APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the...

33
:iJ/01/03 6950.27, CHG I. Appendix2 APPENDIX l. COORDINATION GUIDELINES Selective coordination is botli an art and a science. A perfectly coordinated system can not always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following guidelines will assist in the process: 1. Minimize the number ofprotective devices between the main service disconnect and the last protective device. The use of an un-fused disconnect and elimination of main breakers at branch panel boards will assist in this process. However, in all cases a coordinated electrical system must comply with the National Electrical Code (NEC). 2. Consider using larger ampere ftame circuit breakers to facilitate proper coordination. Ensure that available space limitations can accommodate physical circuit breaker sizes. 3. Consider the .use of electronic programmable type circuit breakers. 4. 480 VAC for the distribution system vollagjl and derivl!tion of smaller use voltages will aid in power system design. S. Use the protective device coordination study to design a coordinated distribution system. 6. Use National standard designs as indicated in the Critical Power Distribution System Program Plan (P6980.00) wherever possible. · 7. Verify short circuit ratings of components used in the electrical distribution systems are adequate for the application. 8. Elevators shall be coordinated in accordance with the National Electric Code. 9. Examination of the load's power continuity requirements shall be taken into account. As an example, if an interruption in a chiller motor on the essential bus of a manned facility will not . effect the NAS, coordination may have Jess stringent requirements. If the power feeds equipment that directly controls the landing of airplanes, coordination must be followed to the I 0. When difficulty is encountered consult with appropriate regional or national authorities. II. Protection always comes before coordination. 12. In instances of unmanned facilities where substantial time may elapse before a loss of power is identified, coordination is recommended. 13. Ground fault prutection should be accomplished for circuits in accordance with the NEC. IIi these cases, the ground fault system should have a separate coordination study and analysis performed. 1

Transcript of APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the...

Page 1: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

:iJ/01/03 6950.27, CHG I. Appendix2

APPENDIX l. COORDINATION GUIDELINES

Selective coordination is botli an art and a science. A perfectly coordinated system can not always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following guidelines will assist in the process:

1. Minimize the number ofprotective devices between the main service disconnect and the last protective device. The use of an un-fused disconnect and elimination of main breakers at branch panel boards will assist in this process. However, in all cases a coordinated electrical system must comply with the National Electrical Code (NEC).

2. Consider using larger ampere ftame circuit breakers to facilitate proper coordination. Ensure that available space limitations can accommodate physical circuit breaker sizes.

3. Consider the .use of electronic programmable type circuit breakers.

4. 480 VAC for the distribution system vollagjl and derivl!tion of smaller use voltages will aid in power system design.

S. Use the protective device coordination study to design a coordinated distribution system.

6. Use National standard designs as indicated in the Critical Power Distribution System Program ~plementation Plan (P6980.00) wherever possible. ·

7. Verify short circuit ratings of components used in the electrical distribution systems are adequate for the application.

8. Elevators shall be coordinated in accordance with the National Electric Code.

9. Examination of the load's power continuity requirements shall be taken into account. As an example, if an interruption in a chiller motor on the essential bus of a manned facility will not . effect the NAS, coordination may have Jess stringent requirements. If the power feeds equipment that directly controls the landing of airplanes, coordination must be followed to the

I 0. When difficulty is encountered consult with appropriate regional or national authorities.

II. Protection always comes before coordination.

12. In instances of unmanned facilities where substantial time may elapse before a loss of power is identified, coordination is recommended.

13. Ground fault prutection should be accomplished for circuits in accordance with the NEC. IIi these cases, the ground fault system should have a separate coordination study and analysis performed.

1

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APPENDIX2• COORDINATION GUIDELINES(CONTINUED)

6950.27, CHG I Appendix2

14. Power distribution system protective .devices should coordinate to a level such that no conductor, device, or circuit not directly critical to the safety or_ function of Air Traffic systems, should ever cause or allow an interruption in service to any device or circuit neCessary for the safety or direction of Air Traffic.

15. Power distribution system protective devices sbould coordinate to a level such that a fault on the A bus of a dual redundant system will not disrupt or interfere with the operation of the B bus of the power system.

A perfectly eoordinated system can not always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical.

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FAA-STD-019e December 22, 2005

DEPARTMENT OF TRANSPORTATION FEDERAL AVIATION ADMINISTRATION STANDARD

LIGHTNING AND SURGE PROTECTION, GROUNDING, BONDING AND SHIELDING REQUIREMENTS FOR FACILITIES AND

ELECTRONIC EQUIPMENT

·-I Cl ATIACHMENT ..,) ' ' ..

PAGE NO. \ Of l O ~

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FOREWORD

All construction of Federal Aviation Administration (FAA) operational facilities and the electronic equipment installed therein shall conform to this standard. This document defines minimum requirements for all FAA facilities. When the specific needs of a facility exceed these minimum requirements, the facility shall be designed and installed to meet these specific needs. These needs are influenced by the equipment to be installed at the site, the configuration of the structures and location of the equipment, and by the physical environment present at the location.

The requirements contained in this document reflect investigation and resolution of malfunctions and failures experienced at field locations. The requirements thus are considered the minimum necessary to harden sites sufficiently for the FAA missions -to prevent delay or loss of service, to minimize or preclude outages, and to enhance personnel safety. Further, the requirements in the document have been coordinated with industry standards, and in some cases exceed industry standards where necessary to meet the FAA missions.

In this· document the use of"shall" or verbs such as "construcf', "weld", "connect", etc indicates a requirement necessitating mandatory compliance. In cases when implementation of certain requirements is not technically feasible, a National Airspace System (NAS) Change Proposal (NCP) must be submitted with adequate justification and technical documentation and approved by the NAS Configuration Control Board (CCB) before a deviation is permitted.

This document is organized in ac.cordance with MIL-STD-962D.

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1 SCOPE ...................................................................................................................................... 1 1.1 Scope ............................................................................................................................................................. 1

1.2 Purpose ............................................................ ; ............................................................................................ 1

2 APPLICABLE DOCUMENTS ................................................................................. ; ............. 3 2.1 Government Documents .............................................................................................................................. 3

2.2 Non-Government Documents ...................................................................................................................... 4

3 DEFINITIONS ......................................................................................................................... 7 3.1 Access WeU ................................................................................................................................................... 7

3.2 Air Terminal ................................................................................................................................................. 7

3.3 Armored Cable ............................................................................................................................................. 7

3.4 Arrester ............................................................................................................ ; ..............•............................. 7

3.5 Bond .............................................................................................................................................................. 7

3.6 Bond, Direct ..................................................................••.............................................................................. 7

3. 7 Bond, IndireCt. .............................................................................................................................................. 7

3.8 Bonding .......................................................................•................................................................................• 7

3.9 Bonding Jumper ........................................................................................................................................... 7

3.10 Branch Circuit .............................................................................................................................................. 7

3.11 Building .•.................................................................................•....................................... : ............................. 7

3.12 Bulkhead Plate ........................................................................•....................................................... : ............ 8

3.13 -Cabinet ........................................................................................................................................ ; ................. 8

3.14 Cable ............................................................................................................................................................. 8 3.14.1 Cable, AC (not the same as armored (DEB) cable) ...... : ......................................................................... S 3.14.2 Cable, Armored Direct Earth Burial (DEB) ........................................................................................... S 3.14.3 Cable, Axiai ............................................................................................................................................... S 3.14.4 Cable, Shielded .......................................................................................................................................... S

3.15 Case ..................................................................................................................... , , 8

3.16 Catenary Wire .............................................................................................................................................. S

3.17 Chassis .......................................................................................................................................................... 8

3.18 Clamp Voltage .............................................................................................................................................. 8

3.19 Conductor, Bare ........................................................................................................................................... S

3.20 Conductor, Insulated ................................................................................................................................... 9

3.21 Conductor, Lightning Bonding (Secondary) ............................................................................................. 9

3.22 Conductor, Lightning Down ....................................................................................................................... 9

3.23 Conductor, Lightning Main ........................................................................................................................ 9

3.24 Conductor, Lightning Roo£ ......................................................................................................................... 9

3.25 Crowbar ........................................................................................................................................................ 9

3.26 Earth Electrode System (EES) .................................................................................................................... 9

3.27 Electromagnetic Interference (EMI) .......................................................................................................... 9

3.28 Electronic Multipoint Ground System ....................................................................................................... 9

3.29 Electronic Single Point Ground (SPG) System .......................................................................................... 9

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~ --;::·'··. · __ ,;. ~;~~' "•.'"· .·

·r ~o [g © [g ow [f'-: '\ . 1! II

" ' I SEP 2 5 1996 i@

.· . . ' ·.- ·.-

·':

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. ·.-~>·~.:·.:·1·.-~~ . .j. ;i'i./·.~::.

DOCUMENl CONTROL CENTER·· - .• ~,_,,_.-:· ... ' , ..

. ' ·· .. -· . ,, ~-···; """~·'-''.t: •. , .... : ""' j"

U.S. Department of Transportation .. · ... .

Federal Aviation Administration '1.'·" ...•

Standard

DESIGN STANQARDS

pop NAIIQNAI Amgparp SVSifMfACU rrms

: .~.

FAA-STD-032 August 1, 1996

...... ,~-~ ·.· :.-

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., .;._ •. ·"t .......

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I. 1.1

1.2

2.

2.1

2.2

3. 3.1

3.1.1

3.1.2

3.1.3

3.1.4

3.}.5

3.1.6

3.1.7

3.1.8

3.1.9

3.1.10

3.1.11

3.1.12

3.1.13

3.1.14

3.1.15

3.1.16

3.1.17

3.1.18

3.2

3.2.1

3.2.2

3.2.3

3.2.4

3.2.5

3.2.6

3.3

. ~ ~ ·., Contents.

'·:: ~( t I·~ It lf•\j~

-----J.!l Ll SCOPE.·· .................................................... i ••.•. :. _____ .....,.....,,..I

Title

Scope . .- ................................................................ , ........... . Purpose .; ............................................................. _ ............. .

.:~~

APPLICABLE DOCUMENTS ..................•................•...................... ._ .......... _,.~ ... ~ , ... !t""•lln" T'l!-:l«~t•"~.nn Government docum~ :.J ~.l~·, -} f-:.···.t·'l.P. ·!t :J t'ti·}..l-,J1..,l.;.:f- · ·- · • • • • ••. • • ••• • · • ••• • ... -. · • Non-government do"'-uments

REQUIREMENTS .................................................................. ..

General ............................................................................. ..

Deviation from design standards ................................. ·: ....................... .

Environmental considerations • · ." .... ·. . . . _.. · .... : ~. · :. ·. • ~ .. ·. ~ ••. ~ ·: . . . • • • • • • . . . . . • . . . . . • • 0 • • • •

Energy conservation and management ...... ,., ........................................... .

Conslruction schoduling ..................... · ............................................ .

Construction contract specitications ...... 0 ••••••••••••• o 0 ••••••• o ....... o •• 0 •••••••••••••••

Construction contract dra,vings ...........• o •••••••••••••••••••••••• o •••••••• o •••••••••••

Cost estintating . _ ................... 0 ••• 0 •••••••••••••• 0 ••••• 0 • 0 ••••••••••••••••••••••

Reliability.mainlainability and availability ................................................ .

Economic analy:'cs ................. 0 •• 0 ••••••••••• 0 •••••••••• 0 •••••••••••••••••• 0 •••••

Provisions for tho physically haudicapped ....... ' : .. · .. · ................................... .

Hum.m factors considerations .............................................••..•• 0 •••••••

Occupationill sal~ty and heullh ... · ....... · .... :. : _. .............•............... 0 •••••••••••

Design d;11a sumnmry hundbook ........................................................ .

Mechanical uud cl..:w;lricul :i)':'tems handbook .. · .......... o •••••••••••••••••••••••••••• 0 •••••

Mechanical and d..:ctricul ~ystems insbUction book .......................................... .

Provisions. for remote maintenance monitoring: system (rm.ms) ...........•...........•.........

FAA signage ........................................................................ .

ATCT and TRACON facility desitm ...................................................... .

Civil eoginc::.:ri.ng ...................................................... 0 •••••••••••••••

Site sUJVc::y ............... _ ............................................... ." .. 0 ••••••••

Substuface c:\:plurnlion ...................... : ........ _ ................•.... o • 0 •••••••••

Sitc:: devc::lop1ncnt ........... _ .......................•..............•..•.•..•.•.......•.

Site utilities ...

Vehicular iJIId p~..·dc . .;tri<m oh.:c.::i.-t ..••••.•. 0 • : ••••••••••••••••••••••••••••• 0 ••••••••••••••••

F<ncing . . . . . . . ........................................................... . Architecture ...

Page

1 1

1

1 1 4

6

6

7 7

~ 7. s 8 8 9

9

10 10 11

II II II

II II 12

12

12

13

13 14

16

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.. • ~-... 3.3.1 . '~

... · 3.3.2

. 3.3.3

3.3.4

.. ·-:-- 3.3.5 . 3.3.6

}; 3.3.7

,:'j:..:·· 3.3.8 -~.:- 3.3.9 . ,··

'f#. ":.··· 3.3.10

3.4 3.4.1

3.4.2 3.4.3

3.4.4 3.4.5

3.4.6

3.4.7 3.4.8

3.5

3.~.1

3.5.2

3.5.3 3.5.4

3.5.5

3.5.6

3.6 3.6.1

3.6.2

3.6.3 3.6.4 3.6.5

3.6.6

3.6.7 3.6.8 3.6.9

3.6.10

3.6.11

3.7

3.7.1

3.7.2

3.7.3

3.7.4

FAA-STD-032 · AUJ!US11, 1996

... :·~·i Gmerid an::hitcctural d~i~ ~atiOns .. .. ~--~ .. · : .. ...... :- .. · ..• · :;~\;,_: ~~--~z~~~.af·5~·~Jf}~:-J~Ji:-i·.". ~ ... . · OrgODizalion ~finterior spaces ~ ." .••••.•.. · ••••.•...••.•••••. ; ;-; .-:•, ,-!\".':; •. ;-.; • :.-.- -;;,; L;; · ...... .

