background image

 

 

                          Pilot’s Operating Handbook VH-SJH            Chapter 2 

 

                                                 LEADING PARTICULARS 

 
Flaps (total)…………………..……………………..10.4 sq ft 
 
Tailplane (without elevators)………….……………9.69 sq ft 
 
Elevators (total)……………….……….……………8.95 sq ft 
 
Elevator trim tab………………..…………………….86 sq ft 
 
Fin………………………………..…………………6.09 sq ft 
 
Rudder…………………………..…………………..6.88 sq ft 
 

Control Surface Movements 
 

Ailerons – up…………………………………….….25° 
               - down…………………………………….15° 
 
Flaps (3 positions)……………………….up - 20° - 35° 
 
Elevators – up……………………………………....25° 
 

   - down…………………………………..25° 

 
Rudder (each way)…………………………………23° 
 

Main Undercarriage 
 

Type………………………………………………..Single cantilever with  

 

 

 

 

 

                         cantilever axles. 

 
Track……………………………………………….7 ft 
 
Shock Absorber system……………………………Rubber blocks in compression  
 

 

 

 

                        springs for rebound 

 
Wheels……………………………………………..Dunlop 
 
Tyers……………………………………………….500x4in 
 
Tyre Pressure………………………………………25 lb 
 

 

 

Brakes………………………………………………Hydraulic external disc. 
 

                           Pilot’s Operating Handbook VH-SJH            Chapter 2 

 

                                                 LEADING PARTICULARS 

 

Tail Wheel 
 

Type……………………………….…….Semi–castering, non retractable 
 
Shock Absorber………..………………..Cantilever ¼ elliptical leaf spring 
 
Wheel…………………….……………..“Piel” France 
 
Tyre……………………………………… 
 

Engine 
 

Name……………………………………..Continental Model 0-200A 
 
Type……………………………………...4 Cylinder, horizontally opposed, air cooled 
 
Fuel………………………………………80 octane. 
 
Oil………………………………………..SAE 20-40 
 

Propeller 
 

Type……………………………………...2 blade fixed pitch, wooden 
 
Part Number   A53……..………………...Invincible Airscrews serial 8149 
 

Tank Capacities 
 

Fuel Tank………………………………..83 Litres (81 litres useable) 
 
Oil Tank…………………………………5.6 litres (1.5 US gals   1.25 imp gals) 
 
 
 
 
 
 
 

Summary of Contents for EMERAUDE CP301 VH-SJH

Page 1: ...VH SJH FLIGHT MANUAL Nationality and Registration Marks VH SJH Aeroplane Serial Number 357 N10 Manufacturer Schenk Jenatsch Hodges Designation of Aeroplane Piel Emeraude CP301 Series 100 Certificatio...

Page 2: ...adequate control will exist under all conditions including turbulence and sudden and complete engine failure during the climb after take off Approach Speed The approach speed is a speed chosen to ens...

Page 3: ...t NOTE This provides special information to make maintenance easier or important instructions clearer Pilot s Operating Handbook VH SJH Chapter 1 DESCRIPTION Type The Piel Emeraude is a low wing monop...

Page 4: ...spring and is connected by springs to the rudder to eliminate shimmy and to assist in turning External disc type hydraulic brakes are fitted Empennage A single fin and rudder streamlined with the bott...

Page 5: ...system Rubber blocks in compression springs for rebound Wheels Dunlop Tyers 500x4in Tyre Pressure 25 lb Brakes Hydraulic external disc Pilot s Operating Handbook VH SJH Chapter 2 LEADING PARTICULARS T...

Page 6: ...oned on the right side of the instrument panel adjacent to the master and generator isolation switches An ammeter placed to the left of the master switch shows the rate of charge to the battery Any ex...

Page 7: ...ttor Air Temperature Control A push pull type control is fitted to the left of the throttle Carburettor air temperature is controlled by a lever operated plate valve in the intake housing which opens...

Page 8: ...elevator trim tab fitted to the port elevator is controlled by a lever mounted centrally in a box between the two seats Settings designated NOSE UP and NOSE DOWN are clearly marked on the box at each...

Page 9: ...ic head carried on the underside of the port wing outer section The Turn and Balance Indicator is electrically driven All the instruments including the Magnetic Compass are grouped in front of the pil...

Page 10: ...m system is mounted above the radio in the instrument panel Protection for the radio is provided by a separate press to reset circuit breaker positioned next to the master switch on the instrument pan...

Page 11: ...ing intentional spinning in accordance with the C of A for individual aircraft See DCA Aeronautical Report 61 3 Inverted Flight Prohibited Pilot in Command Solo flying permitted only from the left sea...

Page 12: ...ndition all inspection panels secure Port Undercarriage Wheel Fairing Condition and secure Leg Condition extension approx 120mm Torque Link secure Brake Unit Secure no leaks Tyre No cuts or creep pres...

Page 13: ...n check Flaps UP Canopy Closed and latched Master switch ON Fuel Pump ON Instrument Switch ON Generator ON Fuel Selector ON Fuel Gauge Check Contents Mixture Full rich Carburettor air temp cold Radio...

Page 14: ...been demonstrated as safe to taxi in winds up to 25 knots There is no tendency for the aircraft to tip onto its nose if the brakes are used harshly As always however care should be taken to avoid har...

Page 15: ...full throttle increasing airspeed as for a normal take off at the same time laying off the effect of drift by turning slightly into wind as required NOTE All airspeed quoted apply to a maximum AUW of...

Page 16: ...g on the ground has been dealt with earlier in this Chapter Carburettor heat should be used in flight at the first indications engine roughness or loss of rpm that ice may be forming To remove carbure...

Page 17: ...or no delay prior to the spin proper To the right the aircraft has a definite tendency to spiral and in some cases will not enter the spin proper unless opposite aileron is applied This is not recomm...

Page 18: ...ent at cruising speed or for en route let down by gliding with the throttle closed Before descending check mixture is fully RICH unless carburettor heat is required in which case adjust accordingly Op...

Page 19: ...here is a tendency to weathercock when landing in strong cross winds Use of differential brake will help prevent this Flapless Landing Little difference exists between the flapped and un flapped landi...

Page 20: ...Section AGA 4 and the LAH Section GEN which specifies a minimum strip length at sea level of 2000 feet plus 200 feet increase for every 1000 feet the landing area is above sea level 3 Climb Maximum r...

Page 21: ...ches Magnetos on BOTH T Throttle Linkages Pilot s Operating Handbook VH SJH Chapter 7 Performance Assuming the failure cannot be rectified pass the appropriate Radio distress message and check Canopy...

Page 22: ...ding in plenty of time to ensure its successful completion Dive Start Height at least 3000 ft AGL Establish the glide trim and conduct cockpit check as above but open the throttle half way Check all c...

Page 23: ...Pilot s Operating Handbook VH SJH Chapter 8 AMENDMENT RECORD SHEET Amendment Number Paragraph s Affected Signature Date of Incorporation...

Reviews: