3 , 1 9 7 4 , 1 9 7 5 . 1 9 7 7
Contents
SECTION 1, PREINSTALLATION PLANNING.
. 1- 1
S y s t e m A r r a n g e m e n ta n d S p a c eR e q u i r e m e n t s
. 1- 1
R a i s e dF l o o r s
.1-1
ScheduI ing
. 1- 2
Six Months before Delivery
F o u r M o n t h s b e fo r e D e l i v e r y
, l - z
One Week before MachineDelivery.
. 1- 2
E n v i r o n m e n t a lC o n s i d e r a t i o n s
- t-z
T e m p e r a t u r ea n d H u m i d i t y
1 a
Dirt and Air Pollution
.1-3
Room Acoustics.
1-?
Fire Protection Equipment
.1-3
Cabling
.1-3
E l e c t r i c aRl e q u i r e m e n t s
....14
PowerSupply
. ... ... .14
PowerDistribution.
.. -. .14
PhaseRotation
.......14
Grounding.
.......14
LightningProtection
....1_5
C o n v e n i e n c eO u t l e t s
.1_5
ServicingRequirements
...1_5
ShippingDimensions
......1_s
S t a n d a r dS y m b o l s a n d S p e c i fi c a t i o n s .
. t _5
374lDataStationModelsland2 .
. ., . . . 3-3j41
3 7 4 1 P r o g r a m m a b l e W o r kS t a t i o n M o d e l s 3 a n d 4 . . . . 3 - 3 7 4 1
3 8 8 1O p t i c aM
l a r k R e a d e r M o d' el. l
....._3-3881
P
r
i
n
t
e
r
C
ontrol (For 1403Attachment). . . . . . . 3-5421
5421
5 4 4 5 D i s k S t o r a g eD r i v e M o d e l s 1 a n d 2 .
. . 3-5445.1
S445DiskStorageDriveModel3. . . . .
. . 3-5445.2
5448DiskstorageDrive.
.....3-5443
5486 Card Sorter Models 1 and2 .
3-5486
5 4 9 6 D a t a R e c o r d e r M o d e l s al n d 2 . .
. . . . 3-5496
S E C T I O N4 . S Y S T E M / 3 C A B L I N G I N F O R M A T I O N . . . . . 4 - 1
M o d e 4f C a b l i n g S c h e m a t i c
.....4-1
G0HertzSystems
......4-1
s0HertzSystems
......4-1
M o d e 6l C a b f i n g S c h e m a t i c
........4-2
60HertzSystems
......4-2
S0Hertzsystems
......4-2
M o d e 8l C a b l i n g S c h e m a t i c
........4-3
60HertzSystems
......4-3
SoHertzsystems
......4-3
M o d e ll 0 C a b l i n g S c h e m a t i c .
.....44
GOHertzSystems
......44
SOHertzSystems
.....44
Mndel2CablingSchematic.
.......4-5
G0HertzSystems
......4-5
SOHertzSystems
......4-s
M o d e l1 5 C a b l i n g S c h e m a t i c .
.......4-6
60HertzSystems.
.....
_.4-6
50HertzSystems.
.........4-7
C a b fi n g S u m m a r y C h a r t
. . . .4-B
sEcTfoN2. sysTEMSpEctFtcATtoNS . . . . . . . . . . .24
S y s t e m / 3 M o d4 e. l
.......24
S y s t e m / 3 M o d6 e. l
.......2_6
S y s t e m / 3 M o d8 e. l
.......2_B
System/3 Model 10 with IBM 5422 Disk Enclosure . . . .2-10.1
System/3 Model 10 with IBM 5424 MFCU
. - .2-10.2
System/3 Model 12 with 5203
. . . .2_12.1
System/3 Model 12 with 5203 and 5471
. . . . .2-12.2
System/3 Model 15 with IBM 5422 Disk Enclosure . . .2-15.1
"
System/3 Model 15 with tBM 5424 MFCU
. . .2-15.2
S y s t e m / 3 M o d e l 1 5 w i t h I B M 5 4 1 S p r o c e s s i n gU n i t ,
ModelsB,C,andD
...2-15.3
sEcTtoN3. MACH|NESPEC|F|CAT|ONS . . .
129 Card Data Recorder
1 2 5 5 M a g n e t i c C h a r a c t e rR e a d e r M o d e l s 1 . 2 ,
21, and22
1255 Magnetic Character Reader Models 3 and 23
1 2 7 0 O p t i c a f R e a d e rS o r t e r M o d e l s 1 , 2 , 3 , a n d 4
1403 Printer Models2 and 5.
1403 Printer Model Nt
1442Card Read Punch Models6 and 7
2 5 0 1 C a r d R e a d e rM o d e l s A 1 a n d A 2
.
2560 Multi-Function Card MachineModelsAl
andA2.
3284 Printer Models 1, 2, and 3.
3 3 4 0 D i s k S t o r a g eM o d e t A 2
3 3 4 0 D i s k S t o r a g eM o d e t s B 1 a n d 8 2
3 3 4 0 D i s k S t o r a g eM o d e l C 2
3 3 4 4 D i r e c t A c c e s sS t o r a g eM o d e l 8 2 . . .
3 4 1 0 M a g n e t i cT a p e U n i t M o d e l st , Z , a n d 3
3 4 1 1 M a g n e t i cT a p e U n i t a n d C o n r r o l M o d e l s1 .
2,and3
S E C T I O N 5 , S Y S T E M / 3 S P E C I F I C A T I O NS U M M A R Y . . . 5 - 1
EnglishUnits
.... "...5-1
Metricunits
.....S-3
InchtoCentimeterConversionChart.
. . . . .. .5-5
. . . . . 3_129
. 3_l 29
. . .
. _.
. .
.
. .
. .
3_1255.1
3:1255.2
. 3-1270
3-1403.1
3-1403.2
. 3-1442
3-2501
...3-2560
. . 3_gZA4
. . . 3_3340.1
. . . 3-3340.2
3-3340.3
....3-3344
3_34j0
...
3-3411
Il
Planning
Section1. Preinstallation
C u s t o m e r sp l a n n i n ga n I B M S y s t e m / 3 i n s t a l l a t i o ns h o u l d
u s et h i s m a n u a l a s a g u i d e t o d e t e r m i n eh o w t h e y c a n
b e s t p r e p a r et h e i r p r o p e r t y f o r t h e a r r i v a la n d i n s t a l l a t i o no f
m a t e r l a la n d t h e t e m p l a t e sa r e f a s t e n e dl i g h t l y t o t h e
d r a w i n gw i t h t r a n s p a r e n t a p e , t h e p r o p o s e df l o o r p l a n s
c a n b e c o p i e d b y m a n y s t a n d a r dr e p r o d u c i n gm a c h i n e s .
t h e s y s t e m . C a r e { u la d v a n c ep l a n n i n gm a k e si t p o s s i b l ef o r
a c u s t o m e rt o i n s t a l l h i s e q u i p m e n ta n d u n i t s w i t h l i t t l e o r
n o i n t e r r u p t i o no f t h e d a i l y o f f i c e r o u t i n e . l f t n e r e c o m _
m e n d a t i o n sc o n t a i n e di n t h i s m a n u a l a r e f o l l o w e d , a l l
p h y s i c a la n d e n v i r o n m e n t a lr e q u i r e m e n t sw i l l b e s a t i s ife d
W e i g h t so f t h e v a r i o u su n i t s d o n o t e x c e e dt h e f l o o r l o a d i n g
c a p a c i t yo f m o s t b u i l d i n g s . l f i t s e e m st h a t t h e f l o o r l o a d i n g
c a p a c i t ym a y b e e x c e e d e d ,r e f e r t h e m a t t e r t o y o u r e n g i n e e r i n gs t a f f o r c o n s u l t a n t sf o r i n v e s t i g a t i o n .
b e f o r e t h e m a c h i n e sa r r i v e .
l n s u m m a r y ,c o n s i d e rt h e f o l l o w i n g i t e m s w h e n d e t e r m i n i n g s p a c er e q u i r e m e n t sa n d u n i t l o c a t i o n s :
I B M s a l e sr e p r e s e n t a t i v e cs u
, s t o m e re n g i n e e r sa, n d i n s t a l l a t i o np l a n n i n gr e p r e s e n t a t i v easr e a v a i l a b l et o c o n s u t t
w i t h c u s t o m e r sa n d p r o v i d ea s s i s t a n cw
e h e n r e q u e s t e dt o
do so.
S Y S T E MA R R A N G E M E N T A N D S P A C E R E Q U I R E M E N T S
T h e I B M S y s t e m / 3 i s a c o m p a c t a r r a n g e m e not f i t s f u n c t i o n i n g u n i t s . T h i s r e d u c e ss p a c er e q u i r e m e n t sr, e d u c e s
t h e n e e df o r r a i s e df l o o r s , a n d p r o v i d e se f f i c i e n t a n o c o n v e n i e n to p e r a t o ra c c e s s .B e c a u s ed a t a p r o c e s s i n ga r e a s
d i f f e r i n r o o m s i z e s ,c o l u m n s p a c i n g a
, n d c o m b i n a t i o n so f
m a c h i n e se
, q u i p m e n t ,a n d w o r k a r e a s .i t i s a d v i s a b l et o
p r e p a r ea f l o o r p l a n o f t h e p r o p o s e dd a t a p r o c e s s r n a
gr e a
s h o w i n gt h e l o c a t i o n a n d a r r a n g e m e not f a l l e q u i p m e n t t o
b e i n c l u d e d . A s y o u p l a n t h e a r e a ,c o n s i d e rt h e p o s s i b i l i t y
1.
2.
3.
4.
5.
6.
7.
Work space
8.
9.
10.
o f f u t u r e e x p a n s i o ns o t h a t , a s y o u r b u s i n e s sg r o w s ,y o u
c a n a d d a d d i t i o n a le q u i p m e n tt o t h e i n i t i a l i n s t a l l a t i o n
w i t h o u t c o s t l y a n d t i m e - c o n s u m i n gr e v i s i o n st o t h e o r i g i n a l p l a n so r s y s t e ma r e a . l f t h e i n s t a l l a t i o nw i l l i n c l u d e
Storagespace
Desk space
Aislespace
S e r v i c ec l e a r a n c e
Futureexpansion
W e i g h t sa n d f l o o r l o a d i n g
Heatdissipation
E l e c t r i c a lr e q u i r e m e n t s i,n c l u d i n gs e r v i c e o, u t l e t s . a n d
c o m m u n i c a t i o n sf a c iI i t i e s .
D o o r w a y s i z e s .e l e v a t o rc a p a c i t i e sa. n d l o a d i n gf a c i l i t i e s u s e d i n g e t t i n gt h e m a c h i n e st o t h e i r l o c a t i o n s .
Raised Floors
A r a i s e df l o o r :
s e v e r acl a b l ec o n n e c t e du n i t s , a r a i s e df l o o r a r e as h o u l d
b e c o n s i d e r e d . E a c h i n s t a l l a t i o nw i l l a l s o h a v eo t h e r
e q u i p m e n t ,s u c h a s w o r k t a b l e s ,d e s k s ,c h a i r s ,a n d s t o r a g e
o A l l o w s f u t u r e l a y o u t c h a n g ew i t h m i n i m u m r e c o n s t r u c ilon cost.
c a b i n e t s t, h a t s h o u l d b e i n c l u d e di n t h e f l o o r p l a n sf o r t h e
system area. Enough spaceshould also be provided to
p r e v e n tl o s si n o p e r a t i n ge f f i c i e n c y .
o Protectsthe interconnecting cablesand power
receptacles.
o
A s a n a i d i n d e t e r m i n i n gy o u r f l o o r p l a n , I B M p r o v i d e s
p l a s t i ct e m p l a t e s( o r d e r n u m b e r X 2 1 - 9 0 9 8 ) o f e a c ho f t h e
S y s t e m / 3u n i t s . T h e t e m p l a t e sa r e s c a l e da t j / 4 i n c h = 1
f o o t ( 1 m m = 5 0 m m ) , a n d s h o w t h e f l o o r s p a c ea n d w o r k i n g c l e a r a n c er e q u i r e df o r e a c h u n i t . W h e n c u t o u t a n d u s e d
o n a n e q u i v a l e n ts c a l ed r a w i n g o f t h e d a t a p r o c e s s i n ga r e a ,
t h e t e m p l a t e sc a n b e m o v e d a b o u t t o h e l p d e t e r m i n et h e
best room arrangement. Serviceclearancescan be overl a p p e di f t h e l a r g e rc l e a r a n c ei s m a i n t a i n e d . S p a c el i m i t a t i o n s , c o v e r c l e a r a n c es, t o r a g es p a c e ,a n d a c c e s sa i s l e sm a y
d i c t a t e s e v e r atl e n t a t i v ea r r a n g e m e n t b
s eforethe final floor
p l a n i s e s t a b l i s h e d .l f t h e s c a l ed r a w i n g i s o n t r a n s l u c e n t
P r o v i d e sp e r s o n n e sl a f e t y .
A r a i s e df l o o r c a n b e c o n s t r u c t e do f s t e e l ,a l u m i n u m , o r
f i r e - r e s i s t a nwt o o d . ( T h e f r e e - a c c e st sy p e r a i s e df l o o r i s
p r e f e r r e d . ) l f m e t a l i s u s e d ,t h e r e m u s t b e n o m e t a l
e x p o s e dt o t h e w a l k i n g s u r f a c e . S u c h e x p o s u r ei s c o n s i d e r e da n e l e c t r i c a sl a f e t y h a z a r d . A n e x p o s e dm e t a l
s u r f a c ec a n a l s o c a u s es t a t i c d i s c h a r g ep r o b l e m s .
T h e r a i s e df l o o r s h o u l d b e h i g h e n o u g ht o a c c o m m o d a t e
I B M c a b l e s ,p o w e r d i s t r i b u t i o n ,e t c . A f l o o r h e i g h t b e t w e e n4 i n c h e sa n d ' l 2 i n c h e s( 1 0 c m a n d 3 1 c m ) u s u a l l y
isacceptable.
1-1
SCHEDULING
T h e h e a t p r o d u c e db y I B M u n i t s , l i s t e d i n B t u / h r a n d
k c a l / h r i n t h e s u m m a r y o f s p e c i f i c a t i o n sa t t h e b a c k o f
t h i s m a n u a l ,m a y b e a s i g n i f i c a n tf a c t o r .
To be sure that the machine area is ready when the system
i s d e l i v e r e d .m a k e a p h y s i c a lp l a n n i n gs c h e d u l e . B e c a u s e
e a c h i n s t a l l a t i o nw i l l d i f f e r i n s o m e r e s p e c tf r o m a n y o t h e r ,
i t i s n o t p o s s i b l et o p r o v i d ea p r e c i s es c h e d u l ei n t h i s p u b _
A s t h e s ef a c t o r sc h a n g e ,v a r y i n ga m o u n t s o f h e a t a n d h u m i d i t y m a y n e e d t o b e d e l i b e r a t e l yi n t r o d u c e do r d i s s i p a t e d
b y m e a n so f h e a t i n g ,c o o l i n g .a n d h u m i d i t y c o n t r o l l i n g
l i c a t i o n . T h e f o l l o w i n g s c h e d u l ec a n b e m o d i f i e d t o m e e t
t h e n e e d so f a g i v e ni n s t a l l a t i o n .
e q u i p m e n tt o m a i n t a i n a n a c c e p t a b l ee n v i r o n m e n t .
