Source: http://docplayer.pl/3344052-European-aviation-safety-agency.html
Timestamp: 2018-11-18 09:21:09
Document Index: 379480026

Matched Legal Cases: ['art. 1', 'art 23', 'art. 2', 'art 23', 'art 36', 'art 23', 'art 36', 'art 23', 'art 36']

1 EASA.SAS.A.064 PZL M 20 Page 1 of 31 European Aviation Safety Agency EASA SPECIFIC AIRWORTHINESS SPECIFICATION For models: PZL M20 00 PZL M20 01 PZL M20 03 PZL M with E Wing PZL M kg as specified in Section I This Specific Airworthiness Specification is issued in accordance with Regulation (EC) 216/2008 Article 20(1)(b). There is no valid Type Certificate for this aircraft type. The former type certificate holder was Polskie Zakłady Lotnicze Sp. z o. o. Wojska Polskiego Mielec POLAND]
2 EASA.SAS.A.064 PZL M 20 Page 2 of 31 SECTION 1: Aircraft Design Definition CONTENT Chapter 1. : PZL M I. General 1.II. Certification Basis 1.III. Technical Characteristics and Operational Limitations 1.IV. Operating and Service Instructions 1.V. Notes Chapter 2. : PZL M I. General 2.II. Certification Basis 2.III. Technical Characteristics and Operational Limitations 2.IV. Operating and Service Instructions 2.V. Notes Chapter 3. : PZL M I. General 3.II. Certification Basis 3.III. Technical Characteristics and Operational Limitations 3.IV. Operating and Service Instructions 3.V. Notes Chapter 4. : PZL M with E Wing 4.I. General 4.II. Certification Basis 4.III. Technical Characteristics and Operational Limitations 4.IV. Operating and Service Instructions 4.V. Notes Chapter 5. : PZL M kg 5.I. General 5.II. Certification Basis 5.III. Technical Characteristics and Operational Limitations 5.IV. Operating and Service Instructions 5.V. Notes
3 EASA.SAS.A.064 PZL M 20 Page 3 of 31 SECTION 2: Airworthiness Directives SECTION 3: Occurrence Reporting SECTION 4: Limitations SECTION 5: Change Record
4 EASA.SAS.A.064 PZL M 20 Page 4 of 31 SECTION 1: Aircraft Design Definition Chapter 1: PZL M I. General 1. a) Type PZL M20 b) Model PZL M Airworthiness Category: Normal 3. The CAO PL Certification Application Date: February 22, The CAO PL Certification Date: September 22, This Specific Airworthiness Specification replaces the Polish CAO Type Certificate No. BB- 140/1 1.II. Certification Basis 1. Airworthiness Requirements: FAR 23: - Subparts A, B, E, G with Amendment 18 - Subparts C, D, F with Amendment 6 except , , , , , which meet requirements of these regulations with Amendment Requirements elected to comply: None 3. EASA Special Conditions: None 4. EASA Exemptions: None 5. EASA Equivalent Safety Findings: None 6. EASA Environmental Standards: None 1.III. Technical Characteristics and Operational Limitations Type Design Definition: Effective for airplanes manufactured from PA T SENECA II airplane assemblies (fuselage, wings, empennage, landing gear, control, installation, equipment) delivered by Piper Company and from Polish-made power unit. Description: Airplane Versions: Engine: The PZL M20 is a two-engine low-wing cantilever monoplane of all-metal structure, with conventional empennage and tricycle retractable landing gear featuring a steerable nose wheel. The fuselage is semimonocock structure. - normal PZL-F 6A350C1R on LH wing PZL-F 6A350C1L on RH wing 6-cylinder, horizontally opposed-cylinder system, aircooled, direct drive, unsupercharged, carburettor,
5 EASA.SAS.A.064 PZL M 20 Page 5 of 31 rotation as viewed from the rear: 6A350C1L - CCW 6A350C1R - CW Number of Engines: Engine Manufacturer: Fuel: Engine Performance: Propeller: Right Engine: HARTZELL Left Engine: HARTZELL Maximum weight: Centre of Gravity Range * : Airspeed Limitations (CAS): 2 (two) WSK PZL Rzeszów, Poland 100/130 minimum octane number aviation gasoline Maximum takeoff range of operation in ISA conditions at sea level: 205 HP 2800RPM Maximum continuous range of operation in ISA conditions at sea level: 205 HP 2800RPM Hub Model: BHC-C2YF-2CLKUF Blade Model: FJC 8459B-8R or FJC R mating with WOODWARD C Speed Governor Two-blade, constant speed, diameter not over 1.93 m, not under 1.90 m, α min = , α max = ±2.0 0 Pitch setting at 0.75 propeller diameter. Hub Model: BHC-C2YF-2CKUF Blade Model: FC8459B-8R or FC R mating with WOODWARD C Speed Governor Two-blade, constant speed, diameter not over 1.93 m, not under 1.90 m, α min = , α max = ±2.0 0 Pitch setting at 0.75 propeller diameter. - Takeoff 2070 kg - Landing 1970 kg - Zero Fuel 1810 kg - All weight over 1810 kg must be fuel 230.1cm cm at 2070 kg weight cm cm at 1540 kg weight Straight line variation between 230.1cm and cm points. Moment due to retracting landing gear kgcm. V NE km/h V NO km/h V A ** km/h for 2070 kg weight 226 km/h for 1380 kg weight
6 EASA.SAS.A.064 PZL M 20 Page 6 of 31 V LE km/h V LO km/h Landing Gear Extending 200 km/h Landing Gear Retracting V FE km/h Flaps Deflected 40 0 V MC km/h Number of Seats: Minimal Number of Crew: Maximum Baggage: 7 (2 at cm, 3 at cm, 2 at cm) 7 (2 at cm, 3 at cm, 2 at cm) 6 *** (2 at cm, 2 at cm, 2 at cm) 1 Pilot - 45 kg in front baggage compartment at cm - 45 kg in aft baggage compartment at cm * - Centre-of-Gravity position is measured from datum positioned cm forward of wing leading edge at the inboard edge of the inboard fuel tank (outboard of the tank) with the airplane in levelling position. ** - Manoeuvring speed is reduced as the airplane weight decreased. Straight line interpolation is used for intermediate weight. *** - Optional Equipment - Club Seats Fuel Tank Capacity: Oil Tank Capacity: 371 l (2 wing tanks) at cm (352 l usable) Optional Installation: 484 l (2 wing tanks) at cm (465 l usable) See Note l per each engine (4.8 l per engine usable and 10 l total system capacity of each engine.) See Note 1 for additional data on oil system. Maximum Operating Altitude: - with oxygen system installed 4000 m - without oxygen system 3600 m Control Surface Movements: Ailerons: Up 35 0 ±2 0 Down 20 0 ±2 0 Elevator: Up Down ±1 0 Elevator Trim Tab: Up ±1 0 (Elevator Neutral) * Down ±1 0 Rudder: Left 35 0 ±1 0 Right 35 0 ±1 0
7 EASA.SAS.A.064 PZL M 20 Page 7 of 31 Rudder Trim Tab: (Rudder Neutral) Left 25 0 ±1 0 Right 25 0 ±1 0 Wing Flaps: Cruise 0 0 ±2 0 Landing 40 0 ±2 0 Nose Wheel Travel: Left 27 0 ±1 0 Right 27 0 ±1 0 Levelling Means: Basic Equipment: 2 screws on left side of fuselage below pilot s window. Flight line - horizontal line passing through the a/m points The basic required equipment as prescribed in the applicable airworthiness regulations must be installed in each airplane for issuance of Certificate of Airworthiness. Depending on airplane use (version) there may be optional equipment installed in accordance with Technical Specifications WT E * - Elevator is in neutral position when its chord is parallel to the front seat track upper part. 1.IV. Operating and Service Instructions Each airplane is provided with PZL M20 MEW Airplane Flight Manual, dated April 08, 1982 *. * - Following auxiliary documents are recommended: - Altimatic III c Autopilot Flight Manual - Altimatic III c Autopilot Service Manual 1.V. Notes NOTE 1: NOTE 2: NOTE 3: Current weight and balance report including list of equipment in certified empty weight must be provided for each airplane at the time of original airworthiness certification. The certified empty weight and corresponding centre-of-gravity positions must include undrainable oil and unusable fuel as noted below: Fuel 13.5 kg at cm Oil 3.1 kg at cm All inscriptions and information placards required by the approved PZL M20 MEW Airplane Flight Manual must be installed in the appropriate location and the required form in each individual airplane. PZL M20 00 airplanes are approved for operation in known icing conditions upon installation of anti-icing system per Dwg NOTE 4: PZL-F engines S/N and
8 EASA.SAS.A.064 PZL M 20 Page 8 of 31 and down installed on PZL M20 airplanes must have Bulletin No. 10/PZL-F.6A350/81 incorporated. NOTE 5: All flight and navigation instruments installed in the airplane are calibrated in imperial units, except for following units (located on RH instrument panel) which are calibrated in metric units: airspeed indicator, altimeter, vertical speed indicator. Chapter 2: PZL M I. General 1. a) Type PZL M20 b) Model PZL M Airworthiness Category: Normal 3. The CAO PL Certification Application Date: February 22, The CAO PL Certification Date: September 22, This Specific Airworthiness Specification replaces the Polish CAO Type Certificate No. BB- 140/1 2.II. Certification Basis Airworthiness Requirements: FAR Part 23: - Subparts A, B, E, G with Amendment 18 - Subpart C with Amendment 18 except for , within which the airplane meets requirements of the regulations with Amendment 6 - Subpart F with Amendment 6 except for , , , which meet requirements with Amendment Requirements elected to comply: None 2. EASA Special Conditions: None 3. EASA Exemptions: None 4. EASA Equivalent Safety Findings: None 5. EASA Environmental Standards: None 2.III. Technical Characteristics and Operational Limitations Type Design Definition: Effective for airplanes manufactured from Polishmade assemblies (power unit, fuselage, empennage, landing gear, control) and from PA34-200T SENECA II airplane assemblies (electro-radio-navigation equipment, wing spar, accessories, hydraulic, pneumatic, heating and ventilation systems) delivered by Piper Company.
9 EASA.SAS.A.064 PZL M 20 Page 9 of 31 Description: Airplane Versions: Engine: Number of Engines: Engine Manufacturer: Fuel: Engine Performance: Propeller: Right Engine: HARTZELL Left Engine: HARTZELL The PZL M20 is a two-engine low-wing cantilever monoplane of all-metal structure, with conventional empennage and tricycle retractable landing gear featuring a steerable nose wheel. The fuselage is semimonocock structure. - normal PZL-F 6A350C1R on LH wing PZL-F 6A350C1L on RH wing 6-cylinder, horizontally opposed-cylinder system, aircooled, direct drive, unsupercharged, carburettor, rotation as viewed from the rear: 6A350C1L - CCW, 6A350C1R - CW 2 (two) WSK PZL Rzeszów, Poland 100/130 minimum octane number aviation gasoline Maximum takeoff range of operation in ISA conditions at sea level: 205 HP 2800RPM Maximum continuous range of operation in ISA conditions at sea level: 205 HP 2800RPM Hub Model: BHC-C2YF-2CLKUF Blade Model: FJC 8459B-8R or FJC R mating with WOODWARD C Speed Governor Two-blade, constant speed, diameter not over 1.93 m, not under 1.90 m, α min = , α max = ±2.0 0 Pitch setting at 0.75 propeller diameter. Hub Model: BHC-C2YF-2CKUF Blade Model: FC8459B-8R or FC R mating with WOODWARD C Speed Governor Two-blade, constant speed, diameter not over 1.93 m, not under 1.90 m, α min = , α max = ±2.0 0 Pitch setting at 0.75 propeller diameter. Maximum weight: - Takeoff 2070 kg - Landing 1970 kg - Zero Fuel 1810 kg - All weight over 1810 kg must be fuel
