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Cirrus System 55X Autopilot User Manual
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P/N 13772-151
7 of 52
Cirrus Design
Section 9
SR22T
Supplements
Placards
Lower win
g, abo
ve anti
-ice f
luid dr
ain:
Bolster Switch Panel, left edge:
Upper win
g, abo
ve anti
-ice f
luid fil
ler c
ap:
SR22_FM0
9_2964
THIS AIR
CRAFT IS CE
RTIFIED FO
R
THE FOLLOWING FLI
GHT OPERATIONS
DAY - NI
GHT - VFR -
IFR
FLIGHT INTO KNOWN ICING
WITH
REQUIRED
EQUIPMENT
OPERATE PER AI
RPLANE
FLIGHT MANUA
L
MAXIMUM
FLAP POSI
TION 5
0% IF
ICING CONDIT
IONS HAVE BEEN
ENCOUNTERED
Figure -1
Required Placar
ds
Original Issue: 02-01-13
448
450
Table of Contents
List of Effective Pages (Cont.)
4
Table of Contents
4
Section 1: General
13
Introduction
15
The Airplane
19
Engine
19
Propeller
19
Fuel
20
Oil
20
Maximum Certificated Weights
20
Cabin and Entry Dimensions
20
Baggage Spaces and Entry Dimensions
20
Specific Loadings
20
Symbols, Abbreviations and Terminology
21
General Airspeed Terminology and Symbols
21
Meteorological Terminology
22
Engine Power Terminology
23
Performance and Flight Planning Terminology
24
Weight and Balance Terminology
24
Section 2: Limitations
27
Certification Status
29
Introduction
29
Airspeed Limitations
30
Airspeed Indicator Markings
31
Powerplant Limitations
32
Engine
32
Operating Limits
32
Approved Oils
32
Fuel Grade
33
Weight Limits
33
Engine Instrument Markings & Annunciations
34
Powerplant
34
Fuel
35
Electrical
35
Center of Gravity Limits
36
Flight Load Factor Limits
37
Maneuver Limits
37
Minimum Flight Crew
37
Kinds of Operation
38
Kinds of Operation Equipment List
38
Icing
42
Runway Surface
42
Taxi Power
43
Altitude Limits
43
Environmental Conditions
43
Fuel Limits
43
Maximum Occupancy
44
Systems and Equipment Limits
45
Cirrus Perspective Integrated Avionics System
45
Skywatch Traffic Advisory System (Optional)
48
Stormscope Weather Information System (Optional)
48
Max Viz Enhanced Vision System (Optional)
48
Air Conditioning System (Optional)
49
Inflatable Restraint System
49
Flap Limitations
49
Paint
49
Cirrus Airframe Parachute System (CAPS)
49
Other Limitations
49
Smoking
49
Placards
50
Section 3: Emergency Procedures
57
Introduction
59
Section 3: Emergency Procedures
59
Emergency Procedures Guidance
60
CAPS Guidance
60
Preflight Planning
60
Preflight Inspections/Maintenance
60
Methodology
60
Circuit Breakers
61
Memory Items
62
Airspeeds for Emergency Operations
63
Engine Failures
64
Engine Failure on Takeoff (Low Altitude)
64
Engine Failure in Flight
65
Airstart
68
Engine Airstart
68
Smoke and Fire
69
Cabin Fire in Flight
69
Engine Fire in Flight
70
Wing Fire in Flight
71
Engine Fire During Start
71
Smoke and Fume Elimination
72
Emergency Descent
73
Maximum Glide
73
Forced Landing
74
Emergency Landing Without Engine Power
74
Ditching
75
Landing Without Elevator Control
75
Engine System Emergencies
76
Engine Partial Power Loss
76
Oil Pressure out of Range
78
Oil Temperature High
78
High Cylinder Head Temperature
79
Turbocharger System Emergencies
80
Unexpected Loss of Manifold Pressure
80
Manifold Pressure High
82
Overboost / Pressure Relief Valve
83
Turbine Inlet Temperature High
83
EGT, TIT or CHT Temperature Sensor Failure
84
Propeller System Emergencies
85
Engine Speed High
85
Propeller Governor Failure
86
Fuel System Emergencies
87
Low Fuel Quantity
87
Fuel Imbalance
87
Electrical System Emergencies
88
High Voltage on Main Bus 1
88
