1
CFM56-7 CFM56-7 CFM56-7 CFM56-7 B737-800W B737-800W D14 D12 CFM56 CF A318-100 A318-100 A318 CFM56-7 CFM5 B737-800W CFM56 A318 D14 B737-800W B737-800W CF34-10E CF34-10E E190 STD E190 STD E190 5 5 G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G 1 2 3 4 5 7802- 8120 10' 20' 90' 80' 60' 50' 40' 30' 70' CARGO CENTER EAST PER 737-900W 737-900W 737-900W 737-900W 737-900W 737-900W 767-300W 767-300W 757-300W 757-300W 1 2 3 4 5 B767W B757W B737-900 B737-900 B737-900 747-400 747-400 B747-400 CF34-8C5 CF34-8C5 CRJ-900 CRJ-900 CRJ 5A · Forward of nose: 10'-0" · Each side of main fueslage: 5'-0" · Leading edge of wing: 15'-0" · Wing tip: 5'-0" · Tail to VSR: 5'-0" (recommended minimum) IF it is a temporary position and the tail is into the VSR, a cone may be placed below the tail to indicate the obstruction to vehicle traffic. · Engine ingestion: forward and to sides: 15'-0" narrow body 18'-0" wide body rear: 5'-0" 12'-0" 4'-0" 6'-0" 30' FROM NOSE OF AC TO OBSTRUCTION (IE: BUILDING, FENCE, ETC.) 1 2 1 6 4 7 5.0 8 6 6 7.0 10 10 11 9.0 9 9.0 9 6.5' 45° 6" RED 6" WHITE 4' 4' 6" 12" WIDE CENTERLINE STRIPE 6" WIDE STOP BAR STRIPE 6" STENCIL (YELLOW) PROVIDED BY PORT 6" BLACK OUTLINE WHEN PAINTED ON PCCP ROTUNDA ROTUNDA COLUMN ELEVATION SYSTEM COLUMNS CANOPY CABIN BOGIE TELESCOPIC TUNNELS ROTUNDA HEIGHT C TAXIWAY L C VSR L 10 rotunda heights PBB slope PBB model numbers Gate Bridge Model B2 A3-58/110-125R CE B3 A3-68/141 125R CE B4 A3-58/110-125R CE B5 A3-58/110-125R CE Gate Bridge Model C1 A3-60/119-125R C3 A3-60/119 C4 A3-60/119-125R C5 A3-60/119-125R C6 A3-58/110-125R C7 A3-50/110-125R C8 A3-50/95-125R C9 A3-60/119 125R CE C10 A3-50/110-125R C11 A3-53/104-125R C12 A3-53/104-125R C13 A3-58/110-125R C14 A3-60/119 125R CE C15 A3-58/110-125R C16 A3-60/119 125R CE C17 A3-60/119 125R CE C18 A3-58/110-125R C19 A3-58/110-125R C20 A3-60/119-125R C21 A3-60/119-125R C22 A3-60/119-125R C23 A3-60/119-125R Gate Bridge Model D1 A3-58/110 D3 A3-58/110 D4 A3-50/95 D5 A3-60/119 125R CE D6 A3-60/119 125R CE D7 A3-60/119 125R CE D8 A3-60/119 125R CE D9 A3-60/119 125R CE D10 A3-60/119 125R CE D11 A3-58/110-125R D12 A3-60/119 125R CE D13 A3-60/119 125R CE D14 A3-60/119 125R CE D15 A3-60/119-125R Gate Bridge Model E2 (old E1) A3-50/95 E3 A3-58/110 125R CE E4 A3-58/110 125R CE E5 A3-58/110 125R CE E6 A3-58/110 125R CE E7 A3-58/110 125R CE E8 A3-68/141 125R CE E9 A3-60/119 125R CE E10 A3-58/110 125R CE E11 A3-58/110 125R CE E12 A3-58/110 125R CE x 3 Non-movable object (Fence shown for reference) 4 4 f 5 / 2:10:45 PM EBERTP x:\pop - ac parking standards.dwg 10/13/2021 0 1/4" 1/2" 1" 2" CAN YOU SEE THE AIRPLANES? THE ADJACENT SAMPLES SHOW THREE DIFFERENT LEVELS OF SHADING. SETTINGS FOR VIEWING AND PRINTING DRAWING CONTENT ARE OPTIMIZED WHEN ALL THREE PLANES ARE VISIBLE. THIS GUIDANCE IS PROVIDED FOR REFERENCE ONLY. GRAPHIC SCALE - FOR REFERENCE ONLY PRINTED: light gray dark gray black DRAWING SCALE IS 5('8&(' 50 WHEN SHEET SIZE IS 11" x 17". DESIGN BY DRAWN BY CHECKED BY DATE SCALE SHEET NO. PORT OF PORTLAND SK-1 1 1 N.T.S OCT 2021 P. EBERT APRON PARKING AND REMAIN OVER NIGHT FOR PARKING AIRCRAFT AROUND THE TERMINAL, AIRCRAFT PARKING AND MARKING STANDARD PORTLAND INTERNATIONAL AIRPORT 6 10 6.5' 45° LENGTH VARIES. EXTEND FROM SAFETY BOX 5' 5' TYPICALLY TIE TO CORNER OF SAFETY BOX STOW CIRCLE (9' DIA) 4" YELLOW 4' HIGH SOLID BLACK LETTERING CENTERED IN BOX 12" WIDE SOLID YELLOW STRIPE 6' X 12' SOLID YELLOW BOX 10'-0" C TAXIWAY L NOTES: 1. TEMPLATES FOR GATE NUMBERS PROVIDED BY PDX MAINTENANCE. SCHEDULE MARKING WITH INSPECTOR. 2. TEMPLATES TO BE CLEANED AND RETURNED PROMPTLY AFTER USE. PARALLEL TO TAXIWAY C L 6" BLACK STRIPE engine ingestion safety box general gate layout - does not represent an actual gate at PDX distance of nose to obstruction TERMINAL BUILDING passenger boarding bridge Concourse B 13.58' Concourse C 15.00' - Gates C1, C3, C5, & C7 13.67' - Gate C6, & C8 through Gate C23 Concourse D 13.58' Concourse E 12.50' The safety box should be designed to encompass every AC type parked at the gate. Use the most extreme forward engine to establish the front stripe, the widest for the outside, the narrowest for the inside and the furthest back for the rear stripe. reference: PBB Advisory Circular AC150/5220-21C Unassisted the maximum slope is: 1:12 (8.333%) If the distance is 5' or less, the maximum slope is: 1:8 (12.5%) For assisted access the slope maximum is: 1:4 (25%). Note that for slopes greater than 8.33% the airline would need to provide assistance. So, the question is, does the airline need to provide assistance or not? That is more of an operational limitation, rather than a design limitation. Every attempt will be made to stay below the maximum unassisted (8.33%) slope when designing the parking position. The Port of Portland Airside Operations will need to coordinate with the Airline to determine whether the proposed slope is acceptable, and what, if any, other options to take. The fuel pit needs to be located inside the circle, preferably under or behind the wing. wingtip obstruction clearance bogey box with stow circle This is a guideline, modify as needed. Provide a 5' buffer around the stairs/baggage slide on the PBB when at the extreme locations of the PBB's movement. We typically locate the stow circle with assistance of airline crew. ground load/cargo apron safety striping stop bar gate lead in line identifier For ground loading and cargo apron striping, a simplified safety box is acceptable. All clearance dimensions remain the same as for the gates. RON parking nose wheel stop bar RON parking lead in line · Nose to obstruction (fence, building) 30'-0" · Wing tip to adjacent AC: 20'-0" · Wing tip to non-movable objects: 25'-0" · Maximum distance to fuel pit: 30'-0" radius Design considerations 5 6 7 8 9 10 11 1 2 3 4 AC........Aircraft GSE.....Ground Service Equipment PBB.....Passenger Boarding Bridge RON.....Remain Over Night VSR.....Vehicle Service Road AC to striping clearances Label each type of AC for each stop bar. If multiple models of same type, group label accordingly: · B737-400/700/800/900 · A318/319/320 · Co-locate similar AC on the same stop bar when possible · All aircraft parking positions are to be designed in a manner that cargo/baggage operations do not interfere with fueling operation, adjacent gate aircraft support operations, etc. · Ensure AC main gear has suitable clearance from fuel pit to allow fueling · The minimum clearance between the PBB mounted bag slide and the engine cowling should not be less than 4’ when the PBB is mated to the aircraft. · Do not use circles or arcs for the safety boxes - POP maintenance doesn't like them · When possible, ensure the landing gears do not site at the edge of a concrete panel · Each airline has independent GSE parking requirements, and PBB stow locations and striping. Additionally, Southwest Airlines has a unique safety box requirement. Often, the airline is responsible for their striping, but if we need to add their information to our design, you should refer to the standards provided by each airline for information on what they need. abbreviations AC clearances Stop bar label examples · RON parking best practice utilizes not only 25' minimum around non-movable objects like fences, buildings, light poles, etc. but also for taxiing aircraft - unless wing walkers are utilized to guide the aircraft then you can go to a minimum of 10'. · RON AC have a little more leeway for wingtip clearance than gate parked AC and can be parked closer together if wing walkers are used. Ideally, 20' is the minimum. · RON AC require the same clearance from the nost of the AC to an obstruction as gate parking - 30' min. Sometime the airline may ask for more and that is ok. · Remote parking AC and RON AC also need to take into account the FAR part 77 surface. Some situations require the tail of the AC to be further away from the runway or taxiway to remain clear of the surface. · Position identifiers are smaller for RON than gate or cargo apron positions. Sometimes AC model is called out as well, if multiple positions are utilized on the same lead in stripe. RON, Cargo, Remote parking GRAPHIC USE ONLY Use the standard clearances for regional jets - engine ingestion safety boxes are not required. For multi-engine G VI AC engine ingestion safety boxes are not required. Use a line drawn tangentially to the 18' radius circles drawn from the center point of the engine cowling. All other standard clearance dimensions apply. R18' R18' Multi-engine AC parking When parking remote AC or RON AC, special attention needs to be paid to the FAR Part 77 surface. Sometimes the tail of the AC needs to be parked so that it does not penetrate the surface. In this example, the 767 is tail-north while the rest are tail-south. 10' 5' If two safety boxes cross, use this pattern for the overlapping areas C TAXIWAY L 10' 4' 4' PORT provided stencil (black) 6" yellow lead in 2' 2' 8' 6" yellow PORT provided 18" stencil (black) Use this pattern for alternate RON parking positions 6" yellow FAR Part 77 surface limitations Regional Jet parking Gate safety box alternate 0.5' RON parking alternate position 5' 20'

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Page 1: single sheet - cdn.portofportland.com

CFM56-7 CFM56-7 CFM56-7 CFM56-7

B737-800W B737-800W

D14 D12

CFM56 CFM56

A318-100

A318-100

A318

CFM56-7 CFM56-7

B737-800W

CFM56

A318

D14

B737-800W

B737-800W

CF34-10E CF34-10E

E190 STD

E190 STD

E190

5

5

GGGGGGGGGGGGGG

G GG G G G G G G G G G G G G G

G G G GG G G G G G G G G

GGGG GGGG GGGG

GGGGGGGGGG GGGG

GGGGG

1

2 3 4 5

7802-8120

10'

20'

90'

80'

60'

50'

40'

30'

70'

CARGO CENTER EAST

PERIMETER ROAD

737-900W737-

900W

737-900W737-

900W

737-900W737-

900W

767-300W767-

300W

757-

300W

757-300W

1 2 3 4 5B767W

B757W B737-900 B737-900 B737-900

747-400

747-400

B747-400

CF34-8C5 CF34-8C5

CRJ-900

CRJ-900

CRJ

5A

· Forward of nose: 10'-0"· Each side of main fueslage: 5'-0"· Leading edge of wing: 15'-0"· Wing tip: 5'-0"· Tail to VSR: 5'-0" (recommended minimum) IF it is a temporary position and

the tail is into the VSR, a cone may be placed below the tail to indicate theobstruction to vehicle traffic.

· Engine ingestion:forward and to sides: 15'-0" narrow body

18'-0" wide bodyrear: 5'-0"

12'-0"

4'-0

"

6'-0

"

30' FROM NOSE OF AC TO OBSTRUCTION(IE: BUILDING, FENCE, ETC.)

12

1

6

4 7

5.08

6

6

7.0

10

10

11

9.09 9.09

6.5'

45°

6" RED6" WHITE

4'4'6"

12" WIDECENTERLINESTRIPE

6" WIDE STOPBAR STRIPE

6" STENCIL (YELLOW)PROVIDED BY PORT

6" BLACK OUTLINE WHENPAINTED ON PCCP

ROTUNDA

ROTUNDACOLUMNELEVATION

SYSTEMCOLUMNS

CANOPY

CABIN

BOGIE

TELESCOPIC TUNNELS

RO

TUN

DA

HEI

GH

T

C TAXIWAYL

C VSRL

10

rotunda heights

PBB slope PBB model numbers

Gate Bridge ModelB2 A3-58/110-125R CE

B3 A3-68/141 125R CE

B4 A3-58/110-125R CE

B5 A3-58/110-125R CE

Gate Bridge ModelC1 A3-60/119-125R

C3 A3-60/119

C4 A3-60/119-125R

C5 A3-60/119-125R

C6 A3-58/110-125R

C7 A3-50/110-125R

C8 A3-50/95-125R

C9 A3-60/119 125R CE

C10 A3-50/110-125R

C11 A3-53/104-125R

C12 A3-53/104-125R

C13 A3-58/110-125R

C14 A3-60/119 125R CE

C15 A3-58/110-125R

C16 A3-60/119 125R CE

C17 A3-60/119 125R CE

C18 A3-58/110-125R

C19 A3-58/110-125R

C20 A3-60/119-125R

C21 A3-60/119-125R

C22 A3-60/119-125R

C23 A3-60/119-125R

Gate Bridge ModelD1 A3-58/110

D3 A3-58/110

D4 A3-50/95

D5 A3-60/119 125R CE

D6 A3-60/119 125R CE

D7 A3-60/119 125R CE

D8 A3-60/119 125R CE

D9 A3-60/119 125R CE

D10 A3-60/119 125R CE

D11 A3-58/110-125R

D12 A3-60/119 125R CE

D13 A3-60/119 125R CE

D14 A3-60/119 125R CE

D15 A3-60/119-125R

Gate Bridge ModelE2 (old E1) A3-50/95

E3 A3-58/110 125R CE

E4 A3-58/110 125R CE

E5 A3-58/110 125R CE

E6 A3-58/110 125R CE

E7 A3-58/110 125R CE

E8 A3-68/141 125R CE

E9 A3-60/119 125R CE

E10 A3-58/110 125R CE

E11 A3-58/110 125R CE

E12 A3-58/110 125R CE

x3

Non-movable object(Fence shown forreference)

44

f

5

/

2:10:45 PM EBERTP x:\pop - ac parking standards.dwg10/13/2021

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PRINTED:

light

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dark

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blac

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DRAWING SCALE IS REDUCED 50% WHEN SHEET SIZE IS 11" x 17".

DESIGN BY

DRAWN BY

CHECKED BY

DATE

SCALE

SHEET NO.

PORT OF PORTLAND

SK-111

N.T.S

OCT 2021

P. EBERT

APRON PARKING AND REMAIN OVER NIGHTFOR PARKING AIRCRAFT AROUND THE TERMINAL,

AIRCRAFT PARKING AND MARKING STANDARD

PORTLAND INTERNATIONAL AIRPORT

610

6.5'

45°

LENGTH VARIES.EXTEND FROMSAFETY BOX

5'

5'

TYPICALLY TIETO CORNER OFSAFETY BOX

STOW CIRCLE (9' DIA)

4" YELLOW

4' HIGH SOLID BLACKLETTERING CENTEREDIN BOX

12" WIDE SOLIDYELLOW STRIPE

6' X 12' SOLIDYELLOW BOX

10'-0

"

C TAXIWAYL

NOTES:1. TEMPLATES FOR GATE NUMBERS PROVIDED BY PDX MAINTENANCE. SCHEDULE MARKING WITH INSPECTOR.

2. TEMPLATES TO BE CLEANED AND RETURNED PROMPTLY AFTER USE.

PARALLEL TO TAXIWAY CL 6" BLACKSTRIPE

engine ingestion safety box

general gate layout - does not represent an actual gate at PDX

distance of nose to obstruction

TERMINALBUILDING

passenger boarding bridge

Concourse B13.58'Concourse C15.00' - Gates C1, C3, C5, & C713.67' - Gate C6, & C8 through Gate C23Concourse D13.58'Concourse E12.50'

The safety box should bedesigned to encompassevery AC type parked atthe gate. Use the mostextreme forward engine toestablish the front stripe,the widest for the outside,the narrowest for theinside and the furthestback for the rear stripe.

reference: PBB Advisory CircularAC150/5220-21C

Unassisted the maximum slope is: 1:12 (8.333%)

If the distance is 5' or less, the maximumslope is: 1:8 (12.5%)

For assisted access the slope maximum is: 1:4 (25%).