Six Months before Delivery
R e v i e wt h e o r d e r s i x m o n t h s b e f o r e e q u i p m e n t d e l i v e r y .
A t t h i s t i m e t h e p r e l i m i n a r yl a y o u t o f t h e p r o p o s e di n s t a l l a t i o n s h o u l db e p r e p a r e d .
A l l S y s t e m / 3 u n i t s a r e d e s i g n e dt o o p e r a t ea t a l t i t u d e su p
t o 7 0 0 0 f e e t ( 2 1 3 4 m ) a n d a r e a i r c o o l e d . F a n so r n a t u r a l
c o n v e c t i o nb r i n g c o o l a i r i n t o t h e u n i t f r o m t h e b o t t o m o r
s i d e .c i r c u l a t et h e a i r . a n d e x h a u s tt h e r e s u l t i n gh e a t e da i r
i n t o t h e d a t a p r o c e s s i n gr o o m .
Four Months before Delivery
Seethe specification pagesfor temperature and relative
h u m i d i t y r e q u ir e m e n t s .
F o u r m o n t h s b e f o r e m a c h i n e sa r e s c h e d u l e dt o a r r i v e ,p l a n s
f o r t h e m a c h i n er o o m s h o u l d b e c o m p l e t ea n d s h o u l d h a v e
been approved by both the customer and the IBM repre-
A i r c o n d i t i o n i n ge q u i p m e n t m a y b e n e e d e di n s o m e
casesbecauseof possibleextremes in temperature or
h u m i d i t y i n t h e d a t a p r o c e s s i n ga r e a . W h e n s u c h e q u i p m e n t
is required, it is recommended that it be designedfor operation between 70o and 75"F (Z1r"and 24oC) and 40% and
s e n t a t i v e . l f b u i l d i n g a l t e r a t i o n s( s u c ha s p a i n t i n g ,p l a s t e r i n g . o r e x p a n d i n ge l e c t r i cs e r v i c eo r c o m m u n i c a t i o n s
f a c i l i t i e s )a r e r e q u i r e d ,h a v ea l l d r a w i n g sa n d s p e c i f i c a t i o n s
for these alterationscomplete and the areasready for
work to start. lf external cablesare required between units
o f t h e s y s t e m ,s u b m i t a c a b l eo r d e r f o r m a t t h i s t i m e i f
i t h a s n o t a l r e a d yb e e n s u b m i t t e d .
5 0 % r e l a t i v eh u m i d i t y . T h i s r e c o m m e n d e dr a n g ef o r
t e m p e r a t u r eo r h u m i d i t y p r o v i d e sa l a r g eu n i t - a v a i l a b l e
time buffer between the time that temperature or
h u m i d i t y l e a v e st h e r a n g ea n d r e a c h e st h e p e r m i t t e d e x t r e m e . T h e o p e r a t o r c a n u s et h i s t i m e b u f f e r t o t a k e
corrective measures. This range has also proven to be a
generallyacceptablepersonnelcomfort level.
One Week before Machine Delivery
H a v ea l l p l a n n e dm o d i f i c a t i o n sf o r w i r i n g , a i r c o n d i t i o n i n g ,
a n d c o m m u n i c a t i o n sf a c i l i t i e sc o m p l e t e a n d t e s t e d b y o n e
H u m id ity -A ssoci atd
w e e k b e f o r e m a c h i n ed e l i v e r y . B u i l d i n g a l t e r a t i o n ss h o u l d
a l s o b e c o m p l e t ea t t h i s t i m e .
E x t r e m e si n r e l a t i v eh u m i d i t y , i f m a i n t a i n e df o r l o n g
periods of time, may have an adverseeffect on the overall
ENVI RONMENTAL CONSIDERATIONS
o p e r a t i n ge f f i c i e n c y o f t h e i n s t a l l a t i o na n d s h o u l d b e
a v o i d e dw h e n e v e rp o s s i b l e . H u m i d i t y l e v e l sa p p r o a c h i n g
t h e m a x i m u m l i m i t m a y c a u s ei m p r o p e r f e e d i n ga n d
s t a c k i n go f c a r d s .p a p e r d o c u m e n t sa n d c o n t i n u o u sf o r m s .
Temperature and Humidity
H i g h r e l a t i v eh u m i d i t y m a y a l s oc a u s eo p e r a t o rd i s c o m f o r t
a n d c o n d e n s a t i o no n w i n d o w s a n d o u t s i d ew a l l s .
T h e t e m p e r a t u r ea n d h u m i d i t y o f a d a t a p r o c e s s i n ga r e a
a r e i n f l u e n c e db y m a n y f a c t o r s . T h e s ei n c l u d e :
H u m i d i t y l e v e l sa p p r o a c h i n gt h e m i n i m u m l i m i t a g g r a v a r e
p r o b l e m sa s s o c i a t e dw i t h s t a t i c e l e c t r i c i t y . S t a t i c c h a r g e s ,
.
w h i c h a r e u s u a l l yd i s s i p a t e dw i t h o u t a n y a d v e r s ee f f e c t s ,
t e n d t o b u i l d i n t o s i g n i f i c a n tc h a r g e sw h e n t h e h u m i d i t y i s
l o w . T h i s a c c u m u l a t i o nc a u s e sp a p e rt o c l i n g t o g e t h e ra n d
can also interfere with the most eff icient feeding ano
stacking of cards and paper. High voltage static discharges
f r o m m o v i n g p e o p l e ,c a r t s ,f u r n i t u r e , p a p e r ,e t c , c a n o e
o b j e c t i o n a b l et o o p e r a t i n gp e r s o n n e la n d , i n e x t r e m e c a s e s ,
can interfere with the correct operation of electronic
equrpment.
Heat loads produced by mechanicaland electrical
equrpment.
o T h e v o l u m e o f f r e s h a i r e n t e r i n gt h e r o o m . i t s t e m p e r a t u r e ,a n d i t s h u m i d i t y .
r
The amount of body heat introduced by personnel.
r
T h e a m o u n t o f h e a t i n t r o d u c e do r d i s s i p a t e dt h r o u g h
w a l l s , c e i l i n g s ,a n d f l o o r s .
Prob I em s
1-2
Cardand PaperDocument Storage
A n o n w e t t i n gf i r e e x t i n g u i s h i nagg e n tf o r e l e c t r i c a l
s h a z a r d i)s r e c o m m e n d e dl f. l o c a l
e q u i p m e n(t C l a s C
b u i l d i n gc o d e so, r d i n a n c e so,r i n s u r a n cree g u l a t i o rne q u i r e
a u t o m a t i cw a t e rs p r i n k l e r sa, p r e - a c t i osnp r i n k l esr y s t e m
i s s u g g e s t epdr, o v i d e dt h a t t h i s t y p e o f s p r i n k l e irs i n
a g r e e m e nwt i t h l o c a lc o d e sa n d r e g u l a t i o n s .
Storageareasfor cardsand papershouldbe kept at the
s a m er e l a t i v eh u m i d i t ya st h e a i r i n t h e d a t ap r o c e s s i n g
r o o m . O t h e r w i s ee.x t r e m e isn h u m i d i t yd i f f e r e n c eisn t h e
two areasmay alterthe sizeand weightof the cardand
paperwhen the documentsare movedinto the working
area. This rapidchangecan resultin warpage,the most
frequentsourceof feedingand stackingproblems.
lf workingand storageareascannotbe kept at the same
r e l a t i v eh u m i d i t y ,a l l o wa m p l et i m e f o r c a r d sa n d p a p e rt o
achievea moisturebalancewith the dataprocessing
room
atmosphere
beforeusingthe documents.
CABLING
The compact arrangementof System/3 units reducesthe
need for external cables. Electrical connections between
t h e p r o c e s s i n gu n i t a n d u n i t s t h a t c a n b e p h y s i c a l l y
attached to it are made with internal cables. These cables
a r e s u p p l i e dw i t h t h e u n i t s a n d d o n o t r e q u i r es p e c i a l
ordering.
Do not storecardsnearheatingpipes,radiators,or in
placesthat are hot and dry. lf you do, the cardsmay lose
m o i s t u r es, h r i n ki n a l l d i m e n s i o n sa ,n d b u c k l e .
Other units can be connected to System/3 by means of
I B M - p r o v i d e de x t e r n a l i n t e r c o n n e c t i n gc a b l e s . T h e c a b l e s
r e q u i r e df o r t h i s i n t e r c o n n e c t i o na r e s h o w n i n s e c t i o n4 ,
System /3 Cab I i ng I n format i o n.
Dirt and Air Pollution
T h ea m o u n to f c o n t a m i n a t i ouns u a l l yf o u n d i n a i r w i t h i n
a n o r m a lb u s i n e sesn v i r o n m e nwt i l l n o t i n t e r f e r ew i t h t h e
operation
o f t h e I B M e q u i p m e n t .H o w e v e rt,a k e n o r m a l
precautions
to keepdust.dirt. and other foreignmatter
awayfrom the machines.lf the systemmust be installed
in an areahavinga high dust contentor wherethere is an
exposureto abrasivematerialsor corrosivegases,
contact
a n I B M i n s t a l l a t i opnl a n n i n ge n g i n e ef ro r a d v i c ea n d
recommendatio
ns.
E a c hc a b l ei s i d e n t i f i e d b y a c a b l eg r o u p n u m b e r a n d i s
o r d e r e db y f i l l i n g i n t h e d e s i r e dl e n g t h o n t h e C a b l eO r d e r
Form (212O-215O].
. The cable length is determined by
measuringthe center-to-centerdistance between machine
c a b l ee n t r y h o l e sa l o n g t h e i n t e n d e dr o u t e o f t h e c a b l e .
W h e n m a c h i n e sa r e m o u n t e d o n a r a i s e df l o o r . a d d t w i c e
the height of the raised floor to the distance between
m a c h i n ec a b l e e n t r y h o l e s . I B M m a k e sa l l o w a n c ef o r
t h a t p o r t i o n o f t h e c a b l et h a t i s f r o m t h e f l o o r i n t o t h e
m a c h i n e . C a b l el e n g t h ss h o u l d b e k e p t a s s h o r t a s p r a c -
Room Acoustics
t i c ab l e .
l f y o u n e e da q u i e t e r o o m ,c o n s i d etrh e f o l l o w i n ga c o u s tical treatments:
1.
E x t e r n a lc a b l e sm u s t b e o r d e r e da t l e a s t 1 2 0 d a y s p r i o r t o
m a c h i n ed e l i v e r y . O r d e r sw i t h l e s st h a n 1 2 0 d a y s l e a d t i m e ,
or orders for cablesthat exceed the maximum length, may
r e s u l t i n e x t r a c h a r g e s .C o n s u l t y o u r I B M s a l e sr e p r e s e n t a t i v e .
The greatestsoundreductionwill be achievedby
treatingthe ceiling. Bestresultscan be expected
from a droppedporousceiling. lf overheadducts
exist,noisemay be transmittedfrom room ro room
unlessproperprecautions
aretaken.
2.
For largerooms,the floor is the secondmost effect i v ea r e ao n w h i c ht o a p p l ya b s o r b e nm
t aterial.
3.
Reflectiveand transmitted sound can be reduced by
proper treatment of the walls.
External cablesshould be protected from physical damage
in some manner that does not present a safety hazard to
o p e r a t i n gp e r s o n n e l .
Fire ProtectionEquipment
The machineroom shouldbe equippedwith portable
f i r e e x t i n g u i s h eor sf s u i t a b l es i z ef o r q u i c k ,e f fi c i e n tu s e .
1-3
E L E C T RI C A L R E O U IR E M E N T S
Power Distribution
A l l r e a s o n a b l e f f o r t s h a v eb e e n m a d e i n t h e m a c h i n e
d e s i g nt o e n s u r es a t i s f a c t o r yo p e r a t i o nf r o m t h e n o r m a l
p o w e r s u p p l i e db y m o s t p o w e r c o m p a n i e s .T h e r e a r e ,
S y s t e m / 3r e q u i r e sn o s p e c i a lp o w e r d i s t r i b u t i o n . T h e
s y s t e mc a n o p e r a t eo n t h e f e e d e rt h a t s u p p l i e so t h e r l o a d s
h o w e v e r .m a n y o u t s i d e s o u r c e st h a t c a n c a u s er r a n s t e n t
e l e c t r i c a ln o i s es i g n a l sw h i c h m a y a f f e c t m a c h i n eo p e r a t r o n s .
T h e e l e c t r i cp o w e r e n v i r o n m e n ts h o u l d b e c h e c k e df o r
u n u s u a ll o a d sw h i c h m i g h t i n d u c e e x c e s s i v en o i s e i n t o t h e
b r a n c h c i r c u i t f o r t h e s y s t e m . S w i t c h i n gh e a v y i n d u c t i v e
l o a d so r o p e r a t i n gc e r t a i nt y p e s o f e q u i p m e n t n e a r t h e
i f t h e r e a r e n o u n u s u a ll o a d s ,a s d i s c u s s e di n t h e p r e c e d i n g
t e x t . O f c o u r s e ,a l l w i r i n g i n s t a l l e ds h o u l d c o m p l y w i t h
local eiectrical codes.
O n e b r a n c h c i r c u i t i s r e q u i r e df o r t h e p r o c e s s i n gu n i t ( 3 0
a m p e r e ,t h r e e p h a s eo r 2 0 a m p e r e .s i n g l ep h a s ef o r t h e
5 4 0 6 ; 3 0 a m p e r e ,t h r e e p h a s ef o r t h e 5 4 0 8 , b 4 1 0 a n d
5 4 1 5 ) . A n a d d i t i o n a l3 0 a m p e r e ,t h r e e p h a s eb r a n c n
c i r c u i t i s r e q u i r e df o r t h e 5 4 2 1. P o w e r i s d i s t r i b u t e dv i a
s y s t e mc a n c a u s ep r o b l e m s ,e v e nt h o u g h t h e s o u r c ei s o n a
d i f f e r e n t b r a n c hc i r c u i t . l f s u c h a c o n d i t i o n i s s u s p e c t e d ,
i n t e r n a ls y s t e mc a b l i n gf r o m t h e p r o c e s s i n gu n i t t o a l l
p h y s i c a l l y - a t t a c h eudn i t s w i t h t h e e x c e p t i o no f t h e 5 4 2 1 .
a t h o r o u g h i n v e s t i g a t i o ns h o u l d b e m a d e t o d e t e r m i n e
w h e t h e r c o r r e c t i v em e a s u r e s h o u l d b e t a k e n . I n s o m e
cases.it may be advisableto provide a separatefeeder for
t h e s y s t e md i r e c t l y f r o m t h e m a i n b u i l d i n g p o w e r . I n
extreme casesof severeelectrical noise, it may be necessary
t o i n s t a l la n i s o l a t i o nt r a n s f o r m e ra n d / o r a n R F f i l t e r .