High Voltage on Main Bus 2
89
High or Low Voltage on Essential Bus
90
Environmental System Emergencies
91
Carbon Monoxide Level High
91
Oxygen System Emergencies
92
Oxygen System Fault - above 10,000 Ft
92
Oxygen Quantity Low
93
Integrated Avionics System Emergencies
94
Attitude & Heading Reference System (AHRS) Failure
94
Air Data Computer (ADC) Failure
94
PFD Display Failure
94
Unusual Attitude Emergencies
95
Inadvertent Spin Entry
95
Inadvertent Spiral Dive During IMC Flight
96
Other Emergencies
97
Power Lever Linkage Failure
97
Emergency Engine Shutdown on Ground
97
Left/Right Brake Over-Temperature
98
Starter Engaged
98
Emergency Ground Egress
99
Caps Deployment
100
Section 3A: Abnormal Procedures
103
Introduction
105
Abnormal Procedures Guidance
106
Circuit Breakers
106
Flight Environment
107
Inadvertent Icing Encounter
107
Inadvertent IMC Encounter
107
Door Open in Flight
107
Abnormal Landings
108
Landing with Failed Brakes
108
Landing with Flat Tire
108
Engine System
109
Low Idle Oil Pressure
109
Manifold Pressure High
109
Starter Engaged
110
Alternate Air Door Open Annunciation
111
Fuel System
112
Low Fuel Quantity
112
Left Fuel Tank Quantity
112
Right Fuel Tank Quantity
112
Fuel Imbalance
113
Low Alternator 1 Output
115
Low Alternator 2 Output
116
Integrated Avionics System
117
Avionics Switch off
117
PFD Cooling Fan Failure
117
MFD Cooling Fan Failure
117
Flight Displays too DIM
118
Pitot Static System
119
Pitot Static Malfunction
119
Pitot Heat Current Sensor Annunciation
120
Pitot Heat Required Annunciation
120
Flight Control System
121
Electric Trim/Autopilot Failure
121
Flap System Exceedance
121
Landing Gear System
122
Brake Failure During Taxi
122
Left/Right Brake Over-Temperature
122
Oxygen Quantity Low
123
Other Conditions
125
Aborted Takeoff
125
Parking Brake Engaged Annunciation
126
Communications Failure
126
Section 4: Normal Procedures
127
Airspeeds for Normal Operation
129
Normal Procedures
130
Preflight Inspection
130
Before Starting Engine
135
Starting Engine
136
Taxiing
138
Maximum Power Fuel Flow
141
Normal Takeoff
142
Short Field Takeoff
142
Full Power Climb: Rich of Peak Technique
144
Cruise
147
Descent
148
Before Landing
148
Normal Landing
149
Short Field Landing
150
After Landing
151
Shutdown
152
Stalls
153
Environmental Considerations
154
Cold Weather Operation
154
Hot Weather Operation
156
Fuel Conservation
157
Noise Characteristics/Abatement
157
Section 5: Performance Data
159
Introduction
161
Associated Conditions Affecting Performance
161
Demonstrated Operating Temperature
161
Airspeed Calibration: Normal Static Source
162
Airspeed Calibration: Alternate Static Source
163
Altitude Correction Normal Static Source: Primary Flight Display
164
Altitude Correction Normal Static Source: Standby Altimeter
165
Altitude Correction Alternate Static Source: Primary Flight Display
166
Altitude Correction Alternate Static Source: Standby Altimeter
167
Temperature Conversion
168
Outside Air Temperature for ISA Condition
169
Stall Speeds
170
Wind Components
171
Takeoff Distance
172
Takeoff Climb Gradient
175
Takeoff Rate of Climb
176
Enroute Climb Gradient
177
Enroute Rate of Climb
178
Time, Fuel & Distance to Climb: Full Power Climb
179
Time, Fuel & Distance to Climb: Cruise Climb
180
Cruise Performance
181
Range / Endurance: Full Power Climb
183
Range / Endurance: Cruise Climb
186
Balked Landing Climb Gradient
189
Balked Landing Rate of Climb
190
Landing Distance
191
Section 6: Weight and Balance Data
