04/01/2013 Page 1/462 - EASA
04/01/2013 Page 1/462 - EASA
04/01/2013 Page 1/462 - EASA
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<strong>EASA</strong> STC no. STC holder Old STC ref. Revision Level Foreign/NAA STC ref. Model Description Limitations Conditions Date of issue<br />
10<strong>01</strong>6326 THE BOEING COMPANY - <strong>EASA</strong>.IM.A.S.02635 FAA STC SA2123CE-D AMENDED 19 BOEING 747-2B5B Conversion of Passenger Airplane to dedicated This approval is limited to ariplane model B747-<br />
28.<strong>01</strong>.2008<br />
Special Freighter with Main Deck Side Cargo 200B S/N 22482 and S/N 22485.Boeing<br />
Door in accordance with Boeing Drawing List Commercial Airplane Groupe - Wichita Dvision,<br />
document D3-8857, Section V, Appendix 31, Airplane Flight Manual Supplement dated 9<br />
Rev.CN<br />
September 1991 or revision for AFM D6-<br />
13703.3B5 or later approved revisions of this<br />
10<strong>01</strong>6519 THE BOEING COMPANY - <strong>EASA</strong>.IM.A.S.02891 Conversion of Passenger Airplane to Main<br />
Deck Side Cargo Door Dedicated Special<br />
Freighter as defined by FAA approved Boeing<br />
Document D800-10610-7, Revision New or<br />
later FAA approved revisions. (Validation of<br />
FAA STC ST00252WI-D)<br />
10<strong>01</strong>6644 THE BOEING COMPANY - <strong>EASA</strong>.IM.A.S.03085 REV. 1 FAA STC SA2124CE-D BOEING 747-200B Conversion of Passenger Airplane to Main<br />
Deck Side Cargo Door Dedicated Special<br />
Freighter in accordance with Boeing Drawing<br />
List document D3-8857, Section V, Appendix<br />
33, Rev. CS.<br />
10<strong>01</strong>5813 THE GOODYEAR TIRE & RUBBER<br />
COMPANY<br />
<strong>EASA</strong>.IM.A.S.<strong>01</strong>882 FAA STC ST03183AT 1. AIRBUS A330<br />
2. AIRBUS A340<br />
Installation of Goodyear Radial Tire Size<br />
1050x395R16, P/N 109Q89 1 on Airbus A330<br />
and A340 Nose Landing Gear according to<br />
FAA STC ST03183AT<br />
10038928 THE NORDAM GROUP, Inc. REV. 1 FAA STC ST09034SC A319, A320, A321 Installation of C & X Band Fuselage Nose<br />
Radome Shell<br />
10<strong>01</strong>4219 THIELERT AIRCRAFT ENGINES GMBH <strong>EASA</strong>.A.S.<strong>01</strong>380 REV. 4 APEX DR 400 RP, 400/120D<br />
APEX DR 400/140B<br />
APEX DR 400/180R, 400/200R<br />
10<strong>01</strong>4287 THIELERT AIRCRAFT ENGINES GMBH <strong>EASA</strong>.A.S.<strong>01</strong>527 REV. 6 LBA EMZ SA1295 172F, 172G, 172H, 172I, 172K,<br />
172L, 172M, 172N, 172P, 172R<br />
172S<br />
F 172F, F 172G, F 172H<br />
F 172K, F 172L, F 172M, F 172N<br />
F 172P<br />
10<strong>01</strong>4364 THIELERT AIRCRAFT ENGINES GmbH <strong>EASA</strong>.A.S.<strong>01</strong>632 REV. 8 LBA-EMZ SA 1377 PA 28-140, PA 28-150<br />
PA 28-151, PA 28-160<br />
PA 28-161, PA 28-180<br />
1. Installation of TAE 125 engine2. Installation<br />
of TAE 125-02-99 engine and installation of<br />
FADEC BackupBattery3. Installation of TAE<br />
125-02-114 engine<br />
FAA Approved Airplane Flight Manual<br />
Supplement to Airplane Flight Manual D6-<br />
35747 for Boeing Model 747-200B is required<br />
to support this modification of applicable<br />
airplanes as identified in table 1 of Boeing Doc.<br />
D800-10610-7, Rev. New or later FAA<br />
approve<br />
1. Prior to installation of this modification the<br />
installer must determine that<br />
theinterrelationship between this modification<br />
and any other previously installed modification<br />
will introduce no adverse effect upon the<br />
airworthiness of the product.2. The ins<br />
06.10.2008<br />
09.02.2009<br />
