IBM 9370 Installation Manual - Physical Planning

r

,

I

..

----

----

- -

---

---

- -

---

- --

---

-----

--_

.-

9370 Information System

Installation Manual ­Physical Planning

o

GA24-4031-0
File No. 9370-15

IBM 9370 I nformation System
Installation Manual ­Physical Planning

o

o

-~--

---.-

- -

---

---

-

-.

- --

-----

-----,-

---

---

Federal
(FCC)

Communications

Statement

Commission

Warning:
uses,
energy
accordance
may

cause

and

and

This

equipment

can

radiate

if

not

with

interference
communications.
found

to

comply
Class A computing
Subpart J of
are

designed
protection
when

operated
environment.
equipment
to

cause

user

at

his

to

take

whatever

required

Part

to

provide

against

in a commercial

Operation

in a residential

interference

own

expense

to

correct

radio

installed

the

instruction

It

has

with

the

device

15

of

FCC

reasonable

such

in

measures

the

interference.

generates,

frequency

and

used

manual,

to

radio

been

tested

limits

for

pursuant

Rules,

interference

of

this

area

is

likely

which

will

case

be

may

required

be

o

in

and

a

to

which

the

First

Information
time.
through

Any
not
may
instead.

It
information
programming,
country.
to
programming,

Publications
requests
representative
locality.

Aform
If

IBM
any
obligation

Edition

Changes

the

reference

intended

be

used. Any

is possible

Such

mean

that

for copies

for

the

reader's

form

IBM

Systems
Product
P.O.

Box

Endicott,

may

use

way

it

believes

whatever.

about,

has

(October

in

this

manual

will

be

System

Library

to

an

IBM

to

state

or

functionally

that

this

material

IBM

or

services

references

IBM

intends

or

services

are

not

stocked

of

IBM

or

to

the

comments is

been

removed, comments

Technology

Publications

6

NY

13760

or

distribute

appropriate

is

reported

Subscription

program

imply

products

that
or

information

to

announce

in

your

at

publications

IBM

branch

Dept.

any

1986)

subject

to

in

subsequent

product

that

only

equivalent

may

contain

(machines

are

not

country.

the

address

office

at

the

Division

K10

of

the

information

without

change

from

revisions

Service. (SLSS)

in

this

IBM's

program

program

reference
and

must

below.

your

serving

may

programs),-

not

IBM

IBM

of

this

be

addressed

announced

such

to

back

incurring

time

to

or

document

product

may

be used

to,'or

in

your

be

construed

products,

Make

your

publication.

you

supply

any

to:

is

in

o

©

Copyright

International

Business

Machines

Corporation

1986

Who

Should

This
prepare
system.
before

Read This

book

contains

the

physical

Become

beginning

familiar

any

Book

information

site

and

plan

with

installation

necessary

for

the

contents

planning.

for

you

installing

of

the

this

to

9370

manual

«'tAW

o

How

to

Use This ,Book

This

book

has

Chapter

on

Chapter
specifications,
specifica

Chapter
enclosure,
specifications,

Chapter
three-dimensional
units.

Chapter
requirements

Chapter
description
Remote

1,

site

preparation

2,
tions.
3,

4,

5,

6,

Service.

"Introduction,"

"System

"Rack,"

including

"Unit

"Cable

"Remote

of

six

chapters

and

Specifications,"

such

as

primary

explains

environmental

and

limitations.

Specifications,"

views

Requirements,"

for

ordering

Facility,"

Remote

Service

and

four

provides

customer

power

the

and

specifications

system

provides a general

and

appendixes:
general

responsibility.

provides

and

requirements

and

provides

provides

cables.

system

information

environmental

power

for

the

requirements

system

for

the

system

rack

for

Appendix
specification
integrated

Appendix
illustrations

Appendix
checklist

Appendix
plan
the

floor

to

views

layout

o

A,

"Specification

and

noise-emission

in

the

system.

B,

"Plugs

of

the

required

C,

"Planning

prepare

D,

"Physical

of

the

9309

of

the

and

Receptacles,"

Checklist,"

for

installing

Planning
Rack
system.

Summary,"

level

plugs

Enclosure

and

provides a planning

the

Templates,"

provides

chart

system.

for

the

provides

receptacles.

provides

you

can

use

a

units

to

plan

III

What

If

You

You

The

•

•

•

•

•

• System/370

Need

Should

system

The

9309

The

following

processors:

9373
9375
9377

Integrated

Disk/Tape
Work
Telecommunications

Local
Direct
Magnetic

More

Know

hardware

Rack

Model
Models
Model

input/output
stations
area

access

tape

block

Information

consists

Enclosure.

IBM

9370

20

40

and

90.

network.

storage

drive

devices

units.

multiplexer

of:

rack-mounted

60

(I/O)

controllers

(DASD).

channels.

System/370

for:

Depending
following

•

IBM
Input/Output
Planning,

•

IBM
Manual­and

•

IBM
Manual-

•

IBM
Manual-Physical Planning,

•

IBM
Manual-Physical Planning,

•

IBM
Installation Guide, GA27-3341

• Installation
Accessories for

on

your

system

books

System/360, System/370, 4300 Processors,

Input/Output

4300 Processors, GC22-7069

General Information

Communications Terminals Installation

3270 Information Display Station Installation

Multiuse Communications Loop

helpful.

Equipment

GC22~7064

Equipment Reference Installation

Physical Planning: System/360, System/370,

Physical Planning, GC22-7072

and

Assembly

Attachment

equipment,

Installation

Manual

GA27-3006

GA27-2787

of

Coaxial Cable

to

IBM

you

may

find

the

Manual-

Installation

Planning

Products, GA27-2805

Physical

and

and

c

IV

o

1.

Introduction

Your Responsibilities

Planning the Layout
Planning Checklist

Making
Storage and
Electrical Power

Lightning
Convenience Outlets
Power Plugs and Receptacles
Additional Reference Material

the Layout

Shipping

Primary Computer Power Service

8ranch Circuits
Grounding
Computer Room Emergency

Protection

.............................

................................

................................

.................................

.................................

Environment

...................................

..................................

.....................................

...............................

...............................

.....................

....................

Power-Off

........................

........................

Controls

.......

1-1
1-3
1-3
1-5
1-5
1-6
1-7
1-7

1-8
1-10
1

-10
1-10
1-11
1 -11
1 -11

o

System

2.
Primary Rack Power

Power Control Compartment (PCC)
Power Phase Imbalance
Plugs and Receptacles:

Cooling

System Environmental Specifications

3.

Rack

Plan View
Raised Floor
Rack Specifications
Limitations

Requirements

Loading the Rack

4.

Unit

IBM

9373, 9375, and
9373
9373
9375
9375
9377
9377 Processor Specifications

I/O

Card

I/O

9332-400

9332-400

9335-A01

9335-A01 DASD Controller Specifications

9335-801

9335-801
9335-801

9347

Tape

9347

Power Sequence and Control

Unit

Specifications

................................

..........................................

...................................

(Not

to

Scale)

Cutout

.......................................

Specifications

Processor

Processor Specifications

Processor
Processor Specifications
Processor

Unit

Card

Unit

DASD

DASD Specifications

DASD Controller
DASD

DASD
DASD Specifications

Unit

Tape

Unit

Specifications

................................

.................................

...................................

...............................

9377

..................................

..................................

..................................

.....................................

Specifications

.................................

..................................

...............................

...................................

Specifications

..............................

......................

...........................

....

..........................

........................

Processors

.........................

. . . . . . . . . . . . . . . . . . . . .

......................

......................

......................

........................

....................

....................

.....................

........................

..................

...................

..................

............

..

2-1
2-2
2-3
2-6
2-6
2-7
2-7

3-1
3-3
3-6
3-7
3-8
3-8

3-11

4-1
4-2
4-2
4-3
4-4
4-5
4-6
4­4-8

4-9
4-10
4-11
4-12
4-13
4-14
4-14
4-15
4-16
4-17
4-18
4-19

7

v

5.

Cable

Cable Information

Channel Cable Length

Coaxial Cable Length

Communication Cable Length
Cable Schematic

System Cabling

Requirements

.................................

................................

...................................

......................

............................

............................

......................

. 5-1

.

5-2

.

5-2

.

5-2

.

5-3

.

5-4

.

5-6

6.

Remote
General Information
Communication Facilities

Requirements

Remote Facility

External Interface Adapter
Customer-Ordering Information For Remote Facility

Appendix
Specification Summary

Acoustics (Noise-Emission Levels)

Unit

Noise-Emission Levels

Appendix
Plugs/Receptacles for USA, AG, APG
Plugs and Receptacles

Three-Phase Power

50-

Hz
Appendix
Appendix

English Units
Metric
Template List

Glossary

Facility

..................................

...................................

A.

Specification

B.

Plugs

Power Cord Style

C.

Planning

O.

Physical

.....................................

Units

.....................................

.....................................

..........................

..........................

...........................

(USA

only)

Summary

Chart·

and

for

Plug

.......................

...................

.........................

Receptacles

EM

EA

....................

.........................

.........................

Checklist

Planning

Templates

...............

...........

............

.................

...............

-

......

........

.....

6-1

.

.

6-3

.

6-4

.

6-4

.

6-6

.

6-6

.

6-8

.

A-1

.

A-2

.

A-3

.

A-4

. B-1

.

8-2

.

8-3

.

8-6

.

8-7

. C-1

0-1

0-1

0-2

0-3

X-1

(;1

~

Index

.....................................

vi

X-5

o

r?q'rY'Tf;:'t:'t'~'T;,~'~~~<";0'''~:,",,'';''

,;;~~~

:.

:;:1";::

:'~:

r;:~

~..,,,.'?>,.,_,,,~=_~~_~v_

o

~~7·'":':<-~~~~·'''''

.«"~o<~"

Fig

~~'''::~wl

No.

1-1.

2-l.

2-2.
2-3.

3-1.

3-2.

3-3.

3-4.
3-5.

3-6.
3-7.
3-8.

4-1.

4-2.

4-3.

4-4.
4-5.
4-6.
4-7.
4-8.
4-9.

5-1.

5-2.

5-3.

5-4.

5-5.

5-6.

6-1.

A-I.
A-2.
A-3.

B-l.

B-2.
B-3.

B-4.
B-5.
B-6.

D-l.

D-2.

~".v'

..

~"'»>':~~w":"»:»,~,v,,,,~.:_.,,,~,«,=

Power
Power
Power
System
Plan
9309
Plan
Weight
Racks

Distribution
Control
Control

Environment

View Symbol

Rack

View

Distribution/Service

....................................

Required
Positioning

'«F"

Compartment
Compartments

Enclosure

for

Multiple

Service

and

Dimensions

N~Y«'~=<

Legend

Clearance

Center-of-Gravity for
Center-of-Gravity for
9373
9375
9377
I/O

Processor
Processor
Processor

Card

Unit

.............................

.............................

.............................

(Features
9332 Model 400 DASD
9335-A01 DASD
9335-B01 DASD
9347

Tape
Power
Cable
Channel
Cables
Control

Sequence

Schematic

Cabling

to

Unit-to-Channel
Cables for
Cables for
Remote
Unit
Noise

Facility

Specification

Emission
Power-Emission
Plugs

and

Plug

and

Connector/Receptacle
A/PG'
EMEA
EMEA

....................................

Plugs

200 - 240
Three-Phase
Power
Physical
Physical

Cord

Planning
Planning

Controller

...........................

Unit

...........................

and

...........................

Chart

the

9370

Processor

Asynchronous
Multi-Protocol

Configuration

Summary

Levels

Level

Receptacles

for

Single-Phase

Single-Phase

Power

Style

(50-Hz Reference)

Template
Template

"'''>'''' <'

.'"

'-:'-~'~":C=

'U.*

<M"

....

0WY#~'::~"~~;[;:T::

Systems

..................

Versions

for

Specifications

....................

Models 1

Racks

and 2 ............

.................

Clearance

..................

for

the

Modell

the

Model 2 .............

5010

and

......................

..................

Control

Unit

......................

..................

Cabling

Protocol

Adapter

..................

.......................

for

Sample

for USA

and

Power

Power

Plug

(for

15

(English)
(Metric)

~:;~~.:'/;:;"

...

~

':;;::'

"':~':>'::

»>'--:

>.;,,,

..........

EMEA

........

............

for

Multiple

the

Floor

Cutout

..............

5020)

..........

(Feature

6001).

..............

Adapter

............

................

Configurations

AG,

APG

for USA, AG,

(3

kVA)

Plug

(5

Amps)

..........

............

..........

...........

77;,~::;·~t:·

......

.....

and

.....

kVA) .

':···v<,:,:·~

Page

1-9
2-4
2-5
2-7
3-2
3-3
3-4

3-5
3-5

..

3-6
3-9

3-10

4-2
4-4
4-6

4-8
4-10
4-12
4-14
4-16
4-18

5-4

5-6

5-7

5-9
5-10
5-11

6-6

A-2
A-4

..