193
Introduction
195
Airplane Weighing Form
196
Airplane Weighing Procedures
197
Loading Instructions
200
Moment Limits
201
Loading Data
202
Weight and Balance Loading Form
201
Weight & Balance Record
204
Equipment List
205
Section 7: Systems Description
207
Introduction
211
Airframe
212
Fuselage
212
Wings
212
Empennage
213
Flight Controls
214
Elevator System
214
Aileron System
216
Rudder System
218
Control Locks
218
Instrument Panel
220
Flight Instruments
222
Attitude Indicator
224
Airspeed Indicator
225
Altimeter
226
Horizontal Situation Indicator
227
Vertical Speed Indicator
227
Magnetic Compass
228
Wing Flaps
228
Flap Control Switch
228
Landing Gear
230
Main Gear
230
Nose Gear
230
Brake System
230
Baggage Compartment
232
Seats
233
Seat Belt and Shoulder Harness
234
Cabin Doors
236
Windshield and Windows
236
Engine
237
Engine Controls
237
Engine Indicating
239
Engine Lubrication System
242
Ignition and Starter System
242
Air Induction System
243
Engine Exhaust System
243
Engine Fuel Injection
243
Engine Cooling
244
Propeller
245
Fuel System
246
Fuel Selector Valve
247
Fuel Pump Operation
247
Fuel Indicating
249
Electrical System
253
Power Generation
253
Power Distribution
255
Electrical System Protection
256
Electrical System Control
259
Ground Service Receptacle
260
Electrical Indicating
261
Lighting Systems
263
Exterior Lighting
263
Interior Lighting
264
Environmental System
266
Distribution
266
Heating
267
Cooling
268
Airflow Selection
271
Vent Selection
271
Temperature Selection
272
Pitot Heat Switch
275
Avionics
277
Perspective Integrated Avionics System
277
Optional Avionics
285
Avionics Support Equipment
291
Cabin Features
294
Emergency Locator Transmitter
294
Hour Meters
296
Emergency Egress Hammer
296
Convenience Outlet
296
Cirrus Airplane Parachute System
297
System Description
297
Activation Handle
298
Deployment Characteristics
299
Section 8: Handling and Servicing
301
Introduction
303
Operator's Publications
303
Service Publications
303
Ordering Publications
304
Airplane Records and Certificates
305
Airplane Inspection Periods
306
Annual Inspection
306
100-Hour Inspection
307
Cirrus Design Progressive Inspection Program
307
Pilot Performed Preventative Maintenance
308
Airworthiness Directives
306
Ground Handling
310
Application of External Power
310
Towing
311
Taxiing
312
Parking
313
Tiedown
314
Leveling
314
Jacking
314
Servicing
316
Landing Gear Servicing
316
Brake Servicing
316
Tire Inflation
318
Propeller Servicing
318
Oil Servicing
318
Fuel System Servicing
321
Battery Service
323
Oxygen System Servicing
324
Cleaning and Care
325
Cleaning Exterior Surfaces
325
Cleaning Interior Surfaces
330
Pilot Qualification and Training
448
Approach and Landing
466
Stall Speeds with Ice Accumulation
468
Enroute Rate of Climb with Ice Accumulation
471
Porous Panels
484
Introduction
497
Cirrus Airframe Parachute System (CAPS)
498
Deployment Scenarios
498
General Deployment Information
501
Landing Considerations
502
Taxiing, Steering, and Braking Practices
505
Operating Practices
505
Brake Maintenance
506
Other manuals for Cirrus System 55X Autopilot
Maintenance Manual
74 pages
Airplane Maintenance Manual
22 pages
Owners’ & Pilots’ Guide
23 pages
Workbook
37 pages
4
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Cirrus System 55X Autopilot Specifications
General
Brand
Cirrus
Model
System 55X Autopilot
Category
Aircrafts
Language
English
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