10 EASA.SAS.A.064 PZL M 20 Page 10 of 31 Centre of Gravity Range * : (Landing Gear Extended) Airspeed Limitations (CAS): cm cm at 2070 kg weight cm cm at 1540 kg weight Straight line variation between 230.1cm and cm points. Moment due to retracting landing gear kgcm. V NE km/h V NO km/h V A ** km/h for 2070 kg weight 226 km/h for 1380 kg weight V LE km/h V LO km/h Landing Gear Extending 200 km/h Landing Gear Retracting V FE km/h Flaps Deflected 40 0 V MC km/h Number of Seats: Minimal Number of Crew: Maximum Baggage: 7 (2 at cm, 3 at cm, 2 at cm) 7 (2 at cm, 3 at cm, 2 at cm) 6 *** (2 at cm, 2 at cm, 2 at cm) 5 **** (2 at cm, 1 at cm, 1 at cm +1 patient or incubator on a stretcher at cm) 1 Pilot - 45 kg in front baggage compartment at cm - 45 kg in aft baggage compartment at cm at * - Centre-of-Gravity position is measured from datum positioned cm forward of wing leading edge at the inboard edge of the inboard fuel tank (outboard of the tank) with the airplane in levelling position, ** - Manoeuvring speed is reduced as the airplane weight decreased, Straight line interpolation is used for intermediate weight. *** - Optional Equipment - Club Seats, **** - Allowable loading condition after modification of the airplane into ambulance version. Fuel Tank Capacity: Oil Tank Capacity: 371 l (2 wing tanks) at cm (352 l usable) Optional Installation: 484 l (2 wing tanks) at cm (465 l usable) See Note l per each engine (4.8 l per engine usable and 10 l total system capacity of each engine). See Note 1 for additional data on oil system. Maximum Operating Altitude: - with oxygen system installed 4000 m - without oxygen system 3600 m
11 EASA.SAS.A.064 PZL M 20 Page 11 of 31 Control Surface Movements: Ailerons: Up 35 0 ±2 0 Down 20 0 ±2 0 Elevator: Up Down ±1 0 Elevator Trim Tab: Up ±1 0 (Elevator Neutral) * Down ±1 0 Rudder: Left 35 0 ±1 0 Right 35 0 ±1 0 Rudder Trim Tab: (Rudder Neutral) Left 25 0 ±1 0 Right 25 0 ±1 0 Wing Flaps: Cruise 0 0 ±2 0 Landing 40 0 ±2 0 Nose Wheel Travel: Left 27 0 ±1 0 Right 27 0 ±1 0 Levelling Means: Basic Equipment: 2 screws on left side of fuselage below pilot s window. Flight line - horizontal line passing through the a/m points The basic required equipment as prescribed in the applicable airworthiness regulations must be installed in each airplane for issuance of Certificate of Airworthiness. Depending on airplane use (version) there may be optional equipment installed in accordance with Technical Specifications WT E * - Elevator is in neutral position when its chord is parallel to the front seat track upper part. 2.IV. Operating and Service Instructions Each airplane is provided with PZL M20 MEW Airplane Flight Manual, dated April 08, 1982 *. * - Following auxiliary documents are recommended: - Altimatic III c Autopilot Flight Manual - Altimatic III c Autopilot Service Manual 2.V. Notes NOTE 1: Current weight and balance report including list of equipment in certified empty weight must be provided for each airplane at the time of original airworthiness certification.
12 EASA.SAS.A.064 PZL M 20 Page 12 of 31 The certified empty weight and corresponding centre-of-gravity positions must include undrainable oil and unusable fuel as noted below: Fuel 13.5 kg at cm Oil 3.1 kg at cm NOTE 2: NOTE 3: All inscriptions and information placards required by the approved PZL M20 MEW Airplane Flight Manual must be installed in the appropriate location and the required form in each individual airplane. PZL M20 01 airplanes are approved for operation in known icing conditions upon installation of anti-icing system per Dwg NOTE 4: PZL-F engines S/N and and down installed on PZL M20 airplanes must have Bulletin No. 10/PZL-F.6A350/81 incorporated. NOTE 5: All flight and navigation instruments installed in the airplane are calibrated in imperial units, except for following units (located on RH instrument panel) which are calibrated in metric units: airspeed indicator, altimeter, vertical speed indicator. Chapter 3: PZL M I. General 1. a) Type PZL M20 b) Model PZL M Airworthiness Category: Normal 3. The CAO PL Certification Application Date: February 22, The CAO PL Certification Date: December 12, This Specific Airworthiness Specification replaces the Polish CAO Type Certificate No. BB- 140/1 3.II. Certification Basis Airworthiness Requirements: FAR Part 23: - Subparts A, B with Amendment Subpart C with Amendment 18 (except for and for which the airplane meets Amendment 23 6) - Subpart D with Amendment (except for for which the airplane meets Amendment 32) - Subpart E with Amendment 23-6 (except for , , , , , , for
13 EASA.SAS.A.064 PZL M 20 Page 13 of 31 which the airplane meets Amendment 23-7) - Subpart F with Amendment 23-6 (except for for which the airplane meets Amendment 23-7; for which the airplane meets Amendment 23-18; for which the airplane meets Amendment 24-14) - Subpart G with Amendment (except for (a) for which the airplane meets Amendment and for which the airplane meets Amendment 23-26) FAR Part 36, Appendix G 1. Requirements elected to comply: None 2. EASA Special Conditions: None 3. EASA Exemptions: None 4. EASA Equivalent Safety Findings: None 5. EASA Environmental Standards: None 3.III. Technical Characteristics and Operational Limitations Type Design Definition: Description: Airplane Versions: Engine: Number of Engines: Engine Manufacturer: Fuel: Engine Performance: Effective for airplanes manufactured from Polishmade assemblies (fuselage, wing, empennage, landing gear, control), from PA T SENECA II airplane assemblies (electro-radio-navigation equipment, wing spar, accessories, hydraulic, pneumatic, heating and ventilation systems) delivered by Piper Company and powered by Continental L/TSIO 360KB engines. The PZL M20 is a two-engine low-wing cantilever monoplane of all-metal structure, with conventional empennage and tricycle retractable landing gear featuring a steerable nose wheel. The fuselage is semimonocock structure. - normal Teledyne Continental TSIO-360-KB (LH wing) Teledyne Continental LTSIO-360-KB (RH wing) with fuel injection, turbocharged. Rotation as viewed from the rear: TSIO-360-KB - CW LTSIO-360-KB - CCW 2 (two) Continental, USA 100/100 LL minimum octane number aviation gasoline Maximum takeoff range of operation in ISA conditions at sea level (5 minutes) 220 HP 2800RPM
