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TECHNICAL MANUAL AND PARTS LIST WESTERBEKE· ,.,i.--i-Dies.el Engine - 1-5. . . ' . FOUR-60 M'ODEL publication Numlter 16521 Edition 2 20~O -July WESTERBEKECORPORATION AVON INDUSTRIAL PARK. AVON. MA 02322. TEL: (61 58fJ..7100...
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Westerbeke Model Four-60 Marine Diesel Engine. and is designed to be a ,guide for those concerned with the operation and maintenance of these diesels. The diesel engine closely resembles the gasoline engine inasmuch as the mecha- nism is essentially the same.
WESTERBEKE MODEL FOUR- 60 15 h. p. Mini Diesel Engine TABLE OF:' CONTENTS Page No..INTRODUCTION ..' ..PHOTOGRAPHS " INSTALLATION DRAWINGS ......
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LUBRICATION OIL OIL PRESSURE SWITCH ..!!L-~------- FILLER CAP TACH OMETER DRIVE SECONDARY FUEL FILTER BLEED SCREW COLD START SOLENOID FUEL INJECTOR UNION NUT COLD START GLOW PLUG FRESH WATER PUMP SEA WATER PUMP SEA WATER . PUMP DRAIN ADJUSTABLE ~10UNTS FLEX (RemOve after installation) LIFTING...
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ST ARBOARD AND PORT VIEWS-FOUR 60/SSL Photos above show the SSL Transmission which was designed for the Four-60 Diesel. The gear is available in two Ratios, 1.3:1 and 2:1. Its small size and moderate offset greatly increases installability of Four-60 by de-...
GENERAL DATA DIESEL ENGINE Number of cylinders Compression ratio 23·6: 1. Bore 2'477 to 2·4785 in. (62'915 to 62'94i nun.). Stroke 3·0 in. (76'2 mm.). Capacity 57·9 cu. in. (948 c.c.). Idling speed 600 r.p.m. Maximum governed light running speed 2,750 r.p.m.
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GENERAL DATA-continued Exhaust Inlet Valve mechanism 45° B.B.D.C. Valve opens] with ·020 in. ('508 mm.) valve rocker clear- 5° B.T.D.C. 5° A.T.D.C. Valve closes ance 30° A.B.D.C. 45° Valve seat angle 45° Valve seat face width .. ·075 in. (1·906 mm.) ·075 in.
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Voltage ......12 V. D. C. TRANSMISSIONS Four-60 Gear Options · ..
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INSTALLATION Page No. FOREWORD INSPECTION OF SIllPMENT FOUNDATION FOR ENGINE ENGINE BOLTS PROPELLOR COUPLING ALIGNMENT EXHAUST LINE INSTALLATION ENGINE 'COOLING SYSTEM FUEL PIPING FUEL SUPPLY CONTROLS ELECTRICAL SYSTEM PREWIRING AND OPTIONS STARTING AID 1.5...
INSTALLATION FOREWORD It is not the purpose of this section to advise boatyards and engine installers on the generally well understood and well developed procedures for installation of engines. However the following outline of general procedure· is included because it is valuable in explaining the functions of each component, the reasons why precautions to be watched and the relationship of the inst.allation to the operation of the engine.
ENGINE BOLTS . recQm.meJ}.cj~dJhat Cb.a.ng,~.:.r bolts)~ It is· mch lag bolts preferably of bronze,. be ·1.i~~d ~he enw.!l~· ~uJ).PC?r~~_g ·":L.~g~~crews tM.o:ugh mqunt$;' are less p!-eferred because their hold on the wood is weakene~'every time they are move.d~ whereas the lag bolt stays position and the nuts on top·...
1/2 inch for every ten feet of length beyond the first ten. ENGINE COOLING SYSTEM The Westerbeke Four-50 diesel is fresh water cooled, utilizing what is known as a "closed system", wherein the fresh water is circulated by a centrifugal pump...
Throttle Control Fuel Stop Control Idle Stop JI!.' Fig. 2 Fuel Injection Pump Throttle and STOP /RUN Lever Control Positions NOTE: The' fue.l njecti on pump Fuel Stop Control 1 ever shoul d be spr; ng loaded position. to the run CONTROLS used~ If manual SAO transmission is...
