national guard bureau 1145shimton dc p et 22 xd ...ao•iaoation for information and image...

NATIONAL GUARD BUREAU 1145SHIMTON DC P r MAIS ET 4L,22 JUN 93 XD '4GB

UCASF IED M

Ao•iAoation for Information and Image ManagementA ocain 1100 Wayne Avenue, Suite 1100 4&4

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AD -A267 449'ATION PAGE OMB No. 070-0o18

to average I hour per reloonse. incuding the time for reviewing inswuctiOns ,eerddnq estuing data ~oune.wing the cOiectlOn of informatton end ommeta % arding this ba U metot Orany otther a r of th""n. to W hi!•h'On HeadQuanrterm Service,. OirectOtt Or Infotion Directirn end RAPru 1215 Jerfersone of Management and Buit. PaoPe ork RIlluSIOn Project (07=i DC 20S03.

1. AGENCY USE ONLY (Leave blank) . REPORT DATE 13. REPORT TYPE AND DATES COVERED

I 22 June 1993 I Guidance Package4. TITLE AND SUBTITLE 5. FUNDING NUMBERS

Facilities Construction RCAS Guidance Package

6. AUTHOR(S)

William E. Tippett DI7. PERFORMING ORGANIZATION NAME(S) AND ADORESS(ES) -MIINGORGANIZATION

PM0 RCAS, Suite 1000Newington, VA 22122-8510 C

9. SPONSORING IMONITORING AGENCY NAME(S) AND ADORESS(ES) 10. SPONSORING/ MONITORING

Chief, National Guard Bureau AGENCY REPORT NUMBER

ATTN: NGB-ZAPentagon, Rm 2E394Washington, DC 20310-2500

11. SUPPLEMENTARY NOTES

12a. DISTRIBUTION /AVAILABILITY STATEMENT 12b. DISTRIBUTION CODE

Distribution Statement A.

13. ABSTRACT (Maximum 200 words)

The Facilities Construction Guidance Package was developed for the purpose ofproviding technical guidance relative to RCAS for facilities being planned orconstructed. This working document provides assistance to begin the processof developing facility design and facility planning at any stage of con-struction development. Detailed requirements about security are identifiedas currently known. The audience of this package are the proponents andarchitects of the facilities being planned or constructed.

93-17392

14. SUBJECT TERMS IS. NUMBER Of PAGESFacilities, Facilities Engineering, Construction, Electrica 182Design, Secure Con:'iunications, Site Survey, Management i1LPRICECODE

Information System, Telecommunications Equipment. _

17. SECURITY CLASSIFICATiON 11. SECURITY CLASSIFICATION it. SECURITY CLASSIFICATION 20. MiTATION OF ABSTRACTOF REPORT OF THIS PAGE OF ABSTRACT

Unclassified Unclassified Uncldssified None"hiiq ?C93 8 3 q t 3d8rd Form 298 (Rev 2-89)

22 JUNE 1993

Reserve Component Automation System

FACILITIES CONSTRUCTIONRCAS GUIDANCE PACKAGE

Prepared for

Department of the ArmyDepartment Code W732LH

PMO RCASSuite 1000

8510 Cinder Bed RoadNewington, VA 22122 A-ccesior, F7r

NTIS CRA&IDTIC TAB 0Ur•drnouLrlceg

J,1stlitcdion

By

Dist rbutlon

MTIC QUALTrY I"N8PECT]D 3 Avaiibdiety Codes

Dist A i ini-Sp costl

Foreword

This Facilities Construction Guidance Package has been developed for the purpose ofproviding technical guidance relative to RCAS for facilities being planned orconstructed. The audience of this package are the proponents and architects of thefacilities being planned or constructed. This working document provides assistanceto begin the process of developing facility design and facility planning at any stage ofconstruction development. Detailed requirements about security are identified ascurrently known. System engineering changes and security requirements will invokeimprovements which will likely effect the requirements, causing the document tocontinually evolve. As new design requirements are formulated, they will beincorporated into future updates of this package.

Notice

This document contains only Generic/Global long range planning dataand is to be used as a planning guide only. This guidance package issubject to change throughout the fielding process.

No RCAS funding is provided for any facility engineering actions priorto the actual installation of the RCAS.

TABLE OF CONTENTS

SECTION TITLE PAGE

1.0 General Planning Information for RCAS Installation 1

1.1 General Considerations 11.1.1 Specific Areas of Consideration 11.1.1.1 Electrical 1

1.1.1.2 Telecommunications 1

1.2 Determining Facility Requirements 1

1.3 Additional Requirements 2

1.4 Negotiating Features 3

2.0 General RCAS Requirements Information 5

2.1 Areas New Facilities Requirements Will Cover 5

2.1.1 Electrical 5

2.1.2 Telecommunications 6

3.0 Site Surveys 8

3.1 Finalizing Facility Engineering Details 8

4.0 RCAS Equipment Layouts 9

4.1 Equipment Configuration Graphic Layouts 9

4.1.1 Simple Site Layout 9

4.1.2 Complex Site Layout 9

4.1.3 Server and X-Terminal Distances 9

4.1.4 Expanding Distances 9

4.1.5 Using Several Communications Cabinets/Closets 9

4.1.6 RCAS Wire and Cable Separation 10

4.1.7 Floor Plan Equipment Configuration Layout 10

III~o

LIST OF FIGURES

Figure 1 Simple Site-Equipment Configuration Layout 11Figure 2 Complex Site-Equipment Configuration Layout 12Figure 3 Server and X-Terminal Distances 13Figure 4 Equipment Layout-Using Several Communication Cabinets 14Figure 5 LAN Wire and Cable Separation 15Figure 6 Example Floor Plan Equipment Configuration Layout 16Figure B1 DEC 5500 Equipment Group/Specifications B-3Figure B2 DEC 5000 Equipment Group/Specifications B-4Figure B3 Office Automation Server Equipment Group/Specifications B-5Figure B4 X-Terminal Workstation Equipment Group/Specifications B-6Figure B5 Low Speed Printer Equipment Group/Specifications B-7Figure B6 Image Recorder (Video Copier) Equipment Group/Specifications B-8Figure B7 Drafting Color Plotter Equipment Group/Specifications B-9Figure B8 HP Scanner Equipment Group/Specifications B-10Figure B9 Communications Equipment Cabinet specifications B-1 1

LIST OF TABLES

Table Cl Equipment/Specifications Summary C-3Table El Echelon Equipment/Specifications Table E-3

LIST OF APPENDICES

Appendix A Equipment Code Identifier A-1Appendix B Technical Guidelines for Selected Equipment Groups B-1Appendix C Echelon Equipment/Specification Summary C-1Appendix D RCAS Issue Plan D-1Appendix E Echelon Equipment/Specifications Tables E-1Appendix F RCAS Preliminary Draft Security Plan F-1

iv

Acronym List

RCAS Reserve Component Automation SystemRC Reserve ComponentIP Issue PlanPMO Program Manage OfficePVC PolyvinylGFE Government Furnished EquipmentFTS Federal Telecommunications SystemOA Office AutomationVAC Volts Alternating CurrentLAN Local Area NetworkWAN Wide Area NetworkSOP Security Operations PlanMFA Material Fielding AgreementX-Terminal Same as X-Term/X-Station (Dumb Terminal)DEMARC Where Outside Telephone Lines Enter The BuildingBLK BlackBTU British Thermal UnitAMP AmpereNEMA National Electrical Manufacturer AssociationKVA Kilo Volt AmpereHVAC Heating Ventilation AirconditioningSCSI Small Computer System InterfacePDS Protected Distribution SystemSDD Secure Data DeviceNES Network Encryption SystemCCI Controlled Cryptographic Items

v

LANK PAGE

vi

Readers Instruction Guide

To assist the reader in deriving their RCAS facility planning requirements, aninstructional flow diagram has been provided. This flow diagram provides the readerwith a step-by-step process of deriving the necessary requirements without the needof unnecessary searching through the document.

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SECTION 1 GENERAL PLANNING INFORMATION FOR RCAS INSTALLATION

1.1 GENERAL CONSIDERATIONS

It is important to recognize that RCAS is evolving, particularly in the area ofSecurity, and there are provisions for technology enhancement over the lifecycle of the contract. Therefore, the us6 of this document is forgeneral planning purposes. It allows proper planning for floor space,electrical power and telecommunications capability. Boeing will begin thephysical details of the RCAS installation approximately 10 months prior toinstallation date.

1.1.1 Specific Areas of Consideration. Specific areas of consideration includebut are not limited to:

1.1.1.1 Electrical. This document provides the necessary informationto install, or make provisions to install, appropriate electrical service andoutlets for the RCAS.

1.1.1.2 Telecommunications. Using this document, plans can be madeto reserve space for the installation by placing the communicationscabinets in strategic locations to accommodate the RCAS requirements.The structure to support the cabling can be provided even though thecable would not be pulled until the installation of RCAS occurs (i.e.conduit in the building as appropriate, conduit between buildings asappropriate, cable trays in the structure as appropriate).

1.1.1.3 Room Divider Panels. Where room dividers are used in afacility, panels which accommodate telecommunications cabling andelectrical service should be considered.

1.2 Determining Facility Requirements. The following steps provide guidance indetermining facility requirements.

A. First- Determine the specific Reserve Component (RC) organization(s) thatwill occupy the facility. This should include all host and tenant organizations.

B. Second- Use the RCAS Issue Plan (IP) (Appendix D) to determine the

echelon and category of your organization.

C. Third- Apply the Echelon Equipment/Specification Tables (Appendix E) and

1

the Equipment/Specifications Summary Tables (Appendix C) to accumulate therequirements.

D. Fourth- Use the General RCAS Requirements Information (Section 2) asappropriate to flesh out the preliminary requirements.

1.3 Additional requirements

A. When it is known where the organizations to occupy the facilities will bephysically located within the facilities, the RCAS Fielding process will beinvoked during the 14 month fielding cycle period to make the final preparationsfor RCAS installation. The RCAS PMO Fielding Division will initiate this actionthrough the Materiel Fielding Agreement process, based on scheduledinstallation dates for the organization.

B. RCAS installations shall conform to federal, state and local building codesand standards.

C. Specific Security Requirements will be included in this document as they arefinalized ard approved.

D. When installing thin wall conduit in the interior walls of office spaces,meeting rooms, shops and storage spaces, allow for changes in future officearrailgement patterns.

E. In false ceiling facilities where interior walls terminate at or sightly aboveceiling level, the conduit should terminate 6" to 1' above wall height. Keep inmind the conduit must be grounded if not plastic.

F. Concrete floors and ceilings should be penetrated by a separate 4" conduitpassage to a centralized wiring closet location for adjacent floors.

G. Where wiring closets are not available or appropriate, the penetration shouldfollow electrical wiring, but must accommodate a 4" diameter wiring bundle.

H. If walls and floor/ceiling are cast concrete, the engineers need to ensure theconduit conforms to code.

I. Conduit, if required, should be plastic. (Metal conduit is permissable)

J. Due to congressional direction, no GFE equipment may be used by RCAS.

K. Long haul lines are provided by FTS 2000. Cable drops will be at thelocation of the communication cabinets.

2

L. Intrabuilding cabling requirements are met by installing a 4" PVC conduitwith a pull wire. Boeing will install the cabling as part of the RCAS sitepreparation process.