Some common sourcesof electrical noise are:
a i r c o n d i t i o n i n gd e v i c e s
e l e c t r i c aw
l elders
electricalfurnaces
elevators
electrostaticcopying machines
large,brush-type morors
A d d i t i o n a l b r a n c h c i r c u i t s m a y b e r e q u i r e df o r o t h e r
units (see Section 5, System/3 Specification Summary).
B r a n c hc i r c u i t ss h o u l d b e p r o t e c t e db y c i r c u i t b r e a k e r s
s u i t a b l ef o r m o t o r l o a d a p p l i c a t i o na n d s h o u l d c o n t a i n
w i r i n g t h a t w i l l h a n d l et h e s a m el o a d . T h e c i r c u i t
b r e a k e r ss h o u l d b e p l a c e di n a n u n o b s t r u c t e da n d w e l l l i g h t e da r e a i n t h e d a t a p r o c e s s i n gr o o m .
A s a s a f e t y p r e c a u t i o n ,t h e r e s h o u l d a l s o b e p r o v i s i o n sf o r
s i m u l t a n e o u s l yd i s c o n n e c t i n gp o w e r t o a l l d a t a p r o c e s s i n g
e q u i p m e n t i n t h e r o o m . T h e d i s c o n n e c t i n gm e a n ss h o u l d
b e c o n t r o l l e d f r o m l o c a t i o n sr e a d i l Va c c e s s i b l teo t h e
operator and at designatedexits from the data processirrg
room.
A n I B M i n s t a l l a t i o np l a n n i n ge n g i n e e rs h o u l d b e c o n s u l t e d
if doubt exists whether corrective or preventive measures
shouldbe taken.
PhaseRotation
The three phasepower receptaclesfor use with the system
must be wired for correct phaserotation. The correct
p h a s er o t a t i o n ( l o o k i n g a t t h e f a c e o f t h e r e c e p t a c l e )i s
Power Supply
T h e I B M S y s t e m / 3 p r o c e s s i n gu n i t s o p e r a t eo n s t a n d a r d
t h r e e - p h a s ep o w e r ( s i n g l ep h a s eo p e r a t i o n i s a v a i l a b l ef o r
t h e M o d e l s4 a n d 6 i n 2 O 8 1 2 3 0v o l t , 6 0 H z o n l y ) . M o s t
o t h e r u n i t s u s e dw i t h t h e s y s t e mo p e r a t eo n s i n g l ep h a s e
p o w e r . R e f e r t o t h e s u m m a r y o f s p e c i f i c a t i o n sf o r t h e
r e q u i r e m e n t so f i n d i v i d u a lu n i t s .
c o u n t e r c l o c k w i s ef r o m t h e g r o u n d p i n t o p h a s e1 , t o
p h a s e2 , a n d t o p h a s e3 .
Grounding
P o w e r c o r d s s u p p l i e dw i t h e a c h I B M u n i t h a v ea g r e e n ( o r
g r e e nw i t h y e l l o w t r a c e ) w i r e g r o u n d i n gc o n d u c t o r f o r
T h e v o l t a g et o l e r a n c em u s t b e m a i n t a i n e dw i t h i n t 1 0 % o f
the rated machine voltage (measuredat the receptacle)
when the unitsare operating.
e q u i p m e n tg r o u n d . T h e b r a n c h c i r c u i t r e c e p t a c r e s
r e c o m m e n d e dp r o v i d e f o r c o n n e c t i o no f t h i s e q u i p m e n t
g r o u n d . E a c hc u s t o m e r - s u p p l i eb
dr a n c h c i r c u i t m u s t n a v e
a n i n s u l a t e dw i r e c o n d u c t o r , e q u a l t o t h e s i z eo f t h e p h a s e
c o n d u c t o r s ,f o r t h e p u r p o s eo f g r o u n d i n ge q u i p m e n t . A l l
b r a n c h c i r c u i t g r o u n d i n gw i r e s m u s t b e t i e d t o a c o m m o n
g r o u n d p o i n t a t t h e d i s t r i b u t i o n p a n e l ,a n d a s i n g l e
g r o u n d i n gw i r e s h o u l d b e r u n f r o m t h e d i s t r i b u t i o n p a n e l
T h e l i n e f r e q u e n c y m u s t b e m a i n t a i n e dw i t h i n t 1 1 2 c v c l e
p e r s e c o n d( H z ) .
T h e m a x i m u m h a r m o n i c c o n t e n t o f t h e p o w e r s y s t e mv o l tage waveforms on the equipment feeder must not exceed
1 5 7 ow h e n t h e e q u i p m e n t i s n o t o p e r a t i n g .
t o s e r v i c eg r o u n d o r s u i t a b l eb u i l d i n g g r o u n d . T h i s i s a
noncurrent carrying ground, not a neutral. conduit must
n o t b e u s e d a s t h e o n l y g r o u n d i n gm e a n s .
1-4
Lightning Protection
DIMENSIONS
SHIPPING
I t i s r e c o m m e n d e dt h a t t h e c u s t o m e r i n s t a l ll i g h t n i n gp r o t e c t i o n o n h i s s e c o n d a r yp o w e r s o u r c ew h e n o n e o r m o r e
o f t h e f o l l o w i n g c o n d i t i o n sa p p l y :
Unleso
s therwise
n o t e d ,a l l S y s t e m / 3u n i t sc a n b e r e d u c e d
t o 2 9 - 1/ 2 i n c h e sx 6 0 i n c h e so r s m a l l e b
r y r e m o v i n gu n i t
c o v e r su, p e n d i n gt h e u n i t , o r b o t h . l f t h e u n i t m u s tb e
u p e n d e dr,e q u e sS
t F 9 8 4 0( o n 5 4 0 4 ,5 4 0 6 ,5 4 12 , a n d
5415).
1.
T h e u t i l i t y c o m p a n y i n s t a l l sl i g h t n i n gp r o t e c t o r so n
the primary.
2.
P r i m a r y p o w e r i s s u p p l i e db v a n o v e r h e a dp o w e r
servicr'.
3.
The area is sr-rl.rject
to electrical storms or equivalent
por,versurges.
A F r a m eS e p a r a t i oK
n i t , S F g 1 9 0 ,m a y b e r e q u i r e da t
t h o s el o c a t i o n w
s h e r eb u i l d i n gd i r . r e n s i o n( d
soorways,
h a l l w a y ss,t a i r w a y se,t c )d o n o t a l l c l wm o v e m e r rotf t i r e
c e n t r a pl r o c e s s o1r 5 4 1 2o r 5 4 1 5 )a so n e u n i t . T h e l o c a l
i r r s t a i i a t i opni a n n i n gr e p r e s i r n t a t irv. e
, v idl le t e r m i n ei t t h i s
kit isrequired.
ConvenienceOutlets
S T A N D A R DS Y M B O L SA N D S P E CFI I C A T I O N S
A s u i t a b l en u m b e r o f c o n v e n i e n c eo u t l e t s s h o u l d b e
i n s t a l l e di n t h e s y s t e ma r e af o r u s e b y b u i l d i n g m a i n t e n a n c e
p e r s o n n e l c, u s t o m e re n g i n e e r se, t c . T h e s a m eg e n e r a lr u l e s
The specification
sectionsof the manualcontainindividual
pagesof informationabout the basicsystemsandthe units
usedwith the systems.At the end of the manual,a chart
summarizes
the specifications.Standardsymbolsusedon
pagesand physicalplanningtemplates
the specifications
are:
f o r e l e c t r i cp o w e r e n v i r o n m e n ta p p l y f o r t h e w i r i n g o f t h e
c o n v e n i e n c eo u t l e t s . l f t h e s y s t e m i s c o n n e c t e dt o a s e p a r a t e f e e d e r ,t h e c o n v e n i e n c eo u t l e t s s h o u l d b e c o n n e c t e dt o
l i g h t i n go r o t h e r b u i l d i n g c i r c u i t s r a t h e r t h a n t h e s v s t e m
feeder.
O
S E R V I C I N G R E Q U IR E M E N T S
C o n s i d e rs p a c er e q u i r e m e n t sr e l a t e dt o s e r v i c i n gt h e
e q u i p m e n tw h e n y o u m a k e f l o o r p l a n so f t h e d a t a
processing
r o o m . P r o v i d es p a c ef o r s t o r i n gs y s t e m sm a n u a l s
Powercord exit (powercordsaremeasured
from powercord exit)
coverswings
T
-Tl-i
Gateswings
Li -,'
- -c--
a n d m a i n t e n a n c ed o c u m e n t a t i o na n d a l l o w s p a c ef o r s e r v i c i n gt h e e q u i p m e n t . T h e s e r v i c ec l e a r a n c e s h o w n i n t f r e
s p e c i f i c a t i o np a g e sa n d i n t h e s p e c i f i c a t i o n s u m m a r y
t a b l e sa r e m i n i m u m c l e a r a n c e n
s e e d e dt o s e r v i c et h e e q u i p m e n t . T h e m a n u a l sc a n b e p l a c e di n a b o o k c a r t , w h i c h
c a n l h e n b e p l a c e da n y w h e r ei r r t h e d a t a p r o c e s s i n qr o o m
t h a t d o e s n o t i n t e r f e r ew i t h n o r m a l w o r k r o u t i n e s . F o r
e x a m p l e ,i f t h e m a n u a l sa r e p l a c e di n a c u s t o m e re n g i n e e r ' s
b o o k c a r t ( w h i c h i s a p p r o x i m a t e l y2 2 i n c h e sb y 2 4 i n c h e s
i n d i n r e n s i o n )d
, o c u m e n t a t i o nc a n b e s t o r e dw i t h i n t h e
servicearea designatedfor the system.
+
Casters
(-,
L e v e l i n gp a d so r g l i d e s
tr\-'
i i)
Weight:**
1800 lb {820 k9)
HeatOutpuVhr:**
10,000Btu (2530kcat)l
Airflow/min:
3oo tt3 (9'n3)
Left
18
46
PowerRequirements:
Voltage
2O8l23O! 1U/o
KVA**
3.55
Phases
1or3
PlugType
Powercord style
f efU b444 Disk StorageDriveis locatedin drawerunder
tabletop. Drawercan be extended1g inchesin front
and 18 inchesin rearfor servicing.
SinglePhase
A
Threephase
D
D2
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
60o to loooF (16o to ggocl
8o/o
to 8U/o
TgoF(26oC)
NonoperatingEnviron,ment:
Temperature
Relativehumidity
Maximumwet bulb
5Ooto I 10oF (10" to 43ocl
8o/o
to BOo/o
go"F,.(27oc)
Separatedinto two sectionsfor shipment. The CpU section
weighs900 lbs;the t/O section,with the attached2222, weighs
600 lbs. An up-endingkit (SF9840)is availablefor the l/O
section.
*
2-6
" Valuesarefor a systemconsistingof a b406, a 2222, a 2265,
and two 5444s, Section 5, System/SSpecificationSummary
for individualunit values.
SYSTEM/3MODEL8
Specifications
Dimensions:*
PlanView
--o---o---o---o---o--
-o--+-
I nches
Centimeters
--o
{---o---+
t
I
Y
**,". ctsarances:
I nches
Centimeters
I
I
Y
Dopth
99.,114
252
width
106
269
Front
30
76
Rear36
91
Height
46114
117
Right
30
76
L€ft
30
76
I
I
Y
32.1t2
I
Y
I
I
Y
-T
I
1
Y
tl "l'l +
I
I
I
- J
1
_i
Weight**
2120 tb {962 kg)
HeatOutput/hr:r*
10,700 Btu (2720 kcal)
Airflow/min:
3oo ft 3 (9m3)
A
I
I
I
t
+
+
I
Power Requirements:
Voltage
kvA**
Phases
PlugType
Powercord style
2@l23Ot1O%
4.0
3
D
D2
I
?
+
I
I
@
@
o
OperatingEnvironment:
Temperature
60o to 90oF (16o to 32oC)
Refative humidity
8o/o
to 8Qo/o
Maximumwet bulb
73oF (23oC)
NonoperatingEnvironment:
Temperature
500 to 11ooF ( 1oo to 430C)
Relativehumidity
8o/oto 80:/o
Maximumwet bulb
80oF (27oC)
Powercablesfrom IBM 5448 enter here.
IBM 5444 Disk StorageDrive is locatedin drawerin the
IBM 5408. Drawercan be extended18 inchesin front
and 18 inchesin rearfor access.
*
Cablesfrom the I BM 3411 and the signal
cablefrom the I BM 5448 enter here.
Units areseparatedfor shipment. Seeptan view for dimensions.
CPUsectionweighs900 lbs.
** Valuesfor a systemconsistingof a 5408, a 5203 Model I or 2,
a 5471, and two 5444s, SeeSection 5, System/3 Specification
Summaryfor individualunit values.
2-8
SYSTEM/3
MODEL1OWITHIBM5422DISKENCLOSURE
PlanView
Specifications
-F-t---o|
h-r-vz rl 0
i------or- -j
l/
13
fr
tl
+i l t
|
tt'l
il
------i-_1
t+
d | l
i lui,
d|l
t.
|
|
+ l ll.'F,J *
F14+l
-30-J--
\
5x6
t
r2z
I
ro*1
l
\\l
l
Area 166 x 128
Approx. 150 sq. fr.
-106-
-*----
*"-]
Front
l--.2
t
l
-o---o---o---o-
_1.
I nches
Centimeters
I rr\,,
I
i
/
I
l
1.8
I
I
I
|
Inches
Centimeters
+
T
I
--o---o---l
The cablecutout in the 5203 is an entrancefor cables
from the IBM 3411 andthe signalcablefrom the IBM
5448.
o
o
o
l
T" t
o i
----J-
./
t
*l lI
ot-
ta
\
i t lSlI I u,o'
ilI+i:-l'-'!
h
Dimensions:*
+
i
szlrz\,
-l
l/l s47rl\ |
20ll o, lll
lU s475l/ l+
3.J/2J ll
,,o
'i
\1.1/2--lF
r
s i* lr 'te l t I ? ServiceClearances:
V/ i '"^lf
N
l
r l l d
--T-,/
"LE;-//'--1,1i
itT
>-lsJ'tti--l
-O_ _
a
l----.
',, I I /
98.1t2
i
--.CF-
Powercablesfrom IBM 5448 enter here.
IBM 5444 Disk StorageDrive is locatedin drawerin the
IBM 5422. Drawercan be extended18 inchesin front
and 18 inchesin,rearfor access.
This gateis only on systemsequippedwith the processor
Unit Expansionspecialfeature(SFS732).
T
,
I
+
Depth
Height
98-112 60
250
152
Front
Rear
3
0
*
7
6
*
Right
30
76
Weight:**
2640 tb (1240 kg)
HeatOutput/hn*+
With SF5734
15,000Btu (3780kcat)
20,700 Btu (5220 kcatl
Airflow/min:
5oo ft3 (13 m3)
Y
i
I
+
+
+
width
106
269
Loft
30
76
PowerRequirements:
Voltage
20gl230 t't|o/o
kvA* *
5.0
With SF5734 6.8
Phases
3
PlugType
D
Powercord style
81
OperatingEnvironment:
Temperature
Refativehumidity
Maximumwer bulb
600 to loooF (16oto 3gocl
8o/o
to BO%
TgoF(26oC)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
soo to 1looF (1ooto43oc)
8% to 8tr/o
gooF (27oc)
*
Units areseparated
for shipment. Seeplan view for
dimensions.