· · · Architectural acoustics ..... : ..... · ~ .......... .- ... -...... "-:.. ................ ~·-:>:.>i~~: ~-;,r-,_ ·• ~~~ ..;~~: 1~.~: ~ ~ •..... Conatruction systems · . .-. · •. · .••.••..• · .. , .•..••. .- •.• .- •.••••••..••.•. · .•• _ .•.• :; ; ..•. _ ••..•.••

Elec1rosllitic ~ischarg~control •••••.• · • . :;•,. :, '"f_,:;~~ !.•.'. •. ;·. :. ; .:, . ::.:: ,· .. ~ ·; ............ . Finishes.-.·.".; ......... ~ ....•.....•....•.•. .'.- • ." ...•....•.••.......•...••••....•........ Architectural $eet metal . ............. ; .. ··:~:.:..• .. ~-~i.~·,;.~ ~. ~ .::~r .. : ... ~ -~-- ·. ~::; .. -~ t ·.' .· .1~ :;.'}, .-.-. ~:~ • ••••••

Building security systems . · ......••.•...... : .•.••••............•......••..•••.•......•... Elevators , . . . . . . . . . ..••• ; . ·. . • . . . . . . . . . . . . . . . . . • . . . . . . . . . . . . . . . . . .•.•.•• .- ;.;· . :. . ; . . . . .. . Obstruction marking .... .- .... -..••.•..•..•••.....•••..•••.• , • .!:· :-.'!' .. , : ,. :-:•. i:ii·P: :c-.: ...... . Structural engineering .•...••••••.•••••••••••••• ~ : ~-. ·• -:~:·r;· .~~-~ ... ;./~· .. ~.-~ •• ; . ..--~'-~ij-r .• -.• :!,;~ .... ;··.·~ · •••••••

General stroctural design considerations •.•. ." •••.•• -.••••••••.. ·._· ..... : ;' ;:; •• , • , .• :; • •. ; •.•.•••.

Coordination .......................................................... : •• .-; .• : ••.•... Selection of syst.:ms nnd materials .................•...........•.....•..•••.••••.•..•••••. Seismic Loads ..•........•...••...•.........•..........•..•..•••. · ..• .- .•• -:!:· •••• : . ••••.• Wind ..................................................... -.--.- .. -,,:,;:·c·::-:-.·:·._.· ....... . Structural integrity ........•.....••.•..•.•...••.••.•••.•....•••...•..•••••••••••.••.... Calculations ..........................•.....•......•.....••••..••••• ; .... ' .•• · •. · ..•.•••. Special inspections .......•.........•...•.......••.....• ;·. · .. ·. ·• -•. :: • •• ~ .·. ; • ·.•c : • •••••••••

Mechanical engin"ring ..........••• : ...• ; _. ....••.•... _ ••••••••.••.•••••••..•..•.•....••

General mechanical design considerations ...•....•.•....•...•..•....•..••......•.••...•.•.

Temperature and bwnidity systems ...•..•.........•..•....•........•...............•.....

Mechanical HV AC system and equipment selection criteria .................................. . Plumbing systems .........•••.•••................... , ••......•...••.•••.....• , ....•... Sound and vibration control for mechanical systems and equipment ............. ,- ...........•.. Fuel and oil stor;•gt: tanks .............................................................. .

Electrical engineorins ................................................... • . • • ...... · · •.. 6cnwal elecb:ieal dc:~ign considerations . . . . . . . . .. . . . . . . . . . . . . . . . . . ... · . .-Exterior electrical ~ys.teDlS .................................................. , .......... .

Interior electrical :.·y:o:lt::ms .....•.........................................................

Standby power ~ystcllbO ..................... , ........................................... .

Grounding, bonding and shielding systems ................................................ . Lightning and trnnsiont protoction systems ................................................ . Electromagnetic int.-rt"cn:nce (EM!) ...................................................... . Seismic requirem\.':nl~ for support systems .............................. · ................... . Cathodic protection ............................................................ • ..... ~ ..

Battery sy!'itc:m ....................................................................... . Altemath•c: or rcncwah)c: powc:r sources ..................................... · ............. .

Life safety and lin.: protc:ction ........................................................... . Standards ........................................................................... . Local code con:-;idcmtions. ......... · ........................................... ; ......... .

Life sal"cty and tiro protection specific requirements for A TCTs, ARTCCs and similar facilities ..•.•. Portable fu-e ~xtinguishon< .............................................. .: .............. .

ii

17

18

18

18 19

20 20 20 20 20

20 20

21

21

21 "22 22 22 22 .23

23 23

29. 32

32 33 33 33

35 38

41 41 42 42 42 42

42

42

42 43

43

44

44

··:-' .

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-~--

:)-~L.

i'

,,_ 4 ..

r.o s.

6. . 6.1

6.2 6.2.1 6.2.2

. ~~ 10.

20.

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.. ·. . . .· ~ ,,,_., .. _

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FAA-SID..032. > /~ August I, 1996 ·-. :

. -. . . ··--s-

~- .\

44 ':·

44 .• 44 ' ::·:

. ,: .. ~- ' ,_ -_; . '

QUALITY ASSURANCE PROVISIONS (Not Applicable) •. '; .. ;·,.:; •. ,., . ", .· .. .' .. -. ·'' •.......... . ~ . . 45

PREPARATION FOR DELIVERY (Not Applicable): ............. <.>c·•; •• •.'·. ,.,-.. ;.;~;'. -;-'l•r.· .. · •...•.. ·<- · .-·:·~-:~-- ·· ,·.: :,~,~= ..... ---"~_-_Lt.::·

~- - .. . - 4S

NO~S --~-~- ..... : .. . _ .......... ~- ._ ............ ~ ....... ~-~ ... -... _.'_~."-~.-~· ~~:<:.-·;~-; · .. ~. '.".: .. _ Additional dota required ................................... · ........ c : ;-.' .. ·; • 0, .- .•., c ...•...

4S 45

AClOilyms, abbreviations and definitions ..................... , ... ; ;•. ,.-,,-; ;c-; i ,'h-i,':·.- ...... . 47 Acronyms and abbreviations ............................. ·• ,; •. ~;: ;-; .. ; ,-,\,,.,;: · .... : . ..... . 47 Definitions ........................................................... ;.-.. -;;· . .-; ....... . so

. .. .. , •. -'!~~a·.:: .:.=.: • -. . '.;_:-. ·•· .

APPENDIX I Facility Economic Life ........................................................... · ...... . 52

'j. ;::.!.';. •,: :~;';) .; ; ,··.

APPENDIX IT Fire Extinguisher Distribution ................................. , ... · .. ,-... ;·:-. _.,,_ . .-, ..... .. 53 .

- .. : ~.

iii

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Table ·· .. :_,.,

_,,

:-·~~i:~-:~ .. -... ·I.:. ., .. ·.-

"' .rr.-·

··.,~.:,

;.··

. -~:-

Title · .. -

List of Tables •·.·

.FAA-STD..()32 August I, 1996

BO'F _Effoc1ive Temperarure Combinalious ....... • .............................. , .......... . 24 . •' ;; . _.., ..

Summer and \Vmter CliJiudic Zones ••••••••••••••••••••••••• 0 • ••••• 0 • 0 0 ••• 0 •••••••••••••• 28

:."1"-

. '·~-,

iv

.. l--·-~

. :_~~'

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US DEPARTMENT 01/25/91 OF TRANSPORTATION Federal Aviation Administration

FAA-C-1217f February 26, 1996 SUPERSEDING FAA-C-1217e,

U. S. Department of Transportation Federal Aviation Administration

Specification

ELECTRICAL WORK, INTERIOR

ATTACHMENT -:)' \ ).,

PAGE NO. \ OF q J.....

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1 FAA-C-1217f February 26, 1996

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FAA-C-1217f February 26, 1996

FORWARD

2

'!'his doettmenE has :Seea re .. :·ioeEl t;:e refleet. surreat. tsr,;;:l;uaology chapges and to incorporate the latest commercial standards.

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3

1. SCOPE

FAA-C-1217f February 26, 1996

1.1 Scope.- This specification covers the minimum requirements for electrical work at FAA facilities. Where the phrase "unless otherwise indicated" or similar wording appears, it refers exclusively to other documents that are specific parts of the contract. Where there are requirements peculiar to specific FAA facility types, e.g., air route traffic control centers (ARTCCs), metroplex control facilities (MCFs), terminal radar control (TRACONs), etc., these requirements will be added following the appropriate paragraph.

2. APPLICABLE DOCUMENTS.- The current issues of the following documents in effect on the date of the invitation-for-bids or request-for-proposals form a part of this specification, and are applicable to the extent specified herein.

2.1 Federal specifications

J-C-30 (Power,

li'-C 395

W-F-414

W-L-305

W-P-115

WW-C-566

QQ-W-343

Cable and Wire, Electrical Fixed Installation)

Cireuit Breakers, ~qolded Case; Branch Circuit and Service

Fixture, Lighting (Fl.uorescent, Alternating Current, Pedant Mounting)

Light Set, General Illumination (Emergency or Auxiliary)

Panel, Power Distribution

Conduit, Metal, Flexible

Wire, Electrical, (uninsulated)

Page 18: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

: i i '

'

'"' :

. j:

. .

-A-FA!\.-!l-2494/b i-!arch 1 \ 1234 ~oPERCEu K:G FAI\-D-2494/la

12 /3 /4

. •

DEPARTMENT OF TRANSPORTATION FEDERAL AVIATION ADMINISTRATION

SPECIFICATION

TECHNICAL INSTRUCTION BOOK MANUSCRIPT: ELECTRONIC, ELECTRICAL, AND MECHANICAL EQUIPMENTO REQUIREMeNTS FOR PRti:PARATION OF

MANUSCRIPT AN PROOOCTION OF BOOKS ·

Attachment J.13, FAA Order FAA-D-2494/b, is a 134 page document. Only the cover sheet and index are attached to this SIRIRFP. If a vendor is required to develop a technical instruction manual, as part of an installation Task Order, a compact disk containing the entire document will accompany the Task Order. This document is only needed where custom built eleetfieal er meehanisal equipment is installed as directed by the Government. AU Government Furnished Equipment (GFE) and Commercial-Off tile Shelf (COTS} equipment come with either Government produced Technical Instruction manuals or factory operation and maintenance manuals .

lfflCMMIMt :5· \ 3:." ·· ~~l. ~, ==\ =" n t!

' ' . . . -~~ . . . ...... . ---

:··,,,_ ·'· ,_. . . ' .. ·-.·:: :.

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I

Paragraph

1 • 1.1 1. 1.1 1.1.2 1.2 1.3 2. 2.1 2.2 2.3 2.4

2.5

3. 3.1 3. 1.1 3. 1.2 3. 1.3 3. 1.4 3. 1.5 3. 1.6 3.1. 7 3.1.7.1 3.1.7.2 3.1o7o3 3.1.7.4 3.2 3.2. 1 3.202 3o2.2. 1 3.202.2 3.2.3 3.3 3.3.1 3o3o1.1 3o3.1o2

3.3.1.2.1 3o3o1o2.2 3.30 1.2o3 3o3o1o2.4 3o3o 1.3 3.3o2 3o3o2o1

3.3o2o1o1 3o3o2o1o2 3o3o2o 1.3

FAA-D-2494/b

iii

TABLE: OF CONTE:NTS

Title

Scope .. .. • .. • • • . .. General • • • • • • • • New equipment • • • • • Commercial publications Responsibility • • • • Precedence of requirements Applicable documents • • • FAA documents • • • • • • • Military documents • • • • • Other Government publications • , • American National Standards Institute (ANSI)

publications • • • • • • • • • • Institute of Electrical and Electronics

E:ngineers (IEEE) • • .• Requirements •. - • .. . . •

: General requirements --. --. · • Writing level · ; • • • • • • Grammatical person and mood Use of directive verbs

• io . . . .

Page

1 1 1 1 2 2 2 2 2 3

3

3 4 4 4 5 5

Nomenclature consistency • • 5 D~velopment of text • • • • Warnings; ·cautions, and notes

· _,Tables • ~ · • •. • Uses _of tables - • • • • • Rules for tables • • • • • • Table format • • • • • Numbering and titling of tables Matrusct ipt plan • • .. .. .. • Prospectus • , . • • • . • . . Manuscript schedule • • • , • • Manuscript review schedule • , Manuscript validation schedule Verification and validation plan Manuscripts • .. . • . • . • • . • Draft manuscripts • • • • • • • 0 •

In-process reviews • • o • • 0

Typing and format requirements for draft copies •• , o

Typing equipment Paragraph numbering Paragraph headings Page numbering • Draft artwork • • • E'inal manuscript • • 0

Typing and format requirements for reproducible copy

Machine printouts o

Publication number Publication date

6 6 7 7 8 8 8 B 8 9 9 9 9

11 11 11

11 11 12 12 12 12 12

15 15 15 16

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Paragraph

3.3.2.2 3.3.2.2.1

3.3.2.2.2 3.3.2.2.3 3.3.2.2.4 3.3.2.3 3.4

3.4.1 3.4.2 3.4.3 3.4.4 3.4.5 3.4.6 3.4.7 3.4.8

3.4.9 3.4. 10

. 3;5 3.6 3;6~1 3.6.1.1 3.6. 1.2 3.6.2 3.6.3 3.6.4 3.6.5 3.6.6 3.6.7 3.6.8 3.6.9 3.6. 10