M. Modular furniture with built in wiring provisions, if used has a security wireseparation requirement. Refer to figure 5 and also the Users Security Manualfor RCAS Block X, dated 2-15-93.

1.4 Negotiating Features

Fiber Optic cable may be a solution if it is already installed pending technicalcompatibility, accessibility, serviceability and security requirements at the timeof the RCAS installation.

3

BLANK PAGE

4

SECTION 2 GENERAL RCAS REQUIREMENTS INFORMATION

2.1 Areas New Facility Requirements Will Cover. RCAS facility requirements willcover two areas. Electrical and Telecommunications. In respect to the followingrequirements, RCAS shall conform to federal, state and local building codes andstandards.

2.1.1 Electrical

A. DEC 5000 Application Server A, E, and R Equipment Groups require120 volt 20 Amp dedicated circuits.

B. DEC 5500 Application Servers C, F, G, I, J, L, and M EquipmentGroups require 240 volt single phase 30 Amp dedicated circuits.

C. For all 208V, 220V and 240V circuits, the new facilities shouldprovide blank spaces in the power panel for these circuits. The requiredelectrical outlet boxes should be installed blank with the associatedconduit and pull wires.

D. Zenith 486 Office Automation (OA) Server (P1 thru P6) EquipmentGroups (Figure B3), should be installed with 120 volt 20 Amp circuits(See H. below). A dedicated circuit is not a technical requirementhowever, 10.3 amps must be constantly available for satisfactoryoperations. The important thing is to ensure the required amperage isavailable at all times.

E. Printers will be adjacent to Application Servers. They should beinstalled with 120 volt 20 Amp circuits (See H. below). A dedicatedcircuit is not a requirement however, 7.3 Amps must be constantlyavailable. This outlet should be adjacent to the outlet serving theApplication Server.

F. Telecommunications cabinets require 2 - 120V, 20Amp Circuits.

G. Equipment which does not require dedicated electrical circuits, willrequire sufficient power for continuous operation.

H. The RCAS system is being installed with 20 Amp circuits throughout.

5

I. Use minimum of #12 gauge wire for all circuits.

J. Install panel boxes & boards with oversize neutral with 20%space/capacity for future growth.

2.1.2 Telecommunications

A. Local Area Networks (LANs) will be used to connect the various X-Terms and telecommunications related devices in the Applications Servergroup.

1. Building features should accommodate easy ways of routingor rerouting telecommunications cables (cable trays, conduits,tethers/pull wires, etc.)

2. Proposed RCAS LAN pathways must be dedicated to RCAScables and maintain appropriate separation from all "black" cables.

B. Telecommunications cables shall not be installed, but instead installblank PVC conduit with pull wires. The necessary cabling will be installedprior to installation of the RCAS, by Boeing facility modificationcontractors.

C. If the new facility includes multiple buildings, the telecommunicationscabling between buildings should not be installed, but instead put in 4inch interbuilding PVC conduit with pull wires. The cabling will beinstalled by Boeing facility modification contractors prior to installationof the RCAS.

D. Security related requirements (See Appendix F for draft Copy ofUsers Security Manual/Security Operations Plan for the RCAS Block X,dated 15 Feb 93). Changes in security requirements are expected toevolve over the life cycle of RCAS. Appropriate updates will be made tothis document.

1. Telecommunications related - If the specifications ofparagraphs A., B., and C., above are adhered to, most of thetelecommunications security problems will be solved. The LANwire and cable separations as shown in Figure 5, lay out thenecessary gaps and distances, and should be used when planningfor installation of cabling and conduit.

6

D. Security related requirements Cont.

2. Physical Security related - Buildings should be built with aninterior room that has true floor to true ceiling construction toallow for future use as an open storage area for classifiedmaterial. This is a must for units that get Network EncryptionSystem (NES) devices. When Keyed, NES devices must beprovided protection commensurate with the classification of thekey it contains. In the RCAS environment, all NES devices will bekeyed SECRET, thus, rooms must be built to the standards foropen storage of SECRET, as stated in AR 380-5, paragraph 5-102,b. Offices in which other RCAS equipment is to be placed,should be constructed as any other office in which high cost,sensitive equipment is housed.

7

SECTION 3 SITE SURVEYS

3.1 Finalizing Facility Engineering Details. Within 14 months of fielding, the RCASFielding process will be invoked to finalize the facility engineering details for the RCASinstallations.

8

SECTION 4 RCAS EQUIPMENT LAYOUTS

4.1 Equipment Configuration Graphic Layouts. Equipment configuration graphiclayouts have been illustrated, to aid in visualizing layout formats. The RCAS is notconfined to a regimented layout . Variations may be negotiated during the MFAprocess. However, using the illustrations as a guide will provide the appropriate insightfor planning the configuration for your unit. The distances portrayed in the subsequentsubsections are both cost and technical baselines. Changes may be negotiated duringthe Material Fielding Agreement (MFA) and Site Survey processes.

4.1.1 Simple Site Layout. RCAS will have two basic configurations, a SimpleSite (Figure 1) and Complex Site (Figure 2). The Simple Site layout will consistof one server with a maximum of 8 X-Terminals and a printer. The Equipmentwill be linked from the fanout box with distances not to exceed 300 cable feetmaximum unless otherwise negotiated in the MFA/Site Survey process. TheSimple Site layout will be used by small units.

4.1.2 Complex Site Layout. The Complex Site layout (Figure 2) will be utilizedby larger units. These units will have a minimum of one communication cabinet,one LAN cabinet plus two or more servers and possibly multiple DEC 5000 or5500 processors with many X-Terminals (up to 16 X-Terminals per 486 server).The equipment will be served from the LAN cabinet for distances not to exceed300 cable feet. Greater separation distances if necessary will be negotiated inthe MFA/Site Survey Process.

4.1.3 Server and X-Terminal Distances. Server and X-Terminal Distances areillustrated in Figure 3. The line distances cannot exceed 300 cable feet from theLAN cabinet to the connected device. Coverage can be maximized by judiciousplacement of the LAN cabinet as demonstrated in figure 3. A maximum of 600cable feet is possible within an organization if the Server is placed in a centrallocation..

4.1.4 Expanding Distances. Distances greater than those shown in Figure 3can be accommodated (but are an extra cost) through the use ofinterconnections between LAN cabinets. The exact arrangement and equipmentquantities required are determined by the MFA/Site Survey Process.

4.1.5 Using Several Communications Cabinets/Closets. At Complex Sites theequipment layout can be enormous. This can be simplified by using two ormore Communications Cabinets/Closets illustrated in Figure 4. The use ofmultiple Communications Cabinets/Closets allow for distribution of equipmentwithout long and massive line bundles. Lines still need to adhere to the 300cable feet requirement from the Communications Cabinet/Closet.

9

4.1.6 RCAS Cable Separation. For security purposes the RCAS (Red) cablesneed to be adequately separated from all other Black lines (Phone lines etc.) asreferenced in Figure 5. The Red and Black wires/cables have a separationrequirement of 50mm for parallel runs of 30m or less and 150mm for parallelruns of greater than 30m. When Red and Black wires/cables cross at angles of78 to 90 degrees a separation of 1" (2.54cm) is required. The separationdistances are subject to change pending release of security guidelines.

4.1.7 Floor Plan Equipment Configuration Layout. The Example layout shownin Figure 6, depicts the possible arrangement of a P4 equipment group. (7)Monochrome X-Stations, (1) Color X-Station, (1) Printer and a two drawer safe.

10

SIMPLE SITEEQUIPMENT CONFIGURATION LAYOUT

TO DEMARC S~TELEPHONE JACK

10 FT

SENCRYPTION 486 16FTI

I DEVICE SERVERPRNE

300 FT MAX

FANOUT BOX

(D-LINK)

300 FT MAX

X-TERMINAL8 MAX

NEWBLDGI

FIGURE 1

11

COMPLEX SITEEQUIPMENT CONFIGURATION LAYOUT

DATA CIRCUIT

(WAN)

Security Rqmt.

COMMEQUIPTCABINET 3 MAX DEC

DEC 300'.MAX5000 6.5' 5500

LAN ,300'MAX EQUIPTi O~ABINET

X-TERMSX -EM

16 PER1SERVER SRE

03

X-TERMS16 PER

NEWBLDG2

FIGURE 2

12

SERVER AND X-TERMINAL DISTANCES

486SERVER

0(Y)

LAN 600' MAXEQUIPT POSSIBLECABINET BETWEEN SERVER

AND X-TERMS

b0co,

X-TERMS

NEWBLDG3

FIGURE 3

13

EQUIPMENT LAYOUTUSING SEVERAL COMMUNICATION CLOSETS

I DATA CIRCUITI

SSecurity Rqmt.

DEC CABINET DEC

MEINIPT

1 PER 300' MAX 300' MAX 1PER

SERVER SRE

S R EREQUIPT

CABINET 30

.140

16 PER 30'MA-00A 16 PER

SERVER X SERVER

486 300' MAX 300' MAX 486 ISERVER • _ •t - EVR

EQUIPT

300' MAX CABINET 3-TERMAX-TERMS X-"T16ERM

16 PER Thes ditnePcnb ERVESERVER inrae per s alowe

CABINETG

300 G MAX 304AX-TERMSX-TE14

16 PE 16 PER|

LAN WIRE AND CABLE SEPARATION

RED & BLK PARALLEL RUNSLENGTH LESS THAN 30m

O~v RED & BLK PARALLEL RUN

LENGTH GREATER THAN

CAS A= 78 TO 90

2.54cmSEPARATI ON

"RED & BLK WIRES CROSSING

NEWBLDG6

FIGURE 515

(A)- ENCRYPTION DEVICE

(B)- FANOUT BOX

(C)- 486 SERVER

(0)- DISK CABINET

(E)- UPS

(F)- TRANSCEIVER

(G)- Printer

EXAMPLE BUILDING FLOOR PLAN EQUIPMENT LAYOUT

-', I 43III .[U)0- 0

XE7 XE6SX-TERMINAL XTERMINALL L\

E2HP-Ill________PRINTER lOCATE WITH

STHE SERVER(0(G)

XE4 XE 5

X-TERMINAL X-TERMINAL

0 -XE3 P-1

FIGURE 6 NEWBLDG7

16

Appendix A

Equipment Code Identifiers

A-1

BLANK PAGE

A-2

EQUIPMENT CODE IDENTIFIER

8MM 8MM TAPE BACKUP DEVICEBARI PORTABLE BAR CODE READERBARS SERIAL (TETHERED) INDOOR BAR CODE READERCAD CAD/CAM WORKSTATION FOR ENGINEERINGCD CD ROM PLAYERCE COMMUNICATION EQUIPMENT CABINETDEC-A APPLICATION SERVER "A" DEC 5000 2.0 GBDEC-C APPLICATION SERVER "C" DEC 5500 3.0 GBDEC-E APPLICATION SERVER "E' DEC 5000 3.0 GBDEC-F APPLICATION SERVER "F" DEC 5500 4.0 GBDEC-G APPLICATION SERVER "G" DEC 5500 5.0 GBDEC-I APPLICATION SERVER "I" DEC 5500 7.0 GBDEC-J APPLICATION SERVER "J" DEC 5500 10.0 GBDEC-L APPLICATION SERVER "L" DEC 5500 2.0 GBDEC-M APPLICATION SERVER "M" DEC 5500 6.0 GBD3 688MB SCSI DISC DRIVED4 1000MB SCSI DISC DRIVED-LINK FANOUT BOXEI-HW EXTERNAL INTERFACE HARDWAREFANOUT TWISTED PAIR FANOUT DEVICEMAP MAP GRAPHICS WORKSTATIONMOSL-2 2 DRAWER SAFEMOSL-4 4 DRAWER SAFEMOSL-5 5 DRAWER SAFEOA-LAPTOP OFFICE AUTOMATION SW FOR LAPTOP COMPUTERP1 1-2 USER SERVERP2 3-4 USER SERVERP3 5-6 USER SERVERP4 7-8 USER SERVERP6 9-16 USER SERVERPHC PHOTOGRAPHIC VIDEO COPIERPLOT DRAFTING COLOR PLOTTERPLT LAPTOP COMPUTERSCAN HP SCANNERUPS2 1.0 KVA UNINTERRUPTABLE POWER SUPPLY (UPS)UPS4 2.0 KVA UPSXE 17" MONOCHROME X-STATION (XE)XEC 14" COLOR X-STATION (XEC)