14 EASA.SAS.A.064 PZL M 20 Page 14 of 31 Propeller: Maximum continuous range of operation in ISA conditions at sea level: 200 HP 2600RPM Right Engine: HARTZELL Hub Model: BHC-C2YF-2CLKUF Blade Model: FJC 8459B-8R or FJC R mating with Hartzell E-3-7L Speed Governor Two-blade, constant speed, diameter from 1.93 m to 1.90 m, α min = ±0.2 0, α max = 80 0 to Pitch setting at 76.2 cm of propeller diameter. Left Engine: HARTZELL OPTION: Right Engine: Mc Cauley, 3- blade Hub Model: BHC-C2YF-2CKUF Blade Model: FC8459B-8R or FC R mating with Hartzell E-3-7L Speed Governor (with synchrophasing system installed) or Hartzell E-8-7L. Two-blade, constant speed, diameter from 1.93 m to 1.90 m, α min = ±0.2 0, α max = 80 0 to Pitch setting at 76.2 cm of propeller diameter. Hub Model: 3AF 32 C 508 Blade Model: 82 NFA - 6 mating with Hartzell E-3-7L Speed Governor or Hartzell E-8-7L (with synchrophasing system installed) Left Engine: Mc Cauley, 3-blade Hub Model: 3AF 32 C 509 Blade Model: L82 NFA - 6 mating with Hartzell E-3-7L Speed Governor Three-blade, constant speed, diameter from 1.90 m to 1.93 m Pitch setting at 76.2 cm of propeller diameter: Max 81º to 83.5º Min 11.0º ± 0.2º Maximum weight: Centre of Gravity Range * : (Landing Gear Extended) Airspeed Limitations (CAS): - Takeoff 2070 kg - Landing 1970 kg - Zero Fuel 1810 kg - All weight over 1810 kg must be fuel cm cm at 2070 kg weight cm cm at 1540 kg weight Straight line variation between cm and cm points. Moment due to retracting landing gear kgcm. V NE km/h V NO km/h V ** A km/h for 2070 kg weight
15 EASA.SAS.A.064 PZL M 20 Page 15 of km/h for 1380 kg weight V LE km/h V LO km/h Landing Gear Extending 200 km/h Landing Gear Retracting V FE km/h Flaps Deflected 40 0 V MC km/h * - Centre-of-Gravity position is measured from datum positioned cm forward of wing leading edge at the inboard edge of the inboard fuel tank (outboard of the tank) with the airplane in levelling position, ** - Manoeuvring speed is reduced as the airplane weight decreased, Straight line interpolation is used for intermediate weight. Number of Seats: Minimal Number of Crew: Maximum Baggage: 7 (2 at cm, 3 at cm, 2 at cm) 7 (2 at cm, 3 at cm, 2 at cm) 6 * (2 at cm, 2 at cm, 2 at cm) 5 ** (2 at cm, 1 at cm, 1 at cm +1 patient or incubator on a stretcher at cm) 1 Pilot - 45 kg in front baggage compartment at cm - 45 kg in aft baggage compartment at cm at Fuel Tank Capacity: Oil Tank Capacity: 371 l (2 wing tanks) at cm (352 l usable) Optional Installation: 484 l (2 wing tanks) at cm (465 l usable) See Note l per each engine (4.7 l per engine usable) See Note 1 for additional data on oil system. Maximum Operating Altitude: - with oxygen system installed 7620 m - without oxygen system 3600 m Control Surface Movements: Ailerons: Up 35 0 ±2 0 Down 20 0 ±2 0 Elevator: Up Down ±1 0 Elevator Trim Tab: Up ±1 0 (Elevator Neutral) *** Down ±1 0 Rudder: Left 35 0 ±1 0 Right 35 0 ±1 0 Rudder Trim Tab: (Rudder Neutral) Left 25 0 ±1 0 Right 25 0 ±1 0 Wing Flaps: Cruise 0 0 ±2 0
16 EASA.SAS.A.064 PZL M 20 Page 16 of 31 Landing 40 0 ±2 0 Nose Wheel Travel: Left 27 0 ±1 0 Right 27 0 ±1 0 * - Optional Equipment - Club Seats, ** - Allowable loading condition after modification of the airplane into ambulance version, *** - Elevator is in neutral position when its chord is parallel to the front seat track upper part. Levelling Means: Basic Equipment: 2 screws on left side of fuselage below pilot s window. Flight line - horizontal line passing through the a/m points The basic required equipment as prescribed in the applicable airworthiness regulations must be installed in each airplane for issuance of Certificate of Airworthiness. Depending on airplane use (version) there may be optional equipment installed in accordance with Technical Specifications WT E IV. Operating and Service Instructions Each airplane is provided with: - PZL M20 MEW Airplane Flight Manual, Ref. No. M20/03/OLP-5/002/88, approved May 20, 1993, - PZL M20 MEW with Continental Engines, - Airplane Maintenance Manual Instructions for Continued Airworthiness, Ref. No. M20-1/OLK-7/9/93, - List of Equipment Required for Flights with respect to Flight Category, Ref. No. OL- 2/M20/027/93. 3.V. Notes NOTE 1: NOTE 2: NOTE 3: NOTE 4: Current weight and balance report including list of equipment in certified empty weight must be provided for each airplane at the time of original airworthiness certification. The certified empty weight and corresponding centre-of-gravity positions must include undrainable oil and unusable fuel as noted below: Fuel 13.5 kg at cm Oil 5.4 kg at cm All inscriptions and information placards required by the approved PZL M20 MEW Airplane Flight Manual must be installed in the appropriate location and the required form in each individual airplane. PZL M20 03 airplanes are approved for operation in known icing conditions upon installation of anti-icing system per Dwg All flight and navigation instruments installed in the airplane are calibrated in imperial units.
17 EASA.SAS.A.064 PZL M 20 Page 17 of 31 Chapter 4: PZL M20 03 with E wing 4.I. General Data Sheet No.: A.0xx Issue: 01 Date: August AA, a) Type PZL M20 b) Model PZL M Airworthiness Category: Normal 3. The CAO PL Certification Application Date: February 22, The CAO PL Certification Date: July 22, This Specific Airworthiness Specification replaces the Polish CAO Type Certificate No. BB- 140/1 4.II. Certification Basis Airworthiness Requirements: FAR Part 23: - Subparts A, B with Amendment Subpart C with Amendment 18 (except for and for which the airplane meets Amendment 23 6) - Subpart D with Amendment (except for for which the airplane meets Amendment 32) - Subpart E with Amendment 23-6 (except for , , , , , , for which the airplane meets Amendment 23-7) - Subpart F with Amendment 23-6 (except for for which the airplane meets Amendment 23-7; for which the airplane meets Amendment 23-18; for which the airplane meets Amendment 24-14) - Subpart G with Amendment (except for (a) for which the airplane meets Amendment and for which the airplane meets Amendment 23-26) FAR Part 36, Appendix G 1. Requirements elected to comply: None 2. EASA Special Conditions: None 3. EASA Exemptions: None 4. EASA Equivalent Safety Findings: None 5. EASA Environmental Standards: None 4.III. Technical Characteristics and Operational Limitations Type Design Definition: Effective for airplanes manufactured from Polishmade assemblies (fuselage, wing, empennage, landing