3.6.10.1 3.6.10.2 3.6.10.3 3.6.10.4 3.6.10.4.1 3.6. 10.4.2 3.6.10.4.3 3.6.10.4.4 3.6.10.4.5 3.6.10.5 3.6.10.6

iv

Title·

Final artwork • • • • • • • • • Original used in preparation of

illustrations • • • • • • • Overlays on artwork • • • • • Covering of artwork • • • • • • Troubleshooting support data format Suggested irnprov~nts form •• Reference designations, symbols, and

abbreviations • • • • • • • • • Reference designations • • • • • • • • Letter symbols for semiconductor devices Letter symbols and mathematical signs Graphic sym 'x>ls for circuit elements Mechanical diagram symbols • • • • • • Flow chart symbols • • • • • • • • • • Logic diagram symbols • • • • • • • • • DesignatiOn for switch gear and industrial

control devices • • • • • Special symbols • • • • • • • • • Acronyms and other abbreviations • Security classification marking Arrangement of manuscript contents Front cover • • • • • Front cover content . • • • • • • • • • Cover stock • • • • • • • • • • • Contractor guarantee • • • • • • • List of modifications to specifications List of effective pages Content assurance page Table of contents • • List of illustrations • List of tables • • • • Family tree chart • • Section 1 of instruction book, general

information and requirements Introduction • • • • • • • Equipment description • • • • Relationship of units • • • • Equipment specification data Nameplate data • • • • • Functional characteristlcs External power requirements • Rated output • • • • • • Environmental characteristics • Equipment and accessories supplied Equipment required but net supplied

Page

16

16 16 16 16 16

20 20 20 20 20 20 20 21

21 21 21 21 .21 21 21 24 24 24 24 24 26 26 26 26

• 28 • 23 • 28 • 28 . 28 . 30 • 30 • 30 • 30 • 30 • 30 • 30 I

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Paragraph

3.6.11

3.6.11.1 3.6.11.2 3.6. 11.2.1 3.6.11.2.2 3.6.11.2.3 3.6 .11.2.4 3.6.12 3.6.12.1 3.6 .12.2 3.6.12.3 3.6 .12.4 3.6.13

3.6.13.1 3.6 •. 13.2 3.6.13.3 3.6.13.4 3.6.13.5 3.6.13.6 3.6.1,3.7 3.6.14

3.6.14.1 3.6.14,2 3.6.14 .• 3 3.6.14.4 .3.6. 15

.3.6.15.1 3.6. 15.2 3.6.15.3 3.6.15.4 3.6.15.5 3.6. 16

3.6.16.1 3.6. 16.2 3.6.16.3 3.6.16.4 3.6.16.5 3.6.17 3.6.17.1 ,3.6.17.2 3.6.17 .3 ,3.6.17.4

FAA-D-2494/b

v

Title Page

Section 2 of instruction book, technical description • • • • • • • 31

Simplified theory of operation 31 Detailed theory of operation 31 Equivalent circuits 32 Timing diagrams • • • • 32 Logic circuits •• , • • • • 32 Mechanical functions • • • • 36 Section 3 of instruction book, operation 36 Controls and indicators • • • 36 Turn-on-and checkout • • • • • • • • • • 36 Remote monitoring and control • • • • • 36 Equipment shutdown • • • • • • • • • • 36 Section 4 of instruction book, standards and

tolerances • • • • • • • 39 Parameter • • • • • • • • • • 39 Procedure paragraph reference 39 Standard • .. '• . ,- • . • . . , 39 Initial tolerance limit , • • 39 Operating tolerance liinit • 39 Interconnecting cables and circuits 39 Remote monitor and alarms • • • • , 39 .Section 5 of instruction book, periodic

· maintenance • ; • • 1,1 Tabular presentation • • • • 41 Performance checks • • • • • • 41 Other onsite maintenance • • 41 Offsite maintenance • • • . • 41 Section 6 of instruction book, tna1ntenauce

procedures • • . • , • 43 Content • • • • • • • • '•3 Format • • • • • • • • • • 43 Performance check procedures 43 Other maintenance procedures 43 Special maintenance procedures • • • • • 1,3 Section 7 of instruction book, corrective

maintenance • • • • • • 1,4 Onsite corrective maintenance • • • • • • 44 Offsi te repair . • • • • • • • • • • • • • '•4 Test equipment .. . . . .. . • . .. . . • . . r~L• Overhaul, maintenance, and repair" standards 1,1, Packing instructions • • • • • • 115 Sect:i,on 8 of instruction book, parts list '•6 Parts list format • • • . • 46 Use of latest JAN/MIL designations '•6 Design change incorporation '•8 Electrical parts • • . • • • 118

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FAA-D-2494/b

Paragraph

3.6.17 .5 3.6.17.6 3.6.17.7 3.6.17 .a 3.6.17 .9 3.6.17 .10 3.6.17.11

3.6.17 .12 3.6. 18

3.6.18.1 3.6.18.2 3.6.18.3 3.6.18.4 3.6.18.5 3.6.18.6 3.6.18. 7 3.6.18.8 3.6.19

3.6. 19.1 3.6.19.2 3.6.19.2.1 3.6.19.2.2 3.6.19.2~3 3.6.19.2.4 3.6.19.2.5 3.6.19.2.6 3.6.19.2.7 3.6.19.3 3.6.19.3.1 3.6.19.3.2 3.6.19.3.3 3.6.20

3.6.20.1 3.6.20. 1.1 3.6.20.1.2 3.6.20.1.3 3.6.20.2 3.6.20.3 3.6.20.4 3.6.20.5 3.6;20.6 3.6.20.7 3.6.20.7.1 3.6.20.7.2 3.6.20.8 3.6.20.9 3.6.20.10 3.6.20.11 3.6.20.12 3.6.20.13 3.6.20. 14

vi

Title Page

Mechanical data • • • • 52 TransformeJ' size data • 52 Lubrication data • • • 52 Indicating fUse holder 53 Indicator lights • • • ~3 Tube sockets • . • • . • • . . . . • ~3 Listing of plug-in modules or printed

wiring circuits • • . • • • . • • 53 List of manufacturers • • , • , • • • , • 53 Section 9 of instruction book, installation,

integration, and checkout 54 Site information • • • • 54· Installation drawings • • 55 Unpacking and repacking • 55 Input requirement. summary 55 Installation prccedures • 55 Inspection . . . • . .. • . . . . . 55 Initial startup and preliminary testing 56 Installation verification test , • • • . 56 Section 10 of instruction book, computer·

s6ftware . • • • · 57 Program hierarchy • • 57 Prcgram descriptions 57 Prcgram purpose • • 57 Program capacity • • 57 Interface • • • • • , 57 Program input. data , · 58 Prcgram output data • 58 Database descriptions • 58 Program documentation 58 !.!stingS • • • • • • • §6 Program listings • • • 58 Cross-reference listings 59 Load maps • • • • • • • • • , • • • . • • • • 59 Section 11 of instruction book, trcubleshOOt1ng

support data • , • • • • • • • • • • 60 Method of presentation • • • • • • • • • • 60 Contractor's commercial publications • . • 60 Standard (B-1/2 by 11-inchl binding • • • • 60 separate oversize ( 11- by 17-inch} binding 60 Legibility • • • • • • 61 Numbering and titling • • • 61 Size of illustrations • 61 Block diagrams • • • • b3 Major function diagram · • 63 Schematic diagrams • • • 63 Diagrams for analog equipment • 6<; Diagrams for functional entities 65 FUnctional circuits • . • • • • • • . 65 Nomenclature and reference designations 66 Discrete circuit element data • . . . • . 66 Identification of adjustments and controls 66 Test points • ~ • • • • . • • 66 Photographs • . • • • • • • • • . . • • • 66 Continuous-tone illustrations • • . • • • • 67