** Valuesfor a systernconsistingof
a 5410, a 5203 Model 1 or
2, a 5471, a 5422, a 1442, and two 5444s. SeeSection5,
System/SSpecificationSummary for individual unit values.
SF5734designates
processing
unit expansion.
2-10.1
SYSTEM/s
MODEL10WITHIBM5424MFCU
PlanView
Specif ications
Dimensions:+
lnches
Centimeters
Width
106
269
Height
Depth
98-112 60
152
250
ServiceClearances:
Inches
Centimeters
-+- - -o- - -o- - -a- - -+- - -o- * -o- - -o- - -o- - -o- - -o- - -o- * -o- - -o- - r
o
e
o
The cablecutout in the 5203 is an entrancefor cables
from the IBM 3411 andtlre signalcablefrom the IBM 5448.
Powercablesfrom IBM 5448 enter here.
IBM 5444 Disk StorageDrive is locatedin drawerin base
ot 5424 MFCU. Drawercan be extehded18 inchesin
front and 18 inchesin rearfor access.
On disk-orientedsystems,
the MFCU rearright coveris
7 inchesthick, swings150", and may be removedfor
machineinstallation.
I
Right
Front
Rear
3
0
*
3
0
7
6
+
7
6
Wqight:**
2 3 1 0l b { 1 0 5 0k g }
HeatOutput/hr:**
with sF5734
14,20OBtu (3580 kcal)
19,900Btu {5020 kcal)
Airflow/min:
5oo ft3 (13 m3)
Power Requirements:
Voltage
KVA**
with sF5734
Phases
PlugType
Powercord style
208l2g} ! 10%
4.7
6.5
3
D
B1
LEft
30
76
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
60" to loooF (16oto 38"c)
8o/oto 8U/o
TB.F (26oc)
NonoporatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
Eooto I 1ooF ( 1oo to 43oc)
8o/oto9Wo
SooF(27ocl
*
This gateis only on systemsequippedwith the Processor
Unit Expansionspecialfeature(SF5732).
Units areseparatd for shipment. Seeplan view for
dimensions.
** Valuesfor a systemconsistingof a 5410, a 5203 Model 1 or 2,
a5471,a8424, and two 5444s. SeeSectionS,System/3
SpecificationSummary for individual unit values, SF5734
processing
designates
unit expansion.
2.10.2
SYSTEM/3
MODEL12WITH5203
Specifications
PlanView
Dimensions:*
Inches
Centimeters
Width
Depth
43
109
120-314 60
307
152
Front
Rear
30
76
0
9
Height
ServiceClearances:
Inches
Centimeters
--o-
o
o
For cablesfrom 3411.
For cabfestrom 1442,9741, datasets,and local
directly attached(that is, without data set or
modem)communicationdevices.
Right
*
o
7
Weight:***
1800lb (820kg)
HeatOutput/hr:***
with sF5732
with sF5734
13,200Btu (3330 kcat)
16,700Btu (4200 kcal)
19,700Btu (4970 kcall
Airflodmin:
5oo ft3 (14m3)
Left
3
0
6
PowerRequirements:
Voltage
2O8l23OX 16o7o
kvA * **
4.1
with sF5732
5.2
With SFS734 6.3
Phases
3
PlugType
D
Powercord style
B1
OperatingEnvironment:
Temperature
60" to gOoF(16oto 32oC)
Relativehumidity go/o
to gOyo
Maximumwer bulb 73oF (23ocl
NonoperatingEnvironment:
For cablesfrom 3340, and cablesto the local
displayadapter.
Temperature
S o o t o l l o o F ( 1 o oto 43oc)
Relative humidity
8o/oto gOTo
Maximum wet bulb goor (27oc)
* Units are separated
for shipment. SeeShippingDimensions
in Section1, for further information.
** Seeplan view,
*s * Valuesfor
a systemconsistingot a 5412and a 5203 Model
1 or 2. SeeSection 5, System/3 SpecificationSummary
for individualunit values,SFS732and SFS734
designate
processing
u nit expansions,
2-12.1
SYSTEM/3
MODEL12WITH5203AND5471
Specifications
PlanView
*
Dimensions:
lnches
Centimeters
Height
width
Depth
73
185
307
152
Front
Rear
Right
120-314
60
ServiceClearances:
Inches
Centimeters
3
7
0
6
0
0
*
*
Left
30
76
Weight(Maximum):***
1860 lb (850 kgl
Heat Output/hr:***
with sF5732
With SF5734
13,700 Btu (3450 kcal)
17,200Btu (4330 kcal)
20,200 Btu {5090 kcal}
Airflow/mn:
5oo ft3 (14m3)
I
A
Y
I
A
Y
I
A
Y
,u"!
I
A
Y
I
I
Y
@
@
For cablesfrom 3411.
For cablestrom 1442,3741, datasets,and local
directly attached(that is, without data set or
modem)communicationdevices.
For cablesfrom 3340, and cablesto the local
displayadapter.
PowerRequirements:
Voltage
2O8l23O+ 1Oo/o
kvA***
4.3
with sF5732 5.4
With SF5734 6.5
Phases
3
PlugType
D
Powercord style
B1
OperatingEnvironment:
60" to 90oF (16oto 32o c)
Temperature
Relativehumidity 8%to8O%
Maximumwet b;lb z3"P (23oc)
NonoperatingEnvironment:
5oo to 11ooF (1ooto 439c)
Temperature
Relativehumidity 8Toto ffio/o
Maximumwet bulb SooF (27oc)
* Units areseparatedfor shipment. SeeShippingDimensions
in Section1, for further information.
** Seeplanview.
*** Vafuesfor a systemconsistingof a5412, a 5203 Model 1 or ;,
and a5471. SeeSection 5, System/3 SpecificationSummary
for individualunit values.SF5732and SF5734designate
processing
unit expansions.
2-12.2
SYSTEM/3
MODEL12WITH5203,5424,AND
5471
Specifications
PlanView
*
Dimensions:
+
width
Depth
Inches
106
Centimeters
269
120-314 60
307
152
Front
3
0
7
6
Rear
0
0
ServiceClearances:
I
Y
Inches
Centimeters
I
-t
I
'o^"+
1-l*
+
+F-T
-I-T
I ?
*,J;,
| 2"9
+
Right
30
76
Laft
30
76
I
Weight**
2310lb (1055ks)
HeatOutput/hr:**
With SF5732
with sF5734
15,700Btu (3950 kcat)
19,20OBtu (4850 kcat)
22,2OOBtu (5600 kcat)
Airflow/min:
500 ft" {14mr)
I
I
'if
t l
Heighr
I
I
i
9
I
PowerRequirements:
Voltage
2O8l23O!10%
KVA*+
5.1
with sF5732 6 . 2
with sF5734
7.3
Phases
3
PlugType
D
Powercord style
B1
?
i,,1,,,,.
i
I
I
?
I
I
o
o
For cablesfrom 3411.
For cabfestrom 1442,3741, datasets,and local
directly attached (that is, without data set or
modemlcommunicationdevices.
OperatingEnvironrnent:
Temperature
60o to go"F (160to 32o c)
Refative humidity
8o/oto 8}o/o
Maximum wet bulb 73oF (23ocl
Nonoperating Environment:
Temperature
soo to 11o"F (1oo to 43oc)
Relative humidity
8o/oto &o/o
Maximum wet bulb gooF (27oc)
For cablesfrom 3340, and cablesto the local
displayadapter.
*
Units are separatedfor shipment. SeeShipping Dimensions
in Section1. for furtherinformation.
** Vafuesfor a system
consisting
ot aS412,ab203MooetI or 2,
a 5424, and a 8471. SeeSection 5. System/3Specification
Summaryfor individualunit values.SF5732and SF5734
designateprocessing
unit expansions.
2-12.3
SYSTEM/3
MODEL15WITH'B,M5422DISKENCLOSURE
PlanView
Specif ications
Dimensions:*
24
T-
t\
r
I
12
)
l_
>
Yl
x'o
dT-----t-Ii-I.ll
I| ' l
ol
I
I
A
Y
I
- sz.tiz
Tl
-l- 32-
'----
'Pl ?
t!
t {
--f-o
I
A
Y
A
Y
t
T
\li
_I
u'i:,,te*l
- A l - a :-3-112
n' ll
lrf
f-zo-f.-zs---*l
|I
|
|I
|
Front
I
t
A
Y
I
Y
i
|
For cablesfrom 3284 and 3411.
For cablestrom 1442,3741, datasets,and localdirectly'
attached(that is, without data set or modem)communica'
tions devices,
Weight:**
2 3 1 0l b ( 1 0 5 5k g )
HeatOutput/hr:**
With SF5734
19,425Btu (5000 kcal)
22,425 Btu (5700 kcal)
Airflow/min:
looo tt3 (28 m3)
Power Requirements:
Voltage
KVA**
with sF5734
Phases
PlugType
Powercord style
2o8l23o + 1oo/o
6.6
7.7
3
D
B1
I
t
30-------n
--O---+--l
For cablesfrom 1403.
Left
Right
Rear
Front
2
4
0
3
0
3
0
6
1
0
7
6
7
6
I
d!
A r e 166
Area
a 1 x6 139
6x139
I
n
p p r o 160
x . 1sq.
6 fi0 s q . f t . |
Approx,
106 +l--O----g.---g----+---p----O---O-
lnches
Centimeters
I
t
t
29-1t2
5422
--J
I
Height
Depth
114-112 60
152
291
ServiceClearances:
I
18
5415
ll
go .+l=-
L
6x9:
lxlt*r4o-
--\
-
I
.J
'
Inches
Centimeters
Operating Environment:
Temperature
Relative humidity
Maximum wet bulb
60o to gooF {16" to 32oc}
8o/oto BV/o
73oF (23"c)
NonoperatingEnvironment:
Temperature
Refativehumidity
Maximumwet bulb
50o to 1looF (1ooto 43oc)
8o/otoSff/o
80oF (27ocl
For cablesfrom 2501, 2560,and 5445.
IBM 5444 Disk StorageDrive is locatedin drawerin the
IBM 5422. Drawercan be extended18 inchesin front
and rearfor access.
* Units areseparatedfor shipment. SeeShippingDimensirtns
in Section1" for furtherinformation.
** Vafuesfor a systemconsistingof a 5415, a 5421, a 3277,
a5422, and two 5444s. SeeSection 5, System/3 Specification
Summaryfor individualunit values.SF5734designates
processing
unit expansion.
2-15."1
SYSTEM/3
MODEL15WITHIBM 5424MFCU
PlanView
Specif
ications
Dimensions:*
-cts--{-
- -o--
_o__ _o_ _r
A
T
Inches
Centimeters
I
A
Width
106
269
Depth Height
| 14-112 60
291
152
Y
I
ServiceClearances:
A
T
A
Y
Inches
Centimeters
I
6I
6I
29-1/2
__l
II
o it
I
?
I
A
Y
I
18
--_J
_1
@
forcabtesfrom
1403.
()
Forcabtesfrom
3 2 8 4 a n d3 4 1 1 .
For cabfestrom 1442, 9741, datasets,and
local directly.
attached(that is, without data set or modem)
communicationdevices.
O
For cabtesfrom.2501,2b60. and 5445.
O
IBM 5444 Disk StorageDriveis locatedin
the drawer
in the baseof the IBM 5424, Drawercan be extended
18 inchesin front and rearfor access,
On diskorientedsystems,
the MFCU rearright coveris
/ Inchesthick, swings1b0-, and may be removed
for
machineinstallation.
Weight:**
2 5 0 0l b ( 1 1 a 0k g )
HeatOutprrt/hr:**
With SF57g4
20,425 9tu (5280 kcal)
23,425 Btu (5950 kcat)
Airflow/minl
1000ft3 (28 m3)
Lsfr
30
76
PowerRequirements:
Voltage
2O8l23Ot loa/o
kVa**
7.O
With SFS7g4 8 . 1
Phases
3
PlugType
D
Powercord style B 1
A
Y
A
Y
I
A
<- - -.- - -o- - -o- - -o- - -o- _ {_ _ _o__-o_ _ -o_ __o__
J=:r;l
Right
30
76
T
I
Area i66 x 139
Approx. 160 sq. ft,
Front
Rear
2
4
0
61
0
Y
OperatingEnvironnrent:
Temperature
Relativehumidity
Maximumwer bulb
60o to gooF (160 to 32oc)
8o/olo 8oo/o
z3"F (23oc)
NonoperatingEnvironment;
Temperature
Relativehumidity
Maximumwet bulb
bgo to 1lOoF {1Ooto 4gog}
go/o
to g1o/o
gooF (27oC)
*
Units are separatedfor shipment. SeeShipping Dimensions
in Section1 for further information.
** Valuesfora
systemconsisting
of a S415.a5421, a3277,
a 5424, and two S444s. SeeSection B System/3Specification
Summaryfor individualunit vatues.SFS734desijnates
processing
u nit expansion.
2-15.2
SYSTEM/3
MODEL15WITHIBM5415PROCESSING
UNIT,MODELSB, C, AND D
Specifications
Dimensions:*
PlanView
I nches
Centimeters
Width
43
109
Depth
Height
114-112 60
152
29't
Front
2
4
61
Right
Rear
0
4
8
0
122
ServiceClearance:
'/
n- T l
L t\tl o
61/4 |
I
+
+
+
,
aJr'.*
j/
I
A-
I
!'q
loj
I
6
I
l-
,a_
Tf t-
+t '
I
t +
I
J.
Y
915
[-,lod€t
B, (
C,orD a
{
L
-
/
it_
.- -l
'-r)- i
It=:;{
@
@
o
O
I
J.
Y
I
I
Y
I
A
Y
I
/
,/
Front
?3-1/2
20
1
A
Y
3
T5x5
/ @
+
I
os.ilq !
-rry'
8421
VI
9
I
KM
I
I
)
'
I nches
Centimeters
?
o
I
+
l
L4x5
6
?
--l
!
.6x9
-ze-------->1
.-]-_48_____+
?
Weight:**
1800lb (820 ks)
HeatOutput/hr:**
With SF5734
17,O25Btu (4410 kcal)
20,025Btu (5110 kcal)
Airflow/min:
1000ft3 (28 m3)
PowerRequirement:
Voltage
kVa*"
With SF5734
Phases
PlugType
Powercord style
2081230!100/0
5.7
6.8
3
D
B1
Left
30
76
I
A
Y
Op€ratingEnvironment:.
60o to ggoF (16oto 32oC)
Temperature
Relativehumidity 8o/o
to 80o/o
Maximumwet bulb 73"F (23oc)
I
A
- -o- - -o- - -+- - -o-- -o- - -o- - -o- - J
NonoperatingEnvironment:
Temperature
50o to I looF (1ooto 43oc)
lo 80o/o
Relativehumidity 8o/o
Maximumwet bulb SooF(27oc)
For cablesfrom 1403.
For cablesfrom 3411.
For cablestrom 1442,3741, datasets.and localdirectlyattached(that is,without data set or modem)communication
devices,
For cablesfrom 2501, 2560. and 3340.