18 EASA.SAS.A.064 PZL M 20 Page 18 of 31 gear, control), from PA T SENECA II airplane assemblies: electro-radio-navigation equipment, accessories, hydraulic, pneumatic, heating and ventilation systems (delivered by Piper Company) and powered by Continental L/TSIO 360 KB engines. The airplane is equipped in E Wing which was constructed with application of Polish-made wing spar. 4.IV. Operating and Service Instructions Each airplane is provided with: - PZL M20 MEW Airplane Flight Manual, Ref. No. M20/03/OLP-5/002/88, approved May 20, 1993, - PZL M20 MEW with Continental Engines, - Airplane Maintenance Manual Instructions for Continued Airworthiness, Ref. No. M20-1/OLK-7/9/93, - List of Equipment Required for Flights with respect to Flight Category, Ref. No. OL- 2/M20/027/93. 4.V. Notes NOTE 1: Airplanes with the a/m wings are approved for operation with tentatively calculated service life of 1400 hrs. Further extension of the service life will be executed by means of a bulletin based on the wing long-term fatigue test results. NOTE 2: Other technical data of the airplane remain unchanged in relation to the PZL M20 03 MEW Model. Chapter 5: PZL M kg 5.I. General 1. a) Type PZL M20 b) Model PZL M kg 2. Airworthiness Category: Normal 3. The CAO PL Certification Application Date: February 22, The CAO PL Certification Date: November 02, This EASA Specific Airworthiness Specification replaces the Polish CAO Type Certificate No. BB-140/1 5.II. Certification Basis Airworthiness Requirements: FAR Part 23: - Subparts A, B with Amendment 23-18
19 EASA.SAS.A.064 PZL M 20 Page 19 of 31 - Subpart C with Amendment 18 (except for and for which the airplane meets Amendment 23-6) - Subpart D with Amendment (except for for which the airplane meets Amendment 32) - Subpart E with Amendment 23-6 (except for , , , , , , for which the airplane meets Amendment 23-7) - Subpart F with Amendment 23-6 (except for for which the airplane meets Amendment 23-7; for which the airplane meets Amendment 23-18; for which the airplane meets Amendment 24-14) - Subpart G with Amendment (except for (a) for which the airplane meets Amendment and for which the airplane meets Amendment 23-26) FAR Part 36, Appendix G 1. Requirements elected to comply: None 2. EASA Special Conditions: None 3. EASA Exemptions: None 4. EASA Equivalent Safety Findings: None 5. EASA Environmental Standards: None 5.III. Technical Characteristics and Operational Limitations Type Design Definition: Description: Airplane Versions: Engine: Number of Engines: Engine Manufacturer: Fuel: Effective for airplanes manufactured from Polishmade assemblies (fuselage, wing, empennage, landing gear, control), from PA T SENECA II airplane assemblies (electro-radio-navigation equipment, wing spar, accessories, hydraulic, pneumatic, heating and ventilation systems) delivered by Piper Company, and powered by Continental L/TSIO 360KB engines. The PZL M20 is a two-engine low-wing cantilever monoplane of all-metal structure, with conventional empennage and tricycle retractable landing gear featuring a steerable nose wheel. The fuselage is semimonocock structure. - normal Teledyne Continental TSIO-360-KB (LH wing) Teledyne Continental LTSIO-360-KB (RH wing) with fuel injection, turbocharged. Rotation as viewed from the rear: TSIO-360-KB CW LTSIO-360-KB - CCW 2 (two) Continental, USA 100/100 LL minimum octane number aviation gasoline
20 EASA.SAS.A.064 PZL M 20 Page 20 of 31 Engine Performance: Maximum takeoff range of operation in ISA conditions at sea level (5 minutes) 220 HP 2800RPM Maximum continuous range of operation in ISA conditions at sea level: 200 HP 2600RPM Propeller: Right Engine: HARTZELL Left Engine: HARTZELL OPTION: Right Engine: Mc Cauley, 3- blade Hub Model: BHC-C2YF-2CLKUF Blade Model: FJC 8459B-8R or FJC R mating with Hartzell E-3-7L Speed Governor Two-blade, constant speed, diameter from 1.93 m to 1.90 m, α min = ±0.2 0, α max = 80 0 to Pitch setting at 76.2 cm of propeller diameter. Hub Model: BHC-C2YF-2CKUF Blade Model: FC8459B-8R or FC R mating with Hartzell E-3-7L Speed Governor (with synchrophasing system installed) or Hartzell E-8-7L. Two-blade, constant speed, diameter from 1.93 m to 1.90 m, α min = ±0.2 0, α max = 80 0 to Pitch setting at 76.2 cm of propeller diameter. Hub Model: 3AF 32 C 508 Blade Model: 82 NFA - 6 mating with Hartzell E-3-7L Speed Governor or Hartzell E-8-7L (with synchrophasing system installed) Left Engine: Mc Cauley, 3-blade Hub Model: 3AF 32 C 509 Blade Model: L82 NFA - 6 mating with Hartzell E-3-7L Speed Governor Three-blade, constant speed, diameter from 1.90 m to 1.93 m Pitch setting at 76.2 cm of propeller diameter: Max 81º to 83.5º Min 11.0º ± 0.2º Maximum weight: Centre of Gravity Range * : (Landing Gear Extended) Airspeed Limitations (CAS): - Takeoff 1999 kg - Landing 1970 kg - Zero Fuel 1810 kg - All weight over 1810 kg must be fuel cm cm at 1999 kg weight cm cm at 1540 kg weight Straight line variation between cm and cm points. Moment due to retracting landing gear kgcm.