A-3

EQUIPMENT CODE IDENTIFIER

XECL 19" COLOR X-STATIONXEL 19" MONOCHROME X-STATION (XEL)X-TERM SAME AS X-TERMINAL/X-STATION - DUMB TERMINALXR 17" MONOCHROME X-STATION (XR)XRC 14" COLOR X-STATION (XRC)XRL 19" MONOCHROME X-STATION (XRL)ZP POSTSCRIPT LASER PRINTERZX LASER PRINTERZX3 LASER PRINTER W/3MB MEMORYZZ MONOCHROME LOWSPEED PRINTER

NOTE: XE and XR X-stations are actually the same exact devices. XE denotes thatthey attach directly to an ethernet drop while XR denotes that they attach to a fanoutbox.

A-4

Appendix B

Technical Guidelines for Selected Equipment Groups

B-1

BLANK PAGE

B-2

EQUIPMENT

DEC 5500 GROUP

DEC C,F,G,I,J,L & M Equipment Group/Specifications AG

TECHNICAL GUIDELINES: APPLICATIONS PROCESSOR (AG) FIGURE B3

POWER: 30 amp, 240VAC, single phase circuit with one NEMA Li 4-30R outLet forthe uninterruptable power supply (UPS). All equipment will be powered by theUPS except the laser printer. The laser printer requires a NEMA 5-15 R, 15 ampoutlet powered by a separate 120VAC circuit.

LOCATION: The Applications Processor (AG) must be located within 300'(cable length) from the communications equipment cabinet (CE).

0

TEMPERATURE AND HUMIDITY: Must be between 60-90 F and 20%-80% humidity.

Equipment Specifications: APPLICATION PROCESSOR (AG) (D)TAPE DRIVE

-Outlets required: 30 amp, 240VAC, single phase circuitwith a NEMA L14-30R outlet (G) o

-Amps: 24.00 MASS STORAGE

-Power(KVA): 5.00 NEMA Li 4-30R __,,,,,

-volts: 240 l _l I I

-BTU/Hr: 12,240

-Weight: 1,234 lbs.(C) 42'hx21 wx30od

(A) CPU (E)2 TERMINALS UNINTERRUPTABLE

2TER L27"hx21"wxl 8"d POWER SUPPLY

____ (F)COMPACT DISK

DEC 5=o

27"hx21 "wxl 8"d ---------027Thx2 wxl 30d d0"hxl 2wxl 3"d (Front View) 3"hx9wxl 1 d 42"hx9"wx25"d

Equipment Specifications: LASER PRINTER TYPICAL LAYOUT

-Outlets required: NEMA 5-1(Top View)oureM5 30 AMP. 240VAC. SINGLE PHASE CIRCUIToutlet WrTH A NEMA Li 4-30R OUTLET

-Amps: 7.25 NEMA 5-15ROUTLET T30 AMP

-Power(KVA): (H) 1.09 ([ ,-Volts: 120

-BTU/Hr: 2,969

-Weight: - 345 lbs.(H))•ImZ

LASER LPRINTER; USER PROVIDED TABLE

(600YXrTyPica0

50"1.x37Wx27"d (Side View) FORM: AG APR 92

B-3

C5000 EQUIPMENTDEC 5GROUP

DEC A,E, & R Equipment Group/Specifications AR

TECHNICAL GUIDELINES: APPLICATIONS PROCESSOR (AA) FIGURE B2

POWER: 20 amp, 120VAC circuit with one NEMA 5-20R outlet forthe uninterruptable power supply (UPS). All equipment will be powered by theUPS except the laser printer. The laser printer requires a NEMA 5-15R, 15 ampoutlet powered by a separate AC circuit.

LOCATION: The Applications Processor (AR) must be located within 300'(cable length) from the communications equipment cabinet (CE).

TEMPERATURE AND HUMIDITY: Must be between 60-90OF and 200/a-80% humidity.(D)

Equipment Specifications: APPLICATIONS PROCESSOR (AR) TAPE DRIVE

-Outlets required: 20 amp, 1 ý9 -' AC ý... zuit witha NEMA 5 1 outlet

-Amps: 16.00-Power(KVA): 2.00 NEMA 5-20R-Volts: 120 [ 11 "hx20Nvx27"d-BTU/Hr: 3,458-Weight: 310 lbs. I(~I(F) (E)

COMPACT DISK UNINTERRRUPTABLEPOWER SUPPLY

(A) (13)TERMINAL DISK DRIVE

PC 6"hxl8 mwxl 60d" • \ . / , ,C P U .. .3 "h x g " w x l I " d

_'____- _:_ _, DEC 5000 (G)ro Ve TRI_ _=_TERMINAL SERVER 14"hxBwx22"dI10ohxl 2W l 130d I I - iI -4 "h x 18 "w x 1 6 'dI " I I

(Front Viw) 5"hxl 9wwx1l30d


-Outlets required: NEMA 5-15R (Top View)outlet 20 AMP. 120VAC CIRCUIT WITH

-Amps: 6.75 m A NEMA 5-20R OUTLET

-Power(KVA): 1.01 0TNEMA 520 AMP

-Volts: 120 7-777n

-B TU /H r: 2,765 .....-Weight: (H) 42 lbs. As (D)

LASER (_)_(E)PRINTER __

USER PROVIDED TABLE_ _ _ _ _(6ox--rfypical)

15"hx21 `wx24d (Side View) FORM: AR APR 92

B-4

EQUIPMENTOffice Automation Server GROUP

P1 thru P6 Equipment Group/Specifications PE

TECHNICAL GUIDELINES: OFFICE AUTOMATION SERVER (PE) FIGURE B3

POWER: 15 amp, 120VAC circuit with one NEMA 5-15R outlet forthe uninterruptable power supply (UPS). AD equipment will be powered by the UPSexcept the laser printer. The laser printer requires a NEMA 5-15R, 15 ampoutlet powered by a separate AC circuit.

LOCATION: PE location will dictate the location of the network telephone datacircuit. The laser printer is provided with a ,-standard 6' cable for connectionto the server.TEMPERATURE AND HUMIDITY: Must be between 60-90 F and 200/6-80% humidity.

Equipment Specifications: OFFICE AUTOMATION SERVER (PE)

-Outlets required: 15 amp, 120VAC circuit with NEMA 5-15R RJ11a NEMA 5-15R outlet m TELEPHONE

-Amps: 10.3 JACK

-Power(KVA): 1.24 ITFT'[I-Volts: 120 TRANSCEIVER [ -

-BTU/Hr: 3,500 1 "hx3.5"wx5d-Weight: 282 lbs. (D)

(C) DISK CABINET fl

ENCRYPTION UNINTERRUPTABLEDEVICE OFFICE I III POWER SUPPLY

I*== *-!!11 IAUTOMATION

2. _hx wx9.5*d SERVER IIIIIIIlIl U

(B) 0 IIlll

D-LINKCONCENTRATOR 011 ll",= ,IIII

1.756hxl %1x0 1 7'hxl 5Wxl d 230hx1 3Wx4*d 40hx8wvx2O8d(Front View)


-Outlets required: NEMA 5-15R (Top View)outlet

-Amps: F 1 I IS AMP. 120VAC CIRCUTf WTH-Amps 7.25 I A NEMA 5-15 OUTLET

-Power(KVA): 1.09 NEMA5.-1R NEWRCAS..JIIVo sI I) OUTLET TELEPHONE JACK 15.TP

-Volts: 120-BTU/Hr: 2,969-Weight: 50 lbs.

LASER (0D)IPRINTER '.

__USER PROVIDED TABLE

___... __. _ -___ (6'x30' TYPICAL)

I Ohxl 8"wx20"d (Side View) FORM: PE APR 92

B-5

X-Terminal Workstation EQUIPMENTXE,XEC,XEL,XECL,XR,XRC & XRL GROUP

Equipment Group/Specifications XEFIGURE B4

TECHNICAL GUIDELINES: X-TERMINAL WORKSTATION (XE)

POWER: NEMA 5-15R, 15 amp outlet Two adjacent XEs may use one duplexoutlet

LOCATION: XEs are provided with a standard 50' cable for connection to the PEequipment group. The maximum cable length is 300'.

TEMPERATURE AND HUMIDITY: Must be between 60-96F and 20%-80% humidity.

Equipment Specifications: X-TERMINAL WORKSTATION (XE)

-Outlets required: NEMA 5-15R, 15 amp outlet NEMA 5-15R-Amps: 1.50-Power(KVA): 0.23 Q-Volts: 120-BTU/Hr: 615-Weight: 54 lbs.

X-TERMINALWORKSTATION

4WORKSTTbON BASE

19"hxl 9%vxl 80d(Front View)

TYPICAL LAYOUT(Top View)

NEMA 5-155ROUTLET

DATA CABLE TOPE EQUIPMENTGROUP (D-UNKq

XE

LII

USER PROVIDED TABLE(60•x30'Typicao)

FORM: XE MAY 92

B-6

EQUIPMENTLow Speed Printer GROUPZZ Equipment Group/Specifications zz

FIGUREBTECHNICAL GUIDELINES: LOW SPEED PRINTER (ZZ) FIGUE B5

POWER: The ZZ is powered by the surge suppressor supplied with thesupporting X-Terminal Workstation (XE).

LOCATION: Must be directly connected to the supporting XE base and is providedwith a standard 6' cable.

0

TEMPERATURE AND HUMIDITY: Must be between 60-90 F and 200/6-80% humidity.

Equipment Specificauons: LOWSPEED PRINTER (ZZ)

-Outlets required: Surge Suppressor

-Amps: 0.21

-Power(KVA): 0.03

-Volts: 120

-BTU/Hr: 85

-Weight: 14 lbs.

08"hxl 7'wxl 5'd

(Side View)


,o................

X : RS-232 CABLE ZZXE

USER PROVIDED TABLE(6oWx-orTypicao

FORM: ZZ APR 92

B-7

EQUIPMENTImage Recorder (Video Copier) GROUP

PHC Equipment Group/Specifications PH

FIGURE B6TECHNICAL GUIDELINES: IMAGE RECORDER (VIDEO COPIER) (PH) L

POWER: NEMA 5-15R, 15 amp outlet.