* Units are separatedfor shipment. SeeShippingDimensions
in Section1 for further information. Whenthe system
incfudesa5424, seethe plan view underSystem/SModel 15
with IBM 5424 MFCU in this sectionfor dimensions.
*x Valuesfor a systemconsistingot a 5415, a 542'1,anda 3277.
SeeSummaryof Specificationsfor individualunit values.
processing
SF5734designates
unit expansion.
2-15.3
This pageintentionallyleft btank,
2-15.4
Section3. MachineSpecifications
129CARDDATA RECORDER
Specifications
PlanView
Dimensions:
Inches
Centimeters
Width
36
91
Height
Depth
29-112 38
97
75
ServiceClearances:
Inches
centimeters
1-112x 4-112
Rear
Front
2
4
2
6
1
6
Weight:
255 lb (120 kg)
HeatOutput/hr:
850 Btu (220 kcal)
Left
Right
4
0
0
1
0
0
Power Requirements;
't1512081230t 10./"
Voltage
0.4
kVa
Phases
1
115V
H, J*
PlugType
A2
Powercord style
208l23rJV
K, L*
A2
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
50o to 11ooF ( 10oto 43oc)
1V/oto 80o/o
85oF (29oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
booto l2EoF (1ooto 51oc)
8o/oto 80o/o
gsop (29"c)
*
3-129
Lockingtype.
1 2 5 5M A G N E T I CC H A R A C T E RR E A D E RM O D E L S
1 , 2 , 2 1 ,A N D 2 2
(Models21 and 22notoffered in U.S.A.)
PlanView
Specifications
Dimensions:
lnches
Centimeters
Width
39
99
Depth Height
29-112 55
,t40
75
Front
30
76
Rear
40
102
ServiceClearances:
+
-
F
lnches
Centimeters
l
/u" lt9.
X
a t
Right
30
76
Weight:
560 lb (255 kg)
Heat Output/hr:
2600 Btu (650 kcat)
Airflow/min:
300 ft3 (8 m3)
Lsft
30
76
1255 - 1,
Power Requirements:
Voftage
KVA
Phases
Plugtype
Powercord style
208l2gOX1Oo/o
1.0
1
A
Al
OperatingEnvironment:
Temperature
Refativehumidity
Maximumwer bulb
60o to go"F (16oto g2oc)
2oo/otog1o/o
7go F (26oCl
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
goo to llooF (loo to 43oC)
8o/oto 81o/o
gOoF(27oC)
c1255.1
3
READERMODELS
1255MAGNETIC
CHARACTER
AND 23
(Models
23 notofferedin U.S.A.)
PlanView
Specifications
Dimensions:
I nches
Centimeters
I
? 40
i
Width Depth Height
58-112 29-112 55
140
149
75
ServiceClearances:
?
, { l
I
t+
?
ti
+
I
t9
I
I
?I
9
+
I nches
Centimeters
Front
30
76
Rear
40
102
Weight:
700 lb (320ks)
Heat Output/hr:
2600 Btu (650 kcal)
Airflow/min:
3oo ft3 {8 m3)
Power Requirements:
Voltage
KVA
Phases
Plugtype
Powercord style
2081230x100/0
1.0
1
A
A1
Right
30
76
Left
30
76
I
?
I
I
1
Y
?
6
I
L -O- - -O- - -O-. - -O-
- -O- - -O- - -O--
-O-
-l
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
60o to gooF (16" to 32oe)
2Qo/oto8oo/o
TBoF(26oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
Eooto 11ooF (1oo to 43oc)
8o/oIo8Oo/o
3-1255.2
Boor(2zoc)
1270OPTICAL
READER
SORTERMODELS
1,2,3
AND4
(Notofferedin U.S.A.)
PlanView
Specifications
Dimensions:
-O- - -O- - -O- - -O- - -O- - -O- - -O- - -O- - -O- - -e- _ _e_ _ _€_
_ _o_ _
,5
Y
fnches
Centimeters
I
i
?
Width
7g
lg8
Depth
Height
29-112 Sb
75
14O
Front
30
76
Rear
42
107
ServiceClearances:
I
Y
I
A
Inches
Centimeters
Y
+
I
Right
40
1O2
Woight:
1430tb {650 kg)
HeatOutpuVhn
8000 Btu (2000 kcall
Airflow/min:
4OOft3 (10 m3)
!
Left
40
102
Power Requirementsl
kvA
3.0
Phases
3
Powercord style
Bl
OperatingEnvironmentl
Temperature
Refativehumidity
Maximumwet bulb
60o to go"F (16" to 32oc)
2Oo/o
to 8oo/o*
TgoF (26"c)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
g9o to 110oF (1Ooto 43oC)
8% to8tr/o
gOoF(27ocl
*
3-1270
Paperdocumentsuied in the 1270shouldnot exceed65%
equivalentrelativehumidity.
1403PRINTERMODELS2 AND5
Specifications
PlanView
Dimensionsl
I nches
Centimeters
A
ormscart
28.112
-O-- -O---O-
Front
--O-- -O---O---O-
ServiceClearances:
T
+
+
I nches
Centimeters
I
Front
36
91
Rear
36
91
t
Weight:
750 lb (340 ks)
?
H€atOutpuvhr:
3000 Btu'(750 kcall
I
Airflow/min:
310 ft3 (9 m3)
I
I
Y
L-O--
Width Dopth Height
47-314 28-112 53-114
72
135
121
Right
30
76
Left
30
76
PowerRequirements:**
kvA
1.0
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
60o to gooF (16o to 32ocl
to 8oo/o
2Oo/o
zSoF(26oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
Eooto I 1ooF ( 1oo to 43oc)
8/o toSW/o
SooF(22"c)
*
Cablemay be routed to printer at eitherentry point A or B.
Cablelengthis alwaysmeasuredto entry point A.
l* Pornpred
from5421,
3-1403.1
1403PRINTER
MODELNl
PlanView
Specifications
Dimensions:
-t
+
+
+
+
Y
A
T
?
I
A
Y
I
?
lnches
Centimeters:
I
Y'l::l'
I
Y
A
Y
I
+
I
A
I
{-o'
L -+---O---o--_+___o__
_o__ _o___o___o___o__-o__
Front
36
91
Right
42
1O7
Rear
36
91
Weight:
1250 (570 kg)
Hoat Output/hr:
4500 Btu (1130kcat)
Airflow/min:
350 ft3 (10 m3)
T
I
Height
53-1t2
136
Left
42
107
I
T
I
Width
Depth
57-118 29
145
74
ServiceClearances:
I
I
i
I nches
Centimeters
Power Requirements:*
KVA
1.5
OperatingEnvironmant:
Temperature
Relativehumidity
Maximumwet bulb
NonoperatingEnvironment;
Temperature
Relativehumidity
Maximumuretbulb
"
3-1403.2
Poweredfrom5421,
60" to gooF (16oto 32oc)
2@/oto 80%
78oF (26oc)
so" to 11ooF ( i oo to 43oc)
8o/o to 8Oo/o
SooF(27oc)
1442CARD READ PUNCHMODELS6 AND 7
PlanView
Specifications
Dimensions:
lnches
Centirneters
Width
43
109
Depth
24
61
Height
49
'1.24
Front
36
91
Rear
30
76
Right
6
15
ServiceClearancesl
Inches
Centimeters
1442- 6,7
-=-- - -- l}J-5
x6
MaximumWeight:
520 tb (240 kg)
HeatOutput/hr:
1800 Btu (450 kcat)
Airflow/min:
SOfr3 (1.4 m3)
Left*
18
46
PowerRequirements:**
kvA
O.7
OperatingEnvironment:
Temperature
Refative humidity
Maximumwet bulb
60o to gOoF(16o to 32oC)
2Oo/o
to 8Oo/o
78oF (26oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
bo" to I lOoF (10oto 43oc)
8o/otoSQ%
go"F (27oC)
*
Left serviceclearancenot requiredfrom floor levelto 30 inches
(76 cm) abovethe floor.
** Poweredfrom the processing
unit.
3-1442
2501CARDREADERMODELS
A1 AND A2
PlanView
Specif ications
-o---o---o---o-
Dimensions:
-l*l
Inches
Centimeters
t +
l
i
rl
1
36
9
l d
T*-i
I nches
Centimeters
l 4 i?
t
-t T
d
lr
t 9i
t
$__ j
Rear
Right
Left
3
6
2
4
6
91
61
15
340 lb (155 kg)
Haat Output/hr:
700 Btu (180 kcat)
Airflow/min:
50 ft3 (1.4m3)
3 6 4
Front
Front
3
6
91
Weight:
t r+
l
--o---o---o--
Deprh
24
61
Heighr
45
115
ServiceClearances:
l
2
Width
30
77
Power Requirementsl*
KVA
0.3
OperatingEnvironment:
Temperature
Relativehumidity
Maximumuretbutb
soo to gooF (ioo to 32oc)
2O%toSO%
zSor (26oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
soo to I 1o"F ( 1oo to 43ocl
8o/oto 80o/o
go"F (22"c)
"
3-2501
Powered from the processingunit,
2560MUI.TI.FUNCTION
CARDMACHINEMODELS
,-\A1 AND A2
PlanView
?
5
I
I
i
o
I
I
A
Y
6
I
I
A
Y
I
Specif ications
*T1-I - - o - - - o - - - o - l era@srl
.ll
pl
l{2
3 6 t
.-l
I
l11
T-T-F
Dimensions:
-o- --o- - -o---o-1
i
t :
-+--t
i
i_rij
,
L
l
r
I
*= +!_ l i ''rj
l* t
1' ,*ll-' o - - tF l I
I
I I r l *l
\ l-+f i
',""k;f
I
N;;-I
--.l-j-:E .
Il t rt l l
Zb60 - Al. AZ |
o +-
I
I nches
Centimeters
2
i
-
-
t
l
_3_ +o
Ft'
l*,u-?
|
?
I
+-
--l--T
Depth
31
79
Height
44
112
Front
36
91
Rear
36
91
Right
24
61
Service Glearances:
Inches
Centimeters
I k
l
width
62
157
Left
36
91
I
ll T
Reading
board
-\Y'!
Ti
-s'--f--Jz-f
^
k
Weight:
87s lb (400ks)
Heat Output/hr:
3600Btu(910kcall
Airflow/min:
1ooft3 (3 m3l
Power Requirements:*
KVA
1.3
i
OporatingEnvironment:
Temperature
Refative humidity
Maximumwet bulb
5oo to 90oF (1oo to 32oc)
2V/oto 8oo/o
78oF (26oC)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
oF
oc)
5oo to 110 ( 1ooto 43
8%to8tr/o
SOoF{2zoc}
*
3-2560
Poweredfrom processing
unit.
3284PRINTER
MODELS
1,2, AND3
PlanView
Specifications
Dimensions:
I nches
Centimeters
Width Depth Height
26-318 15-114 37A14
67
39
96
ServiceClearances:
Inches
Centimeters
I
I
Y
Front
30
76
Rear
30*
76*
Weight:
135 lb (65 kg)
Heat Output/hr:
770 Btu (200 kcat)
Airflow/min:
Convectiononly
Right
0
0
Lefr
0
0
I
A
Y
I
PowerRequirements:*
KVA
0.3
I
A six inch clearancebetweenforms standand printer is
recommended.
OperatingEnvironment:
Temperature
Refativehumidity
Maximumwet bulb
boo to 1lOoF (1ooto4gocl
g%rcgef/o
gsoF (2goC)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
Eooto l2boF (loo to s2oc)
8o/o
to g@/o
gsoF (2goc)
*
3-32W
Poweredfrom processing
unit.
3340DISKSTORAGEMODELA2
PlanView
Specifications
Dimensions:
r--O---O---O-
Y
---o- --{---o--
o __+-_r_T
+3"
dI
*2c.'l
I
---l
I
I
I
lnches
Centimeters
fT"
Inches
Centimeters
i__
i--o-l-o---o---- -Jy5-- -- __*1i _i
rracest
I
Dopth Hoight
33-112 46.-112
85
118
Front
36
91
Rear
36
91
ServiceClearances:
+,1,,
73"
(2 Places)
{ ,i'"
Width
42"
114*
Right
0**
0**
Weight(Maximum):
900 lb (410 kg)
Heat Output/hr:
6500 Btu (1650 kcal)
Airflodmin:
,tootts (tz m3)
Power Requirements:
Voftage
kvA
Phases
PlugType
Powercord style
2O8l23O! loo/o
2.2
3
D
D2
Left
36
91
OperatingEnvironment:
Temperature
6oo to 9oo F (160to 32o cl
Relativehumidity 20%to BOyo
Maximumwet bulb 7go F (26oc)
NonoperatingEnvironment:
Temperature
boo to 1loo F (ioo to 43o c)
Refative humidity 8% to 80%
Maximumwet bulb goo F (27ocl
* The standalonedimension
is 48 inchesi.122cml with a 3_inch
(8+m) end coveradded, One 3340-Bl or one 3340-82
can be
attachedto the right side of a 3g4O-A2.
** Serviceclearance
is 24 inches(61 cm) if a 3340-8l or 3340-82
is not attached.
3-3340.1
3340 D|SK STORAGEMODELS81 AND 82
Specifications
PlanView
Dimensions
Width
Depth
Height
lnches
42*
33-112
$-1t2
Centimeters
107*
85
118
Front
36
Rear
Right
lnches
36
@ntimeters
91
91
0**
0**
:?_-_____
i
l
;lfi* T
(2 Places)
ServiceClearances:
Left
0
0
33-12"
Model 81
600 lb (280 kg)
Weight (Maximuml
4-1t2"
(2 Places)
18-1/2"
8.
(2 Places) 19"
Y
i
ry
Front
i
9
L-ao---ao---1o---O---O---O-I
i
3500 Btu
(890 kcall
Airflow/min:
400 ft- (12 m-)
I
Y
5000 Btu (1300 kcal)
Heat Output/hr:
l
l
2
Power Requiremgnts:***
1.2
kvA
Phases
3
Model 82
750 lb' (350 kg)
2
400 ft3 (tz m3)
1.7
3
OperatingEnvironment:
Temperature
600 to 9oo F (160to 32o cl
Refative humidity 20% to 8O%
Maximumwet
butb
z8o r (260c)
a
-
NonoperatingEnvironment:
Temperature
Eo9to 1loq F (1ooto 43o c)
Relativehumidity 8% to 80%
Maximumwet
butb
8oo F (2zo c)
*The end unit dimensionsis 45 inches(114 cm) with a 3-inch
(8 cm) coveradded.
'* Serviceclearanc€is 24 inches(61 cml if this isan end unit.
**{Powered from 3340-A2
3-3340.2
3340DISKSTORAGEMODELC2
Specifications
Dimensions
PlanView
r - -{-
- -o- - -o-i;-o-
3',',
- -o- - -o- - -o- - -o- - -o- -1 T
+.-36"___ri F_4r"___*l
F3,
I I
fl
lf-'"--
|
I
?11jt2"
?I";-rTltrK/;lf;,!,i
'','f*oll,,\
|
?