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Paragraph

3.6.20. 15 3.6.20. 16 3.6.20. 17 3.6.20. 18 3.6.20. 19 3.6.20.20 3.6.20.21 3.6.20.22 4. 4.1 4.1.1 4. 1.2 4.1.3 4. 1.4 4.1.5 4.2 4.2. 1 4.2.2 4.3 4.4 4.5 4.6 5. 5.1 5.2 5.3 5.3. 1 5.3.2 5.3.3 5.3;4 5.3.5 5.4 5.5 5.6

FAA-D-2494/b

vii

Title Page

Printed circuit board illustrations • 67 Callouts • • • • • • 67 Leader lines • • • • • • • , • 69 PoWer distribution diagram 69 Wiring diagrams • • • • • • 69 Cabling diagrams . • • • • 69 Mechanical drawings • • • • • 69 Piping diagram • • • • • • 69 Quality assurance provisions 70 Responsibility for inspection 70 Contractor inspection • • • 70 Inspection of artwork • • • • 70 Proofreading • • • • • • • • 70 Completeness and continuity • 70 Assembly instructions • • • • 70 Quality program requirements 71 Personnel • • • • • • 71 Coordination • • • • 7 1

· Validation , • • • • 71 Validation of changes • 72 Verification • • • ·• '(2

·Government inspection. 72 Preparation for delivery • • •••••• · 72 Packaging of reproducible (camera-ready) copy 72 Packaging of original· artwork 72 Printing instructions • 72 Page size • '{2 Paper stock 73 Negatives 7 J Printing • 73 Drilling • 73 Binding • • . • • • • • • . • • • • • 7~' Review and acceptance of printed books 74 Packap:in.R; or books for delivery 71• Sumary of Definitions • • 103 Acronyms and Abbreviations • • 105

Page 24: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

FAA-D-2494/b

Figure 1 Figure 2 Figure 3 Figure 4

Figure 5

Figure 6

Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15. Figure 16 Figure 11 Figure 18 Figure 19 Figure 20 Figure.£1 Figure 22 Figure 23 Figure 24 Figure 25

Figure 26 Figure 27

Figure 28 Figure 29 Figure 30 Figure 30 Figure 31 Figure 32 Figure 33

viii LIST OF FIGURES

Title

Manuscript schedule • • • • • • • • • • Right-hand page format • • • • • • • • Left-hand page format • • • • • • • . • Identification, marking, and cover for

artwork • • • • • • • • • • • • • • Typical front cover, troubleshooting support

data volume • • • • • • • • • Suggested improvements to equipment

instruction book • Typical front cover • • Content assurance page Family tree chart • • • Relationship of units • Functional flow diagram Signal flow diagram • • Logic circuit diagram • Integrated circuit logic diagrams Integrated circuit data center •• Machine logic diagram • • • • • • • Intermediate logic diagram ·• • • • Controls and indicators presentation Sample tum-on and checkout tabular. format

.. . . ..

. Example of :;~tandards and tolerances table ·Signal ·flow diagram • • • Parts list format • • • • • • • • • • Oversize sheet dimensions . • • • • • Foldout page dimensions . • • . • • • Sample block diagram of chassis with

plug-in units • • • • . • • . • Sample chassis schematic diagram • . Sample schematic breakdown to component

level· showing IF amplifier • Printed circuit board • • • • . • • • . Use of leader lines for callouts • Power distribution diagram (sheet 1 of 2) Power distribution diagram (sheet 2 of 2) Sample wiring diagram • . • • • . • • • • Mechanical schematic • • • . . • • • • Piping diagram . • • , • • • . • • • . . Appendix 1 - Commercial Instruction Books Index

Page

10 13 14

17

18

19 23 25 27 29 7':> 77 33 34 79 ' ..

J~ 81 37 . : .-·.

3Cl '•O '•2 & 83 .. 47 62 M

b7

Cl9 91 6i:l 93 !)~J

'l~·

~Q

10'

Page 25: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

c'."---

ORDER· lOSO.lSA

FUEL STORAGE TANKS AT FAA FACILITIES

April 30, 1997

DEPARTMENT OF TRANSPORTATION FEDERAL AVIATION ADMINISTRATION

Distribution: A-W-1; A-W(AF/AS/PP/CO/CP/EEJAM/BNVN}-2 ; A-X-2; A-X(AF/LG}-3 A-Y-2; A-Y(MP/LG}-3; A-Z-2; A-FAF-4/7 (Ltd}

Initiated By: AEE-200

mACHM[HT ~0 __ , _I '-(..:....._

PAGE NO. - l Of I I '('

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I

I

!;

1050.15A

RECORD OF CHANGES

CHANGE SUPPLEME \ITS OPTIONAL TO

BASIC

Page2

4/30/97

1050.15A I "---_____J.

CHANGE SUPPLEMENTS OPTIONAL TO

BASIC

_:

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• •

4/30/97 .1.050.15A

FOREWORD

This order establishes agency policy, procedures, responsibilities, and implementation guidelines for compliance with regulations pertaining to underground storage tanks (USD of the Federal Aviation Administration as required by the Resource Conservation and Recovery Act of 1976 (52 U.S.C. §6901 et seq.), as amended by the Hazardous and Solid Waste Amendments of 1984 (Public Law 98-616) and other acts, and as implemented by the U.S. Environmental Protection Agency's "Underground Storage Tanks; Technical Requirements and State Program Approval; Final Rules regulation, 40 CFR Parts 280 and 281." Although no one comprehensive Federal regulation on aboveground storage tanks (ASD existed prior to publication of this order, AST's are affected by various regulations such as the Oil Pollution Prevention regulation codified at 40 CFR Part 112. This order also addresses FAA policy onAST's until a single comprehensive regulation is promulgated.