21 EASA.SAS.A.064 PZL M 20 Page 21 of 31 V NE km/h V NO km/h V ** A km/h for 1999 kg weight 226 km/h for 1380 kg weight V LE km/h V LO km/h Landing Gear Extending 200 km/h Landing Gear Retracting V FE km/h Flaps Deflected 40 0 V MC km/h * - Centre-of-Gravity position is measured from datum positioned cm forward of wing leading edge at the inboard edge of the inboard fuel tank (outboard of the tank) with the airplane in levelling position, ** - Manoeuvring speed is reduced as the airplane weight decreased, Straight line interpolation is used for intermediate weight. Number of Seats: Minimal Number of Crew: Maximum Baggage: 7 (2 at cm, 3 at cm, 2 at cm) 7 (2 at cm, 3 at cm, 2 at cm) 6 * (2 at cm, 2 at cm, 2 at cm) 5 ** (2 at cm, 1 at cm, 1 at cm +1 patient or incubator on a stretcher at cm) 1 Pilot - 45 kg in front baggage compartment at cm - 45 kg in aft baggage compartment at cm at Fuel Tank Capacity: Oil Tank Capacity: 371 l (2 wing tanks) at cm (352 l usable) Optional Installation: 484 l (2 wing tanks) at cm (465 l usable) See Note l per each engine (4.7 l per engine usable) See Note 1 for additional data on oil system. Maximum Operating Altitude: - with oxygen system installed 7620 m - without oxygen system 3600 m Control Surface Movements: Ailerons: Up 35 0 ±2 0 Down 20 0 ±2 0 Elevator: Up Down ±1 0 Elevator Trim Tab: Up ±1 0 (Elevator Neutral) *** Down ±1 0 Rudder: Left 35 0 ±1 0 Right 35 0 ±1 0 Rudder Trim Tab: Left 25 0 ±1 0
22 EASA.SAS.A.064 PZL M 20 Page 22 of 31 (Rudder Neutral) Right 25 0 ±1 0 Wing Flaps: Cruise 0 0 ±2 0 Landing 40 0 ±2 0 Nose Wheel Travel: Left 27 0 ±1 0 Right 27 0 ±1 0 * - Optional Equipment - Club Seats, ** - Allowable loading condition after modification of the airplane into ambulance version, *** - Elevator is in neutral position when its chord is parallel to the front seat track upper part. Levelling Means: Basic Equipment: 2 screws on left side of fuselage below pilot s window. Flight line - horizontal line passing through the a/m points The basic required equipment as prescribed in the applicable airworthiness regulations must be installed in each airplane for issuance of Certificate of Airworthiness. Depending on airplane use (version) there may be optional equipment installed in accordance with Technical Specifications WT E IV. Operating and Service Instructions Each airplane is provided with: - PZL M20 MEW Airplane Flight Manual, Ref. No. M20/17/92/OLK-7/alb.297, approved March 01, 1993, - PZL M20 MEW with Continental Engines, Airplane Maintenance Manual, - Instructions for Continued Airworthiness, Ref. No. M20-1/OLK-7/9/93, - List of Equipment Required for Flights with respect to Flight Category, Ref. No. OL-2/M20/027/93. 5.V. Notes NOTE 1: NOTE 2: NOTE 3: NOTE 4: Current weight and balance report including list of equipment in certified empty weight must be provided for each airplane at the time of original airworthiness certification. The certified empty weight and corresponding centre-of-gravity positions must include undrainable oil and unusable fuel as noted below: Fuel 13.5 kg at cm Oil 5.4 kg at cm All inscriptions and information placards required by the approved PZL M20 MEW Airplane Flight Manual must be installed in the appropriate location and the required form in each individual airplane. PZL M20 03 airplanes are approved for operation in known icing conditions upon installation of anti-icing system per Dwg All flight and navigation instruments installed in the airplane are
23 EASA.SAS.A.064 PZL M 20 Page 23 of 31 calibrated in imperial units. SECTION 2: Airworthiness Directives The full list of AD and Bulletins for PZL M20 is given on the next pages. IMPORTANT NOTICE: The Bulletins that have been issued before 1998 and have status Mandatory are EQUIVALENT TO AIRWORTHINESS DIRECTIVES. The Airworthiness Directive issuance started in Poland in 1998, and before that date all Bulletins marked Mandatory have been approved by the Civil Aircraft Inspection Board, but no AD were issued. Since 1998, the AD have been issued only for these bulletins, that had immediate safety implications, therefore some bulletins have Mandatory status, but no AD.
24 WYKAZ BIULETYNÓW WYDANYCH NA SAMOLOT PZL M-20 "MEWA" LIST OF BULLETINS ISSUED FOR THE PZL M-20 "MEWA" AIRPLANE Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability 01 E/11.001/84 Przeglądu układu składania podwozia samolotu M-20 zgodnie z Obowiązkowy 1AHP01-01 do 1AHP01-04 IOT. Inspection of M-20 nose gear retraction system in accordance Mandatory From 1AHP01-01 up to 1AHP01-04 with Service Manual. 02 E/11.002/84 Aktualizacji Instrukcji Obsługi Technicznej samolotu M-20. Obowiązkowy 1AHP01-01 do 1AHP01-04 Updating of M-20 Service Manual. Mandatory From 1AHP01-01 up to 1AHP E/11.003/86 Przeglądu korpusu amortyzatora podwozia głównego (zastąpiony Obowiązkowy 1AHP01-01 do 1AHP01-04 przez E/11.025/93) Main gear shock-absorber inspection (superseded by Bulletin Mandatory From 1AHP01-01 up to 1AHP01-04 E/11.025/93). 04 E/11.004/86 Sprawdzenia sworznia mocującego goleń do okucia tylnego. Obowiązkowy 1AHP01-01 do 1AHP01-04 Checking of gear leg-to-rear ferrule assembling bolt. Mandatory From 1AHP01-01 up to 1AHP K/11.005/88 Wymiany przewodów aluminiowych produkcji PIPERA na przewody miedziane produkcji WSK PZL Mielec. Obowiązkowy Od 1AHP01-01 do 1AHP AH002-02, 1AH Change of PIPER aluminium conductor to WSK PZL Mielec copper conductor. Mandatory From 1AHP01-01 up to 1AHP AH002-02, 1AH E/11.006/88 Sprawdzenia działania i ustawienia zamków podwozia głównego s-tu M-20 "MEWA". Obowiązkowy Od 1AHP01-01 do 1AHP01-04 Od 1AH do 1AH Alignment & functional checking of M-20 main landing gear hooks. Mandatory From 1AHP01-01 up to 1AHP01-04 From 1AH up to 1AH E/11.007/88 Drzwi przedniego przedziału bagażowego Obowiązkowy Od 1AHP01-01 do 1AHP01-04 Od 1AH do 1AH Front luggage compartment door. Mandatory From 1AHP01-01 up to 1AHP E/11.008/88 Wymiany przewodów elastycznych paliwowych i olejowych po 5 letnim okresie użytkowania oraz konserwacji i obsługi podczas długotrwałego przechowywania samolotu. Replacement of flexible fuel and oil hoses after 5 years of service, preservation and maintenance during long storage. 09 E/11.009/88 Wymiany przewodów elastycznych po 5-letnim okresie użytkowania. Serwisowy Service Serwisowy From 1AH up to 1AH Od 1AHP01-01 do 1AHP AH002-02, 1AH From 1AHP01-01 up to 1AHP AH002-02, 1AH Od 1AHP01-01 do 1AHP01-04 Od 1AH do 1AH002-06