+
20"
r n"t'rlI iti-\1
Inches
Width
48
Centimeters
122
Depth
Height
33-112 46-112
85
118
ServiceClearances:
Front
Inches
36
91
Centimeters
I+
Rear
36
Right
Left
24
91
61
36
91
Weight(Maximuml
900 tb (410 kg)
Heat Output/hr:
5000 Btu (1300kcat)
Airflow/minr
4oo ft3 (12 m3)
Power Requirements:
Voltage
KVA
Phases
Plug Type
Power cord style
2O8l23O! 1go/o
1.8
3
B
D2
/3"
(2 Places)
tffiTF*j^,4,.
? l+
l--'/
\l{4:rq-+f
i
I
rY
I ,1.
I
I
|
,/
-
i __o_L_o___o__-_ _J:I__
\
ll
8 . 1 / 2 " { 2 P l a c eI s )
-1L... i
{7 Placesl
Y
_o___o___o___.1
Operating Environment:
Temperatu re
6oo to goo F (16oto 32o ct
Refative humidity
2Oo/o
to 8Oo/o
Maximum wet
bulb
78" F (26oc)
NonoperatingEnvironment:
Temperature
so" to 11ooF (1ooto 43o cl
Refative humidity
8o/oto 8Oo/o
Maximum wet
butb
3-3340.3
Boo F (27o c)
33IT4DIRECTACCESS
STORAGEMoDEL B2
Specifications
PlanView
Dimensbns:
Inches
Centimeters
Width
42*
107+
Depth Hoiglrt
33-112 4f,-112
85
118
Front
36
91
Rear
36
91
Servhe Clearances:
Inches
Centimeters
Right
0*t
o**
t{eigtrt:
850 (390kg)
Heat Output/hr:
5000Btu (1300kcal)
Airflodmin:
4ooft3 (12m3)
Left
0
0
Power Requiremen8:***
KVA
1.7
Phases
3
OperatingEnuironment:
Temperature
@o to 9oo F (160to 32o cl
Relativehumidity 2O/oto 8M
Maximum wet
butb
78o F (26Pc)
NonoperatingEnvironment:
Temperature
50o to 1loo F (loo to 4go c)
Relativehumidity 8% to 80%
IVlaximumwet
goo F (27o c)
butb
*
The end unit dirnensionis 45 inches(114 cm) with a 3-inch
(8+m) coveradded.
**
Serviceclearanceis 24 inches(61 cml if this is an end unit.
**r Poweredfrom 3340-A2.
$3344
3410MAGNETIC
TAPEUNITMODELS1,z,AND
3
PlanView
Specifications
Dimentionr:
widrh
31
79
Inches
Centimeters
Dopth
27
69
Height
39
99
ServiceClearances:
Front
Rear
3
6
6
91
15
Inches
Centimeters
j l
Front
{---o-
I
l4leight:
180 lb (80 kg)
Heet Output/hr:
850 Bty Q2O kcatl
Airflodmin:
60 ft3 (2 m3l
Right
J*
0*
Left
0{
0+
PorirorRoquiloments!**
kvA
0.3
OperatingEnvaronmgnt:
Temperature
Relativehumidity
Maximumwet bulb
600 to gooF (i60 to 32ocl
2MotoSO%
78oF (26oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
5oo to 11ooF ( 1oo to 4gocl
8o/otoSff/o
gooF (27oc)
i
The 3410 can be attachedto eithersideof the 3411, with a
maximumof three units on a side.
** Porryered
trom3411.
Typical Tape Unit Layouts
8ro''
3410
3410
3410
3410
8ro'' 3410
t410
3410
8,0,',
3410
3410
3-3410
3411MAGNETIC
TAPEUNITANDCONTROL
MODELS
1.2, AND3
PlanView
Specifications
Dimensions:
I nches
centimeters
width
31
79
Depth
27
69
Height
39
99
ServiceClearances:
Inches
Centimeters
--l
12-112x8-q
{l ,1,
l
F ront
-o---o-
i
l
_ J___---______l_
Frcnt
Rear
3
6
6
91
15
0
Right
*
0*
Weight:
325 lb (150 kg)
HeatOutpuVhr:
3500 Btu (880 kcal)
Airflodmin:
2oo ft3 (6 m3)
Power Requirements:
Voltage
2Ogl23O!1oo/o
60 Hz All Models
and 50 Hz Model 1
KVA
1.2
Phases
1
PlugType
c
Powercord style
A2
Lsft
0*
0f
50 Hz
Models2,3
1.2
3
D2
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
60o to gooF (160to 32oc)
2U/oroSt/o
78oF (26"c1
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
soo to 1looF {1ooto 43oc
8TotoBWo
SooF(27ocl
The 3410 can be attachedto either sideof the 3411, wilh a
maximumof three units on a sidd.The 3411 Model 1 canhave
up to three 3410sattached(total capabitityof four tapeunitsl,
All units^arephysicallyattachedat the front corner,allowing
up to 90- swingbetweenunits.
3-3411
3741DATA STATIONMODELS1 AND 2
3741PROGRAMMABLE
WORKSTATIONMODELS3 AND 4
PlanView
Specifications
Dimensions:
fnches
Centimeters
Width
42
1O7
Height
Depth
26-114
67
87
Front
30
76
Rear
24
61
u
ServiceClearances:
Inches
Centimeters
?
+
,lr- rg
Y
i
a2 --"-------4,
I
Y
l3o
l_o_
__o_
__o_
__*__*_1_l
Weight(Maximum):
240 lb (109 kg)
HeatOutput/hr:
700 Btu (180 kcal)
Airflow/min:
1b0 ft3 (4 m3)
Right
0
1
0
4
Left
8
6
Power Requirements:
Voltage
kvA
! l0o/.
11512081230
O.4
Phases
1
PlugType
Powercord style
115V
H, J*
AS
2A8n30V
K, L*
As
OperatingEnvironment:
Temperature
Refativehumidity
Maximumwet butb
60o to gOoF(160to 32oC)
8%to80o/o
7g"F (26oC)
NonoperatingEnvironment:
Temperature
Refativehumidity
Maximumwet bulb
soo to 1looF (10oto 43oc)
SoAtoSO%
BOoF(27oC)
*
3-374I
Lockingtype.
3881OPTICALMARK READERMODEL1
PlanView
Specifications
Dimensions:
I nches
Centimeters
width
60
15.2
Depth
24
61
Height
55
140
Front
42
1O7
Rear
36
91
Right
Loft
0 3 0
0
7
6
ServiceClearances:
Inches
Centimeters
Weishr:
875 tb (400 kg)
HeatOutput/hr:
3500 Btu (880 kcal)
Airftodmin:
25 ft3 (0.7 m3)
Power Requirements:
Voltage
kvA
Phases
PlugType
Powercord style
! 1!o/o
2OBI23O
1.2
I
C
A2
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
60o to gooF (16" to 32oc)
2Oo/o
to SOYo
78oF (26oc)
NonoperatingEnvironment:
Temperature
Refativehumidity
Maximumwet bulb
boo to I 1ooF ( 10oto 4goc)
8o/o
to 8U/o
Soor (27oCl
3-3881
5421PRINTERCONTROL(FOR1403ATTACHMENT}
PlanView
Specifications
Dimensions:
Inches
Centimeters
I
?
ServiceGlearances:
Y
Inches
Centimeters
I
+
+
3.1/21
{
Z r l
I
Depth
20
51
Height
29
74
Front
36
91
Rear
30
76
Right
*
*
Left
24
6't
Fronr of 5421
I
I
Width
50
127
Weight:
405 lb (185kgl
Hsat Output/hr:
1800 Btu (550 kcal)
Airflow/min:
250 ft3 (7 m3)
Power Rgquirements:
Voftage
kVA
Phases
PlugType
Powercord style
2O8l23O! 1lo/o
1.0@ 60 H2,2.2@ 50 Hz
3
D
B1
I
{_
L--O---O---O--
-O-
@ For cablesfrom 1403.
o
For cablesfrom 3411 and 3284.
--o---o-
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet butb
60o to loooF (16oto 38oc)
8% toSU/o
78oF (26oC)
NonoperatingEnvironment:
Temperature
Refative humidity
Maximumwet bulb
50o to 110oF { 1Ooto 43oC}
8o/oto 8ff/o
8oor (27oc)
*
3-5421
Right serviceclearanceincludedin overallsystemrequirements.
5445DISKSTORAGE
DRIVEMODELS1 AND 2
PlanView
Specifications
Dimensionr:
Width*" Dopth
29
32
74
81
Hoight
60
151
Inches
Centimeters
Front
Roar
3
6
3
9
1
9
Right
Lsft
6
0
0
1
0
0
Weight(Maximuml:
Modd I
800 tb (3TOkg)
Modol2
HeatOutput/hr:
2B0OBtu (7.|0 kcal) 1900 Btu (4g0 kcatl
AirfloVmin:
280 ft3 (8 m3,
Inches
Centimeters
ServiceClearances:
Flont
Power Requirements:
voltage
ZOgl23OX1O%
kVA
1.0 @60 Hz
1 . 3@ 5 0 H z
Phases
1
PlugType
A
Pow€rcord stylo
A8
670 lb (300 kgl
2OOft3 (6 m3t
r
0.7 @60 Hz
1 . 0@E 0 H z
*
*
*
OperatingEnvironmont:
Temperarure
Refativehumidity
Maximumwet bulb
60o to gooF (16o to 32oc)
8/o to 8V/o
TgoF(26oC)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
soo to il ooF ( 1oo to 4goc)
8o/oto 8V/o
SooF(27oc)
* Model 2 is powered from Model L
+t Model2 must be bolt€d to tho
right sideof Model L
Overallwidth is then 58 inches(147 cm).
3-5445.1
5445DISKSTORAGE
DRIVEMODEL3
Specifications
PlanView
Dimensions:
Inches
centimeters
Width
56
142
Depth
32
81
Heighr
60
151
Front
36
91
Rear
36
91
Right
ServiceClearances:
Inches
Centimeters
Weight(Maximuml:
1150 lb (520 kg)
HeatOutput/hr:
4700 Btu ( 1185 kcal)
Airflow/min:
480 ft3 (14 m3l
0
0
Left
0
0
Power Requirements:
Vof tage
2O8/23A
kVA
1.7@60 Hz
2.3 @ 50 Hz
Phases
1
PlugType
A
Powercord style AB
OperatingEnvironment:
Temperature
Relativehumidiry
Maximumwer bulb
60o to gooF (16oto 32oc)
to 8Oo/o
8o/o
78oF(26oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
soo to 110oF(10oto43oc)
8o/otoBff/o
SOoF(27ocl
3-5445.2
5448DISKSTORAGE
DRIVE
Specifications
PlanView
Dimensions:
Width
I nches
Centimeters
- -o- - -o-- -o- - -o- - -o- -1
f p| |
f
.
l
F-
17-d
o
l
l
t
6l
: t
t t
il -lf*-t
?,j,,,1
Rear
Right
30
76
24
61
24
61
|
?
|
Weight(Maximuml:
510 lb (235kg)
Heat Output/hr:
2400 btu (605 kcal)
Airflow/min:
2oo ft3 (6m31
"
I,
5/u8 |
?
*
o
.l
ot_
I
6
!l
l \
r
I
T
+l l,'o"l\o i l',n*,+
j
i.p
Yl
II
I J
Front
,
Yl
r___->jl
.t
H8z P r a c e s|
Height
35-112 29-112
90
75
Inches
Centimeters
i-j'-l
e+ |
I
Deprh
ServiceClearances:
{1il\ilZllr
i
)(_%rl
++r_
{
'+d'
iltbl;,rx+
34
87
,
?|
Power Requirements:*
KVA
0.9
I t+ f -+-- -o- - -o- | -o- - -o- i
F.12*+*34---+-24-_-l
Operating Environrnent:
Temperature
Relative humidity
Maximum wet bulb
Disk storagedrive is locatedin drawerundertabletop.
Drawercan be extended18 inchesin front and
18 inchesin rearfor servicing.
60" to 100oF (160 to 3gog)
8o/oto BOo/o
TgoF (26oC)
Nonoperating Environmentl
Temperature
Refativehumidity
Maximumwet butb
Gatecan be removedfor shipmentor moving.
"
3-5448
so" to 1 |ooF (1ooto 43oc)
8o/o
to BO%
gO"F (27oC)
Poweredfrom processing
unit
Left
12
31
5486CARDSORTERMODELS1 AND 2
PlanView
Specifications
Dimensions:
p -€---0t-_48_l
- +-
Inches
Centimeters
-+ - {-
Width
48
122
Depth
24
61
Height
54
137
ServiceClearances:
Front
Inches
Centimeters
3
7
Rear
0
6
2
6
Right
4
1
Weight:+
250 lb (115 kg)
HeatOutput/hr:
1150Btu (290 kcal)
Airflodmin:
o ft3 (o m3)
2
6
Left
4
0
1
0
PowerRequ3rements:
Voltage
1'.15! 100/0
KVA
0.6
Phases
1
PlugType
H
Powercord style A5
OperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
booto 1looF (1ooto 43oc)
8o/oto8@/o
BsoF(29oc)
Nonoperating Environment;
Temperature
R e l a t i v eh u m i d i t y
Maximum wet bulb
so" to 125oF(1ooto bloc)
8o/otoSOYo
SsoF(zgoc)
*
3-5486
Datagivenis for sorterand tablecombined. Sorterweighs
145lb (66 kgl. Tableweighs105 lb (48 kg). Sorteris
packedin a separatecarton;it is the customer'sresponsibility
to placethe sorteron the table.
5496DATARECORDER
MODELS1 AND 2
PlanView
Specifications
Dimensions:
lnches
Centimeters
Width
42
107
Depth
24
61
Height
37-112
95
ServiceClearances:
,,rl
I
I
Y
lnches
Centimeters
I
a
I
{
Front
Rear
3
0
6
76
15
Right*
Left
1
8
0
4
6
0
Weight:
2b0 tb (115 kg)
HeatOutput/hr:
850 Btu (220 kcall @ 60 Hz
1225 Btu (310 kcat)@50 Hz
I
?
Power Requirements:
Voltage
115 ! 1,o/o
KVA
0.4 @60 Hz
0.6 @ 50 Hz
Phases
1
PlugType
H
Powercord style Ab
Operatlng.
Environment:
Temperature
Relativehumidity
Maximumvvetbulb
soo to llooF (loo to 43ocl
8o/oto 8@/o
8E"F (29oc)
NonoperatingEnvironment:
Temperature
Relativehumidity
Maximumwet bulb
sOoto l2soF (1ooto blocl
8% to g1o/o
gsoF (29oC)
* Clearance
requiredabovetabletoponly.