LOCATION: Must be located adjacent to the supporting server for directconnection.

TEMPERATURE AND HUMIDITY: Must be between 60-96'F and 20%-80% humidity.

Equipment Specifications: IMAGE RECORDER (VIDEO COPIER) (PH) NEMA 5-15R-Outlets required: NEMA 5-15R, 15 amp outlet-Amps: 0.51-Power(KVA): 0.08-Volts: 120-BTU/Hr: 210-Weight: 50 lbs. -F

13"hx8'wx2l 'd

(Front View)


NEMA 5-15ROUTLET

SPE

I I

USER PROVIDED TABLE(60"x30"Typica) FORM: PH APR 92

B-8

EQUIPMENTDrafting Color Plotter GROUPPLOT Equipment Group/Specifications PL

FIGURE B7TECHNICAL GUIDELINES: DRAFTING COLOR PLOTTER

POWER: NEMA 5-15R, 15 amp outlet.

LOCATION: Must be directly connected to the supporting CAD Workstation (CD)and is provided with a standard 6' cable.

0TEMPERATURE AND HUMIDITY: Must be between 60-90 F and 20%-80% humidity.

Equipment Specifications: DRAFTING COLOR PLOTTER (PL) NEMA 5-15R

-Outlets required: NEMA 5-15R, 15 amp outlet-Amps: 1.30 (U)-Power(KVA): 0.16-Vofts: 120-BTU/Hr: 427-Weight: 164 lbs.

47'hx53'wx2O'd

(Front View)


NEMA 5-15ROUTLET

RS-232 CAB3LE TOCD EQUIPMENTGROUP

PL

FORM: PL APR 92

B-9S.. . . .. . ..... ....... ... . . . • • = • nu ~ n= = nnmmn nmnnunwuu llA

HP Scanner EQUIPMENT

SCAN Equipment Group/Specifications GROUPSC

TECHNICAL GUIDELINES: HP SCANNER/OCR FIGURE B8

POWER: NEMA 5-15R, 15 amp outlet

LOCATION: Must be directly connected to the supporting server, and is providedwith a standard 6' cable.

TEMPERATURE AND HUMIDITY: Must be between 60-98F and 20%-80% humidity.

Equipment Specifications: HP SCANNER/OCR NEMA 5-15R

-Outlets required: NEMA 5-15R, 15 amnp outlet-Amps: 4.21-Power(KVA): 0.42-Vofts: 120-BTU/Hr: 485-Weight: 37 lbs.

HP SCANNER/OCR

Scanner-Server interface ___

LZ3"hxl 5wx22'd

5"hx4wx6'd

(Front View)


NEMA 5-15ROUTLET

III

II!

PE

SCIS_1----

USER PROVIDED TABLE(60x3O0TypicaI) FORM: SC APR 92

B-1O

Communications Equipment Cabinet EQUIPMENTGROUP

Specifications CEFIGURE B9

TECHNICAL GUIDELINES: COMMUNICATIONS CABINET (CE)

POWER: 15 amp, 120VAC circuit with one NEMA 5-1 5R outlet forthe uninterruptable power supply (UPS).

LOCATION: CE location will dictate thie location of the network telephone datacircuit. For LAN applications, CE's may be located 300' (cable length) from oneanother. Cabinets require minimum 3' clear for front and rear access.

0TEMPERATURE AND HUMIDITY: Must be between 60-90 F and 200%-80% humidity.

Equipment Specifications: COMMUNICATIONS EQUIPMENT FULL CABINET (CE)

-Outlets required: 15 amp, 120VAC circuit witha NEMA 5-15R outlet NEMA 5-15R

-Amps: 8.00-Power(KVA): 0.9-volts: 120-BTU/Hr: 1,600-Weight: 250 lbs.

(CABINET MUST BE 3' FROM THE WALL.)

84"hx22wax30Od

(Front View)


15 AMP. 120VAC CIRCUIT WITHA NEMA 5-1 5R OUTLET

*NEW RCAS RJ48T15 AMP TELEPHONE JACK

C E IFront

3minimum 3'minimum

FORM: CE APR 92

B-11

Appendix C

Echelon Equipment/Specification Summary

C-1

NOTIES

Currently all printers will operate from a 486 Server and will not require a Jack,since LAN capability is not available. However, future technology enhancementmay require a printer to operate from a LAN and need a Jack.

C-2

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Appendix E

Echelon Equipment/Specification Table

E-1

BLANK PAGE

E-2

TABLE E

ECHELON 1-1 EQUIPMENT/SPECIFICATIONS

EQUIPMENT VOLTS AMPS BTU/HR AREA

2drawer-Safe - - - 5.5 SF

P1 120 10.3 3500 19 SF

XRC 120 1.5 615 2 SF

HPIII 120 7.25 2969 3 SF

Port Bar

XR 120 1.5 615 3 SF

TOTAL 120 20.55 7699 32.5 SF

E-3

TABLE E



P1 120 10.3 3500 19 SF

XR 120 1.5 615 3 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 2969 3 SF

Bar Port

TOTAL 120 20.55 7699 27 SF

E-4

TABLE E



P1 120 10.3 3500 19 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 2969 3 SF

PORT BAR

XR 120 1.5 615 3SF

TOTAL 120 20.55 7699 27 SF

E-5

TABLE E



P1 120 10.3 3500 19 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 2969 3 SF

PORT BAR

XR 120 1.5 615 3 SF

TOTAL 120 20.55 7699 27 SF

E-6

TABLE E



P2 120 10.3 3500 19 SF

XRC 120 1.5 615 2 SF

(3) XR 120 d.5 1845 9 SF

HP-Ill 120 7.25 2969 3 SF

PORT BAR - -

TOTAL 120 23.55 8929 33 SF

E-7

TABLE E



P3 120 10.3 3500 19 SF

(4) XR 120 6 2460 12 SF

XRC 120 1.5 615 2 SF

HP-111 120 7.25 2969 3 SF

PORT BAR -

TOTAL 120 25.05 9544 36 SF

E-8

TABLE E



2DRAWER-SAFE - - - 5.5 SF

P3 120 10.3 3500 19 SF

PLT-LAPTOP AC/DC - - 2 SF

(5) XR 120 1.5 3075 3 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 2969 3 SF

TOTAL 120 20.55 10159 34.5 SF

E-9

TABLE E



2DRAWER-SAFE 5.5 SF

PLT-LAPTOP AC/DC -2 SF

(7) XR 120 10.5 4305 21 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 2969 3 SF

