- Holder
- Hartzell Propeller Inc.
- Revision
- 25
- Revised
- March 6, 1981
- Status
- Current
- Product
- Propeller
- Certification basis
- CAR 14
- Models
- 17
The release keeps the latest revision of each data sheet. Model names are as the data sheet lists them.
On this page
Models · 17
| Model | Also known as | Note |
|---|---|---|
| HC-82XF-1 | ||
| HC-82XL-6 | ||
| HC-82XF-6 |
Airworthiness directives · 9
ADs whose products are models on this data sheet, matched by model and maker.
STCs approved under this data sheet · 3
What the data sheet says
From the PDF’s text layer, line by line: tables lose their columns. The PDF is the record.
Page No. 1 2 3 4 5 6
Rev. No. 25 24 25 24 24 24
DEPARTMENT OF TRANSPORTATION
FEDERAL AVIATION ADMINISTRATION
P-878
Revision 25
HARTZELL
HC-82X
March 6, 1981
TYPE CERTIFICATE DATA SHEET NO. P-878
Propellers of models described herein conforming with this data sheet (which is part of Type Certificate No. 878) and other
approved data on file with the Federal Aviation Administration, meet the minimum standards for use in certificated aircraft in
accordance with pertinent aircraft data sheets and applicable portions of the Federal Aviation Regulations provided they are
installed, operated, and maintained as prescribed by the approved manufacturer's manuals and other approved instructions.
Type Certificate Holder Hartzell Propeller, Inc.
350 Washington Avenue
Piqua, Ohio 45356
Type Constant speed; hydraulic (see Notes 3 and 4)
Engine shaft SAE #20 spline, SAE #2 flange, special flange 4" B.C.
Hub material Alloy steel
Blade material See below
Number of blades Two
Hubs eligible HC-82XF-1, -2, -3, -6; HC-82XG-1, -2, -6; HC-82XL-1, -2, -6; HC-82X20-1, -3,
-5; HC-82-XK-1, -2, -3; HC-82XS-2 (see Notes 1, 3, and 4, and "Blades Eligible.")
Blades
Eligible
Maximum
Continuous Takeoff Diameter
*Approx. Max. Wt.
Complete with Grease,
Mounting Bolts, etc.
(see Note 2) HP RPM HP RPM Limits (see notes 3 and 7) Blade Construction
Hub Models HC-82XF-1, -2, -3, -6; HC-82X20-1, -2, -3, -5; HC-82XK-1, -2, -3
7636C-0
to
7636C-8
225 3000 225 3000 76" - 68"
(-0 to -8)
64 lbs. Aluminum alloy
7636D-0
to
7636D-8
225 3000 225 3000 76" - 60"
(-0 to 8)
64 lbs. Aluminum alloy
8046-6
to
8046-14
150 2700 150 2700 74" - 66"
(-6 to -14)
58 lbs.
Special fabric base plastic;
stainless steel or brass tipping.
8427+2
to
8427-4
215 2600 215 2600 86" - 80"
(+2 to -4)
64 lbs.
Special fabric base plastic;
stainless steel or brass tipping
8428+2
to
8428-9
250 2600 250 2600 86" - 75"
(+2 to -9)
64 lbs.
Special fabric base plastic;
stainless steel or brass tipping
8428X-0
to
8428X-9
215
or
240
2600
1920
215
260
2600
2180
84" - 75"
(-0 to -9)
64 lbs.
Special fabric base plastic;
stainless steel or brass tipping
8433-0
to
8433-10
260 2625 260 2625 84" - 74"
(-0 to -10)
67 lbs. Aluminum alloy
8433S-0
to
8433S-10
260 2625 260 2625 84" - 74"
(-0 to -10)
67 lbs. Aluminum alloy
P-878 2
Blades
Eligible
Maximum
Continuous Takeoff Diameter
*Approx. Max. Wt.
Complete with Grease,
Mounting Bolts, etc.
(see Note 2) HP RPM HP RPM Limits (see notes 3 and 7) Blade Construction
Hub Models HC-82XF-1, -2, -3, -6; HC-82X20-1, -2, -3, -5; HC-82XK-1, -2, -3 (cont'd)
8833-0
to
8833-10
240 2600 240 2600 88" - 78"
(-0 to -10)
68 lbs. Aluminum alloy
9333C-0
to
9333C-5
260 2330 280 2330 93" - 88"
(-0 to -5)
72 lbs. Aluminum alloy
10133D-0
to
10133D-6
260 2180 260 2180 101" - 95"
(-0 to -6)
77 lbs. Aluminum alloy
10133D-3
to
10133D-6
280 2180 280 2180 98" - 95"
(-3 to -6)
77 lbs. Aluminumm alloy
Hub Models HC-82XG-1, -2, -6; HC-82XL-1, -2, -6
7636C-0
to
7636C-8
180 2700 180 2700 76" - 68"
(-0 to -8)
64 lbs. Aluminum alloy
7636D-0
to
7636D-8
180 2700 180 2700 76" - 68"
(-0 to -8)
64 lbs. Aluminum alloy
8046-6
to
8046-14
150 2700 150 2700 74" - 66"
(-6 to -14)
58 lbs.
