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General| Brand | Triumph |
|---|---|
| Model | TR2 |
| Category | Automobile |
| Language | English |
Details on engine type, bore, stroke, capacity, compression ratio, firing order, and pressures.
Lists recommended lubricants for various engine, gearbox, and chassis components.
Specifies torque values for various nuts and bolts across different vehicle systems.
Provides conversion tables for measurements and weights.
Provides engine capacity, bore, stroke, compression, and key component overviews.
Explains the lubrication system, oil pump operation, and bearing details.
Identifies causes and remedies for various engine knocks and noises.
Details procedures for setting ignition timing and distributor timing.
Explains thermostat function, operation, and water circulation.
Details the radiator's mounting and its pressurised system with a relief valve.
Describes the water pump assembly attachment and its components.
Provides guidance on using anti-freeze and recommended proportions.
Diagnoses common causes of engine overheating and suggests remedies.
Lists model details, tool data, clutch operation, master cylinder, and slave cylinder information.
Explains the hydraulic operation via master and slave cylinders and linkage.
Details master cylinder fluid level checks and the importance of Lockheed Brake Fluid.
Covers removal of clutch from flywheel and dismantling/assembling the cover assembly.
Provides dimensions and clearances for various gearbox parts like shafts and bushes.
Details the remote control lever, ratios, bearings, mounting, and oil capacity.
Covers procedures for removing the gearbox from the engine and its dismantling and assembly.
Details the process of fitting the overdrive unit and related components.
Describes the hypoid semi-floating type axle, its casing, and gear arrangement.
Explains how to lubricate rear hub bearings via grease nipples.
Covers the dismantling and re-assembly of axle shafts, wheel bearings, and oil seals.
Details the re-assembly and adjustment of differential and pinion parts.
Provides specifications for high-speed axles and related components.
Helps diagnose common rear axle noises and lubricant leakage issues.
Provides data on track, castor, king pin inclination, camber, and turning circle.
Explains the wishbone construction, coil springs, and shock absorbers.
Covers routine checks and lubrication for the front suspension.
Details the cam and lever steering gear, its maintenance, and adjustment.
Describes the telescopic steering unit, its features, and the control head.
Details the front coil spring, its data, and maintenance procedures.
Describes the semi-elliptical laminated springs and their maintenance.
Explains the telescopic shock absorber, its maintenance, and operation.
Details the rear shock absorber attachment, body, and valve operation.
Explains the importance of specialized tools for efficient servicing.
Lists approved tools with ordering details.
Lists specific tools for engine maintenance and repair.
Lists specific tools for gearbox maintenance and repair.
Lists specific tools for rear axle maintenance and repair.
Describes the Girling disc brakes (front) and drum brakes (rear), hydraulic operation, and handbrake.
Details front and rear brake shoe adjustment procedures and handbrake adjustment.
Explains the master cylinder's construction, operation, and fluid requirements.
Describes the rear wheel cylinder's operation and adjustment mechanism.
Covers the removal, fitting, and adjustment of the pedal assembly.
Details manifold attachments, exhaust pipe routing, and silencer types.
Recommends periodic inspection of gaskets, flanges, and flexible mounting strips.
Explains how to disconnect and remove carburettors and exhaust pipe from manifolds.
Details fitting manifolds to the cylinder head and synchronizing carburettors.
Introduces modifications for TR3 models to enhance appearance and performance.
Provides general information, transmission ratios, engine speed data, and carburettor details.
Details cylinder block, camshaft bearings, pistons, combustion head, and oil filter.
Explains the basic construction of a tyre, its functions, and materials used.
Discusses inflation pressures, effect of temperature, speed, braking, and road surface.
Identifies conditions like "Heel and toe" and "Spotty" wear and their causes.
Explains the importance of alignment, causes of wear, and the effect of road camber.
Details static and dynamic balancing methods and their importance.
Recommends tyre rotation intervals and methods to promote even wear.
Covers tolerances for wobble and lift, and truing or replacing wheels.
Details removal, replacement, and inspection of wire wheels and hubs.
Covers routine maintenance, service data, and preparation of new batteries.
Details the generator's construction, routine maintenance, and performance data.
Covers starter motor construction, routine maintenance, and servicing procedures.
Details distributor description, routine maintenance, design data, and servicing.
Covers headlamp construction, bulb replacement, setting, and renewal.
Explains the control box, regulator, and cut-out functions and adjustments.
Details the rigid structure, side members, cross members, and mounting brackets.
Explains how to check frame dimensions for accuracy and assess accidental damage.
Outlines steps for preparing the car and jacking it for frame assessment.
Describes how to identify if the frame is "twisted" based on cross member alignment.
Explains how to measure heights to determine if the chassis frame is "bowed" downward or upward.
Details using generated points to check chassis frame squareness and alignment.
Explains how to assess side member bowing using generated points and a straight edge.
Describes the Hardy Spicer Series 1300 propeller shaft, its joints, and length variations.
Details lubrication points for the spider, sleeve yoke, and journal assemblies.
Explains how to test for wear in thrust faces, flange yokes, and sliding splines.
Identifies parts prone to wear, like bearing races and spider trunnions, and their tolerances.
Provides instructions for fitting the propeller shaft and ensuring proper alignment.
Notes modifications for occasional seat fitment and capacity reduction.
Describes the flexible fuel pipe connecting carburetors to the thermostat housing.
Details S.U. H6 carburettors, needle types, and maintenance.
Mentions air cleaners are similar to TR2 but with offset mountings.
Notes modifications for four-point fixing H6 carburettor and larger bore.
Step-by-step instructions for removing the flexible fuel hose assembly.
Details how to correctly fit the flexible fuel hose assembly to the carburettors.
Provides instructions for tuning carburettors, including jet needle position and mixture adjustment.
Lists common engine issues affecting carburetion and potential faults.
Mentions provision for an occasional bench seat and fitted mouldings.
Describes the chromium plated moulding and grille fitted to the front air intake.
Instructions for removing the reveal moulding and grille from the air intake.
Details the installation of the "Hard Top" canopy, including car preparation and bracket fitting.
Steps for preparing the car, including removing hood and fasteners for hard top fitting.
Describes Girling disc brakes (front) and drum brakes (rear), hydraulic operation, and handbrake.
Details front and rear brake shoe adjustment procedures and handbrake adjustment.
Explains the master cylinder's construction, operation, and fluid requirements.
Describes the rear wheel cylinder's operation and adjustment mechanism.
Covers the removal, fitting, and adjustment of the pedal assembly.
Details manifold attachments, exhaust pipe routing, and silencer types.
Recommends periodic inspection of gaskets, flanges, and flexible mounting strips.
Explains how to disconnect and remove carburettors and exhaust pipe from manifolds.
Details fitting manifolds to the cylinder head and synchronizing carburettors.
Introduces modifications for TR3 models to enhance appearance and performance.
Provides general information, transmission ratios, engine speed data, and carburettor details.
Details cylinder block, camshaft bearings, pistons, combustion head, and oil filter.
Explains the basic construction of a tyre, its functions, and materials used.
Discusses inflation pressures, effect of temperature, speed, braking, and road surface.
Identifies conditions like "Heel and toe" and "Spotty" wear and their causes.
Explains the importance of alignment, causes of wear, and the effect of road camber.
Details static and dynamic balancing methods and their importance.
Recommends tyre rotation intervals and methods to promote even wear.
Covers tolerances for wobble and lift, and truing or replacing wheels.
Details removal, replacement, and inspection of wire wheels and hubs.
Covers routine maintenance, service data, and preparation of new batteries.
Details the generator's construction, routine maintenance, and performance data.
Covers starter motor construction, routine maintenance, and servicing procedures.
Details distributor description, routine maintenance, design data, and servicing.
Covers headlamp construction, bulb replacement, setting, and renewal.
Explains the control box, regulator, and cut-out functions and adjustments.
Details the rigid structure, side members, cross members, and mounting brackets.
Explains how to check frame dimensions for accuracy and assess accidental damage.
Outlines steps for preparing the car and jacking it for frame assessment.
Describes how to identify if the frame is "twisted" based on cross member alignment.
Explains how to measure heights to determine if the chassis frame is "bowed" downward or upward.
Details using generated points to check chassis frame squareness and alignment.
Explains how to assess side member bowing using generated points and a straight edge.
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