This document provides three sections of a shop manual for a wheel loader:
[SECTION 1] Details general information for disassembly and reassembly such as precautions, painting procedures, bleeding air, and releasing pressure.
[SECTION 2] Covers maintenance standards for the body and front attachment.
[SECTION 3] Includes disassembly and reassembly instructions for the body, travel system, and front attachment of the wheel loader. Diagrams and specifications are provided.
Kawasaki 90 z6 wheel loader service repair manual (serial no. 90c7 9001 and up)f98soeodidkdk
This document provides instructions and precautions for disassembling and reassembling a wheel loader. It discusses cleaning the machine before disassembly, inspecting components, preparing tools and workspace, capping open hoses and pipes, draining fluids, using matching marks, approved special tools, cleaning and inspecting parts, applying lubricants, replacing seals, and keeping records of tools used. Safety is emphasized, such as draining containers and avoiding contamination of contact surfaces.
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This document provides guidelines and precautions for disassembling and reassembling a wheel loader. It discusses preparing the work area, inspecting components, draining fluids, cleaning parts, applying lubricants, and ensuring proper tightening of fasteners. Special attention should be given to sliding surfaces, seals, and markings for reassembly. Tools and loose parts should be accounted for after completion. Floating seals and nylon slings require special handling to prevent damage or improper installation.
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This document contains sections from three shop manuals for a wheel loader. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, maintenance and repair instructions, testing procedures, and troubleshooting guides. Precautions for disassembling and reassembling components are outlined, including cleaning parts, applying lubricants, replacing seals, and ensuring no tools are left inside after reassembly. Floating seal installation and precautions are also described.
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This document contains sections from three shop manuals for a wheel loader. It includes information on general specifications, component layout, disassembly and reassembly, operational performance testing, and troubleshooting. Precise instructions are provided for disassembling and reassembling components, with an emphasis on cleaning parts thoroughly and taking careful measurements. Detailed diagrams and part numbers are referenced throughout.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fujsefjfkksekem
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fdusjejkskem
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)ufjjsjefkksemm
This document contains sections from three shop manuals for a wheel loader. It includes information on general specifications, component layout, disassembly and reassembly, operational performance testing, and troubleshooting. Precise instructions are provided for disassembling and reassembling components, with an emphasis on cleaning parts thoroughly, applying lubricants correctly, and taking care not to damage sealing surfaces. Floating seals require special care during reuse to avoid oil leakage or damage.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fusjejfkskemme
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 90 z6 wheel loader service repair manual (serial no. 90c7 9001 and up)f98soeodidkdk
This document provides instructions and precautions for disassembling and reassembling a wheel loader. It discusses cleaning the machine before disassembly, inspecting components, preparing tools and workspace, capping open hoses and pipes, draining fluids, using matching marks, approved special tools, cleaning and inspecting parts, applying lubricants, replacing seals, and keeping records of tools used. Safety is emphasized, such as draining containers and avoiding contamination of contact surfaces.