Special fabric base plastic;
stainless steel or brass tipping.
8427+2
to
8427-4
86" - 80"
(+2 to -4)
64 lbs.
Special fabric base plastic;
stainless steel or brass tipping.
8428+2
to
8428-9
180 2600 180 2600 86" - 75"
(+2 to -9)
64 lbs.
Special fabric base plastic;
stainless steel or brass tipping.
8428X-0
to
8428X-9
180 2600 180 2600 84" - 75"
(-0 to -9)
64 lbs.
Special fabric base plastic;
stainless steel or brass tipping.
8433-0
to
8433-6
180 2600 180 2600 84" - 78"
(-0 to -6)
67 lbs. Aluminum alloy
8433-8
to
8433-14
180 2700 180 2700 76" - 70"
(-8 to -14)
67 lbs. Aluminum alloy
8433-0
to
8433S-6
180 2600 180 2600 84" - 78"
(-0 to -6)
67 lbs. Aluminum alloy
8433S-8
to
8433S-14
180 2700 180 2700 76" - 70"
(-8 to -14)
67 lbs. Aluminum alloy
8833-0
to
8833-10
180 2600 180 2600 88" - 78"
(-0 to -10)
68 lbs. Aluminum alloy
9333C-0
to
9333C-5
180 2330 180 2330 93" - 88"
(-0 to -5)
72 lbs. Aluminum alloy
10133D-0
to
10133D-6
180 2180 180 2180 101" - 95"
(-0 to -6)
77 lbs. Aluminum alloy
3 P-878
Blades
Eligible
Maximum
Continuous Takeoff Diameter
*Approx. Max. Wt.
Complete with Grease,
Mounting Bolts, etc.
(see Note 2) HP RPM HP RPM Limits (see notes 3 and 7) Blade Construction
Hub Model HC-82XS-2
8046-8 150 2700 150 2700 72" - 66" 58 lbs. Special fabric case plastic;
stainless steel or brass tipping.
*Weights apply to HC-82XF, K, G, L -2 hub models. Subtract 4 lbs. for -1 hub, 2 lbs. for -3 hubs, and 9 lbs. for -6 hubs. For
HC-82X20: Subtract 5 lbs. for -1 hubs, 1 lb. for -2 hubs. Add 2 lbs. for -3 hubs, and 4 lbs. for -5 hubs.
Certification basis CAR 14 effective March 5, 1952, as amended by 14-1 and 14-2
Type Certificate No. 878 issued October 8, 1952.
Date of application for Type Certificate April 14, 1952.
Production basis Production Certificate No. 10
NOTE 1. Hub Model Designation
Hub model designation
HC - 8 2 X 20 - 2 A
Denotes minor change not affecting eligibility
L denotes left-hand rotation
Denotes specific design features (see Note 4)
F denotes special flange, 4" B.C.
G denotes SAE No. 2 flange with 3/8" bolts
20 denotes SAE No. 20 spline
L denotes SAE No. 2 flange with 7/16" bolts
K denotes SAE No. 2 flange with 1/2" bolts and 3/4" bushings
Hartzell blade shank size
Number of blades
Identifies basic design
Hartzell controllable
NOTE 2. Blade model designation
Blade model designation
L 93 33 C - 3
Number of inches cut off from basic diameter
B denotes deicing boots
C denotes dimensional modification from original design
D denotes dimensional modification from original design
H denotes hard alloy (see Note 6)
S denotes square tip
Basic model or template
Basic diameter in inches
Denotes left-hand blade
P-878 4
NOTE 3. Pitch Control. Eligible with the following governors:
Hartzell Models B-(x)-(x); D-(x)-(x); F-(x)-(x) Weight 4.5 lbs.
Hoof Model 1-000-007 series Weight 3.5 lbs.
Woodward Model x210xxx or x210x-xxx
Hamilton Standard Models 1A4, 1M12, 1P12 and 1Q12 Weight 4.5 lbs.
The Hartzell B-0 is the only model which is interchangeable with the Hamilton Standard 1M12 or 1Q12.
Other Hartzell models are not interchangeable with any Hamilton Standard model without modification of
the latter. On all models except the -6, oil pressure is used to change the pitch of the blades from high to
low pitch. The action is reversed in the -6 model, which has no blade counterweights.
NOTE 4. (a) Feathering. The -2 models incorporate feathering and unfeathering features.
The -1, -3, and -6 models do not feather.