A-5

B-2
B-3

B-5
B-5
B-6

B-7
D-l
D-2

No.

o

VII

b

B

0

:::=

~

~

ac=:ss

~

-

IBM

9370

Information System

[J

~

in

Model 1 and Model 2

0

CJ

§=

==:

t:J

c:

CD

IJ

:::::

-==:

en

~

~

Q

-----------

Racks

C

~

---

viii

c"

o

Your Responsibilities
Planning the Layout
Planning Checklist
Making
Storage and Shipping Environment
Electrical Power

Lightning
Convenience Outlets
Power
Additional Reference Material

the Layout

Primary Computer Power Service

Branch Circuits
Grounding
Computer Room Emergency

Plugs and Receptacles

.....................................

Protection

................................

................................

.................................

.................................

...................................

..................................

Power-Off

...............................

.......

;.......................

........................

........................

.....................

....................

Controls

.......

1-3
1-3
1-5
1-5
1-6
1-7
1-7

1-8
1-10
1-10
1

-10
1-11
1-11
1-11

o

1-1

''':-

>,

,,"-

; ..

<:..,,,,,

-<

,.~

"

The
air-cooled,

IBM

the

9370

9309

rest

system

compatible

Rack

of

this

includes

with

Enclosure

book).

There

the

9370

System/370,

(for

clarity,

are

four

Processors,

and

reside

rack

will

versions

which

in

be

of

the

~,:.:

are

the

used

9370

,>

';'

,

,

;-~,;""

~

<'.).'".':;:.-

"

~.':<

'::~:<>.,.-.

in

i.~.

"

,.,;

Processor.

• 9373

• 9375

•
These

controllers
Some

•

•

Model

20

Models

9377

Model

processors

(residing

of

the

highlights

Rack-mounted

Direct
Tape

An

integrated

access

units

• A System/370

allows

• A
terminals)

Four

•

communicate
lines

you

to

Work

Station

communication

40

and

60

90.
use

microcode-driven

on

logic

of

the

I/O

units

storage

DASD/Tape

Block
use

Multiplexer

System/370

Subsystem

subsystems,

over

synchronous

cards)
9370

to

attach

system

units

Controller

Channel,

channel-attached

Controller

which

and

input/output

I/O

units.

include:

which

(uses

3270-type

allow

you

asynchronous

(I/O)

devices

to

o

•

Local

1-2

Area

Network

subsystem.

Your

Responsibilities

Site

preparation

This

book
expanding
this

activity,

contractors,
The

primary
physical
equipment.
supplies

[Plastic

(GX24-4047)
Site

•

•

o

for

space

paper

templates

preparation
Adhering
Preparing

planning).
Obtaining,

work

can

your

for

help

system.

you

may

or

vendors

task

of

and

Appendix

cutouts

in

units

are

includes:

to

the

the

physical

installing,

stations

the

system

you

prepare

Although

need

to

the

site

system

D,

"Physical

of

the

English

available.]

planning

and

or

the

is

your

for

help

from

complete

planner

layout

location

IBM

requirements

rack

(GX24-4046)

schedules.

maintaining

cabling

responsibility.

installing

you

are

IBM,

the

tasks.

is

to

identify

Planning

to

help

plan

and

of

the

units

coaxial

system.

and

responsible

consultants,

the

for

the

Templates,"

the

layout.

metric

(floor

cables

for

o

o

Planning

o

Inspecting

through

•

Arranging
facilities

telegraph,
these

•

Performing
input/output
the

the

Operational
system

•

Flow

•

Location

•

Necessity
system

facilities.

processor.

Layout

components.

of

the

site

doorways

for

installation

(common

or

private)

similar

(I/O)

requirements

work

units

and

of

planned

for

maintaining

to

insure

and

passageways.

carrier,

and

planning

devices

determine

Some

considerations

personnel

safety

that

each

of

any

communication

postal

connecting

that

equipment

service

telephone

functions

you

plan

where

within

clearances

.

unit

the

for

include:

the

system

IBM

to

you

area

will

fit

and

attach

place

for

to

to

all

1-3

Planning

the

•

•

•

•

•

You
before
equipment
layout
assignments

To
proposed
templates
(English
show
clearances
equipment.
gates
entry/exit

Layout

Priority
Space

location
The

system
Visual

least
Work

make a layout,

limitations,

length

one

space

may

need

choosing
for

area.

in

GA24-4046,

the

required

and

access

covers,

cutouts

(Continued)

of

channel-attached

such

of

columns,

of

the

cables

required

of

its

associated

and

aisles.

to

prepare

the

final

in

two

or

more

each

stage.

and

cable

you

For a precise

Appendix D or

metric

space

for

the

operator,

Templates

and

for

devices

as

floor-loading

and

provisions

connecting

between a control

I/O

devices

and

analyze

layout.

stages,
Consider
lengths

need

order

GA24-4047).

for

weight

also

show

the

location

cables.

If
prepare a separate

channel

for

an

accurate

layout,

clear

service

the

capacity,

for

growth

the

units

several

you

plan

priority

each

stage.

drawing

use

the

plastic

The

distribution

personnel,

radii

of

of

casters

in

the

unit

and

layouts

to

install

of

the

paper

templates

templates

and

and

test

swinging

and

frame

at

the

o

1-4

Note:

templates

swing

gate

Place
cables

vary.
schematics

You

of

an

swing

the

do

Refer

may

overlap

if

you

maintain

auxiliary

of

its

corresponding

equipment

not

exceed

to

the

for

the

clearances

the

unit

must

so

that

the

the

maximum

device

appropriate

specification

larger

not

control

lengths

limits.

shown

clearance.

interfere

unit.

of

limits;

these

pages

on

the

The

with

the

connecting

limits

and

gate

the

may

cable

o

Planning Checklist

The

planning

Checklist")
preparation
you

may
enough
system

time

arrives.

checklist

provides a suggested

may

require

to

not

require

some

complete

additional

(Appendix

all

of

the

necessary

C,

"Planning

schedule.

the

suggested

steps.

Be

steps

Your

sure

before

site

steps,

you

your

or

allow

o

Making

the

Layout

The

prepared
If

necessary,

appropriate

East/Africa)
the

following

on

the

•

Service

•

Location

Power
Air
File
Room
All

pillars.

•

The

layout

IBM

cable

has

items,

layout:

clearances

of:

receptacles

conditioning

cabinets,

emergency

entran"ces, exits, windows,

number

uses

lengths

fixed

of:

must

be

the

layout

[EMEA

length

and any

required

equipment

desks,

power-off

and

accurate

to

(IBM

cables.]

other

unique

for

each

and

other

controls

and

drawn

determine

Europe/Middle

Be

sure

to

considerations,

unit.

controls

office

and

equipment

columns

to

the

include

or

scale.

Control

The

control

Special
environment

•

tasks

Showing
affect

cable

o

units

number

unit.

that

include:

the

location

routing.

assigned

of

input/output

you

must

of

to

each

do for a

any

obstruction

channel

units

attached

raised-floor

that

to

Inay

each

1-5

;,lhf'ritJifdctitin';

~

-:;-.,

,"

".,

:,«,."

-,'(

<>

"'\

"

h

<'

"~:~~L:;_L:~t~L;:~~2'~~~i::

.:~~~<~~

..

::

~:::;~~:t.,,:':~~.::sv>.:?::_

~.",

b.~'A

lMx~<;,":;~~~~ij::~,~,c'::9

"',,,

~

Making

the

Layout

•

Showing

(Continued)

the

height

floor.

Note: The raised-floor

millimeters
inches).
and
height
channel

This

power

for the 9370 system,

feature,
However, the
an

additional

you

can

run
obstacles.

When a raised-floor

air

register,
required to restore
Figure
cutout

Tasks

that

environment

3-6 on

dimensions

you

must

include:

of

the

height

(6

inches)
height

and

should

distribution.

is

155 millimeters

height

should

raised-floor

should

460 millimeters (18

accommodate

The

minimum

with

also have a

above

the

be between 155

piping

raised-floor

the System/370

(6

inches).

minimum

115 millimeters (4.5 inches) to ensure

cables

additional

and

connectors over

panel

structural

page

3-6 for the recommended floor

and

do

for a non-raised-floor

is cut for cable

panel

support
integrity. See

placement.

and

may

entry

be

base

of

under

or

Storage

•

Showing
obstruction.

•

Showing
the

cable

along

•

Deciding
personnel

Always
lengths
have

proper

layout

and

IBM

changes

Shipping

designs
temperature
stored

or

control.

permanent

the

the

route

walls

if

review
do

not

clearances.

its

and

in

shipment)

If

you

damage

planned
amount

is

or

suspended).

you

need

and

equipment

the

final

exceed

that·affect

units

relative

store

can

placement

of

additional

indirectly

cable

of

between

guards

cables

cable

or

safety.

layout

limitations

Notify

cable

to

ensure

and

IBM

lengths.

that

immediately

Environment

to

they

the

result.

operate

humidity

unit

in a controlled

range,

require

some

outside

the

for

minimum

required,

units
ramps

that

all

(such

to

ensure

cable
devices

as

of

and

(even

when

environmental

specified

limits,

c

if

any

1-6

o

Warning:

chemicals
"System
and

Environmental

individual

Do

not

that

can

specifications

store a unit

cause

corrosion

Specifications"

in

in a room

damage.

on

Chapter

that

4.

has

See

page

2-7,

o

Electrical

Primary

Computer

When
blocks,

Packaging

designed
IBM

Ship
van),
transi t damage.

removing a unit

braces,

Bill

uniquely

Branch
the

with

Office.

units

appropriate

6;..

Power

Power

For

maximum

should
Connect

accounting
calculators
computer

connect

electrical

equipment,

to

units.

panels

for

shipment

and

preparation

of

Material.

for

each

through a household

strapping

,,'#@::Wr'1'"

procedures

This

unit,

and

and

iN

Service

reliability,

to

feeders

noise-producing

the

that

card

separate

computer

do not serve other loads.

punches,

from

or

storage,

found

is a protective

is

available

goods

~)5.·t,,*5N

devices,

those

carrier

padding

power

typewriters,

to

•

·.,.,;

panel

such

feeding

use

the

in

the

package

from

(padded

avoid

...

31

as

and

the

any

o

1-7

Electrical

Power

o

(Continued)

Branch

Circuits

The

branch

convenient,
Protect

circuit
manufacturer's
each
controls.
on

the

•

IBM
Manual­System/370,

•

IBM
Manual­System/370,

The

grounding

insulation

conductors.

Terminate
they

circuits
compliance
system
connected
Figure

circuit

well-lighted

the

individual

breakers

circuit

supply-within 3 meters

breaker

The

unit

specification

Input/Output

Physical

Input/Output

Physical

and

branch

in

either

with

should

to

the

I-Ion

panel

area

branch

properly

specifications

to

identify

power

and

and

wire

be

be

page

requirements

pages

Equipment
Planning

4300 Processors, GC22-7064.

Equipment
Planning

4300 Processors, GC22-7069.

of

the

equal

rigid

local

continuous,

building

in

circuits

or

or

1-9.

for

rated

branch
size

as

nonrigid

national

or

the

computer

of

the

computer

circuits

according

and

the

in:

for System/360,

for System/360,

to

close

(10 feet).

uninterrupted,

transformer

on

applicable

branch

for

I/O

Installation

Reference

circuit

the

neutral

as

possible

Run

metallic

standards).

should

room.

the

panel

to

the

codes.

circuit

equipment

Installation

must

have

and

to

the

branch

conduit

The

and

ground;

see

be

in

with

Label

it

are

phase

unit

(or

conduit

a

c

in

1-8

o

Remotely Operated
Power

Service

o

Incoming three-phase

power

from

service
entrance
system,
over-current

and

or

appropriate

suitable

Neutral

Ground

derived

protection

ground.

0-­0----

0---

.4""'=c-.t--+--+-

M a in

Ci

rcuit

Breakers

Appropriate

Grounding
Terminal
(Bonded to
Enclosure)

Bar

~Branch

of

Size

Circuits

Service
Entrance
Ground
Suitable
Building
Ground

Figure

1-1.

or

Legend:

---

---Insulated

Power

Phase

Distribution

o

Wires

Green

and

Wire

Neutral

Ground

Systems

208/240V

Customer-supplied

receptacl
in accordance with
local codes.

es/connectors

*

For

loads

requiring
neutral.
computer/data

processing

equipment

a

attach

only.

1-9

Electrical

Grounding

Power

A

machine

that

an

insulated
phase
and
terminals, a continuous
grounding.

To
check
the

For
low
operate
short
exceed 1 ohm
devices.

wire,

the

ensure

the

country

personnel
impedance

the

occurs.

(Continued)

must

be

be

installed

receptacle.

proper

grounding

circuit

grounding, a licensed

electrical

safety,

to

For

for

120-volt, 20-ampere

properly

green

For

and

the

limit

protective

example,

grounded.

wire

between

some

metallic

receptacles

codes.

ground

the

voltage

the

ground,

the

small

machines

conduit

must

to

devices

ground

It

is

recommended

the

same

size

branch

for

have

ground

if

branch

circuit

such

is

adequate

electrician

conformance

sufficiently

and

a phase-to-frame

path

shall
circuit

as

the

panel

as

for

should

with

to
not

Computer

Room

.