Kawasaki 90 z6 wheel loader service repair manual (serial no. 90c7 9001 and up)fjsjjekdkme
This document provides guidelines and precautions for disassembling and reassembling a wheel loader. It discusses preparing the work area, inspecting components, draining fluids, cleaning parts, applying lubricants, and ensuring proper tightening of fasteners. Special attention should be given to sliding surfaces, seals, and markings for reassembly. Tools and loose parts should be accounted for after completion. Floating seals and nylon slings require special handling to prevent damage or improper installation.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fjjskekfksmem
This document contains sections from three shop manuals for a wheel loader. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, maintenance and repair instructions, testing procedures, and troubleshooting guides. Precautions for disassembling and reassembling components are outlined, including cleaning parts, applying lubricants, replacing seals, and ensuring no tools are left inside after reassembly. Floating seal installation and precautions are also described.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fujjsjejkekmmd
This document contains sections from three shop manuals for a wheel loader. It includes information on general specifications, component layout, disassembly and reassembly, operational performance testing, and troubleshooting. Precise instructions are provided for disassembling and reassembling components, with an emphasis on cleaning parts thoroughly and taking careful measurements. Detailed diagrams and part numbers are referenced throughout.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fujsefjfkksekem
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fdusjejkskem
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)ufjjsjefkksemm
This document contains sections from three shop manuals for a wheel loader. It includes information on general specifications, component layout, disassembly and reassembly, operational performance testing, and troubleshooting. Precise instructions are provided for disassembling and reassembling components, with an emphasis on cleaning parts thoroughly, applying lubricants correctly, and taking care not to damage sealing surfaces. Floating seals require special care during reuse to avoid oil leakage or damage.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fusjejfkskemme
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fjskekqwefsmemm
This document contains sections from three shop manuals for a wheel loader. It includes information on general specifications, component layout, disassembly and reassembly, operational performance testing, and troubleshooting. Precise instructions are provided for disassembling and reassembling components, with an emphasis on cleaning parts thoroughly and taking careful measurements. Detailed diagrams and part numbers are referenced throughout.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)fhjskemme
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95 z7b wheel loader service repair manual (serial no. 97j2 5001 and up)ufujsjejfjkkekm
This document contains shop manuals for a wheel loader model 95Z7B. It includes sections on general information, function and structure, disassembly and reassembly, operational performance tests, and troubleshooting. The manuals provide specifications, component layouts, disassembly and assembly procedures, maintenance standards, and testing and troubleshooting guides. They apply to wheel loaders powered by an Isuzu 6WG1 engine with serial numbers 97J2-5001 and above. The manuals are intended to guide maintenance and repair of the wheel loader.
Kawasaki 95Z7B Wheel Loader Service Repair Manual (Serial No. 97J2-5001 and u...fjdkksmmdm
This document contains shop manuals for a wheel loader model 95Z7B powered by an Isuzu 6WG1 engine. It includes sections on general information, function and structure, disassembly and reassembly, operational performance testing, and troubleshooting. The manuals provide information on specifications, component layout, maintenance procedures, testing, and troubleshooting to technicians servicing the wheel loader. Precautions are outlined for tasks like disassembling and assembling components, bleeding hydraulic and fuel systems, and releasing pressures. Component operation, specifications, and maintenance standards are also defined. Diagrams of hydraulic, electrical, and other systems are provided as attachments.
Kawasaki 95Z7B Wheel Loader Service Repair Manual (Serial No. 97J2-5001 and u...f8uusejkdkdm
This document contains shop manuals for a wheel loader model 95Z7B powered by an Isuzu 6WG1 engine. It includes sections on general information, function and structure, disassembly and reassembly, operational performance testing, and troubleshooting. The manuals provide information on specifications, component layout, maintenance procedures, testing, and troubleshooting to technicians servicing the wheel loader. Precautions are outlined for tasks like disassembling and assembling components, bleeding hydraulic and fuel systems, and releasing pressures. Component operation, specifications, and maintenance standards are also defined. Diagrams of hydraulic, electrical, and other systems are provided as attachments.
Kawasaki 80Z7B WHEEL LOADER Service Repair Manual (Serial No. 80C8-5001 and u...dujdkksdmm
This overview identifies 30 main components of the wheel loader including the cab, engine, hydraulic and electrical systems, drive train components, steering system, brakes, fuel and DEF tanks, and various pumps, valves, cylinders, and accumulators that enable the operation of the machine. Key powertrain components are the engine, torque converter, drive unit, front and rear axles, and propeller shafts. The machine is also equipped with hydraulically-controlled attachments, steering, brakes, and other systems.
Kawasaki 80 z7b wheel loader service repair manual (serial no. 80c8 5001 and up)f98soeodidkdk
The document contains sections from a shop manual for a wheel loader. It includes sections on general information, component layout, specifications, and maintenance procedures. The component layout sections describe and illustrate the main components of the wheel loader including the engine, hydraulic system, electrical system, cab, drive unit, and other major mechanical systems. The specifications section lists technical specifications for the engine, operating weights, dimensions, performance characteristics and other parameters.