19.09.2006<br />
None Prior to installation of this modification it<br />
must be determined thatthe<br />
interrelationship between this modification<br />
and any other previouslyinstalled<br />
modification and/ or repair will introduce<br />
no adverse effectupon the airworthiness<br />
of the product.<br />
27.03.2<strong>01</strong>2<br />
Installation of TAE 125-02-114 is limited to DR<br />
400 models with S/N 2574and upwards.<br />
Prior to installation of this modification it 11.<strong>04</strong>.2<strong>01</strong>1<br />
must be determined thatthe<br />
interrelationship between this modification<br />
and any other previouslyinstalled<br />
modification and/ or repair will introduce<br />
no adverse effectupon the airworthiness<br />
of the product.<br />
Major Change to STC <strong>EASA</strong>.A.S.<strong>01</strong>527, This STC supersedes LBA-EMZ SA<br />
Prior to installation of this modification the 21.05.2<strong>01</strong>0<br />
Revision 5:1.,,Installation of engine TAE 125- 1295Power/Rotational speed TAE 125-<strong>01</strong> & installer must determinethat the<br />
<strong>01</strong> in accordance with InstallationManual IM-20- TAE 125-02-99:Take off power: 99 kw at 2300 interrelationship between this modification<br />
<strong>01</strong> and Type Design Definition Doc. No: TDD- min -1 (Propellerspeed)Max. continious power: and any otherpreviously installed<br />
20-<strong>01</strong>;2.,,Installation of engine TAE 125-02-99 99 kw at 2300 min -1 (Propellerspeed) Fuel: modification will introduce no adverse<br />
in accordance with InstallationManual Service Bulletin TM TAE 6<strong>01</strong>-0005MTOW: effect uponthe airworthiness of the<br />
Model Cessna<br />
product.<br />
1. Installation of engine TAE 125-<strong>01</strong> in 1. This STC supersedes LBA-EMZ SA 1377. Prior to installation of this modification it 10.05.2<strong>01</strong>2<br />
accordance with InstallationManual IM-40-<strong>01</strong> 2. Power/Rotational Speed: For TAE 125-<strong>01</strong> must be determined thatthe<br />
and Type Design Definition Doc. No.: TDD 40- and 125-02-99 installations:Take of power: 99 interrelationship between this modification<br />
<strong>01</strong>.2. Installation of engine TAE 125-02 in Kw at 2300 min-1 (Propellerspeed)Max. and any other previouslyinstalled<br />
accordance with InstallationManual IM-40-02 continuous power: 99 Kw at 2300 min-1 modification and/ or repair will introduce<br />
and Type Design Definition Doc. No.: TDD (Propellerspeed) For TAE 125-02-114 no adverse effectupon the airworthiness<br />
installations:Ta<br />
of the product.<br />
10<strong>01</strong>4442 THIELERT AIRCRAFT ENGINES GmbH <strong>EASA</strong>.A.S.02492 CIRRUS SR22 Installation of engine Centurion 4.0 in<br />
accordance to Type Design Definition Doc.<br />
No.: TDD-70-<strong>01</strong>Engine: Centurion<br />
4.0Propeller: MTV-14-D/195-30bCertification<br />
Basis: see CRI A-1max. Take Off Power:<br />
228 kw at 2300 min-1 (Propeller-RPM)max.<br />
Contin<br />
10<strong>01</strong>4452 THIELERT AIRCRAFT ENGINES GmbH <strong>EASA</strong>.A.S.02505 CESSNA 172 Installation of Universal Fuel System This STC is approved only for the product<br />
configuration as defined in the approved design<br />
data referred to in the paragraph "Description".<br />
Compatibility with other aircraft/engine<br />
configurations shall be determined by the<br />
installer.<br />
<strong>04</strong>/<strong>01</strong>/2<strong>01</strong>3 <strong>Page</strong> 448/<strong>462</strong><br />
12.02.2007<br />
07.02.2006