Factory Installed Engine Alarm System (Optional) This alarm system, to indicate the 'existence of high water temperature or low oil pressure, is designed and installed on your Westerbeke diesel at the factory. It consists of an audible alarm to indicate either failure, the alarm being part of the key switch panel.
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'"16 START MOTOR & SOLENOID OPTIONAL ENGINE Wiring Diagram with Generator and Skipper Panel Fig. 3 KEY SWITCH PANEL ---;F;--- -------1 . @)WESTERBEKE ALL ELECTRIC PANEL. (WITH ALTERNATOR ONLY) LAMPS ~----~~--~~~ ® START PREHEAT ® L _____________ BATTERY CA8L.E WATER TEMP.
STARTING AID (Fig'. 5) The starting aid on Westerbeke Four- 60 consists of a co'mbustion chamber glow plug preheater which operates by heating the air coming into the combustion chamber. Due to the drop in battery voltage from 12 volts to 9 volts· during...
OPERATION Page No. PREPARATION FOR STARTING ENGINE AFTER INSTALLATION BLEEDING THE FUEL SYSTEM TO START ENGINE WHEN ENGINE STARTS TO STOP ENGINE OPERATING PRECAUTIONS COLD WEATHER PRECAUTIONS POST DELIVERY CHECKOUT ~NTENANCESCHEDULE END OF SEASON SERVICE...
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LUBRICATING OILS Lubricating oils are available for Westerbeke Diesel engines which offer an improved standard of performance to meet the requirements of modern operating conditions such as sustained high speeds and temperatures. These oils meet the requirements of the U. S. Ordnance SpecificationMIL-L~2104B (API Service CC).
OPERATION PREPARATION FOR STARTING ENGINE AFTER INSTALLATION The engine is shipped dry", that is, with lubricating oil drained from the crank- case and transmission. The following procedure should be checked methodically before starting the engine for the first time. Remove oil filler cap and fill oil sump with approximately 4.5 U. S. quarts of diesel lubricatin~ oil to the highest mark.
Slacken the air bleed screw on the fuel injection pump, situated directly above the pump nameplate. Operate the lift pump priming lever, and when bl~ed fuel flows from the bleed screw free of air bubbles, tighten the screw. Slacken the union nuts at, injector end of each of the high pressure pipes (pipes going from the injection pump to each of the four injectors).
Recheck Expansion Tank Water (This applies after'cooling system Level" has been drained or filled for the first time.) Stop engine after engine has reached operating temperature' of 175 F and add water to within one inch of top of tank. WARNING: The system is pressurized when overheated and the pressure must be released gradually if the filler cap is to be removed.
Do not be alarmed if temperature gauges show a high reading following a sudden stop q.fter engine has been operating at full load~ This is caused by the release of residual heat from the heavy metal masses near the combustion chamber. Prevention for this is to run engine at idle for a short period before stopping it.
MAINTENANCE SCHEDULE DAILY i~stalled. Check sea water strainer, if one has been Check water level in cooling system. Check lubricating oil level in sump, fill to highest mark on dipstick. Turn down grease cup on water pump one firm turn. Check lubricating.
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Drain fresh water cooling system by removing the surge tank pressure petco~k cap and opening the (turn counter-clockwise) near the flywheel housing on the fuel hand pump side of cylinder block. Remove the hex screw plug on port under side of heat exchange and deter- mine if zinc rod in plug' needs replacing.
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SECTION A DIESEL ENGINE Section Camshaft 1\.9 Camshaft bearing liners A.16 Connecting rods A.12 Crankshaft .. A.ll Cylinder head Cylinder liners A.17 Engine back plate _A.IO Engine front plate Flywheel A.IO Lubrication system Oil filter-external .• Oil pressure relief valve Oil pump Oil pump drive Oil strainer...
DIESEL ENGINE EXTERNAL OIL FILTER The external filter is of the full-flow type, thus ensuring that all oil in the lubrication circuit passes through the filter before reaching the bearings. Oil is passed· through the filter from the pump at a pressure controlled at 50 lb./sq.
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DIESEL ENGINE Inspection (4) Check the relief valve spring against the specifi- cation given in 'GENERAL DATA'. Check the valve seating by appJying engineer;s blue to the conical valve face and testing for continuous marking. If necessary, lap the valve onto the seat, using tool 18G 69.
