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Caterpillar 324E, 329E Hydraulic Excavator Workshop Repair & Service Manual


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Complete digital official shop manual contains service, maintenance, and troubleshooting information for the Caterpillar 324E, 329E Hydraulic Excavator. Diagnostic and repair procedures are covered in great detail to repair, maintain, rebuild, refurbish or restore your Caterpillar 324E, 329E Hydraulic Excavator like a professional mechanic in local service/repair workshop. This cost-effective quality manual is 100% complete and intact as should be without any missing pages. It is the same factory shop manual used by dealers that guaranteed to be fully functional to save your precious time.

This manual for Caterpillar 324E, 329E Hydraulic Excavator is divided into different sections. Each section covers a specific component or system and, in addition to the standard service procedures, includes disassembling, inspecting, and assembling instructions. A table of contents is placed at the beginning of each section. Pages are easily found by category, and each page is expandable for great detail. It is in the cross-platform PDF document format so that it works like a charm on all kinds of devices. You do not need to be skilled with a computer to use the manual.

2,163 pages, bookmarked, Searchable, Printable, high quality PDF

FILE LIST:
324E & 329E Hydraulic Excavator Instructor Technical Training Package
KENR7970 – Testing & Adjusting (312E,F, 313F, 316E,F, 318E,F, 320E,F, 323E,F, 324E, 325F, 326F, 329E,F, 330F, 335F, 336E,F, 340F, 349E,F, 352F, 374F, 390F AC & Heating)
KENR9509 – Systems Operation (E Series Monitor Monitoring System)
KENR9698 – Systems Operation (320E, 320F, 323E, 323F, 324E, 326F, 329E, 329F & 330F Excavators Tool Control System)
KENR9698 – Testing & Adjusting (320E, 320F, 323E, 323F, 324E, 326F, 329E, 329F & 330F Excavators Tool Control System)
KENR9843 – Disassembly & Assembly (324E & 329E Excavators & 329E MHPU Mobile Hydraulic Power Unit C7.1 Engine Supplement)
KENR9844 – Disassembly & Assembly (324E & 329E Excavators & 329E MHPU Mobile Hydraulic Power Unit Machine Systems)
UENR1513 – Specifications (324E Excavator Machine System)
UENR1514 – Systems Operation (324E & 329E Excavators Hydraulic System)
UENR1515 – Testing & Adjusting (324E Excavator Hydraulic System)
UENR1516 – Schematic (324E Excavator Hydraulic System)
UENR1517 – Schematic (324E, 329E & 329E MHPU Excavator Electrical System)
UENR1518 – Testing & Adjusting (320E, 323F, 324E, 326F, 329E, 329F & 330F Excavators Long Reach Front)
UENR1525 – Testing & Adjusting (329E Excavator Hydraulic System)
UENR1526 – Schematic (329E Excavator & 329E MHPU Hydraulic System)
UENR2176 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2177 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2178 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2179 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2180 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2181 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2182 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2184 – Schematic (320E, 324E & 329E Excavators Hydraulic System – Attachment)
UENR2188 – Schematic (324E & 329E Excavators Hydraulic System – Attachment)
UENR2189 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2190 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2191 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2192 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2193 – Schematic (329E Excavator Hydraulic System – Attachment)
UENR2194 – Schematic (320E, 324E & 329E Excavators Hydraulic System – Attachment)
UENR2195 – Schematic (320E, 324E & 329E Excavators Hydraulic System – Attachment)
UENR3249 – Schematic (324E, 329E Excavator & 329E MHPU Electrical System)
UENR3884 – Schematic (324E, 329E Excavator & 329E MHPU Electrical System)
KENR7970 – Systems Operation (312E,F, 313F, 316E,F, 318E,F, 320E,F, 323E,F, 324E, 325F, 326F, 329E,F, 330F, 335F, 336E,F, 340F, 349E,F, 352F, 374F, 390F AC & Heating).pdf

EXCERPT:
Background
Commonly used fluid line connectors are: Straight Threaded
1. O-Rings (STOR)
2. O-ring Face Seal (ORFS)
3. Bolt Flanges (SAE Code 61, 62, and CAT Flange)
Radial O-ring seals and conventional face seals are not fluid line connectors.
O-ring sealing depends on proper seating of the seal in the groove, maintaining this condition during assembly of the joint, and proper torque on the connection. Improper assembly practices increase the likelihood of leaking joints.
Assembly Aids – Retention compounds and lubricants must not be used on STOR/ORFS.
Applications requiring the use of a retention compound need to be validated for seal compatibility with the retention compound by Caterpillar before use.
Assembly Tooling
O-rings may be installed into a fitting/adapter without the use of a tool however, installing a seal without the use of a tool places the seal at extreme risk of damage. It is recommended that appropriate tooling should be used for the installation of O-rings.
Types of Installation Tooling
STOR Installation Tool
Illustration 2
STOR installation tools
(1) Tooling head
(2) Head edge
Illustration 3
Anatomy of an STOR/ORFS Fitting
(3) STOR O-ring
(4) Nut
(5) Washer
(6) ORFS O-ring
When installing an O-ring over a threaded fitting, it is critical to protect the seal from damage from threads. To assist the assembly and protect the seal, an installation tool must be used shown in Illustration 2. The seal protector slides over the threads and allows for an O-ring to be installed, reducing the risk of a leak due to nicks, cuts, gouges, and twisting of the seal.
Tool Ordering Information
The tooling listed below can be ordered from Caterpillar using the part numbers in Table 1.

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Yamaha FJ600/FZ600/XJ600/YX600 1984-1992 Factory Service & Shop Manual



Complete workshop & service manual with electrical wiring diagrams for 1984-1992 Yamaha FJ600, FZ600, XJ600, YX600. It’s the same service manual used by dealers that guaranteed to be fully functional and intact without any missing page.

This FJ600, FZ600, XJ600, YX600 service & repair manual (including maintenance, overhaul, disassembling & assembling, adjustment, tune-up, operation, inspecting, diagnostic & troubleshooting…) is divided into different sections. Each section covers a specific component or system with detailed illustrations. A table of contents is placed at the beginning of each section. Pages are easily found by category, and each page is expandable for great detail. The printer-ready PDF documents work like a charm on all kinds of devices.

MAKE: Yamaha
MODEL: FJ600, FZ600, XJ600, YX600 Radian Air-cooled Fours
YEAR: 1984 1985 1986 1987 1988 1989 1990 1991 1992

EXCERPT:
Chapter 2 Engine, clutch and transmission
1 General information
The engine/transmission is an air-cooled, in-line four cylinder unit.
The valves (one intake and one exhaust per cylinder) are operated by double overhead camshafts which are chain driven off the crankshaft.
The engine/transmission assembly is constructed from aluminum alloy.
The crankcase is divided horizontally.
The crankcase incorporates a wet sump, pressure-fed lubrication system which uses a gear-driven, single-rotor oil pump, an oil filter, relief valves and an oil level switch. Also contained in the crankcase is the starter motor clutch.
Power from the crankshaft is routed to the transmission via the clutch, which is of the coil spring, wet multi-plate type and is gear driven off the crankshaft. The transmission is a six-speed, constant-mesh unit.
2 Operations possible with the engine in the frame
The components and assemblies listed below can be removed without having to remove the engine from the frame. If, however, a
number of areas require attention at the same time, removal of the engine is recommended.
Gear selector mechanism external components:
Starter motor
Alternator
Clutch assembly
Oil pump
Valve cover, camshafts and lifters
Cam chain tensioner
Cylinder head
Cylinder block and pistons…