NPIC DATA SYSTEM DATA AND CONTROL SEGMENT ACQUISITION PHASE APPENDIX A6 FACILITY INTERFACE DRAWING (VERSION A)

• Document Type: CREST
• Collection: NGA Records (Formerly NIMA)
• Document Number (FOIA) /ESDN (CREST): CIA-RDP84T00037R000500030001-3
• Release Decision: RIPPUB
• Original Classification: U
• Document Page Count: 47
• Document Creation Date: December 28, 2016
• Document Release Date: September 7, 2007
• Sequence Number: 1
• Publication Date: February 24, 1982
• Content Type: REPORT

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UNCLASSIFIED
NPIC DATA SYSTEM
DATA AND CONTROL SEGMENT
ACQUISITION PHASE
APPENDIX A6
FACILITY INTERFACE DRAWING
(VERSION A)
24 February 1982
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NPIC DATA SYSTEM
DATA AND CONTROL SEGMENT
ACQUISITION PHASE
APPENDIX A6
FACILITY INTERFACE DRAWING
(VERSION A)
24 February 1982
This data, furnished in connection with Request for Proposal 82-B-015 as amended, shall not be dis-
closed outside the Government and shall not be duplicated, used, or disclosed in whole or in part for
any purpose other than to evaluate the proposal. If a contract is awarded to this offeror as a result of
or in connection with the submission of this data, the Government shall have the right to duplicate,
use, or disclose the data to the extent provided in the contract. This restriction does not limit the
Government's right to use information contained in the data if it is obtained from another source
without restriction.
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D/C SEGMENT FACILITIES
ICD
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Contents
Section
Page
1
INTRODUCTION
1-1
1.1
Scope
1-1
1.2
General Concepts
1-1
q
-
INSTALLATION, CHECKOUT, TEST AND VERIFICATION
2-1
2.1
General
2-1
2.2
Installation Phase
2-2
2.3
Checkout and Reverification Phase
2-2
2.4
Test Phase
2-4
3
SPACE CONFIGURATION
3-1
3.1
General
3-1
3.2
Under Floor Cable Space Requirements
3-1
3.3
Equipment Floor Loading
3-1
3.4
Door Width and Height Requirements
3-1
3.5
Working Population Density S
3-3
3.6
CE Room and Test Area
3-3
3.7
Integrated Work Station
3-4
4
ELECTRICAL PLAN
4-1
4.1
Primary Power Requirements
4-1
4.2
Power Panels
4-1
4.3
Branch Circuitry
4-2
4.4
Grounding
4-2
4.5
Emergency Power-Off
4-4
4.6
Phase Rotation and Color Code
4-4
4.7
Main Power Panel Locations
4-4
4.8
Convenience Outlets
4-4
5
LIGHTING REQUIREMENTS
5-1
5.1
Work Stations
5-1
5.2
Storage Area
5-1
5.3
Remainder of Computer Floor
5-2
5.4
Emergency Lighting
5-2
6
COOLING REQUIREMENTS
6-1
6.1
Operating Area Environmental Conditions
6-1
6.1.1
Equipment Air Pressure
6-1
6.1.2
Air Cleanliness Requirements
6-1
6.2
System Requirements
6-2
6.2.1
Chilled Water Requirements
6-3
6.3
Temperature and Humidity Recording Instruments
6-3
7
SAFETY PLANS
7-1
7.1
Fire Protection System
7-1
7.2
Hazardous Materials or Conditions
7-1
7.3
Moisture Detection
7-1
7.4
Cleaning Requirements
7-1
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Appendices
Installation Planning Schedule and Checklist
D/C Segment Technical Equipment Listing
D/C Segment Plug/Connector Information
iii
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Illustrations
Figure
Page
2.2-1
BOC and IOC Installation Schedules
2-3
3.1-1
D/C Segment Equipment Configuration Layout
3-2
4.4-1
Transient Grounding Plate
4-3
4.6-1
Power Distribution System
4-5
4.7-1
Power Panel and Branch Circuit Layout
4-6
4.7-2
Typical Power Wiring Diagram
4-7
5.3-1
Sample Lighting Layout and Control Scheme
5-3
5.3-2
Wiring Diagram for a Typical Lighting Zone
5-4
6.2.1-1
Typical Connections for Customer Supplied Chilled
6-4
Water
Tables
Table
Page
3.7-3
IWS Power and Cooling Information
3-5
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Section 1
INTRODUCTION
1.1 Scope
This plan provides a description of the Site Preparation and Equipment
Installation Plan for integrating the Data and Control (D/C) Segment of
the NPIC Data System (NDS) into NPIC Annex located in STAT
Washington, D.C.
The principal objective of this task is to define the site preparation
requirements and to identify the responsibility for accomplishing the
associated tasks.
This plan will be revised and/or supplemented during the System Acquisition
Phase (SAP) in accordance with the provisions of the Program Implementation
Directive (PID), Appendix 10.1, Data Requirement Description (DRD) 742.
1.2 General Concept
The D/C Segment ADP Hardware Configuration will be installed in the
second floor Technical Equipment Area of the NPIC
Annex.
Site installation will commence on 1 January 1984 upon completion of
construction of the Annex. The transition of the D/C Segment is described
in Chapter 8.0 of the NDS SAP Technical Proposal, and the schedule for
BOC and IOC installation is provided in Section 2.2 of this document.
The following assumptions were made in the preparation of this document:
a. All construction in the Technical Equipment Area will be
completed prior to the start of D/C Segment installation.
This includes all required air conditioning, electrical power
1-1
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branch circuit installation to the power panels, all communi-
cations lines, lighting plumbing, installation of all walls,
ceilings,
floor.
doors, ramps etc. and the installation of a raised
installation planning representative will provide
the customer assistance in the selection and placement of
plumbing/power receptacles and connectors.
b. The D/C Segment installation functions internal to equipment
STAT
c.
areas will be
power and grounding
cables and supervision
done This will include all plumbing,
STAT
STAT
connections to ADP, connecting intermachine
of equipment placement.
layout drawings for the P/C Segment equipment
configuration were prepared within the boundaries of the
second floor technical area and without consideration of
Collateral Information (C/I) and Exploitation and Reporting
(E/R) Segments installation plans or needs.