Lightning

Emergency

As a safety
controls
supplies
a

convenient

exit

doors

Follow

precaution,

for

disconnecting

the

computer

place

of

the'

national

Protection

You

should

•

An

•

The

the

•

The
equivalent-type

install

over!J.ead

utility

primary

area

company

is

for

room.

and

local

lightning

power

power

subject

power

Power-Off

provide

equipment.

the

service

installs

source

to

electrical

surges.

room

the

main

operator

electrical

protection

supplies

lightning

Controls

emergency

service wiring

Install

and

storms

next

codes.

devices

the

these

to

primary

protectors

or

power-off

that

controls

the

main

when:

power

on

at

1-10

o

Convenience

You

are

protection

Outlets

responsible

devices.

for

selecting

and

installing

lightning

o

h,iF

t·!G'@

,tJ

a·ee

Power

'~·!fRi

"?"§if.

P!S¥t,;*,

Install a suitable
computer
by

building
representatives.
lighting
power

outlets on

room

maintenance

or

other

panel

IBM

number

and

the

Convenience

building

or

feeder. Do not use the service convenience

units

service

personnel

for

any

of

circuits,

servicing.

i4

Wi

£&9

Plugs and Receptacles

All

wi

laboratory
cords

destination

Note: See

B'*,

&*

power

th

··P{¥igPie+

attachment

the

9370

have

of

power cord

cable

system

or

country/test-house

the

appropriate

of

the

Appendix

and

system.

B,

plugs

i

meet

plugs

"Plugs

and

convenience

representative

and

service

outlets

not

should

on

purpose Qther

plugs

have

the

relevant

standards.

according

and

Receptacles," for types

approval

receptacles.

outlets

area

be

the

computer

than

testing
All
to

the

in

the
for

on

the

normal

for

use

power

ship

use

o

Additional

For
preparation

o

o

Some

Manual-

reviewing

o

o

o

•

Reference

more

National
No. 75, Protection

Processing

equivalent)

IBM
Manual-Physical

Environmental
Acoustics
Electromagnetic
Lighting

information

refer

to:

Fire

Protection

Equipment

General Information

of

the

topics

Physical

for

in

Planning

proper

Considerations

Material

about

of

Planning,

the

site

Compatibility

domestic

Association

standards

(NFPA)

Electronic Computer/Data

(or

applicable

Manual,

local

Installation

GC22-7072.

IBM

General

that

you

preparation

Installation

may

include:

on

Standard

or

national

consider

site

1-11

Additional

•

•

•

Reference

Air

Conditioning
Temperature
Safety

and

and

Fire

Material

Humidity

Precautions.

(Continued)

Design

Criteria

o

1-12

o

'F.~j.MB·;ilI:~~-~~~--~·~-~~~~-------~~=~SP~:~~;xr.;;;:!,~

:;4{;

..

'

~'O~-

Primary Rack Power

Power Control Compartment (PCC)
Power Phase Imbalance
Plugs and Receptacles:

USA, Americas Group

(A/PG)

Europe/Middle East/Africa (EMEA)
Cooling
System Environr:nental Specifications

..........................................

................................

...........................

.............

(AG),

and Asian/Pacific Group

.....................................

Syst&:m;Spec'~:fib~tibns

2-2

..................

. . . . . . . . . . . .

................

...................

..

2-3
2-6
2-6

2-6
2-6
2-7
2-7

.

o

o

2-1

The

system
devices.
power

The
or

and

system

as

an
systems
support
personal

Xi

~.,

i.

.::

...

»<'<.;

includes

Refer

to

the

environmental

can

operate

information

and/or

many

host

display

computers.

,_

rack-mounted

rack

and

information.

as a stand-alone

network,

computer

terminals

units

unit

specification

connecting

complexes.

and

printers,

and

peripheral

computer

to

similar

The

system

including

pages

system

can

for

Primary

Rack

You
Each

Power

must

rack
compartment,
the

rack.

power
Each

must

Rack

Each

for

rack

supply

requires

Frequency

50

Hz

Single

60

Single

Phase

Hz

Phase

provide

primary

AC

has a self-contained

which

the

units

has a power

the

one

distributes

rack

of a multiple-rack

in

its

rack.

cord

selected

of

voltage

the

following

Voltage

Nominal

200
220
230
240

120
200
208
220
240

Minimum

180 220
193 238
202 249
210 259

104
180 220
180 220
193 238
208

power

AC

AC

for

power

power

system

and

plug. A separate

for

each

voltages:

Maximum

127 *

254

the

9309

control

to

the

rack.

Rack.

units

contains

outlet

The

9309

in

o

50

Hz

Three

*

Phase

Available

Note: The tolerance for

2-2

with

380
415

the

333 410
363

9309-1

50

rack

and

60

for

Hz

448

the

is

USA.

plus

or

minus

0.5.

Power

Control

The
as a power
distributes
single-phase

Compartment

rack

has a power

source
120-volt

power

for

(Modell)

to

(PCC)

control

the

system

the

AC

compartment,

units.

and

power

This

220-volt

outlets.

which

unit

(both

serves

models)

o

There
compartments.
input

The
versions
power
compartment.
power
under
codes

are

five

power.

requirements

of

the

and

control

control

Country

to

override

versions

Each

rack.

You

compartment

in

Figure
this

of

version

for

power

Figure

associated

will

receive

2-1.

default.

the

and

that

power

is

designed

control

2-1

on

with

the

You

page

each

default

is

listed

can

control

for a specific

define

2-4

type

version

for

use

the

the

shows

of

your

specify

various
the

of

the

country

o

2-3

Primary

Rack

Power

(Continued)

Rack
Model

1 19

2 32

Figure

EIA

Units

2-1.

Max.

kVA

4.4
3
5
5 1

2.4

4.4
5
5 1

Power

PCC
Phase

2 *

1

2 *

1

2 *
2 *

Control

Main

Line

CB

10

Amps

15

Amps

15

Amps

25

Amps

20

Amps

10

Amps

15

Amps

25

Amps

Compartment

Country

Switzerland
EMEA
EMEA
USA, AG,
(See Notes.)
USA

Swi
EMEA
USA, AG,
(See

Versions

(See
(See

only

tzer

land

(See

Notes)

A/PG,

A/PG,

Note

Note

Note

Notes:

1.

AG

represents

IBM

2.

EMEA
Corporation.

Asian/Pacific

represents

IBM

The

Americas

Group.

IBM

Europe/Middle

default

PCC

Group;

A/PG

East/

varies for some
countries. Refer to Figure 2-2 on page 2-5 for more
information.

2)

2)

EMEA

2)

EMEA

represents

Africas

EMEA

Specify
Code

9114
9112
9113
9111

9115
9114

9113
9111

2-4

For example,
the default
available.

3.

* Indicates

2-phases are used.

using

PCC

that

Figure 2-2 you see

is Specify Code 9111,

input

power is 3-phase,

that

in

but

9113 is also

but

only

France

'.'/ '"';

~

~

*

..,,,

"~""'"'"fJ

"~,,'

"',-

",',~""""".~

o

Country

Austria
Belgium
Denmark
Finland
France

Germany
Ireland
Israel
Italy

Kuwait

Gulf

N

ether
Norway
Pakistan
Portugal
Saudia
South
Spain
Sweden
Switzerland

Turkey

UK
AREAS/South

(AFRICA)
ROECE

Regional
for
Central
East)

and

States

lands

Arabia

Africa

(IBM

Office

Europe,

and

Specify
Code
1
5kVA

X 0

X
X 0
X 0
X 0

X
X

X

X 0

X 0

X 0

9111

Phase

Specify
Code
1
3kVA

0 X

0

0 X
0
0

0 X
0
0 X
0 X

0 X

0 X

0 X

0 X

9112

Phase

Specify Specify
Code
3
5kVA

X

0

0

0

0

X

0

9113

Phase

Code
3

Phase

4.4

kVA

X

9114

Figure

X =

o =

2-2.

Default

Optional

o

Power

Control

Compartments

for

EMEA

2-5

Primary

Rack

Power

(Continued)

Power

Plugs

Phase

and

Imbalance

If

you

have a single-phase

you

will

supply
have a two-phase
have

to

supply

control
neutral
a

power
imbalance
racks

Note:

compartment
of

incoming

imbalance

of

power

in

your

If

you

have a two-phase power control compartment,

should

you

the incoming three-phase power.

Receptacles:

USA,
Group

Americas

(A/PG)

See

Appendix

single-phase

power

three-phase

only

three-phase

for

the

increases

system

increases.

consult

Group

B,

"Plugs

power

control

power.

uses

three-phase

an

(AG),

control

AC

power.

compartment,

The

phases 1 and 2 and

power.

as

the

electrician to properly balance

and

and

Receptacles."

compartment,

However,

you

two-phase

This

may

power

number

Asian/Pacific

system.

of

installed

if

you

will

power

the

result

This

in

o

2-6

Europe/Middle

See

"Plugs

CAUTION
The

plug
with
laboratory
the

user's
properly
improperly
hazardous
the

machine

and

receptacle.

receptacle

this

on

the

machine

or

safety,

wired

wired

voltage

wiring.

East/Africa

and

Receptacles

power

and

for

cord
meets

country/test-house

the

and

plug

grounded

must

receptacle

on

accessible

and

on

the

metal

The

customer

(EMEA)

EMEA"

is

approved

the

relevant

standards.

be

receptacle.

could

place

metal

housing

is

responsible

on

page

for

use

testing

connected

An

a

parts

of

the

B-3.

For

to

of

plug

for

a

Cooling

o

System

Directly

through
and

For

unit,
heat
ordering

units.

forced-air

the

front

top

of

the

maximum

see

Figure

output

of

and

panel

rack

system

A-Ion

your

add

the

cools

rear

system,

Environmental

Unless
the

Environment

Operating

Non-Operating

Storage

Shipping

otherwise

following

noted

environmental

Temperature

10
(50

10
(50

0.6
(33

-40
(-40

the

and

door.

heat

page

heat

unit.
air

output

identify

outputs

exhaust

A-2.

The

air

is

for

the

To

determine

the

units

specified

intake

out

rack

for

the

and

the

you

those

is

bottom

are

Specifications

on

individual

specifications

to

40.6°C

to

105°F) (80°F)

to

51.7°C

to

125°F) (80°F)

to

60°C

to

140°F) (85°F)

to

60°C

to

140°F) (85°F)

specification

apply:

Relative
Humidity

8

to

80%

to

80%

8

5

to

80%

5

to

100%)

each

total

pages,

Maximum
Wet

26.7°C

26.7°C

29.4°C

29.4°C

Bulb

Figure

2-3.

o

System

Environment

Specifications

2-7

2-8

o

o

Plan View
Raised Floor Cutout
Rack Specifications
Limitations

Requirements

Appliance Coupler Outlets
Center-of-Gravity for A Slide-Mounted
Center-of-Gravity for the 9309 Model 1
Center-of-Gravity for the 9309 Model 2

Loading the Rack

Power
Stability

(Not

to

Scale)

................................

.................................

.......................................

...................................

...............................

......................................

..............

..........................

'.

.......................

Unit

..........

.............

............

. . . . . . . . . . . . . . . . . . . .

..

3-3
3-6
3-7

3-8
3-8
3-8
3-8
3-9

3-10
3-11
3-11
3-11

o

3-1

The

IBM

9309
equipment
models

Association)

associated

conform

Rack

and

distributes

to

the

RS-310-C

equipment.

holds

EIA

standard

standard-sized

power

(Electronic

for

for

this

racks,

electronic
equipment.

Industries

panels,

All

and

Refer

page
Figure

multiple-rack

Warning:

This

to

the

3-3

for

3-3

on

.

contains

requirements

The

symbols

Cable Entry and Exit
(Base of

Power
(See Note.)

Standard
(Shows
closed.)

Machine)

Cord

machine

following
the

plan

page

system.

Be

3-4

sure

important

for

the

used

in

Exit

Equipment

with

symbols

view

for

to

read

rack.

the

plan

Area

Outline

covers

and

to
of a one-rack
the

plan

view

"Limitations"

information

views

are

+

I~

Figure

system.

of

on

the

in

Fig.

3-2

on

Refer

a

on

page

3-1.

Service
(Service
measured
with

Casters

Single-Hinged
Door

to

Area

clearances

covers

3-8.

Boundary

from

closed.)

are

machine

o

Figure

3-1.

Plan

View

Symbol

Notes:

1.

Power cords are
unless otherwise noted

2.

Dimensions are

parentheses.

3-2

Legend

supplied

shown

in

4.3 m (14 feet) lengths,

in

the specification pages.

in

millimeters,

with

inches

in

Plan

---------------------------------------------------------------------1--------------------------------------~

View

(Not

to

Scale)

T

635
(25) (30)

760

o

1220

(48)

~

T

127

(5)

I

(1

921

(36)

~

...