25 Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability Replacement of flexible hoses after 5 years of service. Service From 1AHP01-01 up to 1AHP01-04 From 1AH up to 1AH E/11.010/88 Sprawdzenia mimośrodowości zastrzału podwozia głównego. Obowiązkowy Od 1AHP01-01 do 1AHP01-04 Od 1AH do 1AH Checking of main gear brace eccentricity Mandatory From 1AHP01-01 up to 1AHP01-04 From 1AH up to 1AH E/11.011/89 Przeglądów zalecanych dla śmigła HARTZELL Serwisowy Od 1AHP01-01 do 1AHP01-04 Od 1AH do 1AH HARTZELL propeller inspection Service From 1AHP01-01 up to 1AHP01-04 From 1AH up to 1AH E/11.012/89 Ograniczenia prędkości obrotowej silnika Continental Serwisowy Od 1AH do 1AH Continental engine overspeed limitations Service From 1AH up to 1AH E/11.013/91 Instrukcji Użytkowania w Locie PZL M-20 "MEWA" z silnikami Continental. Airplane Flight Manual of the PZL M-20 "MEWA" aircraft with Continental engines. Obowiązkowy Mandatory Od 1AH do 1AH AH002-08, 1AH From 1AH up to 1AH AH002-08, 1AH E/11.014/89 Przecieków oleju z głowicy do tulei cylindra. Serwisowy 1AH002-03; -04; -05; -08; -09 Cylinder head to barrel seepage Service 1AH002-03; -04; -05; -08; E/11.015/90 Uzupełnienia Instrukcji Obsługi Silników lotniczych Continental Serwisowy Od 1AH do 1AH Supplementation of the Continental engine Maintenance Manual Service From 1AH up to 1AH E/11.016/89 Określenia procedur i wartości niezbędnych do regulacji instalacji Serwisowy Od 1AH do 1AH paliwowej silników TCM z wtryskiem paliwa. Fuel System Adjustment Service From 1AH up to 1AH E/11.017/89 Uzupełnienia Instrukcji Obsługi Technicznej samolotu M-20 "MEWA" z silnikami Continental. Supplementation of the M-20 Service Manual with Continental engine. Serwisowy Service Od 1AH do 1AH From 1AH up to 1AH E/11.018/90 "Przeładowania" silników z turbodoładowaniem Serwisowy Od 1AH do 1AH Overboost Engine Service From 1AH up to 1AH E/11.019/91 Aktualizacji Instrukcji Obsługi Technicznej samolotu PZL M-20 Serwisowy Od 1AHP01-01 do 1AH "MEWA" z silnikiem Continental Revision to M-20 "MEWA" Service Manual Service From 1AHP01-01 up to 1AH E/11.020/92 Wykonania wycięć w uszczelnieniach elastycznych deflektora. Serwisowy Od 1AH do 1AH002-12
26 Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability Cut out in baffle flexible sealing Service From 1AH up to 1AH E/11.021/92 Zmiany podłączenia przewodów elektrycznych przy antenie Serwisowy Od 1AH do 1AH radaru RS 811 RS 811 radar antena wiring changes. Service From 1AH up to 1AH E/11.023/92 Wymiany śrub i wkrętów mocujących wspornik zastrzału bocznego podwozia głównego. Replacement of main gear side brace bracket mounting bolts & screws Obowiązkowy Mandatory Od 1AHP01-01 do 1AH From 1AHP01-01 up to 1AH E/11.024/90 Uzupełnienia Instrukcji Użytkowania w Locie M-20 "MEWA" z silnikami Continental. Supplementation of the M-20 Airplane Flight Manual with Continental engine. Obowiązkowy Mandatory Od 1AHP01-01 do 1AH From 1AHP01-01 up to 1AH A E/11.024/93 Sprawdzenia stanu połączenia i ewentualnej wymiany śruby mocującej dźwignię wychylania klap Technical condition inspection of flaps deflection lever mounting bolt. Obowiązkowy Mandatory Wszystkie s-ty w eksploat. od 1AHP01-01 All a/c in service on 1AHP01-01 and up 025 E/11.025/93 Przeglądu korpusu amortyzatora podwozia głównego (Anuluje Obowiązkowy Od 1AHP01-01 do 1AH biuletyn E/11.003/86) Main gear shock-absorber inspection (supersedes E/11.003/86) Mandatory From 1AHP01-01 up to 1AH E/11.026/94 Wymiany rezystorów w skrzynce sygnalizacyjnej EA Obowiązkowy Od 1AH do 1AH Replacement of resistors in EA signaling box. Mandatory From 1AH up to 1AH E/11.027/94 Przeglądu goleni podwozia głównego. Obowiązkowy Wszystkie s-ty od 1AHP01-01 Main gear leg inspection. Mandatory All a/c in service on 1AHP01-01 and up 028 E/11.028/95 Przedłużenia resursu przewodów gumowych po przekroczeniu 5- Serwisowy Wszystkie s-ty od 1AHP01-01 cio letniego okresu użytkowania. Service life extension of rubber hose after 5 years of service. Service All a/c in service on 1AHP01-01 and up 029 E/11.029/95 Instrukcji Użytkowania w Locie samolotu M-20 "MEWA" Obowiązkowy Wszystkie s-ty od 1AHP01-01 z silnikami Continental M-20 "MEWA" Airplane Flight Manual Mandatory All a/c in service on 1AHP01-01 and up with Continental engine 030 E/11.030/95 Sprawdzenia zabezpieczenia sworznia w przegubie Obowiązkowy Wszystkie s-ty od 1AHP01-01
27 Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability E wolantu samolotu Check of bolt locking in the E joint of the airplane control wheel. Mandatory All a/c in service on 1AHP01-01 and up 031 E/11.031/95 Przeglądu i zabezpieczenia przewodów paliwowych w gondoli silników samolotu Obowiązkowy Wszystkie samoloty od 1AHP01-01 do 1AH Inspection of Security of Fuel Lines in Aircraft Engine Nacelle. Mandatory All a/c in service from 1AHP01-01 up to 1AH E/11.032/96 Przeglądu podwozia przedniego samolotu (Anulowany przez biul. Obowiązkowy Wszystkie s-ty od 1AHP01-01 E/11.037/98) Inspection of Aircraft Nose Landing Gear (Deleted by E/11.037/98) Mandatory All a/c in service on 1AHP01-01 and up 033 E/11.033/96 Uzupełnienia biuletynu E/11.032/96 (Anulowany przez biul. Obowiązkowy Wszystkie s-ty od 1AHP01-01 E//11.037/98) Supplement to Buletin E/11.032/96 (Deleted by E/11.037/98) Mandatory All a/c in service on 1AHP01-01 and up 034 E/11.034/96 Wymiany pasów mocowania bagażu. Obowiązkowy Od nr 1AH do 1AH oraz 1AH Replacement of the baggage attachment