The Congress of the United States has declared it to be the national policy of the United States that, wherever feasible, the generation of hazardous waste is to be reduced or eliminated as expeditiously as possible. Waste that is nevertheless generated should be treated, stored, or disposed of so as to minimize the present and future threat to human health and the environment. · · ·

·~~~ Barry L~entine Acting Administrator

Page i (and ii)

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i /

Page 29: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

4/30/97

TABLE OF CONTENTS

CHAPTER I. GENERAL REQUIREMENTS

1. Purpose 2. Distribution 3. Cancellation 4. Explanation of Changes 5: Background 6. Definitions 7. Policy 8. Responsibilities

. 9. Budget Request Procedures 10. Recordkeepiog I I. Reporting 12. Permits/Fees 13. Federal Facilities I 4. State Authority I 5. Regulatory Review I6. Se~urity and Risk Management Factors I 7. Authority to Change This Order I8.-I9. Reserved

CHAPTER 2. UST REPLACEMENT DECISIONMAKING GUIDELINES

20." Facility Assessment 21. Replacement Prioritization Guidelines

I050.15A

Page No.

I

I I 1 I 2 3 5 6 9 9

10 II II II II 12 I2 12

IS

15 15

CHAPTER 3. UST's JNST ALLED BEFORE DECEMBER 22, I 988 (Existiog UST' s) 21

30. Definition 3 I. General Requirements 32. Upgradiog Existing Tank Systems 3 3. EPA Deferral and Leak Detection Deadlines 34. Tank Tightness Testing and Leak Detection 35. Leaking Tanks and Releases 36.-39. Reserved

2I 21 2I 2I 22 22 22

Page iii

Page 30: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

PERFORMANCE BOND (Sea instructions on Page 2.)

DATE BOND EXECUTED {Must be same or "-··• !han dale of con bact)

FORM APPROVED OMB NO.

9001!-0045

~.-:.~ '_:-- lubllc reporting burden for this collection of info nne lion is estimated to average 25 minutes per response, lndudlng the lime for reviewing Instructions, sean::hing exlsUng data sources, gathering and , _ _ ,aintelnlng the date needed, and completing and reviewing the coUection of lnfonnaUon. Send comments regarding this burden estimate or any other aspect of this collection of infonnallon, Including

~.Alggestlons for reducing thie burden, to the FAR Secretarial (VRS), Office of Federal Acquisition Polley, GSA, washington, D.C. 20405; and to the Office of Management end Budget, PapeiWork Reduction Project (9000-0045), Wsshhgton, QC. 20503.

PRINCIPAL (legal name and business address) TYPE OF ORGANIZATION r'X~ one)

0 INDIVIDUAL D PARTNERSHIP

D JOINT VENTURE OcoRPORATION

STATE OF INCORPORATION

SURETY(IES) (Name(s) and business address(es)) PENAL SUM OF BOND MILLION(S) rHOUSAND(S) rUNDREO{S) rENTS

CONTRACT DATE CONTRACT NO.

OBLIGATION:

We, the Principal and SuretyQes), are finnly bound to the United States of America (hereinafter called the Government) in the above pel}al sum. For payment of the penal sum, we bind ourselves, our hefrs, executors, administrators, and successors, jointly and severally. However, where the Sureties are COfPorations acting as co-sureties, we

1 the Sureties, bind ourselves in such sum "lolntly and severallv" as well as "severally" OQIY for the purpose of allowing a joint action or

actions against any or al of us. For all other purposes1

each Surefy binds ltselfl joinfly and severally with lhe P"rincipal, for the payment of the sum shown opposite the name Of the Surety. If no limit of liability is ndlcated, the limit of liabil tY is the full amount of the penal sum.

CONDITIONS:

The principal has entered Into the contract identified above.

THEREFORE:

11e above obligation is void if the Princi~l - • · (a)(1)_ Perfonns and fulfills all the undertakings, covenants, tennshconditlons, and agreements of the contract during the original tenn of the contract

-- - and a~ eXtensions thereof that are granted by the Govemment, with or wit out notice to the Surety{ies), and during the life of any gUaranty required under the contract, and (2) perfonns and fulfillS all the undertakings, covenants.L. tenns, conditions, and agreements of any and all duly authorized modifications of the contract that hereafter are made. Notice of those modifications to the ~urety(ies) are waived.

(b) Pays to the Govemment the full amount of the taxes imgosed by the Government, if the said contract is subject to .the Miller Act, (40 U.S.C. ?70a-~70~~ whicll are collected, deducted, or withheld from wages paid by the Principal in canying out the construction contract with respect to whtch this bond IS fum1shea.

WITNESS:

The Principal and Surety{les) executed this perfonnance bond and affiXed their seals on the above date.

.;

' ' § "'

SIGNATURE(S)

NAMEgl& TITL ( ) (Typed)

SIGNATURE{&)

NAME{S) & TITLE(S) (Typed)

NAME& ADDRESS

SIGNATUR_E(S)

NAM'i!iii& TITL ) (Typed)

1.

1.

1.

1.

Previous ed1!1on not uSable

PRINCIPAL 2. 3.

(Seal) (Seal)

2. 3.

INDIVIDUAL SURElY(IES) 2.

(Seal)

CORPORATE SURElY(IES) I STATE OF INC.

2.

EXPIRATION DATE. 12--31-92

(Seal) Corporate Seal

{Seaij

I LIABILITY LIMIT

Corporate Seal

STANDARD FORM 25 (REV. 1-90) Prescnbed by GSA • FAfU16 Yf.~.l.~3_226(b) --c-' \ C:

AT!ACHI'ItNT -...> ' ' ' .J,.

PAGE NO, =\=0' :J-_

Page 31: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

CORPORATE SURElY~ES (Continu~

NAME & I STATE OF INC. J LIABILITY LIMIT$

ADDRESS I ... "

1, 2, Corporate ,,. SIGNATURE(S) Seal §

NAME(SJ& "' TITLE( ~ (Typed

NAME& STATE OF INC. J LIABILITY LIMIT

ADDRESS u .. 1, 2, Corporate .. SIGNATURE($)

~ Seal NAMEJ"J& TITL ( )

(Typed)

NAME& STATE OF INC. I LIABILITY LIMIT

" ADDRESS .. 1, 2, Corporate .. SIGNATURE(S}

§ Seal

"' ~4tEJ~& r;ryped~ NAME&

STATE OF INC. I LIABIL.ITY LIMIT .. ADDRESS·

l: 1, 2, Corporate § SIGNATURE($)

Seal "' NAMEJ~& TITL )

(Typed)

NAME& _I_ STATE OF INC. I LIABILITY LIMIT .. ADDRESS .. 1, 2 Corporate .. § SIGNATURE($)

Seal "' NAME(~&

TITLE ) (Typed) ' NAME& I STATE OF INC. I LIABILITY LIMIT

" ADDRESS .. L ,,

Corporate .. SIGNATURE(S) gj Seal " "' NAME(S)&

TITLE(S) (Typed)

BOND PREMIUM

.... I RATE PER THOUSAND

INSTRUCTIONS

1. This form is authorized for use in connection with Government contracts. Arr~ deviation from this form will require the written approval of the Administrator of General Services.