26

1/8)

L-

I~

+

I

I~

I
I

~

I
I
I
I

I
I
I
I

I
I

~----------------,

r-

(25

482

(19)

610
(24)

650

635

(25)

1/2)

-1

+

-I

76

(3)

c

(3)

Itt

750

(29 1/2)

*

1650

(65)

1220

(48)

I
I
I

I

I

I

I
I

I

: J

: FRONT

:-----------------

o

Figure

Service

Clearance

----------~-------------------------------------------------

3-2. 9309

Rack

Enclosure

Models 1 and

-----------------------------_.

2

3-3

r---------------------------------------------------------------------------------------------------------------------------r~;-----------------------------

!

i

1 c

Left
Side

f-

.....

------

..

-----

...

-------------------------

©

+

Stabilizer

...

------------------

+

+

Stabilizer

t

______________________

...

------------------------

..

-------------

@

+

i

J

.....

-----------

Rear

+

Stabilizer

...

--------

+

..

----

...

Right
Side

Front

d

----

.....

------j

b

b'

o

Figure

L

_______________

3-3.

Plan

J

_____________________________________________________________________________________

\

Clearances

View

During
looking
right-to-Ieft

Figure
than

you
Allow

rack
a 9377
upgrading

for

installation

from

3-3).

to

identify

when

you

enough

if

you

Processor.

Multiple

the

manner

The

run

clearance

have

the

9377

Racks

of a multiple-rack

front

of

the

beginning

rack

letter

the

racks.

cables

plans

The

from

to

to

upgrade

space

Identifying

the

is

Processor

for

Service

racks,

with

has

rack

right

also

with

..

_____

..

_______________________

and Weight Distribution

system,
identify
the

no

significance
to

of

your

required

the

letter

the

racks

rack.

rack A for
9375

when

additional

...

_________________________

when

A (see

Processor

I/O

Units.
Figure

service/weight

3-3

and

Figure

distribution

3-4

identify

the

clearance

required

required

for

racks

other

will

another

Bus

a

1

________________

in

a

help

to

:

o

3-4

~/'.,

, ,

"

~

"

'''~"

<

,;'

'"-U-~-""-"-'--'~-"~-'.~~'];-"'-""~:-""'~--"'--'.---'''.'---

floor-load
assumes
lbs).
the

weight

rating

each

The

dimensions

of

345 kg/m2 (70 lb/ft2).

rack

has a maximum

for

configuration

a',

and

b',

the

~i.:"::.;s:;::L:J:..!.l.:-kLii..:i..~~~

The

clearance

weight

and

c'

floor-load

vary

of

478

kg

according

rating

of

(1,055

to

your

facility.

Number
of

Racks

1-4

5

6 1525

Figure

IBM
to

one
walking
meters

3-4.

recommends

another.

distance

(16 ft)

Left

a +

a'

1220

mm

(48 in.) (48
1525

mm

(60 in.) (60

mm

(60 in.)

Weight

This

when

Distribution/Service

that

no

more

ensures

for a

service

he/she

works

Right

b +

b'

1220

mm

in.)

1525 mm

in.)

1525 mm 915
(60 in.) (36

than

six

that

the

representative

on

anyone

Rear

c +

760mm

(30

760mm

(30

Clearance

racks

maximum

will

unit.

c'

in.)

in.)

mm

in.)

be

adjacent

one-way

be

for

5

Front

d

1650

mm

(65

in.)

1650

mm

(65

in.)

1650

mm

(65

in.)

Multiple

Racks

o

If

you

alter

the
of a qualified
determine
does
Figure

not

floor

require

3-3,

the

required.

dimensions,

consultant

loading.

the

weight

service

you

or

structural

If

the

review

distribution

clearances

should

of

shown

obtain

engineer

the

floor-loading

area

shown

in

Figure

the

to

services

in

3-5

are

Left

(a)

1220

mm

(48 in.) (48 in.)

Figure

These

3-5.

service
floor-loading
single

rack.

o

Right

1220

Required

(b)

mm

clearances

requirement

Rear

760

(c)

mm

(30 in.) (65

Service

also

Clearance

meet

the

of

244 kg/m2 (50 lb/ft2)

Front

1650

office

(d)

mm

in.)

environment

for

a

3-5

Raised

Floor

Cutout

Figure
rack
panels.
floor
to

The
(Appendix
identify
cutout
configuration.
floor

3-6

on a raised

This

cutout;

scale.

plan

view

the

is

for

cutout.

identifies

D,

actual

the

floor

drawing

it

is

not a machine

(Figure

"Physical

machine

the

primary

Secondary

Floor

------

Cutout

recommended

with

6ID-mm (24-in)

shows

3-2

the

on

page

Planning

opening.

rack

with a maximum

racks

may

Front

relative

template

+

9309-1,2

Top

+

~.········>\i;i·

I~

.•

45Z

(18)

positioning

raised-floor

position

and

3-3)

and

Templates")

The

floor

not

require

+

+

~

·•·•··•··

•.

····.··············l

~I

127

T (5)

of

of

the

is

not

templates

of

the

panel

as

large

the

drawn

rack

a

o

Figure

3-6.

3-6

Positioning

and

Dimensions

for

the

Floor

Cutout

Rack

Specifications

o

Dimensions

mm 650 921 1 000
inches

Note:

Dimensions

mm 650 921 1 578
inches

Service

mm
inches

Weight

Model
1
2 139

Heat

Model
1 57 (194)
2 57 (194)

Height
Floor clearance is

Output

(Model

Front
(25 1/2) (36) (40)

is

(Model

Front
(25

1/2) (36) (62)

Clearances

Front
1 650 760
(65) (30)

kg. lbs.
107 (235)

Watts

Rear

(306)

BTU/HR

1)

Side

measured

Side

Height

2)

Height

Right

1 220 1 220

(48) (48)

75

from

mm

Left

the

floor.

(2.95 in).

Power

Model
1 .093kVA
2 .093kVA
phase

Note: A
compartment

Power

USA, AG,
standard
optional
(specify

EMEA
two
single
single

Power

Plug

50Hz

1,3

3-phase

is

Cord

and

code

9986)

phase

phase
phase

See
page

Type

See
Receptacles.

(3 k V A) 3 (10)
(5 k VA) 4.3 (14)

Cord

"50-Hz

Appendix

Style

B-7.

APG

Power

60Hz
.093kVA
.093kVA

1

input

available

"

power

Meters

4.3 (14)

1.8 (6)

4.3 (14)

Cord

B,

"Plugs

for

EMEA.

Style"

and

control

Feet

on

Airflow:

each

flows

system
the

top

frame.

The

system

from

units,

and

rack

unit

the

front

with

bottom

has

the

of

does

its

to

the

air

the

not

own

o

have
fan.

rear

exiting

rear

of

of

a fan;

Air

the

out

the

of

Noise

Refer
Levels)"

Emission

to

"Acoustics

on

Levels

page

(N

A-3.

oise-

Emission

3-7

Limitations

These
which
safety.

It
manufacturer
requirements.
result

Requirements

Appliance

The

Control

Countries

EMEA
USA

requirements

the

is

the

responsibility

in

an

maximum

Compartment

and

rack

to

Failure

unsafe

Coupler

load

AG,

AjPG

reflect

and

its

assure

condition.

of

Amps

10 (IEC3 320)
15 (ULjCSA)

some

units

of

to

Outlets

the

is:

the

the

meet

rack

were

customer

rack

of

tested

and

these

outlets

the

conditions

for

stability

or

unit

its

units

meet

requirements

for

the

Power

under

and

these

could

o

Center-of-Gravity

•

The

center-of-gravity

exceed

If

an

configured

If

you

center-of-gravity

for

stability
requirements,
national

Underwriters

Canadian

3

International

362 mm (14.25 in.) from

extended

have a rack

test-house

system

rack

may

limit,

to

make

or

the

Laboratory

Standards

Electrotechnical

for A Slide-Mounted

for

an

extended

the

face

unit

exceeds

be

unstable.

configuration

you

should

sure

it

meets

requirements

for

your

country.

Association

Commission

this

that

exceeds

test
ULI jCSA2
stipulated

unit

cannot

of

the

distance,

this

the

configuration

by

Unit

rack.

the

the

o

3-8

Center-of-Gravity

The

center-of-gravity

units,

•

•

•

is

as

follows.

The

depth
from
include

The

height

does

not

mm. (16.1 in.)
The

distance

center-of-gravity

of

the

front

stabilizer).

from

include

the

of

from

for

the

9309

for

the

Modell,

center-of-gravity

the

rack

(measurement

the

bottom

casters)

the

right

is

292

of

the

to.

the

edge

mm (11.5 in.).

Model

without

is

rack

center-of-gravity

of

the

1

any

495 mm (19.5

does

not

(measurement

rack

to

system

in.)

is

410

the

o

!'-'-'-'-'-'-'-'-'-'-'-'i

1

:

+center

1 of

:

G,.,;ty

t-!

--~--.--.-.--.-.--.---

Stabilizer

Top

(Depth)