The installation team will provide all necessary tools, equipment,
materials and documentation to perform the installation of the ADPE.
1-2
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Section 2
INSTALLATION, CHECKOUT, TEST AND VERIFICATION
2.1 General
Installation, checkout, test and verification efforts include:
a. Preparation of facilities for D/C Segment hardware.
b. Deployment and physical emplacement of equipment.
c. Checkout of electrical and environmental interfaces with the
Site Facility Segment.
d. Reverification of hardware performance.
e. Integrated systems testing intersegment and intrasegment
interfaces.
The activity accomplishes the final steps of DT&E Testing, CPCI acceptance
and integrated Cl/CPCI system acceptance tests.
Installation efforts commence with the planning of equipment arrangements
sufficiently in advance of delivery to enable government contractual
action to modify the facilities.
The planning aid (Appendix A) is
an example of checklists that will be used by the installation team.
These checklists are intended to assure that construction, renovation
and installation tasks are realized in required time frames to avoid
delay in scheduled transition of operations. Installation, checkout and
test activities consist of receiving, inspecting and installing the
hardware product and performing component and interface compatibility
testing. Verification includes the confirmation that "as-built" and
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"as-installed" documentation reflects the actual final configuration.
Installation, checkout, test and verification is divided into the three
following phases.
2.2 Installation Phase
Installation Phase begins at the completion of equipment factory test
and provides for the disconnection, disassembly, packing, transport,
unpacking, assembly and connection of the equipment in accordance with
schedules and layouts for the equipment. Assembly of equipment includes
the planned layout of the room, laying of the machine cables and assuring
proper air flow for the room. Connection of the equipment is the physical
installation of the computer and peripherals. After installation, air
flow will be reverified.
ill be responsible for providing the
packing materials at the factory, removing items at the destination, and
providing the transport media. The facility at which the equipment is
installed, including raised floors and the necessary power cooling, and
voice communications equipment, will be provided by NPIC in accordance
with the approved schedules and layouts. In addition, the installation
of equipment and the establishment of connectivities to support external
interfaces will be accomplished only when all equipment for a particular
transition phase has been delivered and is ready for emplacement, and
all installation documentation is verified to be on-site and describes
STAT
the work
installation
to be accomplished.
schedules. These
Figure 2.2-1 contains the BOC and IOC
schedules are based on the installation
of an
processor with associated peripherals at BOC
STAT
and an
additional
processor
with associated peripherals for
STAT
IOC.
Time schedules were based
on four Field Engineering Division
STAT
(FED) Field Engineers (FE) working twelve
2.3 Checkout and Reverification Phase
hour shifts.
Checkout Phase begins when equipment is ready for DT&E reverification of
CI performance. The materials required for checkout, such as tapes and
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BOC INSTALLATION SCHEDULE
FACILITIES CHECK
CABLE INSTALLATION
AND CONNECTION
SYSTEM PLACEMENT
ELECTRICAL AND
PLUMBING CONNECTION
SYSTEM POWER TESTING
SYSTEM DIAGNOSTIC TESTING
JANUARY 1984
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
A
?
A
TIME FRAMES BASED ON 4 FIELD ENGINEERS WORKING 12 HOURS PER SHIFT
IOC INSTALLATION SCHEDULE
CABLE INSTALLATION
AND CONNECTION
SYSTEM PLACEMENT
ELECTRICAL AND
PLUMBING CONNECTION
SYSTEM POWER TESTING
SYSTEM DIAGNOSTIC TESTING
MARCH 1985
2 3 4 5 6 7 8 9 10 11 12 13 14 15
TIME FRAMES BASED ON 4 FIELD ENGINEERS WORKING 12 HOURS PER SHIFT
Figure 2.2-1. BOC and IOC Installation Schedules
2-3
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printer paper, will be supplied by NPIC. Checkout will be accomplished
through a series of inspections and reverification tests that are appropriate
for the installed equipment.
Inspections will assure that all off-the-shelf components and assemblies
comply with standards and specifications. Quality assurance standards
will be imposed on all levels of fabrication, assembly and test.
will thoroughly check out the hardware equipment, utilizing micro-
program diagnostics, tape diagnostics, disk diagnostics, on-line diagnostics,
console and memory tests. Fault isolation testing will also be accomplished.
At the completion of these tests, the effectiveness level of the hardware
shall be demonstrated showing the ability of the hardware to be used in
the support environment for a specified period of time. For the standard
hardware, this demonstration shall be as defined in current
General Services Administration Schedule for ADPE. For all other hardware
it will be as defined in the test plan.
Hardware acceptance testing is concluded upon the satisfactory completion
of all inspections and tests.
2.4 Test Phase
The third phase begins with verifying that the operating system executes
properly on the newly installed equipment.
The objective of these tests is to confirm that the system generation
(SYSGEN) has been completed properly and that all devices are addressable
by the operating system and their inputs are recognized by the system.
The BOC
host software is then executed on the new equipment in a
minor regression test sequence. These tests will verify that all software
can be located and paged into the computer for execution.
2-4
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The test phase culminates with the testing of the full BOC system
configuration including the Channel-to-Channel data transfer capability
between the hosts and the Univac 1100/84 (configured
with a 1 x 1 CPU-IOU combination available for test and a 3 x 3 configuration
for the on-line system. Specific details concerning third phase testing
will be available in the appropriate test plans.
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Section 3
SPACE CONFIGURATION
3.1 General
The equipment to be installed for the D/C Segment of the NDS program
is specified in detail in Appendix B. This information includes the
dimensions (height, width, length, weight), electrical power and cooling
requirements. Specific plug, connector and receptacle information is
contained in Appendix C. The equipment floor layout for the D/C Segment
equipment is shown in Figure 3.1-1.