(b) Reversing. The -5 model incorporates reversing but not feathering.
NOTE 5. Left-Hand Models. The left-hand version of an approved model propeller is eligible at the same rating
and diameter as listed for the right-hand model. See Notes 1 and 2.
NOTE 6. Interchangeability.
(a) Blades.
(1) Hard alloy blades eligible only on seaplanes and amphibious aircraft.
(2) 8433A blades are interchangeable with 8433 blades providing all blades in the same propeller
are identical.
(b) Propellers. Only propellers listed on this data sheet may be replaced by corresponding propellers
listed in TC Data Sheet P23GL and P24GL and Type Certificate Data Sheet P-908,
provided model designations are the same except that the identifying base design
digit "8" (see Note 1) may be replaced by the letter "A" and/or "X" replaced by "V".
NOTE 7. Accessories.
(a) Propeller Anti-icing
(1) Eligible with fluid feed shoes or Icex boots installed in accordance with Hartzell Special
Instructions No. 59.
(2) Eligible with Hartzell fluid feed equipment on propeller models for which the equipment is
available.
(3) Eligible with Cessna 0850305 slinger ring installed only on Cessna spinner (see item (b)(2)
below).
(b) Propeller Deicing
(1) Eligible with Goodrich Electrical Propeller Deicer when installed according to instruction
given in Goodrich Report 59-728.
(2) Eligible with Goodyear Electrical Propeller Deicer when installed according to instruction
given in Goodyear Report No. 147 dated October 23, 1961.
(c) Propeller Spinner
(1) Eligible with Hartzell spinners (weight of spinner extra).
(2) Eligible with Cessna spinner dome 0752006 and bulkhead 0850300.
NOTE 8. Not applicable.
5 P-878
NOTE 9. Table of Propeller-Engine Combinations
Approved Vibrationwise for Use on Normal Category Single-Engine Tractor Aircraft
The maximum and minimum propeller diameters that can be used from a vibration standpoint are shown
below. No reduction below the minimum diameter listed is permissible, since this figure includes the
diameter reduction allowable for repair purposes.
Blade
Model Engine Model
Max. Dia.
(Inches)
Min. Dia.
(Inches) Placards
7636C Lycoming O-290-D2A 74 72 Never exceed 2750 rpm
Lycoming O-320 76 72 None
7636D Lycoming O-290-D2A 76 72 None
Lycoming O-320 76 70 None
Lycoming O-320-B1A 72 70 None
Lycoming O-340 76 72 None
8433 Continental O-470-A 84 82 None
Continental O-470-B 84 80 None
Continental O-470-H 84 81 None
Continental O-470-J 84 82 None
Continental O-470-K 84 78 None
Continental O-470-L 84 78 None
Continental O-470-M 84 80 None
Continental IO-470-C 84 80 None
Continental IO-470-D 80 78 None
Lycoming O-320 72 70 None
Lycoming O-340 72 70 None
Lycoming O-340-A1A 72 70 None
Lycoming O-540-A1A 77 76 Avoid continuous operation
beteen 2225 and 2275 rpm
Lycoming O-540-A1A 82 80 None
Lycoming O-540-A1A5, -A1B5 77 73 None
Lycoming O-540-A2B 82 80 None
Lycoming O-540-B1A5 77 73 None
Lycoming O-540-B1B5 77 73 None
8833 Continental O-470-A 88 86 None
Continental O-470-E 88 86 None
Coontinental O-470-J 88 86 None
Continental O-470-K 88 86 None
Continental O-470-L 88 86 None
Lycoming O-640-A1A5 88 86 Avoid cont. eng. operation
between 1950 and 2200 rpm
9333C Lycoming GO-435-C2B, -C2B1 93 91 Avoid cont. eng. operation
between 1675 and 2160 rpm,
between 2900 and 3200 rpm
Lycoming GO-435-C2B, -C2B1 90 88 None
Lycoming GO-435-D1 91 89 Avoid cont. eng. operation
between 1675 and 2160 rpm,
between 2900 and 3200 rpm
Lycoming GO-435-D1 90 88 None
Lycoming GO-480-B1A 90 88 None
Lycoming GO-480-A1A 90 88 None
Lycoming GO-430-B, -B1C 90 88 None
Continental GO-300-A 90 90 None
10133D Lycoming GO-435-C2B, -C2B1 101 95 Avoid cont. eng. operation
between 2600 and 2975 rpm
Lycoming GO-480-B1A6 98 92 None
Lycoming GO-435-C2B2-6 101 95 None
Lycoming GO-435-C2B-6 101 85 None
P-878 6
Note 10. Special Note.
The word "eligible" as used herein does not signify approval as part of this type certificate. "Eligible"
accessories and governors must be approved as part of the aircraft type certificate upon compliance with
the applicable aircraft airworthiness requirements.
....END....