Figure

i

i

+1

__

-+

__

~~~

1

495mm

~-!

-i

]<)

View

3-7.

Center-of-Gravity

for

~

410t

:r

CD

Front

the

(J)

~92n:'m~

(11.5 In.}

View

Model

1

m

n.)

o

3-9

Limitations

(Continued)

Center-of-Gravity

The

center-of-gravity

units,

•

•

•

is

as

follows.

The

depth

from

the

include

The
does
mm.

The
the

j-'-'-'-'-'-'-'-'-'-'"]

I I

~

1 + Center +

I of

1

Gravity;

1+

! I

!._._._._._._._._._._j

Stabilizer

Top

(Depth)

stabilizer).

height

not

(25.8 in.)

displacement

center-of-g:avity

• i

--+--+----,r-

I

4-

View

of

the

front

from

include

i

495mm

(19.5 in.)

~

for

the

9309

for

the

Model

center-of-gravity

of

the

rack

(measurement

the

bottom

casters)

from

to

the

right

is 292 mm (11.5 in.).

CD

Model

2,

without

is 495 mm (19.5 in.)

of

the

rack

the

center-of-gravity

edge

of

it

(25.6

J

CD

~292

~m~

(11.5 In.)

Front

View

2

any

system

does

not

(measurement

is 657

the

rack

to

.II'-

657 m m

i

n.)

o

Figure

3-8.

3-10

Center-of-Gravity

for

the

Model

2

o

loading

the

Rack

o

Warning:

Always
bottom-to-top
system
top
installed

units

in

heavy -depending

system

Power

Besides
three-phase
EMEA

The
units
frequency,

the

single-phase
power

(Europe/Middle

maximum

must

not

voltage).

Stability

The

rack

stabilizer
meters
limitations
be

(18.5 pound-foree-foot)

described

followed

at

install

sequence.

this

If

sequence,

on

the

units.

power

control

input

all

current

exceed

requires a minimum

times:

compartment

East/Africa)

its

power

under

the

the

system

you

do

the

types

control

to

the

rating

on

each

following

units

not

install

rack

may

and

location

compartment,

is

available

countries.

rack

with

(amps,

force

screw.

headings

in

a

the

become

all

installed

kVA,

of

25

The

of

the

a

for

newton
must

o

o

Support
Some

support
out.

Warning:
maximum
mounted

or

house

Rails

system

rails.

Type

Left
Right

on

certified

for

your

units

Each

of

the

by

mount

Rail-mounted

Length

725

725

pair

68

kg

rails

the

country).

in

mm

(28.5 in.)

mm

(28.5 in.)

of

rails

(150 lbs).

must

eSA

(or

the

rack

system

is

All

be

UL

by

the

by

residing

units

do

Part

375816
375714

designed

system

No.

units

not

to

on

slide

hold

listed/recognized

national

test

a

3-11

Limitations

•

(Continued)

Support

Slides

Some
slides.

Warning:

•

Weight

system

You

units

can

extend

System

Be

UL

listed/recognized

Include
that

the

an

attached

rack
slide-mounted
position
visible

to

at

the

the

forward.

Meet

weight

The

maximum

slides
The

on

is

maximum

slides

Restrictions

60

is

mount

in

the

slide-mounted

units

mounted

label

may

tip

if

unit

is

extended

same

user

time.

when

restrictions:

weight

kg

(132 lbs).

weight

275

kg

(606 lbs).

rack

or

certified

that

warns

more

than

in

This

the

unit

for a unit

for

all

by

residing

units.

on

slides

one

the

label

is

pulled

on a pair

units

must:

by

the

the

user

service

must

mounted

on

eSA

be

of

o

3-12

•

The

maximum

units
The
Modell

Model
For

refer

is

maximum

information

back

Weight

The

weight

cannot

weight

478

kg

(1055 lbs).

weight

190

2

exceed

320

to

Figure

Distribution

distribution

10

kg
kg

on

kg

of

the

for

all

(418 lbs)
(704 Ibs).

weight

3-3

on

for

for

(22 Ibs)

rack

with

units

distribution

page

System

installed

per

in

3-4.

Units

EIA

installed

the

rack

for

system

unit.

the

units

I/O

is:

rack,

o

o

IBM

9373,9375,
9373 Processor
9373 Processor Specifications
9375 Processor
9375 Processor Specifications
9377 Processor
9377 Processor Specifications

I/O

Card

Unit

I/O

Card

9332-400

9332-400

9335-A01 DASD

9335-A01 DASD Controller Specifications

9335-B01 DASD

9335-B01 DASD

9335-

B01

9347 Tape Unit

9347 Tape

Power Sequence and Control

Unit

Specifications

and 9377 Processors

..................................

..................................

..................................

..............

Unit

Specifications

DASD

.................................

DASD Specifications

Controller

..................................

...............................

DASD Specifications

...................................

Unit

Specifications

..............................

......................

......................

......................

. . . . . . . . . . . . . . . . . . . . .

........................

.....................

.........................

....................

.....................

........................

..................

............

..

4-2
4-2
4-3
4-4
4-5
4-6
4-7
4-8

4-9
4-10
4-11
4-12
4-13
4-14
4-14
4-15
4-16
4-17
4-18
4-19

o

4-1

IBM

9373, 9375, and 9377 Processors

9373 Processor

Figure

4-1.

9373

Processor

356

(14)

c

4-2

9373

Processor

Dimensions:

Specifications

o

Height:
Width:
Depth:

Weight:

60

kg

Heat

Airflow:

Power:

AC

Output:

588 W (2,000

7.9 m3/min

0.70

Voltage:

120

356

mm

483 mm (19 in.)

660 mm (26 in.)

(132 lb)

BTU

[280

kVA

and

220

volts

(14 in.)

/HR)

cubic

foot

meters

(cfm)]

Noise-Emission

Refer

page

to

A-3.

o

Levels

"Acoustics

(Noise-Emission

Levels)"

on

4-3

IBM

9375 Processor

9373, 9375, and 9377 Processors

(Continued)

711

(28)

Figure

4-2.

9375

o

Processor

4-4

o

9375 Processor

Dimensions:

Specifications

o

Height:
Width:
Depth:

Weight:

132

Heat

1 800 W (6,145

Airflow:

17 m3/min

Power:

2.00

Noise-Emission

Refer
page

711
483

828

kg

(290 lb)

Output:

kVA

to

"Acoustics

A-3.

mm

(600 cfm)

mm

(28 in.)

mm

(19 in.)
(33

BTU/HR)

Levels

in.)

(Noise-Emission

Levels)"

on

o

4-5

IBM

9373, 9375, and 9377 Processors

9377 Processor

(Continued)

711

(28)

Figure

4-3.

9377

o

Processor

4-6

9377

Processor

Dimensions:

Specifications

o

Height:
Width:
Depth:

Weight:

122

Heat

1 200 W (4,100

Airflow:

11

Power:

1.70

Noise-Emission

Refer
page

711
483

828

kg

(268 lb)

Output:

m3/min

kVA

to

"Acoustics

A-3.

(380 cfm)

mm

(28 in.)

mm

(19 in.)

mm

(33 in.)

BTU/HR)

Levels

(Noise-Emission

Levels)"

on

Operating

Temperature
ReI

Humidity

Max

Wet

Bulb

Nonoperating

Temperature
ReI

Humidity

Max

Wet

Bulb

o

Environment:

15.6

to

32.2°C (60

20

to

80%

22.8°C (73°F)

Environment:

10

to

43.3°C (50

8

to

80%

26.7°C (80°F)

to

to

90°F)

110°F)

4-7

I/O

Card

Unit

356

(14)

Figure

4-4.

I/O

Card

Unit

(Features

5010

and

o

5020)

4-8

c

I/O

Card

Unit

Specifications

Dimensions:

o

Height:
Width:
Depth:

Weight:

55

Heat

211 W (720

Airflow:

0.43 m3/min

Power:

0.90

Noise-Emission

Refer
page

356
483

654

kg

(120 lb)

Output:

kVA

to

"Acoustics

A-3.

BTU

mm

(14

in.)

mm

(19

in.)

mm

(26

in.)

/HR)

(15.0 cfm)

Levels

(Noise-Emission

Levels)"

on

Operating

Same

Nonoperating

Same

Note:

Feature
are
Unit

as

as

Feature

5020

only

available

(Feature

o

Environment:

the

9377

processor.

Environment:

the

9377

processor.

5010

is a one-bus

is a two-bus

with

the

5020)

is

standard

I/O

9377

I/O

Card

Unit.

processor.

with

Card

These

a 9377

Unit

and

features

One

I/O

processor.

Card

4-9

9332-400

DASD

Figure

4-5.

9332

Model

400

DASD

o

4-10

c

9332-400

DASD

Dimensions:

Specifications

o

Height:
Width:
Depth:

Weight:

30

kg

Heat

Airflow:

Power:

AC

Output:

262 W (895

1.4 m3/min

0.50

Voltage:

115

133 mm ( 5 1/4
483 mm (19

592

mm

(65 Ib)

BTU

(50 cfm)

to

0.70

kVA

or

230

volts

in.)

(23 1/3

/HR)

in.)

in.)

Noise-Emission

Refer
page

to

A-3.

o

Levels

"Acoustics

(Noise-Emission

Levels)"

on

4-11

9335-A01

DASD

Controller

o

Figure

4-6.

9335-A01

DASD

Controller

o

4-12

«

O~~~"'W'«'

~

OW

'~'~

mp'ww

>'0~~~.~:~:

:'f~·!:;;1'~~'?:~·~''''~~~:'7

7>

/'.::"~

T~>TTT~:'~~~<~:~~':~:~~;;C:~~~'

:

,,:',':;{;

:,,',

{:'

"

~

;'\~:

,~

"~

~~77::::~~:

;~

"

.'c : ","

, . <t,

;:}:':~:;'~,:~;Jr;

,,>'

~

:~

.,."

":

<"

',~

:~;;::;~,;::;;:

::::

:"

<'<~:

~ ; '~,~?~,

:::

\',

;.;,

:,

.'=

,.~;,

::\:;,:;

,:

',.,.

.

o

9335-A01

DASD

Controller

Dimensions:

Height: 135 mm
Width: 445 mm (17 1/2 in.)
Depth:

560 mm (22 in.)

Weight:

17kg(38Ib}

Heat

Output:

175 W (597 BTU/HR)

Airflow:

1.8 m3/min (64 cfm)

Power:

0.24

kVA

Specifications

(5

1/4 in.)

o

AC

Voltage:

180 to 259

volts

Noise-Emission

Refer

to

"Acoustics

page A-3.

Levels

(Noise-Emission Levels)"

on

4-13

9335-801

DASD

9335-801

DASD

267

(101/2)

Figure

4-14

4-7.

9335-801

DASD

o

V«'~"""''W'''':<'«_«=»>'':~l:l*''«o/w<:"<:""«:»>,:".."..,...."".,=,w~,:,';'':,,,,:,,w'''''''''''_'?'~~,

,"

7~~~~-,

<'

~'~,

~<~<

<'~~~'--~.

".:: <

":::'~;-::::-:::·-::::TEE~Em:;~~\

.

,::.

~.

~

;:i

'f,

"'"

<

,\

:i,'

:~:\,

.;;.

:":,

'".,';

~

.~

+::f'

o

9335-801

DASD

Specifications

Dimensions:

Height:
Width:
Depth:

Weight:

60

kg

Heat

Output:

430 W (1,467

Airflow:

2.4 m3/min

Power:

0.72

kVA

267
445

685

.

(132 lb)

(85

mm

(10 1/2 in.)

mm

(17 1/2 in.)

mm

(27

BTU

cfm)

in.)

/HR)

o

AC

Voltage:

Switch

setting

208, 220, 230,

Noise-Emission

Refer
page

to

"Acoustics

A-3.

for:

and

240

Levels

volts

(Noise-Emission

Levels)"

on

4-15

9347

Tape

Unit

Figure

4-8.

9347

Tape

Unit

o

4-16

o

~:~';~;.;;7:~~;-",·"'·~";~~~r-w"'~:

')

'/

<

,

...

"

",.'

~

0

'-,.y

.',

;.)~:":1~~;~

'v

,:·::~;>::~.r:;~

";'><

F'.~.~<~

;'.~ ~ ~

.'".,.,

"

,;,"'.

:";'

".~,

, >

, .

o

9347

Tape

Unit

Specifications

Dimensions:

Height:
Width:
Depth:

Weight:

37

kg

(82 Ib)

Heat

Output:

270 W (925

Airflow:

1.4 m3/min

Power:

0.30 kVA

AC

Voltage:

222
483

559

BTU

(50 cfm)

mm
mm
mm

(8 3/4
(19

in.)

(22

in.)

/HR)

in.)

o

115

or

230

volts

Noise-Emission

Refer
page

Operating

to

"Acoustics

A-3.

Environment:

Temperature
ReI

Humidity

Max

Wet

Bulb

Nonoperating

Temperature
ReI

Humidity

Max

Wet

Bulb

Levels

(Noise-Emission

15.6

to

32.2°C (60

to

80%

20

22.8°C (73°F)

Environment:

10

to

8

to

43.3°C (50

80%

to

26.7°C (80°F)

Levels)"

to

90°F)

110°F)

on

4-17

Power

Sequence

and

Control

Figure

4-9.

Power

Sequence

and

Control

Unit

(Feature

6001)

rj!!,I

80

(3)

c

4-18

o

Unit

Specifications

Dimensions:

o

Height:

Width:

Depth:

Weight:

7

kg

Note:

is
more
and

The

only

information

Planning

80

434

217

(15

lb)

power

available

For Your System, GA24-4030.

mm

( 3 in.)

mm

(17

mm

(8

sequence

on

see

in.)

1/2

the

9375

Chapter

in.)

and

control

and

5,

9377

Processors.

"Cable

unit

(Feature

For

Requirements,"

6001)

o

4-19

o

4-20

o

o

Cable Information

Channel Cable Length
Coaxial Cable Length
Communication Cable Length
Cable Schematic

System Cabling

Channel Cables
Cables To The
Control
Communication Cables

Work Station Cables

..................................

.................................

....................................

................................

9370

Unit-to-Channel

.............................

.............................

.......................

Processors

Cabling

.........................

...........................

...................

..................

5-2
5-2
5-2
5-3
5-4
5-6
5-6
5-7

5-9
5-10
5-12

o

5-1

Cable

Information

Channel

When
know
determine
the
cable

Cable

Determine

from

to

the

length,

•

•

•

you

the

location

devices

length

draw

the

the

maximum

have

to

available.

Length

the

cable

the

cable

entry/exit

remember:

Include
center

Never

IBM

allows

cables.

In a raised-floor

the.

raised

attached

entry/exit

the

distance

of

the

include

for

floor

units.

of

cable

any

floor

plan

of

the

external

cable

be

placed

length

the

these

environment,

to

the

by

cutout

rack.

from

entry/exit