3.2 Under Floor Cable Space Requirements
The computer raised floor in the D/C Segment equipment area is to be
18 inches above the subfloor. This will provide sufficient space for
cables, water lines and the cooling plenum.
3.3 Equipment Floor Loading
The specification contained in the NPIC Addition Document STAT
building requirements will adequately sustain the floor loading imposed
by equipment in approved configuration. STAT
3.4 Door Width and Height Requirements
machines are normally shipped in packages 70" high, 60" long and
29" wide with dimensions interchangable if the unit can be upended.
These dimensions are in keeping with the proposed freight elevator
sizing described in the NPIC
addition requirements document
and door sizes should be similarly designed. A ramp should be installed
from the freight elevator up to the false flooring to allow for adequate
movement of equipment and materials.
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Figure 3.1-1 D/C Segment Equipment Configuration Layout
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3-2
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3.5 Working Population Density
Personnel requirements will vary greatly depending on the workload at
the time. On a per shift basis, an average of five people will operate
the D/C Segment. This includes three computer operators who will
monitor the three CPU consoles and mount/dismount tapes. The D/C Segment
supervisor will monitor the D/C Segment Command and Control console, and
the NDS System Command and Control supervisor will monitor the NDS
System console. A Data Base Administrator console will be manned at
least one shift per day. Office space in the computer facility will be
required for both the computer operators and segment supervisors.
Office space will also be required for the transition and integration
team consisting of approximately twenty people. Transition and integration
office requirements for BOC will be met by using the existing offices,
(i.e., CE room, supervisors and operators offices), since the space will
not be utilized until the system is operational. During IOC and FOC,
the transition and integration team will need dedicated temporary office
space to support installation and testing activities.
3.6 CE Room and Test Area
The customer engineers test area for the D/C Segment installation should
contain 400 square feet (20' x 20') of space and be air conditioned to
the same specifications as the machine room. The Field Engineering STAT
Branch Manager will provide, on a scaled layout the Field Engineering
equipment which will be installed in the CE room to assist the customer
in locating lights, receptacles and so forth.
The test area should contain at least two 115V, single phase, 15A receptacles
(convenience outlets) and other receptacles adequate to repair any
device that can be serviced in the CE room should be provided. The 115V
receptacles (convenience outlets) should not be provided power from the
computer power panel.
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3.7 Integrated Work Station (IWS)
The IWS will consist of a family of work stations based on a common
architecture. Three basic versions of this architecture will be implemented
as described in the following paragraphs.
a. Basic IWS. This work station will provide
full interactive alphanumeric capabilities and limited local
processing in support of administrative staff and analysts'
supervisors.
b. Enhanced IWS. This work station will include the features
of the Basic IWS and, in addition, provide for increased
local processing through the inclusion of a small capacity
hard disk drive for local storage of software and data.
c. Full Capacity IWS. This work station will incorporate the features
of the Enhanced IWS and will include the added capability to
display imagery.
The power requirements and cooling requirements for each are listed in
Table 3.7-3.
will interface with the Exploitation and Reporting (E/R) segment contracSI-AT
?
during SAP to determine work station layouts, facility impacts, and
requirements. The dimensions of the IWS are significantly larger than
the existing DD 5600. The Basic IWS and Enhanced IWS dimensions are 3'
x 5'. The dimensions of the Full Capability IWS are 3' x 6'.
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Table 3.7-3 IWS Power and Cooling Information
LOCATION
FOC
NUMBER
TERMINAL
TYPES
RATE
KVA
TOTAL
KVA
10
ENHANCED IWS
0.96
9.60
100
FULL CAPABILITY IWS
3.20
320.00
130
ENHANCED !WS
0.96
124.80
373
FULL CAPABILITY IWS
3.20
1193.60
178
BASIC IWS
.57
101.46
ELSEWHERE
37
BASIC IWS
.57
21.09
TBD
27
FULL CAPABILITY IWS
3.20
86.40
145
BASIC IWS
.57
82.65
TOTAL
1000
1939.60 KVA
LOCATION
TOTAL
KVA
TOTAL
BTU
REQUIRED A/C
(TONS)
330
1,124,858
94
1589
5,422,631
452
ELSEWHERE
21
71,975
6
3-5
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Section 4
ELECTRICAL PLAN
4.1 Primary Power Requirements
The system power requirements are listed in Appendix B for the individual
units to be installed. Quantities are shown for each unit along with
the power requirements The total number of upgrade units are then
identified and an expanded system power requirement determined.
It should be noted that some units are powered from another unit and do
not require branch circuits. The description and type of connector
provided with the ADPE unit power cord is identified by an alphabetic code
in Appendix C.
4.2 Power Panels
For maximum system reliability, the computer power panel should connect
to feeders that serve no other loads. Transient-producing devices, such
as accounting machines, card punch machines, typewriters, desk calculators
and the like, must be connected to separate panels from those servicing
the ADPE to eliminate a potential source of noise interference to the
computer system.
The Government is responsible for providing power panel(s) adequate to
meet the system power requirements as specified in this document. The
power panels should be located in an unobstructed, well-lighted area
within the technical equipment areas. Preferred locations for the power
panels and the proposed breaker layout will be shown in the Electrical
Branch Circuit Diagram.
4-1
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4.3 Branch Circuitry
The individual branch circuits on the panel shall be protected by suitable
circuit breakers properly de-rated according to the manufacturer specifications
and applicable codes. Each circuit breaker shall be labeled to identify
the branch circuit and ADPE unit it is controlling. The grounding wire
for the branch circuit must be insulated and equal in size to the phase
conductor. Branch circuits must be terminated under the raised floor
within three meters (10 feet) of the machines they supply.