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DIESEL ENGINE Section A.7 VALVE ROCKER SHAFT AND TAPPETS RemoviDg Valve rocker shaft (1) Disconnect the breather pipe from the rocker cover. (2) Unscrew the two rocker cover retaining nuts and remove the two engine sling brackets. (3) Remove the rocker cover, cup washers, and rubber bushes .
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nmSEL ENGINE Dismaniling (20) Unscrew the heater plugs from the cylinder head. (21) Remove the two nuts and washers securing the exhaust manifold, and the six nuts and washers securing both air and exhaust manifolds, and lift both manifolds away. Remove the spill pipe and clamps from the in- (22) jectors, and .
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DIESEL ENGINE (31) Check the valve stem to guide clearance against the figures given in 'GENERAL DATA'. If new valve guides are fitted, the top face of each guide should in. (15 mm.) above the valve spring seat surface of the cylinder head. (32) Check the valve head stand-down against the figure in 'GENERAL DATA'.
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nmSEL ENGINE the chain tensioner packing block and the injection pump chain wheel hub. (30) Remove the injection pump (Section C.6,.. (1) to (3) ). (31) Remove the chain wheel hub from the front plate. Inspection (32) Examine the crankshaft front oil seal, and renew it if there is the slightest sign of wear or damage.
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DIESEL ENGINE Camshaft (38) Reverse the procedure in (20) to (23), noting the following points: Fit the camshaft retaining plate with its white- metal· face towards the camshaft. Bleed the fuel system as described in Section C.8, after the lift pump has been connected into the system.
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DIESEL ENGINE Inspection Crankshaft and main bearings (S) Examine the crankshaft oil seal, and renew it if Carry out the procedure in (1) to (8). there is the slightest sign of damage. (10) Remove the engine front plate (Section A.9., (2) to (S), (7) to (19), and (2S) to (28».
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DIESEL ENGINE (9) Remove the rocker shaft and push-rods (Section A.7, (1) to (5) ). (10) Remove the cylinder head (Section A.S, (6) to (9), (11) and (12), (14) and (15), and (17) to (19) ). (11) Unscrew the connecting rod cap bolts, remove the halves~ caps with their bearing and withdraw the...
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DIESEL ENGINE (26) Refit the front axle and radiator by reversing the procedure in Section 0.1, (2) to (7) and Section B.3, (1) to (10). (27) Bleed the fuel system (Section C.S). (28) Refill the hydraulic system (Section M.6). (29) Refill the cooling system (Section B.1, (9) to (11) or Section B.6, (6) to (9) ).
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DIESEL ENGINE Section A.14 VALVE TIMING CHECK Set the valve rocker clearance of No.1 cylinder inlet valve to ·020 in. (,51 mm..). Crank the engine until the exact point at which No.1 inlet valve is about to open. A clock gauge, wi:th its plunger contacting the valve spring collar, will facilitate this operation.
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DIESEL ENGINE Fig. A.20 Removing a camshaft liner using tool 18G 124 A and adaptor 18G 124 K. The inset shows the liner being replaced 1. Slotted washer. 2. Slotted washer. 3. 'D' washer. 4. Adaptor 18G 124 K. Fitting new bearing liners Centre bearing liner (15) Insert pilot adaptor 18G 214 K into the front The bearing liners should...
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DIESEL ENGINE Feed the reamer very slowly. Keep the cutters dry and flutes the cutter free of swarf, preferably with air-blast equipment. When half-way through each bearing, withdraw the cutter and remove all swarf from both cutter and bearing liner. When reaming is completed, thoroughly clean all the oil-ways.
COOLING SYSTEM FUNCTIONAL'DESCRIPTION The indirect system of heat exchange cooling is used and consists of a closed fresh water circuit and an open sea water circuit. The coolant circulation in the closed circuit is from the combination exhaust mani- fold and surge tank, through the heat exchanger and engine water jacket, and then returned to the surge tank.
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THERMOSTAT Removing: Drain the cooling system so that the coolant level is below the mounting surfaces of the thermostat housing. Loosen clamp securing water hose to thermostat housing. Remove the three retaining nuts securing the thermostat housing to the cylinder head. Lift housing from cylinder head;...