under

the cover cable

when

cable

of

the

devices

lengths.

according

measuring

of

the

When

the

you

edge

hole

building

add

length

data

processing

so

that

For

World

to

the

standard

the

cable

device/control

measure

of

the

unit

in

the

unit.

measurements;

external

twice

the

between

height

the

area,

you

can

Trade,

path

unit

this

to

the

channel

of

o

Coaxial

5-2

Cable

Measure
work
consider
vertical

•

•

•

Length

work

station

the

cable

The

cable

location
The

rack

near

the

then

to

the

Add

0.6

cable

to

station

to

the

connector

intended

runs.

connectors

of

the

feature

has a cable

cable

meter

allow

entry.

connectors.

(2

ft)

for

cables

cable

Also, remember:

to

slack

from

route,

on

the

card.

clamp
Route

the

length

in

on

the

system

at

the

cables

the

cable.

the
including

connector

system;

depend

bottom

through

of

each

on

be

sure

diagonal

on

the

of

the

this

clamp,

work

station

the

to

and

frame

o

Communication

Cable

Length

o

To find
measure
one

•

•

•

•

the

from

of

the

The

external

The

digital-network

The

teleprocessing

The

protective

communicates

length

following:

of

the

cable

modem

device,

with a switched

the

communication

entry/exit

or

auto-call

channel

line

connector

where

attachment,

hole

of

the

unit

service

such a device

unit

teleprocessing

system

line.

to

o

5-3

Cable

Information

(Continued)

Cable

Communication

Processor

Schematic

Frame

Cutout

for

Cable

Entry/Exit

Channel

Channel I/O Bus and Tag (Note
Work Station

Power

Tailgate

Cables

Sequence and Control (Note

Console (Note

(Note

2)

Cables (Note

5)

4)

1)

3)

FRONT

Primary

Rack

TOP

FRONT

Secondary

Rack

TOP

Multi-Rack
Signal and
Sequence Cables

6)

(Note

Channel
9377

Only

(Note

7)

Power

c

Tailgate

Figure

5-4

5-1.

Cable

Schematic

Notes:

1.

Channel-attached devices.
refer

to:

• The device specification pages
Sys/370, 4300 Processors
Manual-

• Chapter 5

2.

See

"Work

Physical

of

Planning

Station

Cables" on

information.

3.

A 16-position
available
control

unit

as

power

an

sequence

optional feature.

sequencing, order Feature

If

you

have to order cables,

of

IBM

Sys/360,

I/O

Equipment

Planning,

GC22-7064,

Your System, GA24-4032.

page

and

5-12 for cable

control

If

you

want

unit

6001.

Installation

and

is

System/370

c

o

4.

See "Communication Cables" on page
cables.

5.

A

signal
the processor [fixed length: 7.6 meter (25 ft)].
additional

the

length:
support
only become active when the rack

lock installed.

6.

This

power-off from rack-to-rack

3-meter (10-ft.) power sequence cable is
each secondary rack.
also available.

Note:

7.

The 9377 Processor requires

5020)

System/370 channel devices.

cable for the processor console is

signal

RSF

modem) are shipped

7.6 meter (25 ft)]. These cables are for the remote

and

cable controls power

The

Hands
configurator
specify codes to order the appropriate cables for
all

connections

mounted

in a primary

cables for the processor console

with

the processor [fixed

auto start operations.

on/off

in

An

optional 6-meter (20-ft.) cable is

On Network

will

prompt

within

in

the rack(s).

an

and/or

secondary rack to attach

Auto

has

and

a multiple-rack system. A

Environment

you for the required

and

between

I/O

Card Unit (Feature

5-10

for required

shipped

Two

(and

start operations

the security key

emergency

shipped

with

(HONE)

units

with

o

5-5

System

Cabling

Channel

Figure
page
numbers
order,

5-7

the

5-2

relate

to

information
channel

The

IDs

the

I/O

feature

of

the

right

(connector
information
of

the

IBM

Manual-

Physical

Cables

and

"Cables

the

connector

cabling

needed

To The; 9370

cable

IDs.

group

If

schematic

for

ordering

device.

code

cables

on

(Features
"To"

ID =

the

channel

the

6003

9370

even

cabling

General Information

Planning,

9370

ID

10

2
4
6

8
10
12

14
16

18
20

22
24

26-56

.....

....

.....

....

...

....

...

....

.....

....

.....

....

...

....

.....

....

.....

....

""""-

I"'-

.....

....

.....

....

.....

....

Processors"

numbers

you

know

shows

external

and

Processors

number).

Manual,

the

most

6001)

charts,

and

feature

features

of

the

cables

and

connector

are

shown

For

more

see

Chapter

Installation

GC22-7072.

FC

6003 Channel o (Bus and Tag)

6003 Channel 1 (Bus and Tag)
6003
6003 Channel 3 (Bus and Tag)
6003 Channel 4 (Bus and Tag)
6003
6003

6003
6003
6003
6003
6003
6001

Channel 2 (Bus and Tag)

Channel 5 (Bus and Tag)
Channel 6 (Bus and Tag)
Channel 7 (Bus and Tag)
Channel 8 (Bus and Tag)
Channel

Channel 10 (Bus and Tag)

Channel

Power

9 (Bus and Tag)

11

Sequence and

on

code

on

from

the

on

6

(Bus and Tag)

0

Control

Figure

5-2.

5-6

Channel

Cabling

Chart

o

Cables

The
identified
channel-attached

Feature

6003
6003
6003 6
6003 8
6003
6003
6003
6003 16
6003 18
6003
6003
6003
6001 26-56

To

The

following

on

cables

the

Conn.

ID

2
4

10
12
14

20
22
24

9370

specification

device.

Processors

are

ordered

Comments

Channel
Channell,
Channel
Channel
Channel
Channel
Channel
Channel
Channel
Channel
Channel
Channel
Power

Control

with

pages

Sequence

of

0,

Bus & Tag
Bus & Tag

2,

Bus & Tag

3,

Bus & Tag

4,

Bus

5,

Bus & Tag

6,

Bus & Tag

7,

Bus & Tag

8,

Bus & Tag

9,

Bus & Tag

10,

Bus & Tag

11,

Bus & Tag

"Group

the

System/370

&'Tag

and

Numbers"

Notes

1,2,3,4
1,2,3,4,5
1,2,4,5
1,2,5
1,2,5
1,2,5
1,2,5
1,2,5
1,2,5

1,2,5
1,2,5
1,2,5
6,7

o

Figure

Notes:

1.

2.

3.

4.

5-3.

The

maximum
attach up to eight control
unless modified by the general control unit-to-channel
cabling schematic.

The

block multiplexer

single card

channel
(System/370) connector on the other end.

Channel

channel
controllers: a tape controller

Channels 0
Channel

of

the top card enclosure

Cables

and

card on one

0 is optional on the 9373 Processor.

on the 9373 Processor is restricted to two

and

cards are

to

the

9370

Processor

cumulative

a cable set. The cable set connects to the

end

1 are optional on the 9375 Processor.

installed

cable length available to

units

channel

and

in

is 122 meters (400 ft),

(Feature 6003) contains a

to the

and/or

only

the processor

channel

a printer.

in

two

of

unit.

box

The

the five slots

5-7

System

Cabling (Continued)

5.

Channels 0
Processor.
two-bus

Unit

can be

layout
have.

6.

Power sequence
the Systeml370
units

to

powers onloff.

for a

maximum

6001

for the

connector

numbers;

52, 54,

7.

For more

Systeml360, Systeml370 Power Control Interface

GA22-6906.

through

Channel

110 Card

installed

will

depend

power

power

IDs

26, 28, 30, 32, 34, 36, 38,

and

56.

information

Unit

on the

and

channel

onloff

Power sequence

of

sixteen control

sequence

for the sixteen positions are even

11 are optional on

cards can be

(Feature 5020).

in

a secondary rack. Your

number

control is

feature.

sequentially

on

power

installed

of

system

an

optional feature

It

enables 110 control

when

and

control is available

units.

and

control positions. The

40,

sequencing, refer to

the

9377

only

in

The

110 Card

physical

racks

the system

Order Feature

42, 44, 46, 48,

OEMI,

the

you

with

50,

o

5-8

o

Control

Unit-to-Channel

Cabling

o

Generally,
attach
this

are

control
All

control

I

Power

Sequence

and

Control"

gof~rr;la~~it

Position)

------(,'

...............

.'

-'-

....

_--

..

_-

.......

.'

-_

...

-_

..

-

'---

the

maximum

to a channel

noted

on

units.

units

-?l

Channel

"

~

~

Control
Unit
No.1

~

Control

Unit

(with

No.2
Two-Channel
Capability)

~,

1 J

the

are

is

122

cabling

serially

cumulative

meters

schematics

connected

I/O

Interface

cable

(400 feet).

to

-

Cables

length

Exceptions

for

the

the

channels.

I

Channel

~

Control
Unit
No.1

Control
Unit
No.3

to

individual

J

~

2

F-

~~

,*,-

"-

-

t

1

to

..

....

......

----

-

.....

-

.......

_-

-------

_-

.....

'....

.

.r-----

.'

Power
Sequence

and
Control"

o

Figure

5-4.

Control

*

Power
Power
unless
single
other
specific

Control

Unit

NO.3

Unit-to-Channel

sequencing

sequence
you

location,

reasons.

control

want

and

to

or

See

unit

To
Control
(Max

Cabling

is

an

option

control

power

the

the

the

individual

specification

requirement.

Additional

Units

8)

on

cables

equipment

machine

~

most

need

pages

)

IBM

not

on

requires

for

equipment.
be

ordered

or

off

from

it

the

a

for

5-9

System

Cabling

(Continued)

Communication

Figure
length
for
Multi-Protocol
adapters
the

802.3
For

Planning

The

Note:

Feature

6032 1 6.0

6032

6032

6032

6032

5-5

and

of

the

Communications

the

Asynchronous

supported

IBM

Token-Ring

Local

more

IBM

Area

information

For Your System, GA24-4032,
9370 Information System, GA24-4030.

All

communication cables [except

Area

Network (Feature 6035)}
the feature. For more information on local area
network

guide

cable
availability date).

Cables

Figure

Adapter

Adapter

by

the

Adapter

Network

on

and

connectors, see the communications

(ask

Maximum

Qty.

1 15.2

1 6.0

1

1 6.0

Length

(20 feet) RS-232

(50 feet) RS-422

(20 feet)

(20 feet)

(20 feet)

5-6

identify

(Feature

Communications

(LAN)

communication

your

sales representative for the

meters

meters

meters

6.0

meters

meters

the
Processor
(Feature

6031). Two

(Feature

Adapter

will

Type
Asynchronous

Asynchronous

Asynchronous
Modem
(V.24/RS-232)

Asynchronous
System-to-System
(RS-232)

Extension
(25

interface

(Feature

6032)

6034)
(Feature

features,

and

IEEE

be

pin)

and

cable

6030)

and

other

Processor

and

Introducing

802.3 Local

shipped

Cable

the

see

are

IEEE

6035).

with

Notes
1,2,4

1,2,4

1,2,4

1,2,4

1,2,5

o

Figure

5-5.

5-10

Cables

for

Asynchronous

Protocol

Adapter

o

o

Maximum

Feature

6031 1

6031 1 15.2

6031

6031 1 6.0

6031 1 6.0

6031 1 6.0

6031 1 6.0

6031 1 6.0

6031

6031

6031 1 6.0

6031 1 6.0

Qty.

1

1 6.0

1

Length

6.0

(20 feet)

(50 feet)

6.0

(20 feet)

(20 feet)

(20

(20

(20 feet)

(20 feet) (RS-422)

(20 feet)

6.0

(20

(20 feet)

(20 feet) (25

meters

meters

meters

meters

meters

feet)

meters

feet)

meters

meters

meters

meters

feet)

meters

meters

Type

RS-232

RS-422

Network

X.21

DDS
(DSU/MOD)

Modem

Auto-call

System-to-System

IBM
422/ECL

Modem

422

Extension

pin)

X.21

BIS

V.35

(RS-232)

Wiring

(V.24)

LC-l

Cable

Notes

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

1,3,4

Figure

Notes:

1.

2.

3.

5-6.

The feature code, device type,
what

cable

To support
Comrnunications Processor (Feature
Asynchronous

To support the

communication line protocols

TTC2), you

(Feature

6031)

installed.

o

Cables

will
ASCII

must

6030)

for

Multi-Protocol

and

be shipped

devices, you

Adapter

standard

have the Communications Processor

and

the Multi-Protocol

with

must

(Feature

synchronous

(SDLC,

Adapter

line speed determines

the feature.

have the

6030)

and

the

6032)

installed.

and

asynchronous

HDLC,

Adapter

BSC,

and

(Feature

5-11

System

Cabling

4.

Each Multi-Protocol
each

Asynchronous

5.

The

maximum

Processor is:

•

Any
Multi-Protocol
or

•

Four
Subsystem

(Continued)

Adapter

configuration for the Communications

combination,

Adapter

Asynchronous

(16 lines), or

Adapter

maximum

and

Adapters

supports two lines

supports four lines.

of

three,

of

the

Asynchronous

using

the

ASCII

and

Adapter,

• One

• One

Work

To

attach

have.

the

A

multiplexer,
and 6 of
attach
Chapter 3 in

You

are

and

testing
system.
either
work
system.

For

cable

the

specification