Unit power cords are supplied in 4.3 meter (14 foot) lengths, unless
otherwise noted in the unit specification data. The length is measured
from the symbol (+) on the floor plan. power plugs that can be
located under the raised floor will be watertight. The customer provided
receptacles and cable should also be watertight. The receptacle can be
either an inline or
Both the
a fixed type, depending on local code requirements.
processors require 400 cycle power. The
Power Distribution Unit (PDU) will provide 400 cycle power for
the
processor, but the will require 61.7 KVA of 400
cycle power from an NPIC Motor Generator source.
4.4 Grounding
All
machines are provided with an equipment ground wire (green or
At the branch circuit panel, the green wire
be tied into one main grounding conductor.
is a dedicated ground, not a neutral, and
green with yellow trace).
ground from all machines must
This equipment grounding wire
must be carried back to service ground or suitable building ground.
Conduit must not be used as the only grounding means. A typical power
panel grounding configuration is depicted in Figure 4.4-1.
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4.5 Emergency Power-Off
The government should include in the electrical design a means to power-
off all computer and air conditioning equipment in an emergency. This
can be accomplished by providing a main service disconnect control
located convenient to the operator and next to the main and emergency
exit doors of the computer room. A similar independent EPO switch is
required for A/C equipment.
4.6 Phase Rotation and Color Code
The three-phase power receptacles for use with the system must be wired
for correct phase rotation. Looking at the face of the receptacle, and
running counter clockwise from the ground pin, the sequencing will be
Phase 1, Phase 2 and Phase 3. Figure 4.6-1, Power Distribution System
shows proper phase rotation connections for the user installa-
tion. Color code for conductors shall be per the National Electric Code
(NEC).
4.7 Main Power Panel Locations
Based upon the equipment room configuration the recommended location of
the main power panel and ADP power plug locations are shown in Figure 4.7-1.
A typical computer room power wiring diagram is shown in Figure 4.7-2.
4.8 Convenience Outlets
A suitable number of convenience outlets should be installed in the com-
puter room and CE room for use by maintenance personnel, cleaning service,
customer engineers, etc. Convenience outlets should be on the lighting
or other building circuits, not on the computer power panel or feeder.
Under no circumstances are system convenience outlets on
be used for any purpose other than normal servicing.
machines to SI-AT
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2
0
r?
cAp-
cnLi-
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Remotely
Operated
Service
Disconnect
Power Source (See Note 1)
r11 1 r
I 1 1
1 01
I I I
1I I 1
I 02 I
I I I I I
I !i
I I I
I I II I,
I I I1
03
ill
_J
Noncurrent-Carrying
Grounding Conductor
(See Note 2)
?
Computer Room Branch
iCircuit Panel
1
Receptacles
(Face Side)
208/230 V
30
(See Note 2)
1
I ,(See
I
,Note 2)
_I
_
*1?\._ L I
1 Transformer or Suitable
-z... Building Grounding
Station
Plugs
208/230 V
10
Supplementary Ground
Notes:
1. Remotely Disengaged By An Emergency Device Located Near the Console Operator
and Next to the Main Exit Doors.
2. Ground Wire (Green or Green With Yellow Trace).
Figure 4.6-1. Power Distribution System
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From 30
Unit
}From 10
Unit
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Figure 4.7-1. Power Panel and Branch Circuit Layout
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Incoming Three-Phase
Power from Separately
Derived System with
Appropriate Overcurrent
Protection
Neutral
Main Ground
Stake
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Computer Room Power Panel
Safety
Ground
(Bolted to
Enclosure)
Legend:
Phase Wires and Neutral
Insulated Green Wire Ground
Building
Steel
0
Remotely Operated
Power Service Disconnect
Neutral BUS
Circuit Breakers of
Appropriate Size
208/240V
3-Phase
(5-Wire)
Branch
41/ Circuits
208/240V
Single-
Phase
Figure 4.7-2. Typical Power Wiring Diagram
4-7
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120V
Single-
Phase
Approved For Release 2007/09/07: CIA-RDP84T00037R000500030001-3
UNCLASS1 Fl ED
Section 5
LIGHTING REQUIREMENTS
The lighting requirements provide for three separate lighting situations.
One of these is for the work stations where display consoles are normally being
used. The second is for the storage area. The third is for the remaining
computer floor area. Individual light switches may be provided where
light control switches are not considered practical or cost-effective.
The use of group switches for lighting control is presented for considera-
tion, not as a requirement for the operational facility.
5.1 Work Stations
The operators at the work stations all have regular need to use the
display consoles. Lighting should be provided over all work stations to
reduce glare on the display consoles. Lighting is also needed to reference
printed materials such as computer listings and users' manuals. Moderate
lighting between 75-85 footcandles at desk height provides optimum
illumination for visual tasks at these work stations. It is usually
helpful if lighting is reasonably balanced, glare sources are eliminated,
and display brightness is kept as low as possible while providing good
legibility.
5.2 Storage Area
The storage area needs to be accessed only to store and retrieve provisions
such as computer paper, spare cartridges, paper for the console copy
printers, and ribbons for the printers.
The storage room should be provided with overhead lights providing 50-75
footcandles. Individual light switches or a local group switch could be
provided at the entrance to the storage area so that the lights can be
turned off when the area is not in use.
5-1
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5.3 Remainder of Computer Floor
The remainder of the computer floor normally requires very little lighting
since there is no planned activity. However, illumination of 540 to
810 lux (50-75 footcandles), measured 760 millimeters (30 inches) above
the floor, should be maintained. This lighting is recommended for use
by maintenance personnel. A local light switch to leave night emergency
lighting on when no maintenance is taking place in each of the bays would
conserve energy.
A master switch control panel could be located at the main entrance to
the computer room. Each switch in the master panel would control a group
of two (2) to four (4) local switches. Local light switches could be
installed for each bay or every two (2) to four (4) light fixtures in
groups of two (2) to four (4) switches using a low voltage control
system. Figure 5.3-1 is a sample lighting layout and control scheme and
Figure 5.3-2 is a wiring diagram for a typical lighting zone. This is
only one of many ways of installing and controlling lights. Local con-
tractor codes and preferences will dictate the specific method used.