3-5496
Section4. System/3 Cabling Information
M O D E L4 C A B L I N GS C H E M A T I C
60 Hertz Systems
3-44
-r#-
\*,
./--
r?i,
50 Hertz Systems
4-1
M O D E L6 C A B L I N GS C H E M A T I C
60 Hertz Systems
See Note 1 1
l * . I
No,e18-{4
| ;:1il-'*
I
54s6 J-
s-to
50 Hertz Systems
1255
5496
4-2
M O D E L8 C A B L I N GS C H E M A T l C
60 Heru Systems
*,"-.l;1
i
ffi
'o''..Bj
339
or 34O
50 Hertz Systems
r-l
trr-Fl
l'F"'
t07
311
3277,3244,
32a6,3288
4-3
i
I
M O D E L1 OC A B L I N GS C H E M A T I C
60 Hertz Systems
,,ruu l--
I
I l----t
N o t e2 1 - l
3-o4
I
I
'"'{
- J l s + + a l
f -Jl
unit#1
|
3.01
[544s
rvr.oer
r,s
I
"rr-E
I
:l:--l-;]
l-3-16
A
See Note 1 l
\-z-3-2o
| ^,.*l
unit*z
I
3-30-
N o n s w i t c h e dm o d e m
itched modem (with auto-answer)
3-21
f--
50 HertzSystems
1255
|
l-
3_01
5448
I
l
nto
Note 21
l--
l
1rvr"oer
. .r,.gI,
I
3-13
"rr-E
3-16
l-S e e N o t e 11
334
4-4
N o n s w i t c h e dm o d e m
M O D E L 1 2 C A B L I N GS C H E M A T I C
60 HertzSystems
342
343
342
or 3{3
F;F,,,
a-,04
t-'uru
,tr{
I i,r*]-.,'
See Note 1 1
N o n s w i t c h e dm o d e m
Switched modem (with auto-answer)
3277,3244,
3286, 3288
50 Hertz Systems
E E E
/
3340
Model C2
3I2
-
Note 18
_3-24
or 3{5
1 442
a'roJ
|
1403
3-15{
3-20
or 3-22
See Note 1 1
3-34 -
3277,3284,
3286,3288
4-5
N o n s w i t c h o dm o d t
|
M O D E L1 5 C A B L I N GS C H E M A T I C
60 HertzSystems
5445
M o d e l1 , 3
3-O2
or 3-03
)FF
1442
A u t o c a ll
Unit 2
3-25
3-26
330 or &49
3-27
331
3-47
or
348
4-6
Nonswitched modem
Switched modem (with auto-answerl
50 Hertz Systems
3277,3284,
3286, 3288
5445
M o d e l1 , 3
3-02
or 3-05
1442
"rr{
f--t-2s6o
|
|
s-zs
f-
See Note 1 1 a n o 26
334
or
350
3-26
+t-r,
4-7
N o n s w i t c h e dm o d e m
C A B L I N GS U M M A R YC H A R T
T h i s c h a r t s u m m a r i z e st h e c a b l i n g i n f o r m a t i o n f o r a l l m o d e l s
o f S y s t e m / 3 a n d t h e i r a t t a c h e d u n i t s . ( U s e t h e b t a n k s p a c e sa t t h e b o t t o m
of the chart to record new cabling information supplied
b y t e c h n i c a l n e w s l e t t e r st o t h i s m a n u a l . U s e t h e b l a n k s p a c e sb e l o w t h e c a b l i n g
n o t e s t o a d d c a b l i n g n o t e s s u p p l i e db y t e c h n i c a l n e w s l e t t e r . )
301
3-02
3-03
3-O4
305
3-07
3-08
3-09
3 - 10
J - l
I
3 - 13
3-14
J-t3
J-to
3-17
1255
Data set l
'l
Data set
40
30
40
30
30
t,'
Autocall unit 1
v.
v/
Data set 1
V
V
\/'
Data set
30
30
30
25
30
Data set
Autocall unit
5496-1 , -2
Data set
I
I
1 2 70
I 403
14 0 3
5445-1 , -3
341 1
I
5421 |
5421
|
V/
1 \ a , c, l 2
1 ( b ) ,3
1 ( a ) ,4
1( c ) ,5
t ( a , c ), 2
1( b i . 3
| l a . ,\ 4
1( c ) ,5
4A
z3
I
5203,I
30
5421 )
J-rd
J. IY
3-20
3-21
J- 22
3-24
J- ZC
5- Zt)
3-28
3-29
3-30
J-J
I
3-34
J- JC
sJo
3-31
J.Jd
J- JY
3-40
3-41
horl
J.Z+J
3-44
345
3-46
3-41
3-48
3-49
J-5U
*cable
129
14 4 2
Data set 2
A u t o c a l lu n i t 2
Data set 2
z2
w
v'
3881-1
2560
2560
2560
2501
v.
AE
vl
V
V
30
30
30
V
40
25
25
z3
l l a , c ), 7
1(a),8
l t c ) ,9
l0
13
2501
C o m m o n c a r r i e rf a c i l i t y
C o m m o n c a r r i e rf a c il i t y
C o m m o n c a r r i e rf a c i li t y
3340,A2
V
V
v/
V
\'/
3340.A2
Data set 2
Data set 2
C o m m o n c a r r i e rt a c i l i t y
C o m m o n c a r r i e r f a c iI i t y
V
lt/
V
C o m m o n c a r r i e rf a c i li t y
3217, 3284,3286, 3288
3340.C2
3340.C2
Data set 1
Autocallunit 1
Data set
Data set BSCC
Data set - BSCC
C o m m o n c a r r i e r f a c i li t y
C o m m o n c a r r i e rf a c i l i t y
V
i s u s e do n s y s t e m i d e n t i f i e d b y c p u s h o w n , b u t c o n n e c t s
t o u n i t r a s t e du n d e r o t h e r .
4-8
12
JU
30
30
200
200
30
30
30
30
30
2000
40
4A
30
30
30
30
30
30
30
12
13,16
rz, 13. to
1\ a , c ,) 1 7
1{c)1
, 9
11
1E
1 3 ,1 6
12,16
20
1 ( a , c, 2l
1(at,,4
1(c),5
1 \ a ,c ! , 2 2
25
z5
16,23,24
Notes:
1.
C o m m u n i c a t i o n c a b l e sa r e s u p p l i e dw i t h t h e a p p r o p r i a t et e r m i n a t i o n f o r a t t a c h m e n t t o c o m m u n i c a t i o n s f a c i l i t i e s . T e r m i n a t i o n s p r o v i d e d a r e ( a ) E I A R S 2 3 2 c o n n e c t o rw i t h 6 0 H z ; ( b ) B u r n d y M D 1 2 M X P c o n n e c t o rw i t h 6 0 H z ; ( c ) C C I T T c o n n e c t o rw i t h 5 0 H z .
2.
F o r u s e w i t h B S C A ( S F 2 0 7 4 ) a n d w i t h o u t h i g h s p e e da d a p t e r r a t e ( S F 9 7 5 5 ) a t 12 0 0 b p s s w - n o n s w S w e d e n ( S F 2 8 3 7 ) .
F o r u s e w i t h B S C A ( S F 2 0 7 4 ) a n d h i g h s p e e da d a p t e r r a t e ( S F 9 7 5 5 ) .
3.
4.
F o r u s e w i t h a u t o c a l l( S F 1 3 1 5 ) .
F o r u s e w i t h B S C A ( S F 2 0 7 4 ) a n d 1 2 0 0 b p s s w - n o n s w , S w e d e n ( S F 2 8 3 7 ) . I n c l u d e s8 - i n c h ( 2 0 c m ) a d a p t e r c a b l e .
5.
F o r u s e w i t h o n e 5 4 4 5 M o d e l 1 o r M o d e l 3 . O r d e r a s e c o n dc a b l e g r o u p 3 - 1 6 i f a s e c o n d5 4 4 5 M o d e l 1 o r M o d e l 3 i s t o b e c o n n e c t e d .
6.
M o d e l 2 d o e s n o t r e q u i r ea n e x t e r n a l c a b l e .
7.
F o r u s e w i t h B S C A ( S F 2 0 8 4 ) o r m e d i u m s p e e ds y n c h r o n o u sl i n e ( S F 6 2 0 2 ) a n d w i t h o u t 1 2 0 0 b p s s w - n o n s w , S w e d e n ( S F 2 8 5 7 ) .
8.
F o r u s ew i t h a u t o c a t l( S F 1 3 2 5 ) .
F o r u s e w i t h B S C A ( S F 2 0 8 4 ) o r m e d i u m s p e e ds y n c h r o n o u sl i n e ( S F 6 2 0 2 ) a n d 12 0 o b p s s w - n o n s w . S w e d e n ( S F 2 8 5 7 ) .
9.
10.
F o r u s ew i t h c a r d p r i n t { e a t u r e( S F 1 5 7 5 ) .
11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
2 1.
22.
23.
24.
25.
26.
D e v i c e s a p p r o v e d f o r ( 1 ) d i r e c t a t t a c h m e n t t o t h e B S C A ( S F 2 0 7 4 o r S F 2 0v8i a4t)h e E l A l o c a l a t t a c h m e n t ( S F 3 6 0o1r S F 3 6 0 2 )o r
v i a t h e l b c a l c o m m u n i c a t i o n s a d a p t e r ( S F 4 7 6 5 ) o r f o r ( 2 ) d i r e c t a t t a c h m e n t t o t h e i n t e g r a t e dc o m m u n i c a t i o n s a d a p t e r ( S F 4 6 4 5 ) v i a
l o c a l i n t e r f a c e( S F 4 8 0 1 o r S F 4 8 0 2 l ; u s e t h e d a t a s e t c a b l e o r d e r e d w i t h t h e a t t a c h e d d e v i c e . D o n o t u s e t h e S v s t e m / 3 d a t a s e r
c a b l e s( s u c h a s g r o u p 3 - 0 2 o r 3 - 0 7 ) .
Forusewithnon-swintegratedmodem(SF4781
T )h.e c u s t o m e r o r c o m m o n c a r r i e r m u s t p r o v i d e a n d a t t a c h a W e s t E
e rl e
nctric4O4B
( o r e q u i v a l e n t )r e c e p t a c l et o r h e l i n e .
F o r u s e w i t h s w i n t e g r a t e dm o d e m ( S F 4 7 8 2 ) . N o t a v a i l a b l ef o r 5 0 H z s y s t e m s .
C a b l e ,w h i c h i s 7 f e e t l o n g , i s s u p p l i e dw i t h t h e 3 2 8 4 a t t a c h m e n t ( S F 7 9 0 1) .
I n J a p a n ,u s e c a b l e g r o u p 3 - 3 0 w i t h a d a p t e r c a b l e s u p p l i e dw i t h N T T D l s e r v i c ec o n n e c t i o n ( S F 2 9 4 3 ) .
T h e c u s t o m e r i s r e s p o n s i b l ef o r h a v i n g t h i s c a b l e c o n n e c t e dt o t h e c o m m u n i c a t i o n s f a c i l i t y .
F o r u s e w i t h m e d i u m s p e e ds y n c h r o n o u sl i n e ( S F 6 2 0 2 ) a n d w i t h o u t 1 2 0 0 b p s s w - n o n s w S w e d e n ( S F 2 8 5 7 ).
C a b l ep r o v i d e d w i t h l / O a d a p t e r ( S F 3 2 6 5 o r S F 3 2 6 6 ) o n t h e 3 7 4 1 . S p e c i f y 9 0 1 8 a n d i n d i c a t e a l e n g t h o f 2 0 o r 4 0 f e e t .
F o r u s e w i t h m e d i u m s p e e ds y n c h r o n o u sl i n e ( S F 6 2 0 2 ) a n d 1 2 0 0 b p s s w - n o n s w S w e d e n ( S F 2 8 5 7 ) . l n c l u d e sa n 8 - i n c h ( 2 0 - c m )
a d a p t e rc a b l e .
F o r u s e w i t h d i s p l a y a d a p t e r ( S F 4 6 0 1 ) , d e v i c e i n t e r f a c e( S F 4 6 0 2 ) , l o c a l d i s p l a y a d a p t e r $ F 4 7 O 2 \ , i n t e g r a t e dd i s p l a y a d a p t e r ,o r
d i s p l a y i n c r e m e n t ( S F 4 7 0 4 ) . C u s t o m e r s u p p l i e d , i n s t a l l e d ,a n d m a i n t a i n e dc a b l e ; m a x i m u m l e n g t h n o t t o e x c e e d 2 0 0 0 f e e t . C a b l e s
m a y b e o r d e r e d t h r o u g h a n l B M b r a n c h o f f i c e v i a M E S ( M i s c e l l a n e o u s E q u i p m e n t S p e c i f i c a t i o. nSl e e l E M 3 2 T O l n f o r m a t i o n D i s p l a y
System lnstallation Manual-Physical Planning, GA27-2787. for cable specifications and IBM part numbers. lf the customer elects to
construct his own cable and/or procure commercial parts, seethe section entitled Cabte lnstattation Practice for 3270 in GA27-2787.
F o r c o m p l e t i o n o f M E S o r d e r f o r m , s e et h e f o l l o w i n g e x a m p l e :
C a b l e s a r e s u p p l i d w i t h t h e 5 4 4 3 .S i g n a cl a b l e l e n g t h i s l 2 f e e t f o r t h e M o d e l8 ; 9 f e e t f o r t h e M o d e l 1 0 . P o w e r c a b l e l e n g t h i s
20 feet.
F o r u s e w i t h E I A / C C I T T i n t e r f a c e( S F 3 7 0 3 o r S F 3 7 O 4 ) .
F o r u s e w i t h 1 2 0 0 b p s i n t e g r a t e dm o d e m ( S F 5 8 0 3 o r S F 5 8 O 4 ) . T h e c u s t o m e r o r c o m m o n c a r r i e r m u s t p r o v i d e a n d a t t a c h a
W e s t e r nE l e c t r i c 4 0 4 8 ( o r e q u i v a l e n t ) r e c e p t a b l et o t h e l i n e .
I n J a p a n ,u s e c a b l e g r o u p 3 4 9 w i t h a d a p t e r c a b l e s u p p l i e dw i t h N T T b l s e r v i c ec o n n e c t i o n ( S F 2 9 4 3 ) .
F o r u s e w i t h D D S a d a p t e r ( S F 5 8 1 3 o r S F 5 8 1 4 ) . T e r m i n a t i o n i s c o m p a t i b l e w i t h A m e r i c a n T e l e p h o n e a n d T e l e g r a p hC o r p o r a t i o n
D D S N e t w o r k C h a n n e lS e r v i c eU n i t ( C S D ) .
D e v i c e sa p p r o v e df o r d i r e c t a t t a c h m e n t t o t h e B S C C ( S F 2 0 9 4 ) v i a t h e E I A / C C I T T l o c a l a t t a c h m e n t ( S F 3 6 0 3 o r S F 3 6 0 4 ) u s e t h e
d a t a s e t c a b l e o r d e r e d w i t h t h e a t t a c h e d d e v i c e . D o n o t u s e t h e S y s t e m / 3 d a t a s e t c a b l e s( s u c h a s c a b l e g r o u p 3 - 0 2 o r 3 - 0 7 ) .
4-9
D e s c r i p t i o no f M E S P a r t s
Mach ine/Program
Feature Code
R P Q R e f e r e n c eN o .
_t"q1s"9/sgl:! Ecl:'cEll]|'.b"1
CableGroup
h
RPO Region Number
Length
From
( l n d i c a t e M o d e t C h a n g e sF r o m / T o )
OTY
Part or
B/M Number
fo
I
Unit
No
2,OOO
3271
8
il15
1
2577672
2.OOO
3277
I
5415
1
1833108
l f t h e i n s t a l l a t i o n i n c l u d e sa m u i t i p l e n u m b e r o f o n e m a c h i n e
t y p e , i n c l u d e a n i d e n t i f y i n g n u m b e r i n t h e l y ' oc o l u m n
in addirion to the machinetype.