Manual-

IEEE
IBM

Station

the

Work

the

up

to

responsible

Work

assembled

station

specifications

Physical

802.3 Local

Token-Ring

Cables

selected

Station

such

work

station

32

devices.

Planning

all

cabling

station

or

cables

pages

Area

Adapter.

devices

Controller

as

the

3299,

adapter.

For

more

For

Your System, GA24-4032.

for

ordering,

between

cabling

unassembled.

before

Planning

and

of

the

ordering

the

for

Network

to

the

processor,

(Feature

can

attach

This

information,

installing,

work

stations

is

available

Test

scheduled

information,

appropriate

the

peripheral

(LAN),

6020).
ports

allows

from

and

arrival

you

maintaining

and

IBM,

install

Installation

device.

or

you

1,

refer

the

your

of

refer

must

4,

5,

to

to

the

I

I

o

to

For

cable

and

Assembly

Attachment

When

end
the
information

planning

(work

cable

lengths

Planning

5-12

installation

of

to

IBM

for

station

on

your

information,

Coaxial Cable

Products, GA27-2805.

the

required

and

processor

and

addresses.

floor

plan

Forms, GA24-4093.

refer

and

Accessories for

cables,

connector
Document

and

identify

Form D

to

Installation

each

number)

this

in

the

cable

with

o

.~. x ~

..

:/~-

....

f~~Ii:t~~c:J:rF~§bH:Y>·

o

General Information
Communication Facilities

Requiremerits

Remote Facility

External Interface Adapter

Customer-Ordering Information For Remote Facility

.................................

............................

...................................

....................................

(USA

only)

................

......

6-3
6-4
6-4
6-6
6-6
6-8

o

6-1

The

Remote
Processors.
Remote
allows

The

•

Facility

you

Remote

Remote

IBM

support

representatives

remote

a

Facility

In

the

allows

to

control

Facility

Service

system.

location.

is a standard

event

to

the

fast

maintenance

the

processor
provides
transfers

This

control

feature

system

the

following

system
also

and

analyze

on

all

malfunctions,

response.

at a remote

functions:

error

allows

data
service
the

9370

the

location.

to

the

system

It

from

also

"

•

The

Remote

systems

The

connection
console
the
bit-per-second (bps)
World
to
chapter.

with a synchronous

USA

and

trade

country

regulations

Operation

from a

to

Canada,

customers

central
the

9370 is

IBM

modem

have

and

allows

site.

through

communication
will
with

to

specifications

you

the

provide

auto-answer

provide

to

control

processor

data

a 2400

capability.

a modem

identified

multiple

link.

In

according

in

this

o

6-2

o

o

General

Information

To

establish a switched

manual

•

o

The

•

•

o

operation,

To

call

or

answer a call

To

switch

data.

following

You

must
jack.
terminated

The

Federal

68,

Rules
customer
telephones
registration
telephone
to

protect

Protective
configurations
goes
telephone
such
within
external

the

applies

provide a telephone

You

should

at

Communications
and
premises

and

of
network.
the

circuits

between

network.

as

the

IBM

the

modem so

coupler

network

you

need a telephone:

circuit

your

Regulations

modems.

all

switched

use a data

an

to

for

the

also

have

site.

equipment

CPE

attached

(It

also

telephone

can

be

unprotected

More

5842,

include

that

..

data

and

the

modem

USA

that

the

Commission

(July

(CPE),

Part

68

requires

provided

protective

modem

recently

the

it

does

connection

to

transfer

and

Canada:

uses a modular

switched

1979)

also

such

requires

to

the

public

protective

network.)

in

two forms.

coupler,

and
designed
protective

not

require

in

the

network

(FCC),
affect

as

FCC

switched

circuits

which

the

switched

modems,

circuit

an

line

Part

Some

World

Trade

o

countries

must

follow

equivalent

regulations.

6-3

Communication

In

the

USA
manual
coupler
You

•

dial,

circuits

will

need

Obtain a dedicated

terminates
jack).
of

the

Facilities

and

Canada,

auto-answer

as

part

to:

at

an

RJll

This

should

processor

console

IBM

modem

of

the

switched

data

terminate

and

will

provide

that

9370

network

jack

within

modem.

a 2400 bps,

includes

processor

line

(four-position

4.5-meters (15-feet)

protective

console.

that

modular

•

•

In
modem,
restrict
restrictions

Requirements

In
protective
network
communication
Service
terminate

company
device
telephone
device

Note:

IBM

provides a 4.5 meter (15 foot) cable for use

between the modem

jack

(see Figure 6-1 on

Provide a-normal

is

compatible

or

tone

dialing).

Register
with

the
registration
(REN)

World

the

provided

Trade

if

local

the

USA

must

Order

the

with

to

be

network.

will

coupler

supply

with

the

modem

local

phone

number

Countries,

communications

IBM

support

will

be

and

Canada

be

registered

facilities,

Code

line.

specific

directly

telephone

the

and

company

and

on

the

handled

each

used

on

(USOC)
You

must

registration

attached

The

manufacturer

this

information.

and

with a modular

type

of

telephone,

ringer

equipment.

IBM

will

regulations

structure.

on

an

telephone,

the

public

with

the

you

must

code,

also
to

the the

the

switched

page

6-6).

phone

by

individual

the

line

after

using

equivalency

supply a compatible

Each

modem,

switched

FCC.

specify,

jacks

provide

information

switched

or

supplier

line

plug

service

installation,

the

FCC

number

do

not

country

basis.

telephone

When

by

Universal

required

the

telephone

for

data

with

and
you

each

of

that
(pulse

o

order

to

the

The

information

•

Device

•

FCC

registration

•

Ringer

6-4

the

FCC
name
equivalence

and

number

model

number

requires

number

(REN).

is:

o

A

fixed-length
Figure
remote

6-1

facility

console.

on

cable

page

is

shipped

6-6).

telephone

",."".,wn<N"'WW

with

For

convenience,

handset

<

'",'.'

,'.""

'~"'_'W"~W"'WWW'_<"_W_WW"_';W~'':''_M-''~_'

the

next

processor

install

to

the

(see

the

processor

";'.'

"

:.......;..._"

___

~~W_~

o

Outside

the

following

•

Switched

United

to

connect

network

States

the

and

Remote

termination

Canada,

Facility:

for

you

line

need

plate

the

interface.

o

6-5

Remote

Facility

(R.F)

External

Interface

Adapter

(USA

7.6

only)

Meters

(25 Ft)

PIN

62X3422

1.8

Meters

(6

Power

Ft)

Cord

o

Figure

6-6

6-1.

Remote

Notes:

1.

2.

3.

4.

Facility

A

RS232C/CCITT

shipped

All

communication line

For convenience,
handset

The common carrier

jack, as described

with

customers

next

Configuration

V.24, Y-shaped cable

the processor to

must

provide a

with

install

to the

display

must

by the modem instructions.

(PN

62x3422) is

all

countries.

switched

a compatible telephone.

the customer-provided telephone

console.

provide

network

the connection or data

o

CDT-Type
Protective
Coupler

Modem
dependent

External

IBM

5842
Modem
equivalent
Note

or

2)

Modem

(see

Line

Connection

Common-Carrier
provided
Jan.

before

1, 1983

Line

Type

Switched

Network

for

data

2400

BPS

Line

up

to

o

OEM
equivalent

V.22

or
interface
operation
Note

1)

Notes:

1.

Additional
required before

The modem
clocking provided by the data communication equipment
(DCE). See the instructions for the device you
use. For
Manufacturer

2.

The 5842 Modem
Canada. World Trade countries will have to
equivalent 1200 or 2400 bps, V.22, V.22 bis, or V.23
interface modem with internal clocking.

site

planning
installing

must

provide for synchronous operation

FCC

regulations, see Original Equipment

(OEM)

will

to

V.22

bis

and

(see

and

the modem

literature.
be

shipped

Common-Carrier
provided
as

specified

OEM

preparation may

or

to

the

USOC

instructions

coupler units.

USA

and

by

be

plan

furnish

to

an

o

6-7

Remote

Facility

(Continued)

Customer-Ordering

1.

Communication

•

Line

•

Line

•

Line

equivalent)

•

FCC
customer-supplied

2.

Modem

•

IBM

Canada.

• CCITT V.22, CCITT V.22bis,
for

3.

Telephone

Informatio,n For

Facility

Type

May

Speed
Termination -IBM

Registration

Requirements

5842

World

- Dial-Up

be

Touch-Tone!

- 2400 bps

or

equivalent

Trade

Requirement

Requirements

Business

information -determined

modem

countries.

Remote

Line

or

rotary

5842

V.22 bis for

dial

Modem

or

CCITT V.23 modem

Facility

(or

the

USA

by

and

o

6-8

•

C5

Touch-Tone

as

line

•

Modular

Trade

Trademark

or

type).

jack

telephone

countries).

of

American

C6

rotary

Telephone

dial

(or

equivalent

and

Telegraph

(must

be

for

Co.

the

same

World

o

o

o

Specification Summary Chart
Acoustics (Noise-Emission Levels)

Unit

Noise-Emission Levels

........................

..........................

....................

A-2
A-3
A-4

o

A-1

Specification

Unit

Type

9309 1

9373
9375

9377 90
9332
9335

9347

Model

2
20
40, 60

400 DASD
A01 DASD

B01

Description

1.0

1.6
Processor
Processor
Processor

DASD
Magnetic

Drive
I/O

Summary

Meter
Meter

Card

Rack
Rack

Controller

Tape

Unit

Chart

Heat
Max.
kVA

0.093 57

0.093 57

0.70 588

2.00

1.70

0.50

0.24

0.72 430 1,467 60 132

0.30

0.90 211

Output

W

BTU/hr

194
194 138

2,000
1800
1 200 4,100
262
175 597

270

6,145

895

925

720

Weight

kg

lb

107 235

303

132

60

132

290

122

268

30 65

17

55

37

38

82

120

EIA.
Units

19 1,6,7
32

8
16 2
16 2
3
3

6 3
5

8 8

Notes

2

4
3

5

Figure

A-1.

Unit

Specification

Notes:

1.

Specifications
(PCC).

2.

Maximum

3.

Maximum
(Feature 6010).
A01.

4.

Maximum

Controller (Feature 6010).

5.

Maximum
(Feature 6010).

6.

A total

and

System/370 110

7.

Maximum
Association)
Model

8.

The
Feature
5020 is a two-bus 110 Card Unit.

of

3 k V A for a

2.

I/O

Summary

include

k V A

with

maximum

of

one 9335

Maximum

of

four 9332s

of

two 9347s

5 k

VA

is the

Modell

in

the k V A total for the rack.

number

units

Card Unit is a feature for the 9377 Processor.

5010 is a one-bus

of

EIA

for the

the

power

A01

per

DASD/

of

four 9335 BOIs

and

one 9347

per

DASD/Tape

maximum

PCC. Do not

(Electronic

Modell

I/O

Card Unit

control compartment

storage.

Tape Controller

per

9335

per

DASD/Tape

Controller

for a Model 2

include

Industries

is 19

and

and

PCC

the

32

for the

feature

o

A-2

c

o

Acoustics

(Noise-Emission

Levels)

o

Acoustical
information
the

data

The

format
standard
measurement
to

American
International
used

to

Term

LwAd

<

LpA

T

data

to

help

used

present

> m

is

intended

and

is

for

predict

in

which
by

the

procedures

National

Standard

acoustical

Definition

The

declared

The

mean
pressure
positions.

Prominent

to

consultants

the

levels

the

data

computer

used

Standard

7779.

value

emission

discrete

The

data

sound

of

answer

are

industry.

to

S12.10-1985

in

power-emission

the

levels

tones

requests

and

planners

of

acoustical

provided

The

acquire

following

this

space-averaged

the

manual.

at

the

for

requiring

noise.

conforms

data

conform

and

terms

one-meter

are

level.

sound

to

the

o

A-3

~\i:IJ.'~(;':::Sp;~Cificati9n

'''&'4,;;C,~m",,,~,,,,,~LLL:;::*:,~,",_,,'',,~,

~",";'"i,,';,,:,,;,

"

,:,;

".M;,"

•..

Sl.lmmary'

,,';;

,,':

>,,~

*"~'"

Unit

Type

9309

9373

9375

9377

9332

9335

9335

9347

I/O Card

Unit

Noise-Emission Levels

The following table shows the noise-emission levels for
units
measured
information is preliminary and subject to change.

Model

1,2

20

40
60

90

400

A01

B01

of

Hz

60
50

60
50

60
50

60
50

60
50

60
50

60
50

60
50

60
50

the

system. The levels for these

in

the

9309

Rack Enclosure, Model

LwAd
Operating
(bels)

*

Idling

(bels)

* *

* * *

6.8

6.8

6.6