5.4 Emergency Lighting
The technical equipment and lighting systems should be powered from
separate substations. Therefore, operations may continue during a power
interruption which affects only the lighting circuits, providing adequate
emergency lighting is available. The number and positioning of the
emergency lights should be designed to ensure adequate illumination on
the control input devices to allow the continuation of operations.
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C131Jiv13Nn
1
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VI
I J
K L
A/H
I= El El CI
S4
S1 El =I ECI:i d" sS45 El
S2
S3 L".? S6
CI
E] El
S8
I= 0
M = I= CI CI
CI CI El CI
Bil Di E--(
1 I
Legend: 1-1 = Light Fixture Controlled by Switch Si
r---i = "Night Light" Left On At All Times
n= Master Switch Panel Located At Room Entrance
A/H
El
oti
) El(
S10
ON043
MSP =
MS1 Controls Lights SI-S3
MS2 Controls Lights S4-S6
II
MS3 Controls Lights S7-S8
MS4 Controls Lights S9
MS4 Controls Lights SIO
Figure 5.3-1. Sample Lighting Layout and Control Scheme
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JissvlaNn
?
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24VAC
MS1
MS1 ? General Electric RFS6 or Similar
Si ? General Electric RCS2 or Similar
R1 ? General Electric R R7 or Similar
Diode? 1N4004 or Similar
Si
S2
\/
S3
R3
Figure 5.3-2. Wiring Diagram for a Typical Lighting Zone
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dISSV1ON11
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UNCLASS1 Fl ED
Section 6
COOLING REQUIREMENTS
6.1 Operating Area Environmental Conditions
The peripheral units of the installation are internally cooled with air
circulated by blowers. Air intake is generally through the bottom on
each unit. The total equipment air cooled heat load 694,942 BTU/HR is
shown in Appendix B. To meet the cooling requirements of the ADP system
approximately 58 tons of cooling air will be necessary, additional
cooling will be required for other equipment, lighting and space losses
in order to maintain an ambient environment as specified in Section 6.2,
System Requirements.
6.1.1 Equipment Air Pressure
The system should use predominantly recirculated air with a set minimum
for introduction of fresh air for personnel. This minimum fresh air
introduction will enable the machine area to be pressurized so that air
leakage is always outward. This will help prevent dust entry from
adjacent areas.
6.1.2 Air Cleanliness Requirements
A high-efficiency filter rated according to ASHRAE Standard 52-76,
should be installed to filter especially dusty air supplied to the
computer room. An Electrostatic Plate Filter with minimum of 85% to 90%
efficiency is recommended for this purpose.
6-1
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6.2 System Requirements
The air conditioning system should be designed to operate at 75?F
(24?C) and 50% relative humidity at altitudes of up to 7000 feet (2,150m).
This design point provides for the largest buffer'in terms of available
system time, and it is also the condition which has been most suitable
for personal comfort. If the A/C system fails or malfunctions, the
computer will be able to operate until it reaches its specified limits.
This increases the possibility of effecting A/CC repair before the computer
must be shut down. The presently stated Annex air conditioning provisions
will meet the above stated requirements.
The air flow for each unit is specified in Appendix B. Commercial A/C
generally provides 400 to 600 CFM per ton (12000 BTU). Any substantial
deviations from the recommended design point in either direction, if
maintained for long periods, will expose the system to malfunction from
these external conditions (i.e. high relative humidity may cause improper
feeding of paper, while low humidity may cause static discharge
under some conditions).
The following data summarizes the important air conditioning design
criteria needed for the D/C Segment installation.
Temperature
Machine
Operating
60? to 90?F
(16? to 32?C)
Relative Humidity 20% to 80%
Max. Wet Bulb 78?F (26?C)
Machine Design
Nonoperating Criteria
50o to 110o 75oF
(10? to 43?C) (24?C)
8% to 80% 50%
80?F (27?C)
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The air entering the machine must be within specified criteria for
machine operation before power is turned on.
Under no condition of operations may the machine input air and room air
exceed 90oF (32oC). This is a maximum operating temperature limit and
should not be considered a design condition.
6.2.1 Chilled Water Requirements
The three (3) CPUs, two 3081s and one 3033, require chilled water to
provide about 181,400 BTU/HR of cooling capacity. The chilled water is
provided to the
3087 and
3037 Chilled Water Distribution Units
(CDU) which then supply it to the CPUs. The
proposed source of chilled water in the building will sufficiently meet
this need. The chilled water line shall have taps at the required
locations to supply the CDU's. Figure 6.2.1-1
shows the typical connections for customer supplied chilled water.
6.3 Temperature and Humidity Recording Instruments
Ambient and underfloor temperature and humidity recording instruments
should be installed in the D/C Segment area to provide a continuous
record of temperature and humidity conditions in the machine area. If
the air conditioning requirements are not met, a record is available to
determine the extent and duration of the undesirable condition to indicate
whether a drying out period is required. This may, in some cases, save
machine downtime.
6-3
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STAT
STAT
STAT
STAT
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Floor Cutout under CDU
5-Foot (152-cm) Long Hose Assembly**
Hansen B6-K31 or
Parker Hannifin 8H6-61 Plugm
Hansen B6-H31 or
Parker Hannifin
BH6-60 Socket***
Return
Supply
Shut-Off Valves
(2)1.
Water Mains
(2)1.
Drain Valvet
* Customer Should Install Two Supply and Two Return Connections to His Water
Mains, and He Should Supply Applicable Flow Rate. CDUs Delivered With
Three Supply and Three Return Hoses Can Use Two of Each, Provided That the
Applicable Flow Rate is Supplied.
**
Supplied:
Six On 3067s With Serial Number Below 60140.
Four On 3027s, 3037s, and 3067s With Serial Number 60140 and Higher.
Two on 3087.
Customer Supplied:
Three of Each When Six Hoses Are Used.
Two of Each When Four Hoses Are Used.
Plug and Socket Types Are Interchangeable.
t Customer Supplied.