4-10
Section 5. System/3SpecificationSummary
E N G L I S HU N I T S
S e r v i c eC l e a r a n c e
129
1255
0.4 H , J , K , L
1.0 A
850
2600 300
255
560
1.0 A
3 . 0 ts
2600 | 300
800c I 400
Display Station
t.0
1.5
0.7
0.25
0.2
3 0 0 0 | 3 10
4500 | 350
1800 | 50
780 | 80
550
I 700
1430
I
Card Reader
0.3
700
3600
525
770
650U
Card Data Recorder
1
)
lVlagnetrC
c h a r a c t e rR e a d e r
3 6
39
1 2 9 r 2 1 3 8 1 2 4 1 2 4L 0 l 0
1291?155
130 140 130 130 lr
21,22
12 5 5
1210
1403
14 0 3
14 4 2
2222
J,
M a g n e t i c C h a r a c t e rR e a d e r
ZJ
1 , 2 . 34,
P r in t e r
Pnnter
N1
6,7
Card Read Punch
Printer
ztbS
zcu I
2560
3271
3284
3340
3340
3340
3340
3344
3 4 10
341 1
3 74 1
3881
5203
5203
5213
5404
5406
5408
5 4 10
5 4 10
O p t i c a l R e a d e rS o r t e r
4 1 ,A 2
AI,A2
1
1,2,3
M u l t i ' F u n c t i o nC a r d M a c h i n e
Display Station
P ri n t e r
Drsk Storage
o.2
0.3
2.2
B1
Disk Storage
1 1
6l
Disk Storage
B2
1,2,3
1 ,2 , 3
D i r e c t A c c e s sS t o r a g e
1.7
1.8 B
1.1
0.3
l \ 4 a g n e t i cT a p e U n i t & C o n t r o l
1 1
Atl
I
Data Station
0.4 H , J
1.2 C
0.r
'l.l
Disk Storage
Optical Mark Reader
Prinler
3
1
M a g n e t i cT a p e U n i r
P ri n t e r
1
4
P r in t e r
Arl
P r o c e s s i n gU n t
P r o c e s s i n gU n i t
Ail
P r o c e s s i n gU n i t
Atl
P r o c e s s i n gU n i l
Atl
P r o c e s s i n gl . J n i tw i t h S F 5 7 3 2
5 4 10
5412
5412
5412
5 4 15
Atl
P r o c e s s i nU
gnrtwith SF5734
P r o c e s s i n gU n i t
5 4 15
5421
5422
5424
5444
Ail
1
P r o c e s s i nU
gnit w;1LtOUtaO
Printer Control
Atl
Disk Fnclosure
l \ 4 u l t i - F u n c t i o nC a r d U n i t
Atl
D i s k S t o r a g eD r i v e
5445
5445
5445
5447
5447
5444
I
D i s k S t o r a g eD r i v e
2
D i s k S t o r a g eD r i v e
?
D r s k S t o r a g eD r i v e
547 1
5475
5486
5496
P r o c e s s i nU
gnlt wrth SF5732
P r o c e s s i nU
gnit with SF5734
P r o c e s s i nU
g nrt
0.2
2.5
D
2e, AorD
2.6 D
2.5 D
J.+
D
4.3
3.4
4.5
5.6
4.5
D
D
D
D
D
56 D
1 0 D
0.4
0.8
o.25
't.0
D i s k S t o r a g e& C o n t r o l
o.7
1.1
0.35
0.6
Disk StorageDrive
0.9
P ri n t e r - K e yb o a r d
o.7
D i s k S t o r a g e& C o n t r o l
., L
Data Recorder
l:i3
i r o
I ras
| 400
I
| 40t)
4
0
0
|
1400
i 60
200
|
700 | 150
I
3500 | 25 I
3300 |
250 i
240
z+u
8/5
6 l3
36 l3
3 4
130l0l0
l3
136 124
136 i24
i 3 3 1 2 1 4 6 r 2 1 13 36 6|
t331/21461,21
13
36
6|
i 3 3 1 2 1 4 6 1 2 1 3163 6 1
l 3 3 r 1 1 4 6 1 ?1 3 6 1 3 6 |
1 2 7 r 3 o 1 3 5I 6 |
0 | 0 lrs
0 | 0 lre
2 4i 3 6 l 1 4
0
0 lre
i
0 | 0 15
, r , l 2r6 ,. 1 t lt4t r3 4, l s o l o 0l o 1l 8o l r a , r +
130 124 i
142
|
is
ioo ,zq lss l+zlaoi o i:o irs,rq
I
i
lrn
I 5s0 i 5 6 r 4 ] 2 0t 4 1 1 2 1I
1 5 6 1 4 1 2 0 t 4 i 1 2 t t
110
i.o i,,
',?4
7000 i 300 e00
I
r300 300 I 1 3 0 0 1 9 3
68co 3oo 13 3 0 ) 2 4
|
8300 | 500 1 0 0 0 ) 2 4
I
r 1 2 0 0I 6 5 0I 1 0 7 5 2 4
14000I 800 ] r r s c 2 4
|
|
i r q
'1
l,?12
1l
i45
l4ti
4 . 9 ,1 3
ne
i
147
461t4
100
)41
160
4,9, 13
4 . 6 .1 3
4 . 6 .1 3
\44
t44
4, 9, 1-?
4,6.13
1 , 4 ,1 3
t ,4 ,1 3
!8
3,4,7
3 . 4 . 8 .1 6
3,4,8
iizso
1 4 7 0 0 i 7 5 0 tt 1325
1 7 t A O 9 0 0 raoo
I
24
24
24
24
i47
160
t 6 9 . 1 . 1t46 0
i 6 9 . 1 i 4t 6 0
1 6 9 1 / 41 6 0
i 6 9 - 1 / 41 6 0
1 7 7 0 0 | 9 0 0 I r+oo
18 0 0 | 2 5 0 4 0 5
|
1000 |
I
2000 |
24
50
34
34
16
l ( i 9 - 1 i 41 6 0
l2O
i29
r36 r30
t 2 9 . 1 t 2t 2 9 . 1 t 2
| 29 1,'2| 55
i28
i10
29
?9
l3?_
132
i60
16()
136 i36 :0 | 0
36 l:16 0 | 0
l9,r/
11 0 . 1 /
56
t32
i60
136 '3o
lt
69
6c 9e
137
1 33 7/
1
17 9 1, ' 2
1 it2z i
i: 2z 9! 1
34
l a s - l zl 2 s . 1 p l 3 oi z q l z q l t z l t
rranrr
latr^
14700 750 | 1325
7ooI
l g o
I
28oo | 280 | 8oo
19c0 i 200 | 6 i 0
4700 480 I rr s o
I
1 0 0 0I
i soo
1 7 o oI
I oso
24OOl,2OO
I sro
5ooI
I
0.6
0.4
325
136 142 142 12
l30 I 6 ir8 13,ls
3,4
3,4
loo lr:i2146121
l a3o6I o l r o I ' 0 . ' o
600 1 4 2
142
900 l o 8
850 ! 4 5
r80 1 3 1
I 1?9
2oooI
Data Entry Keyboard
Card Sorter
j o " o j r r , r l o o . l rl .uul r ol . ol ,
750
|
1 2 5 0 1 5 7t 8 1 2 9
1 5 31 2 i 3 b
I
t36
i 520 4 3
124
149
j zoo 4 0
t 1 8 5 / 8t 1 6
1 2 0 1 8 - 3 / 8| 1 7 3 1 8 | 1 6 3 / B
|
30
| 50
124
145
136
6?
| 100
l31
144
136
1 4 1 ' , 2| 1 6
| 1 6 . 78
2 6 . J ' 1, 1
8 51 4 1 3 7 3 / 14 3 0
| 4 0 0 i 900
3500
5000
5000
5000
850
3500
C
5 6 1 2 1 2 9 1 2 1 5 b i 3 0 1 4 0 3 0 1 3 0l l
;8
lze t 2 l55
1 3 0 1 4 2 1 4 0 14 0 i r 4
1150 |
850
5-1
I
i 0 0
,5
]
I 2s0
250
1 . 4 .1 3
r .4 . l 3
1,4.13
i 0
|
i
i
0
4
I
14
|
I
zo l,u ja I i i i l.,o
I
16 113 15 i
i
i
|
13,4
i
i4 2: ll ?,4 o .li 3:7 ,i1 t"2 i] | 3:09l . l6 ' i| riB ?| 10 I1i l :, 1l 2l l . ^|,
Notes:
1.
2.
3.
4.
5.
6'
7'
P o w e rc o r d i s 1 0 f e e t l o n g .
1403 is powered from S421.
P o w e r e d f r o m p r o c e s s i n gu n i t .
S e e S e c t i o n 2 f o r s e r v i c ec l e a r a n c e s .
P o w e r e d f r o m 3 4 . 1l .
Power cord is I feet tong. (1403 attachment
r e q u i r e sa d d i t i o n a l p o w e r o u t l e t - s e e n o t e 2 )
F o r s y s t e m / 3 M o d e l s 1 0 a n d 1 5 , i n c l u d ew e i g h t
o f 5 4 4 4 a n d a s s o c i a t e dh a r d w a r ew i t h w e i g h t o f s 4 2 2 :
5422 with one 5444
400 tbs
5422 with two 5444s
510 tbs
8'
F o r s y s t e m / 3 M o d e l s 1 0 a n d 1 5 , i n c l u d ew e i g h t
o f 5 4 4 4 a n d a s s o c i a t e dh a r d w a r ew i r h w e i g h t o f s 4 2 4 :
8424 alone
450 lbs
5424with one 5444
600 tbs
5424 with two 5444s
700 tbs
Powercord is 8 feet long.
1 0 . R e c e i v e sp o w e r f r o m M o d e l 1 .
1 1 . Powercord is 7 feet long.
1 2 . R i g h t s e r v i c ec l e a r a n c ei s n e e d e da b o v e t a b l e t o p
only.
tJ.
This unit is equippedwith radio interference
c o n t r o l c i r c u i t r y a n d r e q u i r e sa g o o d
i n s u l a t e dw i r e d e a r t h o r b u i r d i n g g r o u n d . T o t a r
r e s i s t a n c eo f t h e g r o u n d c o n d u c t o r ,
m e a s u r e db e t w e e n t h e r e c e p t a c l ea n d t h e b u i l d i n g g r o u n d
p o i n t , m a y n o t e x c e e d3
o h m s . F o r p r o p e r o p e r a t i o n ,a l l c o m p o n e n t so f
t h e s y s t e m o r s y s t e m st o w h i c h
t h i s u n i t i s a t t a c h e d m u s t h a v e t h e s a m eg r o u n d
reference.Conduit is not a
s a t a s f a c t o r ym e a n so f g r o u n d i n g .
1 4 . Powercord is 14 feet long.
1 5 . Left serviceclearance not required from floor
level to 30 inches above the floor.
1 6 . O n d i s k - o r i e n t e ds y s t e m s ,t h e t h i c k r e a r c o v e r
i n c r e a s e sm a c h i n e d e p t h t o 3 5 _ 1 / 2 i n c n e s
T h i s c o v e r m a y b e r e m o v e df o r m a c h i n e i n s t a l l a t i o n .
1 7 . S p e c i fi e d w e i g h t i s m a x i m u m .
1 8 . Powercord is 11-1/2 feet long.
1 9 . S e r v i c ec l e a r a n c eo n r i g h t s i d e i s 2 4 i n c h e si f t h i s
is an end unit.
5-2
M E T R I CU N ! T S
lype
Model
129
Descriotion
Card Data Reader
zcJ
1
)
255
270
21,22
3,23
1 , 2 , 34,
M a g n e t i cC h a r a c t e rR e a d e r
It4agneticCharacter Reader
I320
I
N1
6,1
P r in t e r
P r in t e r
Display Station
750
11 3 0
450
200
14Q
I
0
1
1.0
1.5
0.7
o.25
0.2
Card Reader
0.3
o.2
0.3
2.2 D2
180
910
140
200
16 5 0
1 A
1.2
1.7
1 . 8 D2
1.1
0.3
1 . 2 A2
890
13 0 0
13 0 0
1300
220
880
0.4
1 . 2 A2
o.7
't.1
o.2
180
880
500
830
70
2.5 D2
2.6
D2
2.6 nt
2.5 B 1
3.4 B 1
1770
1840
17 5 0
2 10 0
B1
B1
B1
B1
B1
B1
B,I
4 1 ,A 2
4 1 ,A 2
)
'|
Multi-Function Card Machine
Display Station
P ri n t e r
32A4
3340
1,2,3
A2
3340
3340
3340
3344
3 4 10
3/11
B,I
82
C2
a2
1,2,3
1,2,3
Disk Storage
3 74 1
Atl
1
't,
2
Data Station
54(X
5406
908
5 4 10
5 4 10
I
0
P ri n t e r
Card Read Punch
Disk Storage
Disk Storage
Disk Storage
D i r e c t A c c e s sS t o r a g e
l,4agneticTape Unit
M a g n e t i cT a p e U n i t & C o n t r o l
Optical llark Reader
P r in t e r
P ri n t e r
1.2.3
P r in t e r
P r o c e s s i n gU n i t
I . J
Atl
Atl
Atl
Atl
P r o c e s s i n gU n i t
5410
5412
5412
5412
5415
Arl
P r o c e s s i n gU n i t w i t h S F 5 7 3 4
P r o c e s s i n gU n i t
Atl
P r o c e s s i n gU n i t w i t h S F 5 7 3 2
P r o c e s s i n gU n i t w i t h S F 5 7 3 4
P r o c e s s i n gU n i t
5 4 15
5421
5422
5424
5444
Atl
1
P r o c e s s i n gU n i t w i t h S F 5 7 3 4
Printer Control
5.6
Disk Enclosure
Atl
All
Multi-Function Card Unit
0.4
0.8
o.25
945
5445
5445
5447
5447
5448
547'l
5475
5486
5496
1
D i s k S t o r a g eD r i v e
P r o c e s s i n gU n i t
P r o c e s s i n gU n i t
P r o c e s s i n gU n i t w i t h S F 5 7 3 2
D i s k S t o r a g eD r i v e
3.4
4.5
5.6
Disk StorageDrive
Printer-Keyboard
Data Entry Keyboard
Card Sorter
Data Recorder
0.6
0.6
3
D i s k S t o r a g eD r i v e
A2
D i s k S t o r a g e& C o n t r o l
D i s k S t o r a g e& C o n t r o l
1,2
q.J
1 . 3 A8
1.0
2 . 3 A8
0.35
0.6
0.9
0.2
D i s k S t o r a g eD r i v e
1
1
't.2
B1
650
2000
q
2501
2560
5203
5203
5213
'1.0
|1 2 0
l'""
I
3.0
)
I
220
650
0.4
1.0
O p t i c a l R e a d e rS o r t e r
1403
1403
1442
2222
2265
Jdb
Electrical,50 Hz n v i r o n m e n t a
Dimensions(cm)
Cord
iVeight
K V A Stvle
I k oI
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