Kawasaki 80 z7b wheel loader service repair manual (serial no. 80c8 5001 and up)fjsjjekdkme
The document contains sections from a shop manual for a wheel loader. It includes sections on general information, component layout, specifications, and maintenance procedures. The component layout sections describe and illustrate the main components of the wheel loader including the engine, hydraulic system, electrical system, cab, drive unit, and other key components. The specifications section lists technical specifications for the engine, operating weights, dimensions, travel speeds and other performance specifications.
Hitachi ex5500 6 hydraulic excavator service repair manualjfjskekdhnejd
This document contains workshop manuals for servicing an excavator organized by section and group. Section 1 covers general information including precautions for disassembling/assembling, tightening specifications, painting procedures, and bleeding air from hydraulic systems. Section 2 covers systems in the upperstructure such as the cab, swing device, control valve, and lift cylinders. Section 3 covers the undercarriage including the swing bearing, travel device, and track components. Section 4 covers the front attachment. The technical manuals sections provide operational principles, system descriptions, and component operation procedures. The final sections cover operational performance testing and troubleshooting.
Hitachi zaxis zx 85 usblc 3 excavator service repair manualjfjskekdhnejd
This document provides guidelines for disassembling and assembling excavator components. It outlines important precautions such as cleaning parts, using matching marks, inspecting components, and bleeding air from hydraulic systems. Proper procedures are described for tasks like removing and installing floating seals. The document also includes torque specifications for various excavator bolts and nuts.
Kawasaki 90Z7B Wheel Loader Service Repair Manual (Serial No. 90C6-5001 and u...yeb517967
1. The document provides instructions for disassembling and assembling a wheel loader, including precautions, tightening specifications, painting specifications, bleeding air from systems, and releasing pressure from components.
2. It details how to properly bleed air from the hydraulic oil tank, hydraulic system, fuel system, radiator, and brakes to ensure no air remains in the systems.
3. Precautions are provided for disassembling and assembling to prevent damage to parts and ensure correct reassembly. Cleaning and inspection of parts is emphasized.
Hitachi ex8000 excavator service repair manualfhhsjdkmem
The document provides precautions and guidelines for disassembling and assembling an excavator. It discusses cleaning the machine before disassembly, inspecting components, preparing tools and workspace, and proper procedures for disassembly and assembly. Specific precautions are given for removing and installing hydraulic components and bleeding air from the system. The document also provides terminology for maintenance standards and cautions for using nylon slings.
Hitachi zaxis 670 lch 3 excavator service repair manualfjskekazswdmme
The document provides maintenance information for hydraulic excavators, including:
1) Precautions and guidelines for disassembling and assembling excavator components safely and properly, such as cleaning parts, using matching marks, and bleeding air from hydraulic systems.
2) Specifications for tightening torques for bolts and nuts, as well as guidelines for piping joints and periodic replacement of parts.
3) Procedures for painting excavator components.
4) Instructions for bleeding air from the hydraulic oil tank.
Hitachi zaxis 180 w wheeled excavator service repair manualjfjskekdhnejd
This document provides precautions and guidelines for disassembling and assembling an excavator. It discusses cleaning the machine before work, inspecting components, and preparing the work area. It outlines steps for disassembling like draining fluids, marking parts, and cleaning components. Guidelines for assembling include cleaning parts, replacing seals, applying liquid gasket, and using matching marks. The document also describes bleeding air from the hydraulic system after work and provides terminology for maintenance standards.
Kawasaki 80 z6 wheel loader service repair manual (serial no. 80c7 0101 and up)udjjjskekdmm
with Left Console (Refer to
T1-2-7.)
7- Rearview Mirror (2 Used)
8- Front Wiper Motor
9- Front Wiper Switch
10- Rear Wiper Switch
11- Components Related with
Center Console (Refer to T1-2-9.)
12- Components Related with
Roof (Refer to T1-2-10.)