6" (Typical)
(152.4 mm)
Figure 6.2.1-1. Typical Connections for Customer Supplied Chilled Water
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ISSV1ON11
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Section 7
SAFETY PLANS
7.1 Fire Protection System
It is recommended that in place of the planned pre-action water sprinkler
system, a "Halon" or similar type system be installed to protect
the contents of the planned computer room against fire. A pre-action
or similar system can be used in non-technical equipment areas.
A Life Safety Code compliance review must be conducted by a government
facility emergency officer or a local fire authority. Government
procedures should be established which would ensure the safety and health
of employees and the security of materials during unusual circumstances.
Provisions should also include information on occupational safety and
health precautions and emergency medical aid available.
7.2 Hazardous Materials or Conditions
There are no hazardous materials or conditions associated with the
technical area equipment.
7.3 Moisture Detection
A moisture/water detection system is required to detect underfloor
moisture/water in the technical equipment areas. This system should
provide a zoned audio-visual indication of underfloor moisture.
7.4 Cleaning Requirements
If carpet floor coverings are used, they should be one of the variety
marketed by carpet manufacturers as antistatic. Maintenance of all
antistatic floor coverings (carpet, tile, etc.) should be in agreement
with the individual supplier's recommendations.
7-1
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Note: Vacuuming equipment used in the machine area should have a non-
conductive hose and nozzle assembly. This safety precaution minimizes
any possibility of static discharge or electrical shock.
All internal equipment cleaning and maintenance will be handled by
customer engineers under contract to perform said functions.
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UNCLASS1 Fl ED
Appendix A
INSTALLATION PLANNING SCHEDULE AND CHECKLIST
A-1
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Approved For Release 2007/09/07: CIA-RDP84T00037R000500030001-3
This planning aid lists installation tasks and
responsibilities in order of occurrence. If new
site construction or major renovation is required,
a considerably longer lead time and planning
cycle will probably be required. Because data
processing equipment requirements differ, use
the following suggested schedule and list of
tasks as a guide.
Time Frame and
Task or Consideration
Eight Months Before Delivery
1. Verify
quipment to be installed
2. Verify delivery and installation schedule for
common-carrier telecommunication equipment.
3. Determine prospective location. Prepare a list of
components, storage cabinets, work tables, chairs,
desks, and other furnishings to be used. In planning
space requirements, have you considered:
a. Future expansion?
b. Floor loading?
c. Fire protection?
d. Safety of personnel and records?
e. Security?
f. Acoustics?
g. Vibration?
h. Potential for electromagnetic interference?
i. Possibility of atmospheric contamination?
Adequate access route for movement of
equipment from receiving area to computer
room (ramps, doors, corridors, elevators, etc.)?
k. Rigging required?
4. Make a scaled layout of the room and equipment
(1.2.2).
a. Service clearances and service access observed?
b. Operator convenience and storage of forms
and other supplies considered?
No Scheduled Actual
Action Completion Completion
Required Date Date
APPENDIX A Installation Planning Schedule and Checklist (1 of 5)
A-2
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Time Frame and
Task or Consideration
c. Cable length limitations observed?
d. Place orders for any no
No Scheduled Actual
Action Completion Completion
Required Date Date
upplied cables. STAT
e. Channel priorities of devices considered?
f. Layout of units (including furniture, etc.)
made by using scaled templates?
5. Determine floor loading.
6. Use of raised floors.
a. Adequate height for all equipment cables,
plumbing, etc.?
b. Raised floor surfaces free of exposed metal?
c. Panel covering meets antistatic and resistance
requirements?
d. Extra pedestals required?
e. Conductive path provided from metal raised
floor (if used) to ground?
7. Determine if furniture antistatic characteristics
meet resistance requirements.
8. Consider acoustic treatment of room.
9. Determine lighting requirements:
a. General lighting adequate?
b. Emergency lighting provided?
10. Determine air conditioning requirements:
a. Size the air conditioning load by summing
requirements for all heat loads (including
personnel).
b. Present facilities adequate?
c. Humidity control required?
d. Temperature and humidity recording devices
provided?
e. Air conditioning controlled by computer room
power-off disconnect?
11. Determine power requirements:
a. Voltage limits meet equipment specifications?
b. Total load computed by using power profile
information provided F-7
APPENDIX A Installation Planning Schedule and Checklist (2 of 5)
A-3
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STAT
STAT
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Time Frame and
Task or Consideration
c. Arrangements made for any additional services
required?
d. Computer power panels connected to feeders
that serve no other loads?
e. Computer power panels easily accessible,
preferably in computer room?
f. Circuit breakers labeled to identify which
branch circuits they control?
g.
Computer power panel grounded to service
entrance ground or suitable building ground?
h. Branch circuit grounding wire insulated?
i. Each branch circuit receptacle checked for
proper phase rotation?
J.
Required room emergency power-off controls
located at operator area as well as at main
computer-room exit doors?
k. Room emergency power-off provided for any
equipment located remote from the main computer
room?
I. Lightning protection requirements considered?
m. General purpose convenience outlets installed?
n. Standby (backup) power system planned?
Type?
12. If previous equipment must be retained and
operated while new units are being installed:
a. Additional power required?
b. Temporary power circuits required?
C. Additional temporary air conditioning required?
d. Temporary layout planned for the transition
period?
e. External cables available?
13. Determine safety requirements:
a. Computer in a fire-resistant area or room?
b. Computer area isolated from hazardous pro-
cesses and materials?
c. Fire protection equipment available?
d. Emergency plan for personnel and records
evacuation established?
No Scheduled Actual
Action Completion Completion
Required Date Date
APPENDIX A Installation Planning Schedule and Checklist (3 of 5)
A-4
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Time Frame and
Task or Consideration
14. Is space planned for storage of data recording
media within specifications?
15. Verify all contractor and vendor related activity
schedules to ensure that facilities are ready when
equipment is delivered.