2. Insert the full legal name and business address of the Pr1nclpal in the space designated "Principal" on the face of the form. An authorized person shall sign tfle bond. Any person signing in a re~entative capacity (e.g., an attorney-in-fact) must furnish evid"ence of authority if that represenfatrve is not a member of the firm, partnership, or joint venture, or an officer of the corporation Involved.

3. (a) Corporations executing the bond as sureties must appear on the DePartment of the Treasury's list of the approved sureties and must act within the limitation listed tfierein. Where more than one corporate surety is Involved their names and addresses shall appear in the spaces (SuretY A, Surety B, etc,) headed "CORPORATE SURElY(IES)." In the space desigoated "SlfRETY(IES)" on the face of the form Insert only the Tetter identification of tre Sureties.

(b} Where individual sureties are Involved, a completed Affidavit of lndlvldual Surecy (Standard Form 28), for each individual surety, shall accompapy the bond. The Government may [!&luire the suret~ to furnish additional substantiating information concerning its financial capaiJility.

4. Corporations executing the bond shall affix their corporate seals. lncfiViduals shall execute the bond opposite the word "Corporate Seal", and shall affix an adhesive seal if exectifed In Maine, New Hampshire, or any other jurisdiction requiring adhesive seals.

5. Type the name and title of each person signing this bond in the space provtded.

STANDARD FORM 25 (REV.~ .PI\!>E 2

AliACHMlMT ~ 1' l: ·· .... "'" .. ,.. ')__ •• '1..

Page 32: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

PAYMENT BONL (See Instructions on Reverse)

2. PRINCIPAL {LEGAL NAME AND BUSINESS ADDRESS)

5. SURETY(IES) (NAME AND BUSINESS ADDRESS)

a. Penal Sum of Bond Percent of Amount not to exceed

of Bid Million(s) Thousand(s) Hundred(s) Price

OBLIGATION:

Cents

1. DATE BOND EXECUTED T NOT BE LATER THAN DATE OF CONTRACT.)

3. TYPE OF ORGANIZATION ("X" ONE)

D Individual

D Joint Venture

D Partnership

D Corporation

4. STATE OF INCORPORATION

b. Bid ldentlflcallon Bid Date Invitation No.

For {Construction , Suoolles or Services)

We, the Principal and Surety(ies) are firmly bound to the United States of America (hereinafter called the Government) in the above penal sum. For payment of the penal sum, we bind ourselves, our heirs, executors, administrators, and successors, jointly.and severally. However, where the Sureties are corporations acting as co-sureties, we, the Sureties, bind ourselves in such sum "jointly and severally" as welt as "severally" only for the purpose of allowing a joint action or actions against any. or all of us. For all other purposes, each Surety binds itself, jointly and severally with the Principal, for the payment of the sum shown opposite,fue ~arne of the Surety. If no limit is indicated, the limit of liability is the full amount of the penal sum.

· '·"'-<:ONDITIONS: ~-"- I

., -The above obligation is void if the·Principal promptly makes payment to al persons having a direct relationship with the.Principal or a · subcontractor of the principal for furnishing labor, material or both iil the prosecution of the work provided for in the contract identified above, and any authorized modifications of the contract that subsequently are made. Notice of those modifications to the Surety(ies) are waived.

WITNESS:

The Principal and surety(ies) executed this bid bond and affixes their seals on the above date.

6 PRINCIPAL a. Slgnature(s) (1) (2) (3)

(seal) (seal) (seal) Corporate b. Name(s) & (1) (2) (3) Seal

Titles (Typed)

7. INDIVIDUAL SURETY(IES) a. Slgnature(s) (1) (2)

(Seal) (Seal) b. Name(s) (1) (2)

(Typed)

8. CORPORATE SURETY(IES) s Name& I b. State of Inc. I a. Liability Limit u Address r Signatures (1) (2) e Corporate ' . Name(s) & (1) (2)

Tltlelsl Seal

.A (Typed)

OMB Control No. 2120-0595 ~~At~ Te~e-~~ 1518/97) ·.

PAGE KO. \ Of :;>-

Page 33: APPENDIX l. COORDINATION GUIDELINES€¦ · always be accomplished. It is the responsibility of the design engineer to maximize coordination to the extent practical. The following

1::.

·"" -.:-;.,.;,

R. C:ORPORATF Sl IRFTYIIFSl fr.nnfimJP.rll s . Name& I b. State of Inc. I a. Liability Limit

~ Address

. Signatures (1) (2)

• Corporate

t . Name(s) (1) (2) y & Tltle(s) Seal

B (Typed)

s ~- Name& I b. State of Inc. I a. Liability Limit u Address r ~- Signatures (1) (2) e Corporate I e. Name(s) (1) (2) y & Tltle(s) Seal

c (Typed)

s •· Name& I b. State of Inc. I a. Liability Limit u Address r

. Signatures (1) (2)

e Corporate I ~- Name(s) (1) (2) y & litle(s) Seal

D (Typed)

s . Name& I b. State of Inc. I a. Liability Limit u Address r . Signatures (1) (2) e ~rporate I ~- Name(s) (1) (2) y & Ti11e(s) _Seal

E (Typed) . ' .. s a. Name& I b. State of Inc. I a. Liability Limit ., Address

d. Signatures (1) (2) .. • Corporal~ . t e. Name(s) (1) (2) y & litle(s) Seal

F (Typed! '

s . Name& I b. State of Inc. I a. Liability Limit u Address r . Signatures (1) (2) e Corporate

y & lille(s) Seal

G (Typed)

Instructions

1. This form, for the protection of persons supplying labor and material is used when a payment bond is required under the Act of August 24, 1935, 49 Stat. 793 (40 USC 270a-270e).

2. Insert the full legal name and business address of the Principal in the space designated "Principal" on the face of the fonm. An authorized person shall sign the bond. Any person signing in a representative capacity (e.g., an attorney-in-fact) must furnish evidence of authority if that representative is not a member of the firm, partnership, or joint venture, or an officer ofthe corporation involved.

3. (a) Corporations executing the bond as sureties must appear on the Department of the Treasury's list of approved sureties and must act within the limitation listed therein. Where more than one corporate surety is

OMB Control No. 2120-0595

involved, their names and addresses shall appear in the space (Surety A, Surety B, etc.) headed "CORPORATE SURETY(IES)." In the space designated "SURETY(IES)" on the face of the form, insert only the letter identification of the sureties. (b) Where individual sureties are involved, a completed Affidavit of Individual Surety (Standard Form 28), for each individual surety, shall accompany the bond. The Government may require the surety to furnish additional substantiating · information concerning its financial capability.

4. Corporations executing the bond shall affix their corporate seals. Individuals shall execute the bond opposite the word "Corporate Seal;" and shall affix an adhesive seal if executed in Maine, New Hampshire, or any other jurisdiction requiring adhesive seals.

5. Type the name and title of each person signing this bond in the space provided.

..