Note that for slopes greater than 8.33% the airline would need toprovide assistance. So, the question is, does the airline need toprovide assistance or not? That is more of an operational limitation,rather than a design limitation. Every attempt will be made to staybelow the maximum unassisted (8.33%) slope when designing theparking position. The Port of Portland Airside Operations will needto coordinate with the Airline to determine whether the proposedslope is acceptable, and what, if any, other options to take.

The fuel pit needs tobe located inside thecircle, preferablyunder or behind thewing.

wingtip obstruction clearance

bogey box with stow circle

This is a guideline, modify as needed. Providea 5' buffer around the stairs/baggage slide onthe PBB when at the extreme locations of thePBB's movement. We typically locate the stowcircle with assistance of airline crew.

ground load/cargo apron safety striping

stop bar

gate lead in line identifier

For ground loadingand cargo apronstriping, a simplifiedsafety box isacceptable. Allclearancedimensions remainthe same as for thegates.

RON parking nose wheel stop bar

RON parking lead in line

· Nose to obstruction (fence, building) 30'-0"· Wing tip to adjacent AC: 20'-0"· Wing tip to non-movable objects: 25'-0"· Maximum distance to fuel pit: 30'-0" radius

Design considerations

56789

10

11

1234

AC........AircraftGSE.....Ground Service EquipmentPBB.....Passenger Boarding BridgeRON.....Remain Over NightVSR.....Vehicle Service Road

AC to striping clearances

Label each type of AC for each stop bar. If multiplemodels of same type, group label accordingly:· B737-400/700/800/900· A318/319/320

· Co-locate similar AC on the same stop bar when possible· All aircraft parking positions are to be designed in a manner that

cargo/baggage operations do not interfere with fueling operation, adjacentgate aircraft support operations, etc.

· Ensure AC main gear has suitable clearance from fuel pit to allow fueling· The minimum clearance between the PBB mounted bag slide and the

engine cowling should not be less than 4’ when the PBB is mated to theaircraft.

· Do not use circles or arcs for the safety boxes - POP maintenance doesn'tlike them

· When possible, ensure the landing gears do not site at the edge of aconcrete panel

· Each airline has independent GSE parking requirements, and PBBstow locations and striping. Additionally, Southwest Airlines has aunique safety box requirement. Often, the airline is responsible fortheir striping, but if we need to add their information to our design,you should refer to the standards provided by each airline forinformation on what they need.

abbreviations

AC clearances

Stop bar label examples

· RON parking best practice utilizes not only 25' minimum aroundnon-movable objects like fences, buildings, light poles, etc. but also fortaxiing aircraft - unless wing walkers are utilized to guide the aircraft thenyou can go to a minimum of 10'.

· RON AC have a little more leeway for wingtip clearance than gate parkedAC and can be parked closer together if wing walkers are used. Ideally, 20'is the minimum.

· RON AC require the same clearance from the nost of the AC to anobstruction as gate parking - 30' min. Sometime the airline may ask for moreand that is ok.

· Remote parking AC and RON AC also need to take into account the FARpart 77 surface. Some situations require the tail of the AC to be further awayfrom the runway or taxiway to remain clear of the surface.

· Position identifiers are smaller for RON than gate or cargo apron positions.Sometimes AC model is called out as well, if multiple positions are utilizedon the same lead in stripe.

RON, Cargo, Remote parking

GRAPHIC USE ONLY

Use the standardclearances forregional jets -engine ingestionsafety boxes arenot required.

For multi-engine G VI AC engineingestion safety boxes are notrequired. Use a line drawntangentially to the 18' radius circlesdrawn from the center point of theengine cowling. All other standardclearance dimensions apply.

R18'

R18'

Multi-engine AC parking

When parking remote AC or RON AC,special attention needs to be paid to theFAR Part 77 surface. Sometimes the tail ofthe AC needs to be parked so that it doesnot penetrate the surface. In this example,the 767 is tail-north while the rest aretail-south.

10'5'

If two safety boxes cross,use this pattern for theoverlapping areas

C TAXIWAYL

10'

4'

4'

PORTprovidedstencil(black)

6" yellow lead in

2'

2'

8'

6"yellow

PORTprovided18" stencil(black)

Use this pattern for alternate RONparking positions

6"yellow

FAR Part 77 surface limitations

Regional Jet parking

Gate safety box alternate

0.5'

RON parking alternate position

5' 20'