Six Months Before Delivery:
Verify the following schedule:
1. Installation of power.
2. Installation of air conditioning.
3. Delivery of equipment.
4. Installation of equipment.
Four Months Before Delivery:
1. Review the Eight-Month checklist.
2. Review equipment to be installed and finalize
layout plan.
3. Submit the layout plan to so tha upplied
cables can be ordered.
4. Verify plans for installing cables through permanent
walls or floors.
5. Confirm all contractor and vendor schedules to
ensure that schedules are compatible with equip-
ment delivery.
6. Confirm that all telephone or PTT line installation
schedules for Remote Support Facility and tele-
communication equipment are compatible with
equipment delivery schedules.
Two Weeks Before Delivery:
1. Review the Four-Month checklist.
2. Verify completion of all contractor and vendor
activity.
3.
supplied cables should arrive.
4. Accept delivery of
est equipment and furniture.
No Scheduled Actual
Action Completion Completion
Required Date Date
APPENDIX A Installation Planning Schedule and Checklist (4 of 5)
A-5
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STAT
STAT
STAT
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Time Frame and
Task or Consideration
One Week Before Delivery:
1. Review the Two-Week checklist.
2. Air conditioning system operational?
3. Arrangements made for balancing air conditioning
system to computer room load immediately after
equipment installation?
4. Power facilities installed?
5. Branch circuits tested for proper phase rotation?
6. Physical facilities (plastering, painting, decorating,
lighting, ramps, floors, etc.) completed?
7. Communication facilities (voice and data lines,
modems, couplers, etc.) installed and tested?
8. Remote Support Facility line and telephone
handset installed and tested?
9. Cable holes cut in floor panels as shown on final
layout?
10. Arrangements made for moving equipment from
receiving area to final location?
No Scheduled Actual
Action Completion Completion
Required Date Date
APPENDIX A Installation Planning Schedule and Checklist (5 of 5)
A-6
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UNCLASS1 Fl ED
Appendix B
D/C SEGMENT TECHNICAL EQUIPMENT LISTING
B-1
UNCLASSIFIED
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Approved For Release 2007/09/07 :-CIA-RDP84T00037R000500030001-3
?
Appendix B. D/C Segment Technical Equipment Listing
Model
Description
Qty
Weight
Per
Unit
Dimensions (inches)
Elec Pwr Req'ts
Cooling Req'ts
Conn
Type
See
APPX C-1
System
Notes
F
S
H
60 Hz
KVA Unit
Total
400 Hz
KVA Unit
Total
BTU/Hr
Water
BTU/Hr
Air
CFM
Unit
Unit
Total
Unit
Total
3033
U24
CPU
1
10,200
..
720
61.70
90,000
128,850
5750
-
1,3
3036
1
Console
1
1,375
29.75
90
29.5
48
49
220
-
1
3037
1
Pwr + Coolant Dist
1
2,825
96.5
32
70
-
D
3081
D24
CPU
2
6,090
''..
1.00
32.2.
40,200
80,400
9,600
19,200
850
DIG
3082
24
Processor Controller
2
2,720
38.25
72.25
33.25
28
70.5
1.40
3.4.
7,800
15,600
800
-
1
3087
1
Coolant Dist Unit
2
955
44.5
32
70.5
4.40
.2.
5,500
11,000
1,400
2,800
-
-
1
3089
1
Pwr Unit
2
2,585
64.5
32
70.5
48.44
17,046
34,092
400
F
3203
5
High Speed Print
4
1,067
87.75
20
46.25
11.20
8,150
32,600
530
D
4
3274
210
Display Control
4
165
30
20
28.94
150
1,013
4,054
70
K/L/A2
2.4
3278
2
Display CRT
30
93
16
21
19
4.65
413
12,389
-
H/J
2.4
3287
1
Printer
12
76
23.5
20
10
2.10
502
6,020
70
H/J
2,4
3350
A2
DASD
8
1,000
45
33.5
46.5
18.40
7,201
57,611
400
E
3350
B2
DASD
2
800
42
33.5
46.2
3.80
5,798
11,597
400
--
1
3380
AA4
DASD
16
1,200
44.5
32
70.5
38.40
6,000
96,000
300
E
3380
84
DASD
10
1,000
40
32
70.5
22.00
5,099
50,980
220
-
1
3420
8
Tape Drive
13
800
30
29.5
67
28.45
6,853
89,082
250
1
3604
6
Control Display
2
26
.10
123
245
-
H/J
4
3705
2F
Comm Controller
3
1,920
32
36
60
15.00
11,802
35,406
880
D
3803
2
Tape Controller
4
600
30
28
60
7.20
5,642
22,569
360
E/F
2
3814
A3
Switch Mgt Sys
2
840
48.75
32
4725
3.00
4,846
9,692
640
A
3880
3
DASD Control
6
720
44.5
32
70.5
5.10
5,498
16,495
320
B
3880
11
DASD Control
4
950
44.5
32
70.5
6.80
5,498
21,993
320
B
3880
13
DASD Control
2
950
44.5
32
70.5
8.50
5,498
27,491
320
B
TOTALS:
400 HZ Power Supplied by the 3089 Power Distribution Unit
3033 Dimensions F S H
Frame 01, 03
76.5
31
78
Frame 02,04
72.0
30
78
Frame 05
63.5
32
78
Frame 06,07
34.0
32
78
233.55 KVA 61.70 KVA
3081 024 Dimensions
181,400
694,942
Frame S
38.25
71,5
7335
Frame X
37
62
73.75
Frame F
38.75
30
73.75
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GENERAL NOTES
I) KVA totals are a vector sum, not
arithmetic sum
2) Total heat values are derived from
total system power, not unit heat
sum
3) If the CPU uses a motor generator,
KVA and A/C data for attached
units is in the CPU data
4) The values shown are for data
processing equipment only. Addi-
tional power and A/C loads should
be added to compensate for non
data-processing equipment and
room losses
5) An emergency power off button
should be installed in all computer
rooms as stated in national elec.
code, article 645
SYSTEM NOTES
1) Powered from another unit
2) Plug type optional see install manual
3) Values may vary depending on
feature
4) See install manual for plug type or
pwr cord style
5) Data entry required
6) 3360 select energy included
7) See install manual for site plan
and prep guide for branch CRT
projector time delay reqmt
A ISSV13N11
rn
STAT
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UNCLASS1 Fl ED
Appendix C
D/C SEGMENT PLUG/CONNECTOR INFORMATION
UNCLASSI Fl ED
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J ISSV13N11
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Appendix C. D/C Segment Plug/Connector Information
?