6.8

6.4 6.4

6.6

6.1

6.1

5.8

5.9 5.9

7.1 7.1

7.2 7.2

6.5

6.5

6.7

6.7 6.7

6.8

6.8

6.6

6.8

6.6

6.1

6.1

5.8

6.5

6.5

6.7

<LpA>m

Opera

ting

(dB)

50 50

50

50
51 51

47
49 49

46 46
46 46

43 43
44

54 54

55 55

51
51

50
50

units

Idling

(dB)

*
*

50
50

47

44

51
51

50
50

were

2.

The

N

N

N

N

Y

N

N

N

N

T

o

Figure

A-2.

Noise

Emission

Notes:

1. * Does not radiate

2.

Refer to "Acoustics (Noise-Emission Levels)" on

page

A-4

Levels

any

measurable noise.

A-3

for definitions used in the table.

o

Noise levels are not additive. Use the following
logarithmic formula for the emission level

configuration.

of

your

system

o

The formula for the

sample configuration consisting

two 9335-B01s is as follows:

Lsum = log [ sum

log [ 1 (J3.6 + 1 (J5.8 + 10
log [ 3981071.7 + 630957.3 + 12589254

sound

lOLwAd

power-emission level

of

a 9375, 9335-A01,

]

+

107.

1

)

1

7

.

+ 12589254 }

log [ 29790537 }

7.47 bels

The following table lists five sample configurations

power-emission levels

configuration

with

a power-emission level

Sample

iii

m

B

iii

Ii

IJ

Processor

Model

9373

9373

9375

9375

9377

(LwAd)

includes

9332 9335-A 9335-B

1 0 0

2 0

0 1

0

0

of

each. For example,

one 9373, one 9332,

(LwAd)

Number

1 3

1

of

7.0

of

Devices

0

2

3

and

bels.

9347

1

1

0 7.4

0

0

of

a

and

and

the

one 9347,

LwAd

7.0

bels

7.1

bels

bels

7.7

bels

7.7

bels

Figure

A-3.

o

Power-Emission

Level

for

Sample

Configurations

A-5

c

A-6

o

Appendix

B.

PlUgs and

cReceptac,es:1I

o

Plugs/Receptacles
Plugs and Receptacles for

Three-Phase Power Plug
50-

Hz

Power Cord Style

for

USA, AG, APG

..................

EM

EA

.....................

..........................

..........................

8-2
8-3
8-6
8-7

o

8-1

IBM

supplies

customer,

receptacles.

corresponds

must

power

supply

The

to

the

cords

the

reference

letter

in

with

attached

corresponding

(Ref)

letter

Figure

B-2

plugs.

power

in

Figure

on

page

You,
outlet

B-1

B-3.

the

Ref

B

IE]

II

iii

0

iii

Figure

Plug
Type

3750

L6-30P

WIP130

56PA330

3720U-l

5-20P

8-1.

Service

Volts

220/250

220/250

250
250
125
125

Plugs

Notes:

1.

Raised-floor

Stoll) watertight plug/connector/receptacle (specify code

9080).

2.

An
conduit
R&S

3.

A
Association) twist-lock plug/receptacle (specify code

9081).

4.

Only for

5.

Only for

6.

Only available for the

7.

NEMA

with

8.

Refer

illustrations.

Amps

30
30
30
30
20
20

and

Receptacles

R&S

or liquid-tight flexible

FSA

NEMA-style

non-twist-lock plug/receptacle. Specify code

the 9309-1, 120 Vac PCC.

to Figure B-2 on

Rating

Phase

1 3 3933 3753
1
1
1
1 3 3913U-1 3743U-l
1 3 5-20R

for

installations

in

line connector

adapter.

(National

Australia.
New

Zealand.

Wires

3
3
3

USA

require

used

Electrical

U.S.A.

page

Connector/Receptacle

and

AG,

APG

an

R&S

(Russell

with

flexible

metal

on a 9309-1.

B-3 for

conduit

Manufacturers'

power

plug

metal

L6-30R
WIBM130
56S0330

and

requires

9081

Notes
1,2,8
3,8
4,8
5,8
1,2,6,8
6,7,8

o

an

The

chart
receptacles,
A/PG

countries

B-2

on

the

and

connectors

and

following

the

USA.

page

used

illustrates

by

the

rack

the

for

plugs,

AG

and

c

'"."~

.

B

o

Plug

CD

0

0

0

0

e

Receptacle/
Connector

(J

®6®

0

Q
Q

e

Type

Russell and Stoll
Waterproof Plug,
Receptacle/Connector

220/250V 30A

NEMA

Twistlock

Plug/Receptacle

220/250V 30A

POL

Insulated

Plug/Receptacle
250V/30A

(New

Zealand)

Wilco

Weatherproof

Plug/Receptacle
250V/30A

(Australia)

Russell and Stoll
Waterproof
Receptacle/Connector
125V/20A

Plug,

o

@

e

Figure

Plugs and Receptacles

For
an

receptacle

page
single-phase
of

the

listing

8-2.

EMEA

attached

B-5

shows

illustrations

of

countries

Plug and

countries,

plug

that

most

used
illustrations

power

in

(specify

in

on

NEMA
Plug/Receptacle

125V/20A

Connector/Receptacle

for

IBM

corresponds

that

Figure

the

EM

supplies

country.

of

the

code

B-3

next

page.

EA

the

to

power

9112).
with

power

the

Figure

Match

the

for

USA,

cord

with

power-outlet

B-3

on

plugs

for

3 kVA,

the

letter

appropriate

AG,

and

A/PG

8-3

Plugs and Receptacles

for

EM

EA

(Continued)

Country

Algeria
Andorra
Angola
Austria

Bahrain
Belgium
Benin
Bulgaria
Cameroon
Central
Chad
Channel
Congo
Cyprus
Czechoslovakia
Egypt
Ethiopia
Finland
France
Germany
Ghana
Guinea
Greece
Hungary
Iceland
Iran
Ireland
Israel
Italy
Ivory
Jordan

Kenya
Kuwait
Lebanon
Libya
Liechtenstein

Luxembourg

Malagasy

Malawi

Maliuras

Malta

Republic

Africa

Islands

Coast

Note: * =

PCC

in

Rep.

the

The

power

United

cord

Kingdom

Plug

ID

A
A
A
A
B
A
A
A
A
A
A
B
A
B
A
A

F
A
A
A

B

A

A S.A.R.

A
A

A

B

D

F

A

B

B U.S.S.R.

B

A

B

E

A

A

B

A

B

for

the

3 k V A

does

not

Country

Mauritania
Mauritius
Monaco
Morocco
Mozambique
Netherlands

New

Caledonia
Niger
Norway
Oman
Pakistan
Poland
Portugal
Qatar
Romania
Senegal
Saudi
Sierra
Somalia
South
Spain
Sudan

Tanzania
Togo
Tunesia

Turkey
Uganda
U.A.E.
United
Upper

Yemen
Yugoslavia
Zaire
Zambia

single-phase

have a plug.

Arabia

Leone

Africa

(Southeast

Kingdom

Volta

Asia

Region)

Plug

ID

A
A
A
A

A

A
A
A
A
B
C
A
A
B
A
A
B
B

B

C
A
A
A

B

A
A
A
B

B

*

A

A

B

A

A

B

C

8-4

C

j~~;;~~::~

_"

..

.j~""",_>

,'-"";,,,

...........

""*"",,«>,

•

...,.;;-...,~,,,,,,,_.,.,.::;,<Mo;.,,~_

, ' '

;~;,),W;:.

" '

__

.,."k..,...;,_","",,~»>.w.~·

'

B

o

Three-Dimensional

[A]

Plug

~

[B]

~

[C]

~

[DJ

~

[E

J

~

View

Plug

Pin-Side

View

e3

~

U

t3

e

~

~

Service

Rating and Standard

250V 10/16A

approval

Equipment

Stanards

(U.K.)

African

of

Standards

rules

of

International
for

the
Electrical
CEE: VII

250V 13A

British
Institution
BS1363:

250V 10/16A

South
Bureau

250V 10/16A

Standards Institution
of

Israel

SI-32-1971
250V lOA

Schweizericher

Elektrotechnischer
verein
SEV

24507

•

o

Figure

Figure

[F

J

&:iJ

8-3.

EM

Besides
kVA

Three-Dimensional

~

--

8-4.

EMEA

EA Plugs

the

single-phase

Plug

View Pin-Side

200-240

~

for

Single-Phase

plugs

listed

power

(oJ

Single-Phase

Plug

in

Figure

plug;

View

Power

refer

Power

250V 10/16A
Comitato

Elettrotecnico

Italiano
CEI

23-16

(3

kVA)

B-3,

there

to

Figure

Service Rating and Standard

220/380V 25A

, International

Electrotechnical
Commission

lEG

309

Plug

(5

is

kVA)

also

B-4.

a 5

8-5

Plugs

and

Receptacles

for

EM

EA

(Continued)

Three-Phase

The
power

Note:

only
For
on

Figure

Power

following

uses

more

page

Three-Dimensional

Plug

control

Power

phases 1 and 2 of

information,

2-6.

Plug

8-5.

three-phase
compartment

is

not

balanced

refer

View

Three-Phase

power

for

using

the

to

"Power

Plug

Pin-Side

Power

plug

is

EMEA

incoming

View

countries.

this

Phase

Plug

for

the

two-phase

plug.

(for

This

plug

three-phases.

Imbalance"

Service Rating and Standard

220/380V

International
Electrotechnical
Commission

lEG 309

15

Amps)

10/16A

o

8-6

Legend:

1 =

Phase

=

Phase

2

=

Phase

3

=

Neutral

N
G =

Ground

1
2
3

o

50-Hz

Power

The
needed
local

Cord

following

to

practice,

Style

chart

terminate

if

necessary.

provides
the

power

power

cord

cord

specifications

in

accordance

with

o

Phase

1
3

Figure

CABLE

NominalOD

mm

8.9

9.0 (0.354)

8-6.

(inches)

(0.350)

Power

Cord

Number

of

Shields

0
0

Style

(50-Hz

NominalOD*

Quantity

3
5

*

This

diameter

Reference)

CONDUCTORS

mm

2.8

2.8

(inches)

(0.110)
(0.110)

refers

to

solid,

Size

mm

1.5

1.5

bare

2

wire.

o

8-7

- I

o

8-8

o

This

checklist
responsibilities
site,

you

will

probably
planning
tasks

cycle.

as a guide.

identifies

sequentially.

Use

installation

need

the

following

If

you

more

tasks

have

time

and a longer

schedule

and

to

renovate

and

list

your

of

o

Time
Task/Consideration

116

Designate a person
with
preparation.

Review
designated

Plan
between
Chapter

Determine
representative.
form.

Identify
source
modems
Cables"
6,

Frame

Weeks

the

responsibility

this

for

the
the
5,

communication

for

as

on

"Remote

and

Before

site

person.

instailation
devices

"Cable

the

schedule

the

communication

required.

page

Facility."

Delivery

in

your

for

all

planning

and

Requirements."

Fill

in

5-10

guide

of
the

with

the

dates

needs

See

"Communication

and

Chapter

I

organization

phases

the

device

processor.

your

and

lines.

with

IBM

on

the

of

the

cables

this

Order

site

See

Scheduled
Completion
Date

Actual
Completion
Date

114

•

Weeks

Layout
of

the

modems,
Review

with

your

Place
5,

"Cable

assemble

Installation
and

Accessories, GA27-2805.

Before

the

floor

processor,

power

the

overall

IBM

representative.

orders

for

Requirements."

your

coaxial

and

Delivery

plan.

control

outlets,

site

device

cables.

Assembly

Show

and

preparation

cables.

o

1

the

units,

terminals,

accessories.

See

Order

of

material

Refer

Coaxial Cable

locations

plan

Chapter

to

to

C-1

Time
Task/Considera

112

Frame

Weeks

Before

and

tion

Delivery

I

Scheduled

Completion
Date

Actual
Completion
Date

Determine
changes.

Determine

control
changes

Arrange

between

modems.
Arrange

and

wiring.
page
Receptacles.

Define a training
Order

represen

\10

Weeks

Review
communication
any

schedule

if

Schedule

if

units

as

required.

for

installing

the

for

installing

1-7

and

"

required

ta

ti

ve.

Before

the

progress

the

any

need

work

See

Appendix

conflicts.

existing

changes

existing

changes.

the

stations,

the

"Electrical

program

manuals.

Delivery

of

plan.

Identify

programs

as

devices

Schedule

device

terminals,

power

Power"

B,

"Plugs

for

See

I

the

data

need

required.

and

cables

and

receptacle

on

and

employees.

your

IBM

and

resolve

o

Review
the
Make

Is

Weeks

Review
points
problem.

Confirm
containing

the

system

configuration

necessary

Before

the

installation

in

the

schedule

the

arrival

the

cables.

configuration

meets

changes.

Delivery

of

your

plan

that

the

C-2

to

ensure

requirements.

I

and

define

may

cause

package

any

a

o

Time
Task/Consideration

Frame

and

Scheduled

Completion Completion
Date

Actual
Date

o

Start
power

Start

of

12

power:
power

existing

Install
telephone

Review
personnel.

I

Arrival

installing

receptacles.

employee

Have

Complete

Complete

Complete

an

your

Weeks

continuity

receptacles

communication

IBM

representative

site

preparation.

Before

the

checkout

the

required

programs

the

site preparation.

lines

setup

of

Unit(s)

instructions

and

labeling

training.

Deliveryl

and

polarity

and

safety

and

data

and

modems.

I

cables

review

of

the

cables

considerations.

changes

processing

facilities,

with

test

to

the

such

setup

and

progress

and

of

cables,

units.

as

Move
Unpack

Read
system.

unit(s)

unit(s)

the

setup

to

installation

according

instructions

o

location.

to

instructions.

and

set

up

your

C-3

o

C-4

o

"<

W""'~

"

""'"

"'~,<,<"<~"",~~,~~,,,,

"',:7~;W;Yr:""<~':"'""':'-'f

: ..

F:

..

-

~:::

\ ,

"""'",'-

:""'C'-";'-:' ,"/

~"~'~'-"";"'-::-""::,'"

A"ppendix D.

1\::' >':":"

'''':''

"T

"'':'''''''TT'-~~!':_''~

o

English

SCALE: 1/4

in

= 1

ft

Units

-:::::::-:::~I

+

+

I'

,

1_-

9309-1,2

___

FRONT

+

+

I

1

I

I

SCALE: 1/4

in

= 1 ft

+ +

9309-1,2

+ +

I

I

I

1

_____

I

FRONT

o

I SCALE: 1/4

Figure

in

= 1

D-1.

ft

I SCALE: 1/4

-::::::-:::

"1111

+

+ + +

9309-1,2

+

+

-,

If

1

1

I

1_-

___

I

FRONT FRONT

Physical

Planning

Template

(English)

in

= 1

ft

-------,

9309-1,2

+ +

I

1

I

1

_____

1

I

0-1