Title: Approved Training Manual
1STAR MARIANAS AIR, INC.
- Approved Training Manuals
- Lesson Plans
- And
- Courseware
Initial New Hire Flight Crew Part III
Aircraft Ground Training Section 2 Aircraft
Systems
2Before We Start
- Complete Class Roster
- Cell Phones OFF
- 10 Minutes Break every hour
- 1.0 Hour Class
3Aircraft Ground Training
OBJECTIVES To provide comprehensive training to crewmembers to ensure they are adequately prepared for flight status.
COMPLETION STANDARDS The attendee will through class participation and discussion that they have an adequate understanding of the lesson content
EXAMINATION Oral Quiz Written examination/Instructor certification
Class Duration 1.0 Hour
- Section 2 - Aircraft Systems
4Training Materials
- Current copy of the General Operations Manual
- Aircraft flight Manual
5Aircraft Ground Training
- Aircraft general
- Power plant
- Electrical
- Hydraulic
- Fuel
- Air Conditioning
- Flight controls
- Landing gear
- Equipment and furnishings
- Navigation Equipment
- Flight instruments
- Communications equipment
- Warning systems
- Lighting
- Emergency equipment (aircraft specific)
- Section 2 - Aircraft Systems
6Aircraft Ground Training
- Section 2 - Aircraft Systems
- a. Aircraft general
7Aircraft Ground Training
- Introduction
- The Airplane
- The PA-32-300 is a six-place (seventh seat
optional), single engine, low wing, all metal
monoplane. - Airframe
- Except for the tubular steel engine mount, steel
landing gear struts, other miscellaneous steel
parts, and the dent resistant fiberglass
extremities, the basic airframe is of aluminum
alloy.
- Section 2 - Aircraft Systems
8Aircraft Ground Training
Dimensions
- Wing Span (ft) 32.8
- Wing Area (sq ft) 174.5
- Wing Loading (lbs per sq ft) 19.5
- Length (ft) 27.7
- Height (ft) 8.2
- Power Loading (lbs per hp) 11.3
- Section 2 - Aircraft Systems
9Aircraft Ground Training
Dimensions
- Section 2 - Aircraft Systems
10Aircraft Ground Training
Dimensions
- Section 2 - Aircraft Systems
11Aircraft Ground Training
- Turning radius
- Nose Wheel Travel 30 left right
- Turning Distance (Min) 59 ft., 10.8 in.
- Section 2 - Aircraft Systems
12Aircraft Ground Training
- Panel Layouts
- Typical Panel Layout
- Section 2 - Aircraft Systems
13Aircraft Ground Training
- Section 2 - Aircraft Systems
14Aircraft Ground Training
- Cockpit and cabin configurations
- Early Models (N4127R) have push rod style
throttle, prop, and mixture controls.
Instruments laid out differently due to fuse vs.
circuit breakers. - N4599X does not have a seventh seat installed.
Has several unique avionics including strike
finder and moving map. - Other major systems and components or appliances
- N4599X has air conditioner installed
- Section 2 - Aircraft Systems
15Aircraft Ground Training
- Section 2 - Aircraft Systems
- B. Powerplant
16Aircraft Ground Training
- Basic engine description
- Engine horsepower rating
- Accessory drives
- Ignition
- Oil system
- Fuel control
- Propeller
- Section 2 - Aircraft Systems
17Aircraft Ground Training
- Basic engine description
- The PA-32-300 is powered by a Lycoming
IO-540-K1A5 Engine. The six cylinder engine is
normally aspirated fuel injected - Engine horsepower rating
- 300 hp _at_ 2700 rpm
- Section 2 - Aircraft Systems
18Aircraft Ground Training
Description Drive Ratio Direction of Rotation
Starter 16.5561 Counterclockwise
Alternator 3.2001 Clockwise
Vacuum Pump 1.3001 Counterclockwise
Hydraulic Pump 1.3851 Clockwise
Tachometer .5001 Clockwise
Prop. Governor .8951 / .9471 Clockwise
Magneto Drive 1.5001 Clockwise
Fuel Pump 1.0001 Counterclockwise
- Section 2 - Aircraft Systems
For Wide Deck Engines (Engines equipped with
wide cylinder flanges)
19Aircraft Ground Training
- Ignition
- Dual ignition is furnished by 2 Bendix S-1200
Magnetos.
- Section 2 - Aircraft Systems
20Aircraft Ground Training
- Oil system
- 12 quart capacity, wet sump.
- SMA Uses Aeroshell 100 Mineral Oil for Engine
Break-in and Aeroshell W100 Ashless Dispersant
Oil After Break-in.
- Section 2 - Aircraft Systems
21Aircraft Ground Training
- Fuel Control
- Lycoming IO-540 series engines are equipped with
either a Bendix type RS or RSA fuel injector. The
fuel injection system schedules fuel flow in
proportion to air flow and fuel vaporization
takes place at the intake ports.
- Section 2 - Aircraft Systems
22Aircraft Ground Training
- Propeller
- Most of SMAs Aircraft are Equipped with
Hartzells HC-C3YR-1RF/F7663R, 3 bladed constant
speed propeller. - The propeller is controlled by a governor mounted
at the left forward side of the crankcase. The
governor is operated by a cable from the power
control quadrant.