TYPE
PROVIDED WITH MACHINE
POWER CORD
PROVIDED BY CUSTOMER
SERVICE RATING
INLINE
INLINE
REF
PLUG CAP
DESCRIPTION
VOLTS
AMP
PHASE
WIRES
CONNECTOR
RECEPTACLE
60 HZ
A
RS
3720
Waterproof
208/230
20
1
3
3913
3743
Al
RS
3720-U1
Waterproof
115
20
1
3
3913-U1
3743-U1
A2
RS
3720-U2
Waterproof
208/230
15
1
3
3913-U2
3743-U2
A6
RS
3720-U6
Waterproof
208/230
20
1
3
3913-U6
3743-U6
B
RS
3730
Waterproof
208/230
15
3
4
3914
3744
C
RS
3750
Waterproof
208/230
30
1
3
3933
3753
D
RS
3760
Waterproof
208/230
30
3
4
3934
3754
E
RS
7328
Waterproof
208/230
60
3
4
7428
7324
F
RS
JPS1034H
Waterproof
208/230
100
3
4
JCS1034H
JRSA1034 H/JR
H
NEMA
5-15P
Nonlocking
115
15
1
3
5-15R
5-15R
J
NEMA
LS-15P
Locking
115
15
1
3
L5-15R
L5-15R
K
NEMA
6-15P
Nonlocking
208/230
15
1
3
6-15R
6-15R
L
NEMA
L6-15P
Locking
208/230
15
1
3
L6-15R
L6-15R
M
NEMA
5-20P
Nonlocking
115
20
1
3
5-20R
5-20R
N
NEMA
L5-20P
Locking
115
20
1
3
L5-20R
L5-20R
Q
NEMA
L6-20P
Locking
208/230
20
1
3
L6-20R
L6-20R
R
NEMA
5-30P
Nonlocking
115
30
1
3
5-30R
5-30R
400 HZ
G
RS
JPS1534LR
Waterproof
208/230
150
3
4
JCS1534LK
JRSA1534LK/JR
-
RS ? Russell and Stull
NEMA ? National Elect Mfr Assoc. Config. No.
Approved For Release 2007/09/07: CIA-RDP84T00037R000500030001-3
d issviaNn
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0
J ISSV13N11
Approved For Release 2007/09/07: CIA-RDP84T00037R000500030001-3
Appendix C. D/C Segment Plug/Connector Information
?
TYPE
PROVIDED WITH MACHINE
POWER CORD
PROVIDED BY CUSTOMER
SERVICE RATING
INLINE
INLINE
REF
PLUG CAP
DESCRIPTION
VOLTS
AMP
PHASE
WIRES
CONNECTOR
RECEPTACLE
60 HZ
A
RS
3720
Waterproof
208/230
20
1
3
3913
3743
Al
RS
3720-U1
Waterproof
115
20
1
3
3913-U1
3743-U1
A2
RS
3720-U2
Waterproof
208/230
15
1
3
3913-U2
3743-U2
A6
RS
3720-U6
Waterproof
208/230
20
1
3
3913-U6
3743-U6
B
RS
3730
Waterproof
208/230
15
3
4
3914
3744
C
RS
3750
Waterproof
208/230
30
1
3
3933
3753
D
RS
3760
Waterproof
208/230
30
3
4
3934
3754
E
RS
7328
Waterproof
208/230
60
3
4
7428
7324
F
RS
JPS1034H
Waterproof
208/230
100
3
4
JCS1034H
JRSA1034 H/JR
H
NEMA
5-15P
Nonlocking
115
15
1
3
5-15R
5-15R
J
NEMA
LS-15P
Locking
115
15
1
3
L5-15R
L5-15R
K
NEMA
6-15P
Nonlocking
208/230
15
1
3
6-15R
6-15R
L
NEMA
L6-15P
Locking
208/230
15
1
3
L6-15R
L6-15R
M
NEMA
5-20P
Nonlocking
115
20
1
3
5-20R
5-20R
N
NEMA
L5-20P
Locking
115
20
1
3
L5-20R
L5-20R
Q
NEMA
L6-20P
Locking
208/230
20
1
3
L6-20R
L6-20R
R
NEMA
5-30P
Nonlocking
115
30
1
3
5-30R
5-30R
400 HZ
G
RS
JPS1534LR
Waterproof
208/230
150
3
4
JCS1534LK
JRSA1534LK/JR
-
RS ? Russell and Stull
NEMA ? National Elect Mfr Assoc. Config. No.
Approved For Release 2007/09/07: CIA-RDP84T00037R000500030001-3
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FIGURE 4.7-1 POWER PANEL AND BRANCH
CIRCUIT DIAGRAM
SCALE: 1/4" = 1'
D/C SEGMENT: 8,500 SQ FT
REMAINING AREA: 16,500 SQ FT
Approved For Release 2007/09/07 : CIA-RDP84T00037R000500030001-3
32782
3278-I 32784
3814-2
3278-2 32;B-3 3278-4
3278-5
3203-I
3390-I
POVER
PA1EL
3380-I
9
3880-2
4)
3380-2
33E0-2
3380-2
3380- I
3274
Approved For Release 2007/09/07: CIA-RDP84T00037R000500030001-3
NOTE'
0 HARDWIRED FROM REMOTE MOTOR
[IERATOR
0 RECEPTACLES WITHIN DOTTED BOUNDRIES ARE
SUPPLIED BY POWER WITHIN SAME BOUNDRIES.
NPIC - 85
2/16/82