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REMOVING FRESH WATER PUMP (Fig. B5) Drain the cooling system. Slacken the dynamo mounting and adjusting link bolts and disengage the drive belt from the water pump pulley. Unscrew the four bolts and remove the water pump pulley. Sl~cken the by-pass hose clips Unscrew the four water pump body bolts and withdraw the water pump from the water pump adaptor.
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INSPECTION Check the interference fit of both the pulley hub and the vane on the pump spindle (see GENERAL DATA). If the fit has been destroyed, renew the components. 10. Ensure that the bearing grease retainers are good ·condition. REASSEMBLING 11.
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SECTION C FUEL SYSTEM (DIESEL MODELS) C.IO Altitude settings Filter-main .• CoS' Injection pump Injectors Lift pump •• Maximum and idling speed adjustment ••...
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FUEL SYSTEM (Diesel Models) Section C.3 FUEL TAP Removing (1) . Turn the fuel tap off. Fig. C.4 (2) Disc9nnect the fuel supply pipe and injector spill return pipe from their connections on the fuel tap. Section through the fuel lift pump (3) Drain the fuel tank.
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FUEL SYSTEM (Diesel Models) Section C.S MAIN FUEL FILTER Removing, (1) Disconnect the fuel pipes from the filter head. (2) Remove the two bolts from the filter head mount- ing flange and withdraw the filter from the engine. Dismantling (3) Unscrew the centre-bolt in' the filter head and detach the base from the filter.
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FUEL SYSTEM (Diesel Models) (S) Press the throttle shaft downwards and withdraw (see Fig. C.7). Remove the drive plate and top adjusting plate, and withdraw the rollers and shoes the control cover complete with shut-off shaft. from the pumping and distributing rotor. Discard theco'ntrol cover gasket.
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FUEL SYSTEM (Diesel Models) (35) Check that the transfer pump vanes are a sliding fit in their slots when lubricated with fuel oil. (36) Inspect the bore of the regulating valve sleeve for wear and ensure that the valve piston can move freely through it.
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FUEL SYSTEM (Diesel Models) Fig. C.10 Assemble the top adjusting plate and the drive plate periph~ries with the slots in their aligned with the Fig. C.ll scribed mark on the pumping end of rotor Tightening the transfer pump rotor, using torque wrench 180536 and tools 180659' and 18G 634 housing.
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FUEL SYSTEM (Diesel Models) Fit the two hydraulic head locking screws finger- tight, positioning the screw with the vent valve above the pump nameplate. (51) Hold the drive hub with tool 180 659 and, using spanner 18G 634, tighten the transfer pump rotor to the torque figure given in 'GENERAL DATA' (see Fig.
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FUEL SYSTEM (Diesel Models) Testing and adjusting (75) The following precautions must be observed when testing the pump: Ensure that the power-driven test bench is set to run in the direction of pump rotation as indicated on the pump nameplate. Ensure that the fuel flow at the-pump inlet is not less than 1,000 c.c./min.
FUEL SYSTEM (Diesel Models) Test 5-Advance position Increase the pump speed to 1,400 r.p.m. The advance gauge reading should now be 3! 41°. Test6-Back-kakage Run the pump at 1,000 r.p.m. and measure the back-leakage in the measuring glass: it should be 5 to 50 C.c.
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FUEL SYSTEM (Diesel Models) adjustment replace the cover-plate and prime the pump as described in (S2). Re-check the fuel delivery and, if necessary, re-adjust the pump output. Test 8-Maximum fuel delivery check, Decrease the pump speed to 150 r.p.m. The average delivery for 200 shots should now be not less than that obtained in 'Test 7' minus 1·6 c.c.
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FUEL SYSTEM (Diesel Models) Fig. C.20 Clearing the pintle orifice Fig. C.21 Cleaning the annular chamber Fig. C.19 Checking the position of the injection timing pump Clean all carbon from the nozzle valve and the pointer, using timing gauge 18G 1052 outside of the body with the brass ..
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FUEL SYSTEM (Diesel Models) Fig. C.23 Cleaning the nozzle seat ~C!-=----2 ·4 Fig. C.24 - - 5 _ _ _ _ 1'11111 Clearing the auxi- [iary spray hole ~----6 ~ses. (14) In where the ca.rbon deposit is particularly hard, it can besoftened by boiling the nozzle bodies in a caustic solution: Dissolve 2 oz.
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FUEL SYSTEM (Diesel Models) Fig. C.28 Correct nozzle and valve seat angles Fig. C.27 to seat in a lower position than the auxiliary spray Reversellushing an injector lzozz1e with testing hole and the nozzle will· be useless. machine 18G 109 A and adaptor 18G 109 E.
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FUEL SYSTEM (Diesel Models) (29) After refacjng, inspect the valve under the nozzle microscope. (30) If, due to slight distortion.or deposits on its guide surface, the valve is found to be a tight fit in the nozzle body, it can be corrected by lapping the guide surface of the valve.
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FUEL SYSTEM (Diesel Models) (1) Ensure that the stop control is fully home in the Refitting run position and remove the sealing cap from the (44) Reverse the procedure in (1) to (3), noting the maximum speed stop screw. following: (a) Renew both sealing washers on each injector.
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SAO TRANSMISSION Page No. DESCRIPTION OPERATION TROUBLE SHOOTING DISASSEMBLY OF SAO TRANSMISSION REMOVAL OF REDUCTION GEAR ASSEMBLY FROM REVERSE GEAR HOUSING IF INSTALLED " " REMOVAL OF REVERS.E GEAR·HOUSING ASSEMBLY FROM ENGINE. 51 . REMOVAL OF GEAR CASE ASSEMBLY FROM REV'ERSE GEAR HOUSING DISASSEMBLY OF GEAR CASE INSPECTION...
SAO TRANSMISSION DESCRIPTION The Westerbeke Paragon manually operated reverse gear units consist of a multiple disc clutch and a planetary reverse gear train. The units are self (:on- tained and are independent of the engine lubrication system. OPERATION On the forward drive.. the reverse gear case and multiple disc clutch are loc.ked together as a solid coupling.
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TROUBLE SHOOTING CH,ARTS Ch art GEAR D~AGGING DRIVE SHAFT ROTATES EITHER FORWARD OR REVERSE WITH SHIFT LEVER IN NEUTRAL Check For DEFECTIVE FORWARD CLUTCH PLATES 3 .. BINDING IN PLANET ASSEMBLY 4. OVER ADJUSTMENT ON 2. REVERSE BAND ENGAGING GEAR CASE FORWARD AND REVERSE ------------------------------REMEDy------------------------------- b.
TROUBLE SHOOTING CHART hart GEAR riVE INOPERA DRIVE SHAFT OOES NOT ROT ATE WITH SHIFT LEVER IN FORWARD OR REVERSE Cht:ck For 1. FAILURE OF PLANETARY ASSEMBLY 4. REVERSE SAND NOr ENGAGING GEAR CASE 2. FAILURE OF REDUCTION GEAR 5. SROK EN OUTPUT SHAFT 3 ..
REMOVAL OF REVERSE GEAR HOUSING ASSEMBLY FROM ENGINE Remove capscrews and lockwashers that secure reverse gear housing (3) to front end plate (5). Slide entire revers e gear 'housing ( straight back approximately inches until housing is clear of front plate engine gear and lift reverse gear (1 ) housing assembly clear of front plate...
11. Remoye caps crews and lockwashers that secure reduction ada :>ter plate (85) to reverse gear housing (3). Remove reduction adapter plate with attached bearing (88) and reduc- tion drive gear (87). Press bearing with drive gear from adapter plate. Press bearing from drive gear.
INSPECTION All parts should be thoroughly cleaned before inspection. Parts showing excessive wear should be replaced. Ball and roller bearings should be examined for indication of. corrosion and pitting on balls or ro.!.lers and races. Long and short pinion bushings should be examined for wear. Pinion shafts should be examined for wear o;r "brinelling".
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Insert plnlon shaft (42) plain end first, into unthreaded end of gear case and push through pinion as far as rear wall of gear case, forcing out the dummy shaft. Remove dummy shaft, and start pinion shaft into rear wall of case. ~haft Do not drive pinion all the way into gear case until all shafts...
