FP476 Force PROPELLER - 140 H. P. (ACCESSORY ITEM)

Index
1. Water Temperature Contactor Switch Fails to Signal Shutoff.2. Water Temperature Contactor Switch Signals Shutoff at Low Temperature.3. Oil Pressure Contactor Fails to Signal Shutoff.4. Overspeed Contactor Switch Fails to Signal Shutoff.5. Overspeed Contactor Switch Signals Shutoff at Low Speed.6. Rack Solenoid Fails to Shutoff Engine.7. Unstable Governor (Woodward PSG).8. Clutch Slips, Heats or Lever Disengages.9. Clutch Shaft End Play Excessive.10. Gas Supply Line Solenoid Valve Fails to Close.11. Instrument Panel Gauge Switches Fail to Stop Engine.12. Instrument Panel Gauge Switches Prevent Engine Start.13. Oil Pressure Shutoff Prevents Engine Starting and Running.14. Output Shaft Load Causes Engine Speed To Drop Rapidly.15. Output Shaft Governor Surges Under A Load.16. Output Shaft Governor Surges Under No Load.17. Output Shaft Unloading Causes Engine Speed to Increase Excessively.Water Temperature Contactor Switch Fails To Signal Shutoff Water Temperature Contactor Switch Signals Shutoff At Low Temperature Oil Pressure Contactor Fails To Signal Shutoff Overspeed Contactor Switch Fails To Signal Shutoff Overspeed Contactor Signals Shutoff At Low Speed Rack Solenoid Fails To Shut Off Engine Unstable Governor Operation (Woodward PSG) Clutch Slips, Heats Or Lever Disengages Clutch Shaft End Play Excessive Gas Supply Line Solenoid Valve Fails To Close Instrument Panel Gauge Switches Fail To Stop Engine Instrument Panel Gauge Switches Prevent Engine Start Oil Pressure Shutoff Prevents Engine Starting And Running Output Shaft Load Causes Engine Speed To Drop Rapidly Output Shaft Governor Surges Under A Load Output Shaft Governor Surges Under No Load Output Shaft Unloading Causes Engine Speed To Increase Excessively Woodward PSG Governor
Fuel System Adjustments
Only trained personnel should attempt to adjust fuel rack settings and the governor. The low and high idle rpm, and rack setting dimensions for these engines, are listed in the RACK SETTING INFORMATION.
Fuel Rack Setting (Diesel Engines)
9S240 Rack Positioning Tool Group.8S7115 Wire.8S8159 Seals. 8S8157 Sealing Tool.1P2385 Protractor Tool.
PARTS OF 9S240 RACK POSITIONING TOOL GROUP
1. 8S4627 Circuit Tester. 2. 9S8518 Plug. 3. 9S8521 Rod. 4. 9S215 Dial Indicator. 5. 9S7350 Rack Positioning Bracket Group.Either 9S7350 or 9S238 Rack Positioning Bracket Group makes it possible to set the rack, or measure rack position, during normal operation of the engine. The ability to observe rack position during operation, can provide most of the needed data to determine actual horsepower output and diagnose the cause for lack of power.1. Refer to the RACK SETTING INFORMATION to obtain the correct rack setting dimension.2. Disconnect the governor control linkage, so the governor control lever can be moved throughout its entire travel.3. Remove the fuel rack cover and gasket from the front of the flange of the accessory drive housing.4. Install rack positioning bracket group and dial indicator, over the opening for fuel rack cover on front flange of accessory drive housing.5. Place spacer (6) over the rod in the bracket. Adjust the dial on the indicator to read zero when the hole attachment (7) is against the rod and the rod is against the spacer.
DIAL INDICATOR ADJUSTED TO ZERO READING (Typical Example)
6. Spacer. 7. Hole attachment.6. Rotate the governor control lever in the fuel-on direction until the rack stop adjusting screw is contacted. Rack setting can be read at this time on the 9S215 Dial Indicator.
Before starting the engine be sure the rack can be moved throughout its entire length of travel.
7. To adjust the rack setting, break the seal on the rack stop adjusting screw cover, remove the cover and loosen locknut (9). With a screwdriver, adjust screw (8) clockwise to decrease rack travel. Hold the lever (10) so the rack stop screw is contacted when reading the rack travel on the 9S215 Dial Indicator.8. After the rack stop screw is properly adjusted, tighten locknut (9), install cover and seal.
ADJUSTING RACK SETTING (D330C and D333C Engines Illustrated)
8. Rack stop adjusting screw. 9. Locknut. 10. Lever.Governor Linkage Adjustment
Illustrated here are three basic usages of 1P2385 Protractor Tool
1P2385 PROTRACTOR TOOL USAGE
A-Angle setting indicator. B-Protractor plate edge aligned with lever. C-Vertical housing face and extension arm alignment. D-Level bubble. E-Angle setting indicator. F-Extension arm aligned with lever. G-Extension arm aligned with lever. H-Plate edge aligned with second lever. I-Angle setting indicator.D330C and D333C Engines
1. With engine stopped, remove the rod (2) and disconnect spring (4).2. Assemble lever (3) on the shaft and hold the lever at an 8° angle from vertical as shown.3. Install and adjust rod (2) so lever (1) is at an angle of 30° from vertical as shown. Install the spring.
LINKAGE ADJUSTMENT MEASUREMENTS [Dimension in inches (mm)]
1. Governor control lever. 2. Rod. 3. Lever. 4. Spring.D334 Engine
1. With engine stopped, disconnect the linkage rod (2) from lever (1).2. Move lever (3) counterclockwise as far as possible to shutoff position.3. Adjust the length of rod (2) and install it so lever (1) makes a 15° angle from vertical as shown.
LINKAGE ADJUSTMENT MEASUREMENTS (Earlier) [Dimension in inches (mm)]
1. Governor lever. 2. Rod. 3. Lever.
LINKAGE ADJUSTMENT MEASUREMENTS (Later)
1. Governor lever. 2. Rod. 3. Lever.G333C Engine
1. With engine stopped, disconnect linkage rod (2) from lever (3). Disconnect spring (4).
LINKAGE ADJUSTMENT MEASUREMENTS [Dimension in inches (mm)]
1. Throttle plate shaft lever. 2. Rod. 3. Governor lever. 4. Spring.2. With carburetor throttle plate in the closed position, drill and pin lever (1) in position, on carburetor throttle shaft, 45° from vertical as shown.3. Attach governor lever (3) to terminal shaft 18° from vertical as shown when shaft is in shut off position.4. Install and adjust rod (2) so both lever angles remain as mentioned above.5. Install the spring.Installation Adjustments
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