straps. Mandatory From 1AH up to 1AH and 1AH E/11.035/96 Uzupełnienie dokumentacji Opisowo-Eksploatacyjnej Serwisowy Od 1AHP01-01 do 1AH Updating of the Aircraft Descriptive-Operational Documentation Service From 1AHP01-01 up to 1AH E/11.036/97 Przeglądu węzłów zawieszenia podwozia przedniego Obowiązkowy Wszystkie s-ty od 1AHP01-01 Nose Gear Attach Joints Inspection Mandatory All a/c in service on 1AHP01-01 and up 037 E/11.037/98 Podwozia przedniego samolotu Obowiązkowy Wszystkie s-ty od 1AHP01-01 Aircraft Nose landing Gear Mandatory All a/c in service on 1AHP01-01 and up 038 E/11.038/2001 Resursu samolotu M20 "MEWA" na fabr. 1AH ze skrzydłem E Service life of M20 "MEWA" Airplane Serial Number 1AH with the E Wing Serwisowy Service 1AH AH E/11.039/2001 (AD SP A) Resursu pomp powietrznych 442CW-6 i 441CC-7 w układzie napędu żyroskopu sztucznego horyzontu i wskaźnika kursu. Obowiązkowy Wszystkie s-ty od 1AHP01-01 Service Life of the 442CW-6 and 441CC-7 Air Pump in the Mandatory All a/c in service on 1AHP01-01
28 Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability Attitude Gyro and Directional Gyro Drive System. and up 040 E/11.040/2001 Modernizacji samolotu Serwisowy 1AH Airplane Modernization Service 1AH E/11/041/2001 Wymiany radiostacji KX 175B na KX 165 Serwisowy 1AH Replacement of the KX 175B Radiostation with the KX 165 Service 1AH Radiostation 042 E/11.042/2001 Modernizacji wyposażenia radiowo-nawigacyjnego Serwisowy 1AH002-09; 1AH Modernization of the radio and navigation equipment Service S/N 1AH002-09; 1AH E/11.043/2002 Zabudowy systemu nawigacji satelitarnej GNS 430 GARMIN GNS 430 GARMIN Navigation System Installation 044 E/11.044/2002 Dostosowania instalacji paliwowej samolotu do zabudowy pompy paliwowej PLL-7 na silnikach "FRANKLIN" 045 E/11.045/2003 Modernizacji wyposażenia radiowo-nawigacyjnego Modernization of the radio and navigation equipment 046 E/11.046/2003 Modernizacji wyposażenia radiowo-nawigacyjnego Modernization of the radio and navigation equipment 047 E/11.047/2003 Wymiany przekaźnika i dławika w instalacji elektrycznej samolotu Replacement of relay and choke in the airplane electric system 048 Dyrektywa Zdatności Airworthiness Directive SP A (This AD has been superseded with AD SP A) 049 E/11.048/2004 (AD-SP Pęknięć goleni podwozia głównego Main landing gear leg cracks Przeglądu i usunięcia ewentualnych pęknięć na półwidełce nr podwozia głównego. Serwisowy Service Obowiązkowy Serwisowy Service Serwisowy Service Obowiązkowy Mandatory Obowiązkowa Mandatory Obowiązkowy Mandatory Wszystkie s-ty od 1AHP01-01 All a/c in service on 1AHP01-01 and up 1AH001-01; 1AH001-02; 1AH AH AH Samoloty na których zostały zrealizowane biuletyny E/11.040/2001, E/11.041/2001, E/11.042/2001, E/11.043/2002, E/11.045/2003, E/11.046/2003 Wszystkie samoloty All a/c in service. Wszystkie samoloty All a/c in service
29 Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability A) Inspection and removal of possible craks on the main landing gear semi-fork. 050 E/11.049/2005 Dopuszczenia płynu hydraulicznego ORLEN OIL H-515 produkcji ORLEN OIL sp. z o.o. do eksploatacji w samolotach PZL M20 MEWA Approval of ORLEN OIL H-515 hydraulic fluid produced by Serwisowy Service Wszystkie samoloty All a/c in service ORLEN OIL sp. z o.o. for operation in PZL M20 "MEWA" airplanes 051 E/11.050/2005 Wykonania dodatkowych wzierników w dolnym pokryciu kadłuba Serwisowy 1AH Dyrektywa Zdatności Airworthiness Directive FAA AD Biuletyny związane - Kelly Aerospace SB A-101, Rev D - Janitrol Heaters SB A-103, Rev A - Electrosystems inc. JanAero Devices SBA Kelly Aerospace SBA-105,Rev B - Kelly Aerospace SB-106, Rev A Manufacture of additional eye-holes in the fuselage lower skin Nagrzewnicy spalinowej Janitrol Janitrol combustion heaters Service Obowiązkowa Mandatory Only in Polish language Wszystkie samoloty All a/c in service 053 Dyrektywa Zdatności Airworthiness Directive FAA AD R1 Biuletyny związane KELLY AEROSPACE SB No A-107A Kelly Aerospace SIL No A Dyrektywa Zdatności Airworthiness Directive Zaworu odcinającego regulatora paliwa nagrzewnicy Heater fuel regulator shutoff valves Transponder GTX33, GTX33D, GTX330, GTX330D Obowiązkowa Mandatory Obowiązkowa Mandatory Wszystkie samoloty All a/c in service Wszystkie samoloty All a/c in service
30 Lp. Nr biuletynu Biuletyn dotyczy Rodzaj biuletynu Obowiązuje na samoloty It. Bulletin No. Bulletin Description Bulletin Type Applicability FAA AD
31 SECTION 3: Occurrence Reporting The Specific Airworthiness Specification may be used as a basis for the issue of a Restricted Certificate of Airworthiness in accordance with 21A.173(b)(2) under the following conditions: a) The holder of a Restricted Certificate of Airworthiness based on this Specific Airworthiness Specification shall report to the State of Registry all information related to occurrences associated with the operation of the aircraft which affects or could affect the safety of operation 1. b) Such reports shall be despatched within 72 hours of the time when the occurrence was identified unless exceptional circumstances prevent this. c) The State of Registry shall forward the information received under (a) to the Agency when it relates to failures, malfunctions, defects or other occurrences which cause or might cause adverse effects on the continuing airworthiness of the aircraft. SECTION 4: Other Limitations This aircraft is limited to non-commercial operation. SECTION 5: Change Record Issue 1 26 March 2007 Initial Issue Issue 2 1 February 2010 Corrections to applicable Airworthiness Directives 1 AMC 20-8 contains guidance describing the occurrences which are to be reported. This document can be found on the EASA website under Regulations>Certification Specifications:
www.pzlmielec.com.pl e-mail: pzl@pzlmielec.com.pl Sign. No. M18/1/2003 WYKAZ LISTÓW SERWISOWYCH WYDANYCH NA SAMOLOT PZL M18 "DROMADER" LIST OF SERVICE LETTERS ISSUED FOR THE PZL M18 "DROMADER" AIRPLANE