- Section 2 - Aircraft Systems
23Aircraft Ground Training
- Propeller
- 78 inch diameter 3-bladed aluminum hub propeller
- 2400 hour / 6 year TBO
- 71.6 pounds (propeller and spinner)
- Diameter reduction allowable to 76 inches
- Section 2 - Aircraft Systems
24Aircraft Ground Training
- Section 2 - Aircraft Systems
- C. Electrical
25Aircraft Ground Training
- Alternators
- External power
- Electrical system schematic
- Buses
- Circuit breakers
- Fuses
- Battery
- Other standby power systems
- Section 2 - Aircraft Systems
26Aircraft Ground Training
- The 14-volt electrical system includes a 12-volt
battery for starting and to back up the
alternator output. - Electrical power is supplied by a 60 ampere
alternator. - The battery, a master switch relay, a voltage
regulator and an overvoltage relay are located
beneath the floor of the forward baggage
compartment. - Standard electrical accessories include the
starter, the electric fuel pump, the stall
warning indicator, the cigar lighter, and the
ammeter.
- Section 2 - Aircraft Systems
27Aircraft Ground Training
- Alternator
- The alternator is located on the front lower
right side of the engine and utilizes a belt
drive from the engine crankshaft. - Many advantages both in operation and maintenance
are derived from this system. The main advantage
is that full electrical power output is available
at lower engine RPM. - The alternator has no armature or commutator and
only a small pair of carbon brushes, which make
contact with a pair of copper slip rings. The
alternating current is converted to direct
current by diodes pressed into the end bell
housing of the alternator.
- Section 2 - Aircraft Systems
28Aircraft Ground Training
- Section 2 - Aircraft Systems
29Aircraft Ground Training
- Alternator (circuit breakers)
- There are two circuit breakers marked
"alternator" one of which is marked "output" and
the other "field." - The output circuit breaker is 60 amperes and its
purpose is to protect the alternator and
electrical system from overload. - The field circuit breaker for the voltage
regulator and field wiring protection is 5
amperes. - If either of these breakers trip, it will result
in a complete failure of power from the
generating system. - After a one or two minute cool-down, they can be
reset manually. If tripping recurs, holding the
breakers down will not prevent their continued
tripping, and indicates a breakdown of wiring or
equipment in the generator circuit.
- Section 2 - Aircraft Systems
30Aircraft Ground Training
- Alternator (ammeter)
- The ammeter displays the load in amperes placed
on the alternator. It does not indicate the
battery discharge. - With all electrical equipment off (except
master), the ammeter will indicate the amount of
charging current demanded by the battery. As
each item of electrical equipment is turned on,
the current will increase to a total appearing on
the ammeter. This total includes the battery. - The maximum continues load for night flight, with
radios on, is about 30 amperes. This 30 ampere
value, plus approx. 2 amperes for a fully charged
battery will appear continuously under these
flight conditions.
- Section 2 - Aircraft Systems
31Aircraft Ground Training
- Alternator (Master Switch)
- The master switch is a split switch with the left
half operating the master relay and the right
half energizing the alternator. - The switch is interlocked so that the alternator
cannot be operated without the battery. - For normal operation, be sure that both halves
are turned on.
- Section 2 - Aircraft Systems
32Aircraft Ground Training
- Alternator to Starter Circuit Diagram
- Section 2 - Aircraft Systems
33Aircraft Ground Training
- External power
- The receptacle is located on the left side of the
nose section, just aft of the engine cowling.
When used for engine starting or operation of the
airplanes' other equipment, proceed as follows - Set MASTER SWITCH to OFF.
- Ensure that the RED lead of PEP (Piper External
Power) kit jumper-cable is connected to the
POSITIVE () terminal of an external 12-volt
battery or a power cart and that the BLACK lead
is connected to the NEGATIVE (-) terminal. - NOTE If using an external battery and the
airplane's battery is low or depleted, disconnect
the airplane battery at the negative terminal to
prevent excessive loading of the external
battery. - Insert the plug of the jumper cable into the
receptacle. - Next --
- Section 2 - Aircraft Systems
34Aircraft Ground Training
- External power contd
- Set MASTER SWITCH to ON and proceed with NORMAL
engine starting. - After starting engine, set the MASTER SWITCH to
OFF and remove the jumper cable plug from the
receptacle. - Set the MASTER SWITCH to ON and check the
alternator ammeter for an indication of output. - WARNING DO NOT ATTEMPT FLIGHT WITHOUT AN
INDICATION OF ALTERNATOR OUTPUT. - NOTE If the aircraft battery is weak, charging
current will be high. Do not take off until
charging current falls below 20 amperes. Do not
take off with a completely discharged battery as
three-volts are needed to excite the alternator.
- Section 2 - Aircraft Systems
35Aircraft Ground Training
- Electrical system schematic
- Section 2 - Aircraft Systems
36Aircraft Ground Training
- Battery
- Gill G-35 12V Lead Acid Battery
- Section 2 - Aircraft Systems
37Examination
- Written examination required
38Completion of Paperwork
- Student
- Fill-out Student Feedback Form
- Sign Training Record (if applicable)
- Instructor
- Sign Class Roster
- Fill-out Instructor Feedback Form
- Sign Training Record (if applicable)
39E N D