PORT-BAR

P4 120 10.3 3500 19SF

TOTAL 120 29.55 11389 52.5 SF

E-10

TABLE E



2DRAWER-SAFE -- - 5.5 SF

P1 120 10.3 3500 19 SF

P4 120 10.3 3500 19 SF

(2) PLT AC/DC _ _ - 4 SF

(7) XR 120 10.5 4305 21 SF

(2) XRC 120 3.0 1230 4 SF

(2) HP-II + 120 7.25 2969 6 SF

TOTAL 120 41.35 15504 78.5 SF

E-1 1

TABLE E



2DRAWER-SAFE - - 5.5 SF

P1 120 10.3 3500 19 SF

P4 120 10.3 3500 19 SF

(2) PLT AC/DC - 4 SF

(8) XR 120 12 4920 24 SF

(2) XRC 120 3 1230 4 SF

(2) HP-III + 120 14.5 5938 6 SF

U TOTAL 120 50.1 19088 81.5SF

E-12

TABLE E



PORT-BAR ---

2DRAWER SAFE -- - 5.5 SF

P1 120 10.3 3500 19 SF

P2 120 10.3 3500 19 SF

(2) PLT AC/DC 4 SF

XR 120 1.5 615 3 SF

(2) XRC 120 3.0 1230 4 SF

(2) XRL 120 3.0 615 6 SF

(2) HP-SI 120 14.5 5938 6 SF

TOTAL 120 42.6 15398 66.5 SF

r-13

TABLE E



PORT-BAR _

2DRAWER SAFE - 5.5 SF

P1 120 10.3 3500 19 SF

P2 120 10.3 3500 19 SF

(2) PLT AC/DC - - 4 SF

(2) XRC 120 3.0 1230 4 SF

(2) XRL 120 3.0 1230 4 SF

(2) HP-SI 120 14.5 5938 6 SF

TOTAL 120 41.1 15398 61.5 SF

E- 14

TABLE E



(2) PORT-BAR -

2DRAWER SAFE - - 5.5 SF

P2 120 10.3 3500 19 SF


(8) XR 120 12 4920 24 SF

(2) XRC 120 3 1230 4 SF

(2) XRL 120 3 1230 4SF

(2) HP-SI 120 14.5 5938 6 SF

P4 120 10.3 3500 19 SF

TOTAL 120 53.1 20318 85.5 SF

E-15

TABLE E



(2) PORT BAR -_ --


P2 120 10.3 3500 19 SF

(2) PLT AC/DC -4 SF

(8) XR 120 12 4920 24 SF

(2) XRC 120 3 1230 4 SF

(2) XRL 120 3 1230 6 SF

(2) HP-SI 120 14.5 5938 6 SF

P4 120 10.3 3500 19 SF

TOTAL 120 53.1 20318 87.5 SF

E- 16

TABLE E



(2) PORT BAR -_-


P2 120 10.3 3500 19 SF

(2) PLT AC/DC - 4 SF

(7) XR 120 10.5 4305 21 SF

(2) XRC 120 3 1230 4 SF

(2) XRL 120 3 1230 4 SF

(2) HP-SI 120 14.5 5938 6 SF

P4 120 10.3 3500 19 SF

TOTAL 120 51.6 19703 82.5 SF

E-17

TABLE E



2DRAWER SAFE -- 5.5 SF

(2) PLT AC/DC

(49) XE 120 73.5 30135 147 SF

(4) XEC 120 6 2460 12 SF

(2) XEL 120 3 1230 6 SF

(2) HP-III + 120 14.5 5938 6 SF

(4) LOW PRT 120 .84 340 8 SF

(2) HP-SI 120 14.5 5938 6 SF

P4 120 10.3 3500 19 SF

DEC-E 120 16 3458 19 SF

DEC-F 240 24 12240 19 SF

(3) P6 120 30.9 10500 57 SF

TOTAL 120 193.54 75739 304.5

E-18

TABLE E





(35) XE 120 52.5 21525 105 SF

(3) XEC 120 4.5 1845 9 SF

(2) XEL 120 3 1230 6 SF

HP-III + 120 7.25 2969 3 SF

(3) LOW PRT 120 .63 255 6 SF

(2) HP-SI 120 14.5 5938 6 SF

P4 120 10.3 3500• 19 SF

DEC E 120 16 3458 19 SF

DEC F 240 24 12240 19 SF

(2) P6 120 20.6 7000 38 SF

TOTAL 120 153.28 59960 239.5

E-19

TABLE E



PORT BAR

P1 120 10.3 3500 19 SF

XR 120 1.5 615 3 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 615 3 SF

TOTAL 120 10.55 7699 27 SF

E-20

TABLE E



PORT BAR

(3) XR 120 4.5 1845 9 SF

XRC 120 1.5 615 2 SF

HP-Ill 120 7.25 2969 3 SF

P2 120 10.3 3500 19 SF

TOTAL 120 23.55 8989 33 SF

E-21

TABLE E



(2) PORT BAR - - -

(5) XR 120 7.50 3075 15 SF

XRC 120 1.50 615 2 SF

HP-Ill 120 7.25 2969 3 SF

P3 120 10.3 3500 19 SF

TOTAL 120 26.55 10159 39 SF

E-22

TABLE E



(2) PORT BAR - - -

(7) XR 120 10.5 4305 21 SF

XRC 120 1.5 615 3 SF

HP-Ill 120 7.25 615 2 SF

P4 120 10.3 3500 19 SF

TOTAL 120 29.6 11384 33 SF

E-23

TABLE E



(2) PORT BAR - - -

P1 120 10.3 3500 19 SF

P4 120 10.3 3500 19 SF

(8) XR 120 12 4920 24 SF

(2) XRC 120 3 1230 4 SF

(2) HP-Ill 120 14.5 5938 6 SF

TOTAL 120 50.1 19088 72 SF

E-24

TABLE E

ECHELON 6-1


DEC-C 240 24 9305 27 SF

DEC-L 240 24 9305 27 SF

4DRAWER SAFE -- 10 SF

P4 120 10.3 3500 19 SF

(3)P6 120 30.9 10500 57 SF

(2) PLT 120 ____4 SF

(56) XE 120 84 34440 168 SF

(4) XEC 120 6 2460 12 SF

(4) HP-111 + 120 29 11876 12 SF

(4) LOW PRT 120 .84 340 8 SF

TOTAL 344 SF

E-25

TABLE E

ECHELON 6-2 EQUIPMENT/SPECIFICATION",S


DEC-C 240 24 9305 27 SF

DEC-L 240 24 9305 27 SF

4DRAWER SAFE - - 10 SF

P4 120 10.3 3500 19 SF

(4) P6 120 41.2 14000 76 SF


(65) XE 120 97 39975 195 SF

(5) XEC 120 -7.5 3075 15 SF

(5) HP-III + 120 36.25 14845 15 SF

(5) LOW PRT 120 1.05. 340 10 SF

TOTAL 120 241.3 85040 398 SF

E-26

TABLE E



PORT BAR - _

P4 120 10.3 3500 19 SF

(7) XR 120 10.5 4305 21 SF

XRC 120 1.5 615 2 SF

HP-III + 120 7.25 2969 3 SF

TOTAL 120 29.55 11389 45 SF

E-27

TABLE E



(3) PORT BAR - - _ _

P1 120 10.3 3500 19SF

P4 120 10.3 3500 19 SF

(8) XR 120 12 4920 24 SF

(2) XRC 120 3 1230 4 SF

(2) HP-Ill 120 14.5 5938 6 SF

TOTAL 120 50.10 19088 72 SF

E-28

TABLE E



(3) PORT BAR - _ _

(2) P4 120 20.6 7000 26SF

(10) XR 120 15 6150 30SF

(2) XRC 120 3 1230 4SF

(2) HP-Ill 120 14.5 5938 6SF

TOTAL 120 53.1 20318 66SF

E-29

TABLE E



(3) PORT BAR _____

(2) P4 120 20.6 7000 26SF

(10) XR 120 15 6150 30SF

(2) XRC 120 3 1430 4SF

(2) HP-III + 120 14.5 5938 6SF

TOTAL 120 53.10 20518 66SF

E-30

TABLE E



P3 120 10.3 3500 13SF

(4) XR 120 6 2460 12SF

XRC 120 1.5 615 2SF

HP-Ill 120 7.25 2969 3SF

TOTAL 120 25.05 9544 30SF

E-31

TABLE E


EQUIPMENT VOLTS AMPS BTU/HR AREAPORT BAR

P3 120 10.3 3500 13SF

(5) XR 120 7.5 3075 15SF

XRC 120 1.5 615 2SF

HP-Ill 120 7.25 2969 3SF

TOTAL 120 26.55 10159 33SF

E-32

TABLE E



(31) DEC-A 120 469 107198 403SF

(5) PORT BAR _____

(5) BAR TET __- -

(62) P6 120 638.6 217000 806SF

(5) PLT AC/DC - 10SF

(504) XE 120 756 309960 1512SF

(62) XEC 120 93 38130 186SF

(62) XEL 120 93 38130 186SF

(31) HP-SI 120 232.5 92039 93SF

(31) HP-III+ 120 232.5 92039 93SF

TOTAL 120 2541.6 894496 3289SF

E-33

TABLE E



(32) DEC-A 120 512 110656 416SF

(5) PORT BAR - -

(5) BAR TET - - -

(64) P6 120 659.2 224000 832SF

(5) PLT AC/DC - - 10SF

(520) XE 120 780 319800 1560SF

(64) XEC 120 96 39360 192SF

(64) XEL 120 96 39360 192SF

(32) HP-SI 120 232 95008 96SF

(32) HP-III + 120 232 95008 96SF

TOTAL 120 2095.2 923192 3394SF

E-34

TABLE E



P2 120 10.3 3500 13SF

P4 120 '10.3 3500 13SF

(2) XRC 120 3 1230 4SF

(2) XRL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

TOTAL 120 41.1 15398 42SF

E-35

TABLE E



DEC-E 120 16 3458 13SF

(2) DEC-M 120 48 24480 26SF

MAP 120 10.3 3405 13SF

P4 120 10.3 3500 13SF

P6 120 10.3 3500 13SF


(12) XE 120 18 7380 36SF

(2) XEC 120 3 1230 6SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

2DRAWER SAFE - - 8SF

TOTAL 120 133.82 54291 148SF

E-36

TABLE E



DEC-E 120 16.0 3458 13SF

(2) DEC-M 240 48 24480 26SF

MAP 120 10.3 3405 13SF

P4 120 10.3 3500 13SF

P6 120 10.3 3500 13SF

(2) PLT AC/DC - 4SF

(14) XE 120 21 8610 42SF

(2) XEC 120 3 1230 6SF

(2) XEL 120 3 1230.• 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

2DRAWER SAFE -- - 4SF

TOTAL 120/240 136.82 55521 150SF

E-37

TABLE E



DEC-E 120 16 3458 13SF

(2) DEC-M 240 48 24480 26SF

P4 120 10.3 3500 13SF

(2) P6 120 20.6 7000 26SF


(30) XE 120 45 18450 90SF

(3) XEC 120 4.5 1845 9SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

2DRAWER SAFE - - - 4SF

HPIII + 120 7.25 2969 3SF

TOTAL 120/240 169.57 69040 204SF

E-38

TABLE E



DEC-E 120 16 3458 13SF

(2) DEC-M 240 48 24480 26SF

P4 120 10.3 3500 13SF

(2) P6 120 20.6 7000 13SF

(2) PLT AC/DC 4SF

(35) XE 120 52.5 21525 105SF

(3) XEC 120 4.5 1845 9SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938. 6SF

(2) LOW PRT 120 .42 170 4SF


HPIII + 120 7.25 2969 3SF

TOTAL 120/240 177.07 72115 206SF

E-39

TABLE E



DEC-E 120 16 3458 13SF

(2) DEC-M 240 48 24480 26SF

P4 120 10.3 3500 13SF

(2) P6 120 20.6 7000 13SF

(2) PLT AC/DC - 4SF

(40) XE 120 60 24600 120SF

(3) XEC 120 4.5 1845 9SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938. 6SF

(2) LOW PRT 120 .42 170 4SF

2DRAWER SAFE - 4SF

HPIII + 120 7.25 2969 3SF

TOTAL 120/240 184.57 75190 221SF

E-40

TABLE E



DEC-E 120 16 3458 13SF

(2) DEC-M 240 48 24480 26SF

P4 120 10.3 3500 13SF

(3) P6 120 30.9 10500 39SF

(2) PLT AC/DC 4SF

(44) XE 120 66 27060 132SF

(4) XEC 120 6 2600 12SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

2DRAWER SAFE - 4SF

(2) HPIII+ 120 14.5 5938 6SF

TOTAL 120/240 209.62 84874 265SF

E-41

TABLE E



DEC-E 120 16 3458 13SF

DEC-F 240 24 9305 13SF

CAD 120 10.3 3405 13SF

(2) MAP 120 20.6 6810 13SF


P4 120 10.3 3500 13SF

P6 120 10.3 3500 13SF

(3) PLT AC/DC - 6SF

(23) XE 120 34.5 14145 69SF

(2) XEC 120 3 1230 6SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

TOTAL 120/240 146.92 52691 179SF

E-42

TABLE E



DEC-E 120 16 3458 15SF

DEC-F 240 24 9305 27SF

CAD 120 10.3 3405 13SF

(2) MAP 120 20.6 6810 26SF


P4 120 10.3 3500 19SF

(2) P6 120 20.6 7000 38SF


(32) XE 120 48 19680 96SF

(3) XEC 120 4.5 1845 9SF

(2) XEL 120 3.0 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(3) LOW PRT 120 .63 255 6SF

HPIII + 120 7.25 2969 3SF

TOTAL 120/240 179.7 65395 280SF

E-43

TABLE E


EAUIPMENT VOLTS AMPS BTU/HR AREA

DEC-E 120 16 3458 15SF

DEC-F 240 24 9305 27SF

CAD 120 10.3 3405 13SF

(4) MAP 120 41.2 13620 52SF


P4 120 .3 3500 19SF

(3) P6 120 30.9 10500 57SF


(49) XE 120 73.5 30135 147SF

(4) XEC 120 6 2460 12SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(4) LOW PRT 120 .84 340 8SF

(2) HPIII+ 120 14.5 5938 6SF

TOTAL 120/240 245.1 89829 384SF

E-44

TABLE E



DEC-E 120 16 3458 15SF

DEC-F 240 24 9305 27SF

CAD 120 10.3 3405 13SF

(4) MAP 120 41.2 13620 52SF

4DRAWER SAFE - - - 1 OSF

P4 120 10.3 3500 19SF

(6) P 6 .120 61.9 21000 114SF


(86) XE 120 129 52890* 258SF

(7) XEC 120 10.5 4305 21 SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(7) LOW PRT 120 1.47 595 14SF

(5) HPIII + 120 36.3 14845 15SF

TOTAL 120/240 1 358.5 1 134091 1 576SF

E-45

TABLE E



DEC-E 120 16 3458 15SF

DEC-F 240 24 9305 27SF

CAD 120 10.3 3405 13SF

(4) MAP 120 41.2 13620 52SF

4DRAWER SAFE - 10SF

P4 120 10.3 3500 19SF

(8) P6 120 82.4 28000 152SF


(114) XE 120 171 70110 342SF

(9) XEC 120 13.9 5535 27SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(9) LOW PRT 120 1.89 765 18SF

(7) HPIII + 120 50.8 20783 21SF

TOTAL 120/240 439.3 165649 714SF

E-46

TABLE E



DEC-C 240 24 9305 27SF

(2) DEC-F 240 48 18610 54SF

CAD 120 10.3 3405 13SF

(4) MAP 120 41.2 13620 52SF


P4 120 10.3 3500 19SF

(13) P6 120 133.9 45500 247SF


(199) XE 120 298.5 122385 597SF

(14) XEC 120 21 8610 42SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(14) LOW PRT 120 3 1190 28SF