CAUTION: The forward clutch is not properly adjusted at the end of this assembly. Proper adjustment is made after installation in boat is complete. Follow instruc- tions as outlined under section on adjustments. ASSEMBL Y OF REVERSE GEAR CASE IN REVERSE GEAR HOUSING REDUCTION MODEL Place new gaskets (8), (7), .and (4) on front, rear, and top of reverse gear housing (3).
washer and install Woodruff key (27) in keyway in tailshaft. replacement~ 23. If removed for press new oil seal (21) into direct drive plate (15). Press ball bearing (25) into direct drive plate. 24. Place direct drive plate. oil seal and ball bearing assembly on suitable support and press gear half coupling (14) into oil seal (21) and ball bear- ing (25) until gear half coupling is seated against ball bearing.
ADJUSTMENTS secu~ed lin~s" With the transmission to the engrne, replace all water etc. Howev~r, "db not connect the shifting :linkage until all' of the adjustrhents· have been made and are satisfactorily tested.' After securing the propellerhaIf coupling to the gear half coupling, c:heck the alignment.
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the forward drive, a full step of adjustment is as outlined above or is z.nade by loosening the locks crew (55) and rotating the screw collar to the right until (53) next hole in the pressure plate (49) can be lined up under the lockscrew. A half a step is made by taking the locks crew out of the hole that it .is in .and placing it in the hole adjoining it in the screw collar.
REDUCTION' GEARS DESCRIPTION The Westerbeke / Paragon reduction gears consist of an internal ring gear and a drive gear that offers a variety of reduction ratios. ADJUSTMENTS There are no adjustments necessary to maintain the reduction gears in proper rurming condition.
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If removed for replacementJ press new oil seal (79) into reduction gear housing. Place flanged shaft over ring gear (71) and line' up holes in flange with those in ring gear. Place lockwasher over caps crew and insert capscrew into hole in flanged shaft and secure flanged shaft to ring gear.
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Model SS Transmissions are made for both'i"ightand left handed engines. As fitted to model Four-60 Diesel Model SSL is used. It is suited to a left hand engine and turns a right hand propeller. It is available in two ratios.: ModelSSL - 13 (1.3 : I Ratio)
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Drain oil from reverse gear housing. DISASSEMBLY PROCEDURES Remove waterpump (54). - Not applicable on Iv\odel Four-60 Remove Woodruff key from reverse gear engine shaft. ' \ \ Remove four capscrews securing front end plate (1) to housing"...
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(not feet or yards). 2. Start looking in the contents ... - if you cannot find any item, check miscellan- eous page. 3. Please -- Report errors and omissions to us via speed letter. (Attention: John H. Westerbeke, Jr.)
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MODEL FOUR-60 CONTENTS Block (Internal) Block (External) Crankshaft ... Camshaft- Rod Injection Pump Drive System Cylinder Head Rocker Shaft - Valve Cover . 210 Lube Oil Pump - Strainer - Filter Lube Oil Sump Fresh Water Pump Cooling System Fuel System El ectri;ta 1 Sys tern...
FOUR MOUNTS RlMARKS NAME MOUNT fRONT LEfT 15~6~ ~IGHT & REAR LEFT RIGHT - SIDE HOUSING PAD 12275 MOUNT MOUNT & 16~4~· REAR LEFT RIGHT FOR TyPE SS TRA~SMISSION USED WITH ALL MOUNTS 11687 ISO~ATQR...
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FOUR 60: BACK END ARRANGEMENTS DRAWING NO.15712...
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TRANSMISSION TYPE NAME tiEF REMARKS Gt::AR 14ts94 ENGINE TAILSHAFT 14857 RI:.VE..RSE GEAR TAILSHAFT 14858 REVERSE GEA~ 14ts99 TAILSHAFT 1 4 H91 HOUSING RlVt:,:RSE GEAH GASKET 14868 HANO HOLE COVER PLATE 14ti92 FRONT END RING 14J73 RETAINING REVERSE GEA~ HOUSING GASKET 1489J REVERSE GEAH HOUSING ..
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TYPE SA" TRANSMISSION NAME Rt:,MARKS RING 14674 RETAINING • PINION SHArT GEAR CASE. BEARING 1457"1 GEAR CASE BALL - 14J73 RING RETAINING - GEAR CASE BALL BEARING 14881 BEARING BALL PILOT 14644 WOOORUrr - REYERSE GEAR .., TAILSHAFT BAND B~AKE 85"...