Suzuki Df6 Owners Manual

RELATED SUZUKI OUTBOARD SEARCHES:

Suzuki highly recommends that you use alcohol - free un-leaded gasoline with a minimum pump octane rating of 87 (R+M / 2 method) or 91 (Research method). However, blends of unleaded gasoline and alcohol with equivalent octane con-tent may be used. Allowable maximum blend of. 2002-2005 Suzuki DF4 DF5 DF6 Repair Manual; 2002-2011 Suzuki DF4 DF5 Repair Manual; 2010-2014 Suzuki DF8 DF9.9 9.9hp Repair Manual; 1996-2002 Suzuki DF9.9 DF15 Repair Manual; 2003-2011 Suzuki DF9.9 DF15 Repair Manual; 2012-2013 Suzuki DF15 DF20 Repair Manual; 1997-1999 Suzuki DF25 DF30 25hp Repair Manual; 2000-2007 Suzuki DF25 DF30 Repair Manual. Get Free Suzuki Df6 Outboard Service Manual Suzuki Df6 Outboard Service Manual Getting the books suzuki df6 outboard service manual now is not type of challenging means. You could not unaided going taking into consideration book heap or library or borrowing from your associates to admission them. This is an certainly easy means to specifically get.

PROPELLERS

An outboard motor is designed to develop its rated power within a specified engine speed range. The maximum rated power delivered by the Suzuki models are shown in your service manual. If the standard propeller fails to meet the above requirement, use another pitch propeller to hold the engine speed within the range specified in your manual propeller selection chart.
Installing a propeller with pitch either too high or too low will cause incorrect maximum engine speed, which may result in severe damage to the motor.

Disassembly of propeller shaft components

1. Slide propeller shaft away from reverse gear housing assembly

Account for reverse gear back-up shim thrust washer

2. Remove horizontal slider and forward gear thrust washer

3. Remove spring

4. Using special tool, push dog pin shifter.

5. Remove clutch dog shifter propeller shaft.

PROPELLER

• Inspect propeller for bent, chipped or broken blades and replace or repair if necessary.

• Inspect propeller bushing splines for wear or other damage and replace if necessary.

• Inspect propeller bushing for deterioration or slipping and replace if necessary.

PROPELLER SHAFT COMPONENTS

• Inspect horizontal slider and connector pin for excessive wear or other damage. Replace if necessary.

• Inspect clutch dog shifter for excessive wear, chip or other damage. Replace if necessary.

• Inspect dog pin for bent or other damage. Replace if necessary.

• Inspect propeller shaft / splines for wear, twist or other damage. Replace if necessary.

PROPELLER SHAFT BEARING HOUSING

• Inspect housing for cracks or other damage. Replace if necessary.

• Inspect propeller shaft bearings and reverse gear bearing for pitting, rough or other damage. Replace if necessary.

• Inspect oil seals and O-ring for cuts, nicks or tears.

Replacing propeller shaft oil seal

1. Remove retaining ring

2. Extract oil seals

1 and washer 2.3 using oil seal remover.

Do not re-use oil seal once removed.

Always use a new oil seal.

3. Apply Water Resistant Grease to inner circumference of housing.

4. Using an oil seal installer, drive two oil seals (one at a time) into housing.

The lipped portion of seal should face towards propeller.

Apply Water Resistant Grease to seal lips.

5. Install washer and retaining ring.

PROPELLER INSTALLATION

1. Install spacer shaft, then slide on propeller

2. Fit spacer specified torque.

1 and propeller stopper 2 onto propeller3.4, washer 5 and nut 6, then tighten nut to

Propeller nut : 55 N.m (5.5 kg-m, 40.0 lb.-ft.)

3. Push cotter pin secure.

PROPELLER SELECTION FOR COUNTER

ROTATION

For counter-rotation model, newly designed stainless steel propellers are available as follows.

Suzuki highly recommend to use the genuine Suzuki counterrotation propeller for the counter rotation model. In case of twin installation, always use on both engines, the same size normal rotation and counter-rotation propellers.

ENGINE CRANKED, BUT NOT START (OR STOPS SHORTLY AFTER STARTING)
UNSTABLE IDLING / TROLLING (OR ENGINE TENDS TO STALL)

• Incorrect by-pass air screw adjustment [NOTE3]
• IAC valve failure [NOTE3]
• IAC passage failure (clogged hose, etc.) [NOTE3]
• Spark plug failure
• Ignition coil failure
• ECM failure
• Wire continuity / connection failure
• Failure of high pressure fuel system components :
• Fuel injector (clog, stuck valve, etc.)
• Fuel pressure regulator (incorrect regulated pressure, etc.)
• Fuel pump (clogged suction filter, leakage in tank, etc.)
• Fuel filter (clog, etc.)
• Hose (clog, kink, leakage, etc.)