(12) HPIII + 120 87 35628 36SF

TOTAL 120/240 694.7 268921 1143SF

E-47

TABLE E



(2) DEC C 240 48 18610 54SF

DEC -L 240 24 12240 27SF


P4 120 10.3 3500 19SF

(4) P6 120 41.2 14000 76SF

(11) PLT AC/DC - - 22SF

(61) XE 120 91.5 37515 183SF

(5) XEC 120 7.5 3075 15SF

(5) HPIII + 120 36.3 14845. 15SF

(5) LOW PRT 120 1 425 10SF

TOTAL 120/240 259.8 104210 431SF

E-48

TABLE E



(2) DEC-C 240 48 18610 54SF

DEC-L 240 24 12240 27SF

4DRAWER SAFE - 10SF

P4 120 10.3 3500 19SF

(4) P6 120 41.2 14000 76SF


(61) XE 120 91.5 37515 183SF

(5) XEC 120 7.5 3075 15SF

(5) HPIII + 120 36.3 14845 15SF

(5) LOW PRT 120 1 425 10SF

TOTAL 120/240 259.8 104210 431 SF

E-49

TABLE E



DEC-A 120 16 3458 15SF

DEC-G 240 24 12240 27SF

2DRAWER SAFE - 5.5SF

P4 120 10.3 3500 19SF

(6) P6 120 61.8 21000 114SF


(91) X,,E 120 136.5 55965 273SF

(7) XEC 120 10.5 4305 21SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(5) HPIII+ 120 36.3 14845 15SF

(7) LOW PRT 120 1.5 595 14SF

TOTAL 120/240 314.4 123076 525.5

E-50

TABLE E



DEC-A 120 16 3458 15SF

DEC-G 240 24 12240 27SF

2DRAWER SAFE -- - 5.5SF

P4 120 10.3 3500 19SF

(3) P6 120 30.9 10500 57SF

(3) PLT AC/DC - 6SF

(54) XE 120 81 33210 162SF

(4) XEC 120 6 2460 12SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) HPIII + 120 14.5 5938 6SF

(4) LOW PRT 120 .84 340 8SF

TOTAL 120/240 201.1 78814 329.5

E-51

TABLE E



DEC-A 120 16 3458 15SF

DEC-G 240 24 9305 27SF

2DRAWER SAFE - - 5.5SF

P4 120 10.3 3500 19SF

(4) P6 120 41.2 14000 76SF

(3) PLT AC/DC - 6SF

(58) XE 120 87 35670 174SF

(5) XEC 120 7.5 3075 15SF

(2) XEL 120 3 1230. 6SF

(2) HP-SI 120 14.5 5938 6SF

(3) HPIII + 120 21.8 8907 9SF

(5) LOW PRT 120 1 425 10SF

TOTAL 120/240 226.3 85508 368.5

E-52

TABLE E



DEC-A 120 16 3458 15SF

DEC-G 240 24 9305 27SF

2DRAWER SAFE - - - 5.5SF

P4 120 10.3 3500 19SF

(6) P6 120 30.9 10500 57SF

(5) PLT AC/DC - _ 6SF

(91) XE 120 73.5 30135 147SF

(7) XEC 120 6 2460 12SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(5) HPIII + 120 14.5 5938 6SF

(7) LOW PRT 120 .84 340 8SF

TOTAL 120/240 193.54 72804 339SF

E-53

TABLE E



DEC-A 120 16 3458 15SF

DEC-G 240 24 9305 27SF


P4 120 10.3 3500 19SF

(4) P6 120 41.2 14000 76SF

(3) PLT AC/DC - 6SF

(58) XE 120 87 35670 174SF

(5) XEC 120 7.5 3075 15SF

(2) XEL 120 3 1230• 6SF

(2) HP-SI 120 14.5 5938 6SF

(3) HPIII + 120 21.8 8907 9SF

(5) LOW PRT 120 1 425 10SF

TOTAL 120/240 226.3 85508 368.5

E-54

TABLE E



DEC-A 120 16 3458 15SF

DEC-G 240 24 9305 27SF

P4 120 10.8 3500 19SF

(3) P6 120 30.9 10500 57SF


(49) XE 120 73.5 30135 147SF

(4) XEC 120 6 2460 12SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938. 6SF

(2) HPIII + 120 14.5 5938 6SF

(4) LOW PRT 120 .84 340 8SF


TOTAL 120/240 193.6 72804 314.5

E-55

TABLE E



P2 120 10.3 3500 19SF

(3) XR 120 4.5 1845 9SF

XRC 120 1.5 615 3SF

HPIII 120 7.25 2969 3SF

TOTAL 120 23.6 8929 34SF

E-56

TABLE E



P3 120 10.3 3500 19SF

(5) XR 120 7.5 3075 15SF

XRC 120 1.5 615 3SF

HPIII 120 7.25 2969 3SF

TOTAL 120 26.6 10159 40SF

E-57

TABLE E



P4 120 10.3 3500 19SF

(7) XR 120 10.5 4305 21SF

XRC 120 1.5 615 3SF

HPIII 120 7.25 2969 3SF

TOTAL 120 29.6 11389 46SF

E-58

TABLE E




P4 120 10.3 3500 19SF

P6 120 10.3 3500 19SF

(16) PLT AC/DC - - 32SF

(30) XE 120 45 18450 90SF

(2) XEC 120 3 1230 6SF

(2) HPIII + 120 14.5 5938 6SF

TOTAL 120 83.1 32618 177.5

E-59

TABLE E



DEC-C 240 24 9305 27SF

(2) DEC-M 240 48 24480 54SF

CAD 120 10.3 3405 13SF

(5) MAP 120 51.5 17025 65SF

4DRAWER SAFE - 10SF

P4 120 10.3 3500 19SF

(4) P6 120 41.2 14000 76SF

PLOT 120 1.3 427 8SF


(53) XE 120 79.5 32595 159SF

(5) XEC 120 7.5 3075 15SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(3) HPIII+ 120 21.8 8907 9SF

(5) LOW PRT 120 1 425 10SF

TOTAL 120/240 313.9 124312 481SF

E-60

TABLE E



(2) DEC-G 240 48 24480 54SF

(2) DEC-J 240 48 24480 54SF

-AD 120 10.3 3405 13SF

(5) MAP 120 51.5 17025 65SF

(3) 5DRAW SAFE - - 33SF

P4 120 10.3 3500 19SF

(23) P6 120 268 80500 437SF

PHC 120 .51 - 210 2SF

PLOT 120 1.3 427 8SF

(2) PLT AC/DC -_- 4SF

(91) XE 120 136.5 55965 273SF

(7) XEC 120 10.5 4305 21SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(22) HPIII + 120 159.5 65318 66SF

(24) LOW PRT 120 5 2040 48SF

TOTAL 120/240 766.91 288823 1109SF

E-61

TABLE E



CAD 120 10.3 3405 13SF

(2) MAP 120 20.6 6810 26SF

P4 120 10.3 3500 19SF

(3) P6 120 30.9 10500 57SF

PLOT 120 1.3 427 8SF


(2) HP-SI 120 14.5 5938 6SF

(2) HPIII + 120 14.5 5938 6SF

(4) LOW PRT 120 .84 340 8SF

(2) DEC-E 120 32 6916 30SF


TOTAL 120 135.3 43774 187SF

E-62

TABLE E



CAD 120 10.3 3405 13SF

(2) P6 120 20.6 7000 38SF

PLOT 120 10.3 427 8SF


(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

(2) DEC-E 120 32 6916 30SF


TOTAL 120 79.2 23856 108.5

E-63

TABLE E



DEC-G 240 24 12240 27SF

P4 120 10.3 3500 19SF

P6 120 10.3 3500 19SF


(22) XE 120 33 13530 66SF

(2) XEC 120 3 1230 6SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(2) LOW PRT 120 .42 170 4SF

2DRAWER SAFE -- - 5.5SF

DEC-A 120 16 3458 15SF

TOTAL 120/240 114.5 44796 183.5

E-64

TABLE E



DEC-G 240 24 12240 27SF

P4 120 10.3 3500 19SF

(6) P6 120 61.8 21000 114SF

(5) PLT AC/DC - _ 10SF

(91) XE 120 136.5 55965 273SF

(7) XEC 120 10.5 4305 21SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(5) HPIII+ 120 36.3 14845 15SF

(7) LOW PRT 120 1.5 595 14SF

2DRAWER SAFE -- 5.5SF

DEC-A 120 16 3458 15SF

TOTAL 120/240 314.4 123076 525.5

E-65

TABLE E



P1 120 10.3 3500 19SF

(8) XR 120 12 4920 24SF

(2) XRC 120 3 1230 6SF

P4 120 10.3 3500 19SF


(2) HPIII + 120 14.5 5938 6SF


TOTAL 120 50.1 19088 89.5

E-66

TABLE E



(2) DEC-F 240 48 18610 54SF

(4) DEC-I 240 96 48960 108SF

(4) 4DRAW SAFE -- - 40SF

P4 120 10.3 3500 19SF

(42) P6 120 432.6 147000 798SF


(618) XE 120 927 380070 1845SF

(43) XEC 120 64.5 26445 129SF

(4) XEL 120 6 2460 12SF

(4) HP-SI 120 29 11876 12SF

(39) HPIII + 120 282.8 115791 117SF

(43) LOW PRT 120 9 3655 86SF

TOTAL 120/240 1905.2 758367 3389

E-67

TABLE E


DEC-F 240 24 9305 27SF

DEC-I 240 24 12240 27SF


P4 120 10.3 3500 19SF

(13) P6 120 133.9 45500 247SF

(20) PLT AC/DC - - 40SF

SCAN 120 4.21 485 3SF

(204) XE 120 306 125460 612SF

(14) XEC 120 21 8610 42SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 6SF

(12) HPIII+ 120 87 35628 36SF

(14) LOW PRT 120 2.94 1190 28SF

TOTAL 120/240 630.9 249086 1103

E-68

TABLE E



P1 120 10.3 3500 19SF

P4 120 10.3 3500 19SF

(8) XR 120 12 4920 24SF

(2) XRC 120 3 1230 6SF

(2) HPIII 120 14.5 5938 6SF

TOTAL . 120 50.1 19088 74SF

E-69

TABLE E



(2) PORT BAR - 2SF

P2 120 10.3 3500 19SF

P4 120 10.3 3500 19SF

(9) XR 120 13.5 31500 27SF

(2) XRC 120 3 7000 6SF

(2) HPIII 120 14.5 5938 6SF

TOTAL 120 51.6 51438 79SF

E-70

TABLE E



P4 120 10.3 3500 19SF

(2) P6 120 20.6 7000 38SF

(35) XE 120 52.5 21525 105SF

(3) XEC 120 4.5 1845 9SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 14SF

HPIII + 120 7.25 2969 3SF

DEC-A 120 16 3458 15SF

TOTAL 120 128.65 47465 209SF

E-71

TABLE E



(3) PORT BAR - 2SF

(2) P4 120 20.6 1230 38SF

(14) XR 120 21 8610 42SF

(2) XRC 120 3 1230 6SF

(2) HPIII 120 14.5 5938 6SF

TOTAL 120 59.1 17008 92SF

E-72

TABLE E



(5) PORT BAR - - 2SF

P4 120 10.3 3500 19SF

(6) XR 120 9 3690 18SF

XRC 120 1.5 615 3SF

HPIII 120 7.25 2969 3SF

TOTAL 120 28.1 10774 43SF

E-73

TABLE E



(5) PORT BAR 2SF

P4 120 10.3 3500 19SF

(7) XR 120 10.5 4305 21SF

XRC 120 1.5 615 3SF

HPIII 120 7.25 2969 3SF

TOTAL 120 29.55 11389 46SF

E-74

TABLE E



(5) PORT BAR - - - 2SF

P4 120 10.3 3500 19SF

P1 120 10.3 3500 19SF

(7) XR 120 10.5 4305 21SF

(2) XRC 120 3 1230 6SF

(2) HPIII 120 14.5 5938 6SF

TOTAL 120 48.6 18473 71SF

E-75

TABLE E



(2) DEC-C 240 48 18610 54SF

(6) DEC-M 240 144 55830 162SF

CAD 120 10.3 3405 13SF

(5) MAP 120 51.5 17025 65SF

(2) 5DRAW SAFE - - 11SF

(2) P4 120 20.6 7000 38SF

(42) P6 120 432 147000 798SF

PLOT 120 1.3 427 8SF

(150) PLT AC/DC - 300SF

(642) XE 120 963 394830 1926SF

(44) XEC 120 66 27060 132SF

(8) XEL 120 12 4920 24SF

(8) HP-SI 120 58 23752 24SF

(36) HPIII -- 120 261 106884 108SF

(44) LOW PRT 120 9.24 3740 88SF

TOTAL 120/240 2076.94 810456 3751SF

E-76

TABLE E



DEC-F 240 24 9305 27SF

DEC-I 240 24 9305 27SF


P4 120 10.3 3500 19SF

(15) P6 120 154.5 52500 285SF

(24) PLT 120 48SF

(232) XE 120 348 142680 696SF

(16) XEC 120 24 9840 48SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938 14SF

(14) HPIII+ 120 101.5 41566 42SF

(16) LOW PRT 120 3.4 1360 32SF

TOTAL 120/240 707.2 277224 1254SF

E-77

TABLE E



(2) DEC-M 240 48 18610 54SF

2DRAWER SAFE - 5.5SF

P4 120 10.3 3500 19SF

P6 120 10.3 3500 19SF

PLT - 2SF

(21) XE 120 31.5 12915 63SF

(2) XEC 120 3 1230 6SF

(2) XEL 120 3 1230 6SF

(2) HP-SI 120 14.5 5938. 14SF

TOTAL 120/240 120.6 46923 188.5

E-78

Appendix F

RCAS Preliminary Draft Security Plan

F-1

NOTES

Provided in this appendix, are pages from the draft security plan. The purposeof this appendix is to inform the reader briefly on some of the aspects ofPhysical, Communication and Tempest security. Changes are probable uponfinal approval.

F-2

"DEPARTMENT OF THE ARMYPROGRAM MANAGEMENT OFFICE

RESERVE COMPONENT AUTOMATION SYSTEMNEWINGTON. VIRGINIA 22122-8510

NGB-RC-SDE 25 February 1993

MEMORANDUM FOR THE DIRECTOR OF INFORMATION SYSTEMS FOR COMMAND,CONTROL, COMMUNICATIONS, AND COMPUTERS (DISC4),ATTN: SAIS-SD, RM 3C560, THE PENTAGON,WASHINGTON, DC 20310

SUBJECT: Essential Personnel, Physical, and CommunicationsSecurity Protections for the Reserve Component Automation System(RCAS) -Pacilities

1. References:

a. AR 190-13, The Army Physical Security Program.

b. AR 190-51, Security of Army Property at Unit andInstallation Level.

c. AR 380-5, Department of the Army Information SecurityProgram.

d. AR 380-19, Department of the Army Information SystemsSecurity.

e. AR 380-19-1 (C), Department of the Army Control ofCompromising Emanations (U)

f. AR 380-67, The Department of the Army Personnel.Security Program.

g. DA PAM 25-380-2, Security Procedures for ControlledCryptographic Items.

: D•PRM 25-380-XX, Communications Security

Proco -

ikAx .1&0*-51, Risk Analysis for Army Property.

j. DOD 5220.22-M, Department of Defense IndustrialSecurity Manual for Safeguarding Classified Information.

k. FM 19-30, Physical Security.

1. SAIS-SS Memorandum, Subject: Security Procedures forthe Secure Telephone Unit, Third Generation (STU III).

NGB-RC-SDESUBJECT: Essential Personnel, Physical, and CommunicationsSecurity Protection for the Reserve Component Automation System(RCAS) Facilities

2. With fielding of the RCAS to several thousand locations andoperating in an extremely scarce resource environment, it isnecessary to prescribe a security regime that is cost effectiveand within bounds of acceptable risk. Having carefully reviewedcurrent security policy, the following baseline security measuresare considered consistent with the threat and within bounds ofreasonable risk. These guidelines will serve as a guide for theinstallation of the RCAS and provide approving officials andcommanders at all levels a presumptively acceptable securitybaseline. Request your approval of the security measuresdescribed below.

3. The RCAS security policy is derived from existing policy andguidance specifically documented in AR 380-5, AR 380-19, AR 190-13, and the regulations referenced by them. The goals of thispolicy are to limit access to classified information to properlycleared individuals with a valid need to know; to limit access tosensitive unclassified information to those individuals whorequire that information to perform their work; and to safeguardthose resources needed for mission accomplishment againstaccidental or intentional harm. The RCAS security policyconsists of a subset of existing policies appropriate to thespecific components which comprise RCAS, the environment in whichthose components are used, and those security safeguards whichcan be most cost-effectively implemented for these components inthese environments. This memorandum outlines the essentialpersonnel, physical and communications security safeguards forthe RCAS.

4. System Overview. The RCAS architecture is designed toprovide all security features required to meet standards foraccreditation for multilevel security operations at a B-I levelof trust. SECRET, CONFIDENTIAL, and SENSITIVE-UNCLASSIFIEDinformation will be processed in the system with all RCAS userscleared to at least the CONFIDENTIAL level. The RCAS facilitiesenvironme consists primarily of small computers, where thecomputinqaivironment is essentially superimposed upon the workenvironme*. While a number of different equipmentconfigurations exist to meet the specific needs of some 9,800units at 4,700 locations, two basic architectures, the large andsmall echelon configurations, are representative of the system.

2


a. The small echelon configuration is characterized by asingle server on which both standard office automation softwareand RCAS applications software reside. The RCAS small echelonprocessor is a Zenith 80486 33MHz PC with the following features:

- 24 to 64Mb Memory (Depending on site needs)- 5.25" 1.2 Mb and 3.5" 1.44 Mb floppy drives- Serial & Parallel Ports- Small Computer System Interface (SCSI) adapter- SCSI CD-ROM drive (For CBT & system documentation)- Removable SCSI hard disks- 8mm Tape drive for backup & bulk data loading

A four-bay tower provided with this machine holds the CD RON,multiple hard drives, and tape drive for back up. The operatingsystem on this processor is Santa Cruz Operations (SCO) UNIX withSecureWare CMW+ providing computer security. The SecureWareproduct is designed to the DIA CMW standard. This processor isconnected to multiple X-Station terminals over an IEEE 802.3compliant local area network. The operating system uses SecureX-Server to provide labeled windows and trusted path protectionto the X-Stations. Classified information is stored on aseparate hard disk which is removed and stored in a governmentapproved safe when not in use. The 5 1/4" and 3 1/2" drives onthe processor console can be logically locked by the systemadministrator to prevent unauthorized access to software. Allprinting is done by laser printers, eliminating security risksassociated with impact printers. Printers are connected directlyto the server, eliminating potential unauthorized LAN access.All printer output will automatically receive appropriatesensitivity markings. LAN cables installed in non-secure areaswill have cost effective approved Protected Distribution Systems(PDS) or encryption as required at each location depending onwhich is more cost effective. Telecommunications protocolspreserve the security labels assigned by the operating system,and transpot these labels between servers without degrading thetrustednems of the overall system. This support is based on theDNSIX standard, and both TCP/IP and GOSIP protocols aresupported. Small echelons are connected to the RCAS wide areanetwork (WAN) communications hubs through a dial-up X.25 linerunning under CLNP and secured with an AT&T Secure Data Device(SDD). The AT&T SDD is an NSA-endorsed Type 1 encryption deviceproviding data link encryption at 9600 Baud. This device cansupport electronic over-the-air rekeying.

3


b. The basic architecture described above is extended inthe large echelon configuration to support a greater number ofusers and their accompanying workload. The large echelonconfiguration is characterized by multiple servers (Zenith 80486and DEC RISC processors) which separately handle officeautomation and applications/database functions. Applications anddatabase functions reside on DEC system 5000 series RISC machineswith the following characteristics:

- 128 to 256 Mb Memory (Depending on site needs)"- 2.0 to 10 Gb Disk capacity- 8 or 20 page-per-minute Laser Printers- Ethernet and SCSI Adapters- 9 Track Tape Drive for backup & bulk data loading- CD ROM Drive (For CBT & System documentation)

The operating system for the DEC RISC servers is. DEC ULTRIX withMLS+ for computer security. The MLS+ is a SecureWare CMW productmodified to run with DEC ULTRIX. It is engineered to the sameDIA CMW standard as the CMW package on the Zenith machines. AllRCAS developed applications and database functions are performedon the DEC RISC machines. Office automation processing continuesto be done on Zenith 80486 servers with the same officeautomation software and features as the Zenith machines in thesmall echelon configurations. Larger echelons are generallyconnected to the WAN over dedicated FTS 2000 circuits from IEEE802.3 ports. Traffic on these circuits is encrypted using theMotorola Network Encryption System (NES). The. Motorola NES is anend-to-end encryption device designed to SDNS standards and is onthe NSA Endorsed Cryptographic Products List. Like the SDD, thisdevice can support electronic over-the-air-rekeying. Each largeechelon has a NES device which handles all RCAS communicationsusing GOSIP protocols, .and a NES device dedicated to encryptingnetwork management information using TCP/IP and SNMP protocols.

c. Soam echelons have laptop computers to provide portableoffice automation to users. The laptops provided are Zenith80386 Supezmport machines using SCO Open Desk Top operatingsystem software without CKW security extensions. This softwareprovides C2 level security functions. Standard operatingprocedures will mandate that only unclassified processing takeplace on these machines. Additionally, there are a number ofsecurity features which protect the RCAS from possible misuse ofthese laptops. The laptops can only be accessed by users with anauthorized password and ID. The laptops are accompanied by aSTU-III/LE keyed for unclassified traffic. The home unit's

4


automated access control system ensures that connection can onlybe made to properly keyed encryption units which are individuallyidentified and known to the system. All laptops will beidentified to the system as single level unclassified devices andwill not be able to access any classified information.Additionally, the remote user will need a second password and IDto access the host server for file transfer. The connection ofthe laptop to the home system is through a port on one of theservers rather than directly to the LAN, allowing the trustedoperating system to insure all information being exchanged isunclassified and labeled as such. All of these actions areaudited for later review.

5. Personnel Security. Users of the RCAS, issued a useridentification and password, with direct access to the system,and who receive output or generate input, must have a minimumclearance of CONFIDENTIAL and a need-to-know for the informationaccessed. Uncleared users are not permitted access to the RCAS.This applies to all military, civilian and contractor personnelrequiring access to the RCAS. This is consistent withrequirements for processing SENSITIVE-UNCLASSIFIED, CONFIDENTIALand SECRET information in an MLS system at the B-1 level oftrust.

6. Physical Security for RCAB Facilities.

a. An RCAS facility where the computing environment isessentially superimposed upon the office environment, isconfigured for multilevel processing of UNCLASSIFIED-SENSITIVE,CONFIDENTIAL, and SECRET information, and has computing equipmentwith classified files residing on removable media only, mustcomply with the following minimum security procedures:

(1) The facility must be attended by RCAS-clearedpersonnel when the equipment is in operation and when classifiedinformation is accessible in any form.

(2) Access to the RCAS facility must be controlled byRCAS personnel at all times.

(3) Uncleared persons entering the RCAS facility willbe escorted by RCAS personnel at all times. Dividers, partitionsor acoustical panels may be used to delineate or divide out thework space to provide some access controls and acoustical panelsmay be used to bound a space. However, these measures will beused to enhance or supplement security access controls, and will

5


not be used as an alternative to continuous escort by authorizedRCAS personnel.

(4) The facility will provide for the protection ofclassified information from unauthorized viewing.

(5) The facility door(s) will provide securitycomparable to that provided by the walls of the facility. Thedoors will be locked when the RCAS facility is not in operationor attended by assigned RCAS personnel.

(6) Windows will have individual locking devices andwill be covered, if necessary, to prevent viewing of classifiedand unclassified-sensitive information being processed. Windowsat the basement level or accessible from other access points, maybe rendered opaque by painting and protected by screening orbarring, as identified in AR 380-5, Appendix H, subsection.H-9.

(7) Approved GSA security containers will be used forstoring and safekeeping classified information, includingremovable computer media containing classified information andsoftware when not under the direct control of properly clearedand authorized RCAS personnel.

(8) To comply with Army regulations for protectinghigh-dollar value equipment, installed equipment, such as theZenith 80486, that has had its removable media secured in a GSAapproved security container, must be stored in a locked office orbuilding during non-duty hours to prevent loss or damage. Theremovable media must be stored in a GSA approved securitycontainer. Users will log off the system, turn off thecomputer(s), and carry out procedures to secure the work spacebefore they leave the area.

b. Computer systems such as the DEC 5000 and 5500 thathave internal, non-removable storage media and keyedcommunications security systems (such as the Motorola NetworkEncryptioN System) used for processing classified nationalsecurity information, require additional planning before they areplaced into operation in an RCAS facility. The most cost-effective approach must be taken to achieve a requisite level ofsecurity protection for the information and for high-dollar valuesystems.

(1) When secure areas exist, they will be used forthese systems.

6


(2) When such space is not available, the most costeffective approach will be selected from the followingalternatives (in addition to the security procedures outlined inparagraphs 6.a. (1) through (8) above). If construction of asecure facility is necessary, the space selected for renovationwill be kept a small as possible.

(a) The computer system's non-removable media may beused for the storage of unclassified and unclassified-sensitive(US2) information only: all classified information will bedirected'to a removable storage device (storage tower). When thesystem is unattended, all classified storage media, and thecommunications security keying materials will be removed fromtheir respective systems and secured in a GSA approved securitycontainer, or

(b) The computer system(s) and communications securitysystem(s) will be placed in a GSA approved security container forequipment, or

(c) The office area (space) in which the computersystems and communications security systems are to be installedwill be upgraded to meet the secure storage standards establishedin AR 380-5, Appendix H, Section II. Specifically, walls,floors, windows, ceilings, doors and miscellaneous openings mustbe secured using specified building materials, hardware and door-locking devices.) As a minimum, entrance doors will besubstantially constructed of wood or metal and will be equippedwith a GSA approved, built-in, three position combination lock.Depending on a local threat assessment, location of the RCASfacility, amount of classified information being processed, andother issues to be considered prior to upgrading the facility, analarm system may be required to secure the area. As authorizedby AR 380-5, 5-102b, the MACOM Commander may approve exceptionsto or delegate the authority to approve exceptions to storagestandard&.matlined in Appendix H of the regulation. Theseofficials ,.hould be the approving officials for the use of alarmsystems a4RCAS facilities.

c. Installed and keyed Controlled Cryptographic Items(CCI) are classified but should be protected at the same level asthe information they protect. Keyed CCI equipment must beappropriately supervised by an authorized and properly clearedindividual.

7


d. Installed unkeyed and unattended CCI are not consideredto be in storage and, therefore, a security storage structure, asdefined in AR 190-51, Appendix B, is not required for theirprotection (per DA PAM 25-380-2). Physical security measures andprocedures used to protect desk-top computers and other officeequipment, such as placement in a locked office or lockedbuilding during nonduty hours, are also adequate for CCI in theoffice environment. The measures for providing physical securityfor CCI must be effective and within boundaries of acceptablerisk.

7. Comaunications Security in RCAS.

a. Tranmission Security. Transmission security for theRCAS is provided by encryption using the Motorola NetworkEncryption System (NES) or AT&T Secure Data Device (ATT-SDD), orby protected distribution systems. Local area network (LAN)cable/lines are protected through access control and the physicalsecurity afforded by the RCAS facility itself.

(1) COMSEC devices. The NES and ATT-SDD areunclassified Controlled Cryptographic Items. Protection of thesedevices will be in accordance with SAIS-SS Memorandum on STU IIIguidance and DA PAM 25-380-2, Security Procedures for ControlledCryptographic Items.

(2) Protected Distribution Systems (PDS). The purposeof a PDS is to provide physical protection of the transmissionlines when COMSEC equipment is not used. PDS will be used withinthe RCAS only when it is clearly the more cost effectiveapproach. The following criteria apply:

(a) The RCAS data distribution system (wire or opticalfiber cable) within an RCAS facility is not a part of a0PDS. Thedistribution system within an RCAS facility is adequatelyprotected by the physical security afforded the facility itself.

(b) A PDS consists of the data distribution cables(wire or optical fiber) that extend between RCAS facilities wherephysical security protecting the transmission line i1 less thanthat afforded the facilities. Where the physical securitybetween linked RCAS facilities is constant from end-to-end, a PDSis not required.

8


(c) The PDS cable passing information between RCASfacilities will be installed in a way that it can be regularlyinspected at random by designated RCAS users to determine if thePDS has been tampered with in any way.

(d) The PDS will be installed so that it is notconveniently accessible for tampering. When possible, it will beinstalled high and visible to a number of government employeesfrequently present within the space in or through which the PDScable passes.

(e) All PDS will be inspected at least daily. Forfacilities operating only during normal business hours, oneinspection will be accomplished prior to starting dailyoperations. Additional inspections will be conducted asdetermined necessary by the local security manager. A record ofinspections will be maintained. Detection of tampering will beimmediately reported to the local RCAS security official.

(f) PDS installed outside the normal regular view ofRCAS users or other government employees, but still inside of agovernment owned and operated building, will be inspected atleast twice daily. Where the cable is most vulnerable totampering, a protective cover should be placed over the cable tomake tampering difficult. Duct, conduit, or PVC may be used forthis purpose.

(g) Protective cover, if used, should be installed soas to require several minutes to penetrate, and be high andvisible so that someone would see and/or hear an intruderattempting to access the PDS cables directly.

(h) When PDS is installed between government owned andoperated buildings where individuals outside of the federalgovernment are not allowed without escort, covering the cables isnot necessary. However, more frequent inspection of the cable isrequired.

(i) RCAS equipment attached to communications/datadistribution cables do not act as transmitters, in that theelectromagnetic energy dissipated is not sufficient to transmitbeyond an area/volume within bounds of acceptable risk. Also,the equipment attached should not interfere in any way with othercommunication devices (e.g., radio/television receivers) outsideof the established area/volume boundaries.

9


b. TEMPEST countsereasures in the RCRS.

(1) Based on guidance at paragraph 3-5, b., and table3-3, AR 380-19-1, the protection level for the RCAS, within theUnited States and in low opportunity environments, is determinedto be Level VI. Where RCAS sites are to be located inside theUnited States in a high opportunity environment, or outside theUnited States, protection measures will be determined for thosesites consistent with guidance in AR 380-19-1. Protection levelshigher than Level V are unlikely to exist within the RCAS.

(2) Based on paragraph 3-4(U), Level VI has no TEMPESTrequirements. Level V requires third-wire AC protective groundon equipment.

(3) Baseline TEMPEST countermeasures provided by theRCAS are adequate for sites requiring Level V protection.

(a) Baseline TEMPEST countermeasures for RCAS LANsinclude the use of shielded twisted pair cabling (Belden, DataTwist, 1458A, CMP, 4PR24, shielded, UL or equivalent).

(b) Physical separation between classified andunclassified systems, equipment and cables, and prescribedgrounding of all system components, consistent with vendor and/orother approved grounding methods, will be accomplished duringinstallation of the RCAS site. Separation will be consistentwith guidance in AR 380-19-1.

(c) RED RCAS shielded, twisted pair cable installed ina RED duct can co-exist with other RED metallic cable and opticalfiber cable in the duct.

(d) When RED RCAS cable will co-exist with and beparallel to BLACK cable up to a distance of 30 meters(100'), aseparation of 50 ma (2") or more will be maintained between them,measuring the separation between them from the outside perimeterof each cable.

(e) Where RED RCAS cable will co-exist with and beparallel to BLACK metallic cable for over 30 meters (100'), 150mm(6") separation will be maintained.

10


(f) Using optical fiber, glass or plastic cable fordistribution is an option provided in the Boeing contract. Theappropriate cable will be determined during the fielding process.

(g) To ensure cost-effective, security-orientedmaintenance, all RCAS systems and facilities configurations willbe strictly controlled. PMO RCAS approval is required for anychanges after installation.

S(4) Consistent with requirements found at paragraph 3-7(U), sub paragraph b. (U), Contractor activities, AR 380-19-1,Boeing will complete and forward an abbreviated Facility TEMPESTAssessment/Risk Analysis (FTA/RA) for each contractor owned andoperated RCAS site, to the PM RCAS for review, approval, andforwarding the 902nd MI Battalion.

8. This memorandum will be included as a part of the RCASAccreditation. The technical points of contact for this actionwithin the Program Management Office, RCAS are Mr. Al Kondi andMs. Victoria Thompson, Systems Development Division, (703) 339-2114/2117.

major Ge~neral7,USAProgram Manager

CF:HQDA, ATTN: SAIS-SDC (COL Gilreath), SAIS-SDS (MAJ Slekis),

USAPOISA (Ms. Newsome), DAMO-ODM (LTC Stephenson),DAAR-IM (LTC Frasher)

CNGB, ATTN: NGB-ISA (Mr. McDaniel)HQ FORSCOC1 ATTN: FCJ2-CIS (Mr. Horton)NSA, ATTNI!DIRNSA/X41 (MAJ Motsinger)INSCOM, ATft: IAOPS-CI-TO (Ms. Hanzlik), IAGPA-A-DP (Mr. Bohrer)OPTEC, ATTN: OPTEC/OEC (LTC Freatiff)USARC, ATTN: AFRC-INS (Ms. Hein)USASOC, ATTN: DCSIM-ST (Mr. Starling)Boeing, ATTN: Systems Engineering (Mr. Cursi)CECOM, ATTN: AMSEL-RD-C3-IS-P (Mr. Preusse)

11

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