13- Front Wiper
14- Rear Wiper
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4
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Kawasaki 80 z6 wheel loader service repair manual (serial no. 80c7 0101 and up)udfjjdjkskkemmd
This document contains sections and group contents for shop manuals related to the 80Z6 wheel loader. It includes sections on general information, function and structure, operational performance testing, troubleshooting, disassembly and reassembly. The manuals provide specifications, component layout diagrams, system descriptions, operation explanations, and removal/installation procedures for maintenance and repair of the 80Z6.
Kawasaki 80 z6 wheel loader service repair manual (serial no. 80c7 0101 and up)fsoekdkdmmd
This document contains sections and group contents for shop manuals related to the 80Z6 wheel loader. It includes sections on general information, function and structure, operational performance testing, troubleshooting, disassembly and reassembly. The manuals provide specifications, component layout diagrams, system descriptions, operation explanations, and removal/installation procedures for performing maintenance and repairs. Safety symbols and abbreviations used in the manuals are also defined.
Kawasaki 90 z6 wheel loader service repair manual (serial no. 90c7 0101 and up)fjsjjekdkme
This document provides specifications and component layout information for a 90Z6 wheel loader.
The specifications section lists operating weights, engine details, dimensions, speeds and other technical specifications for the GSC and LSC models.
The component layout sections include diagrams and lists showing the layout and weights of major components such as the chassis, powertrain, hydraulic, electrical and other systems. Component names, locations and approximate weights are provided.
Kawasaki 90 z6 wheel loader service repair manual (serial no. 90c7 0101 and up)f98soeodidkdk
This shop manual provides specifications, component layout diagrams, and descriptions for a 90Z6 wheel loader. It includes information on the Cummins QSM11 engine, transmission, hydraulic system, electrical system, and other components. The manual is intended for use by experienced technicians and contains technical details to aid in maintenance and repair of the machine.
Este documento contiene instrucciones para operar y mantener una máquina. Explica los números de identificación de la máquina, las señales de seguridad, los componentes principales, cómo subirse y bajarse de la máquina, la estación del operador, cómo poner en marcha la máquina, cómo conducirla y operarla, cómo transportarla, el mantenimiento requerido y las especificaciones técnicas.
Este documento contiene instrucciones para operar y mantener una máquina. Incluye secciones sobre números de máquina y seguridad, identificación de componentes, subirse y bajarse de la máquina, estación del operador, puesta en marcha, operación del motor y la máquina, transporte, mantenimiento, especificaciones y un índice.
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Implementing ELDs or Electronic Logging Devices is slowly but surely becoming the norm in fleet management. Why? Well, integrating ELDs and associated connected vehicle solutions like fleet tracking devices lets businesses and their in-house fleet managers reap several benefits. Check out the post below to learn more.
Expanding Access to Affordable At-Home EV Charging by Vanessa WarheitForth
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Understanding Catalytic Converter Theft:
What is a Catalytic Converter?: Learn about the function of catalytic converters in vehicles and why they are targeted by thieves.
Why are They Stolen?: Discover the valuable metals inside catalytic converters (such as platinum, palladium, and rhodium) that make them attractive to criminals.
Steps to Prevent Catalytic Converter Theft:
Parking Strategies: Tips on where and how to park your vehicle to reduce the risk of theft, such as parking in well-lit areas or secure garages.
Protective Devices: Overview of various anti-theft devices available, including catalytic converter locks, shields, and alarms.
Etching and Marking: The benefits of etching your vehicle’s VIN on the catalytic converter or using a catalytic converter marking kit to make it traceable and less appealing to thieves.
Surveillance and Monitoring: Recommendations for using security cameras and motion-sensor lights to deter thieves.
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Benefits of This Presentation:
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This presentation aims to equip you with the knowledge and tools needed to protect your vehicle from catalytic converter theft, ensuring you are prepared and proactive in safeguarding your property.
EV Charging at MFH Properties by Whitaker JamiesonForth
Whitaker Jamieson, Senior Specialist at Forth, gave this presentation at the Forth Addressing The Challenges of Charging at Multi-Family Housing webinar on June 11, 2024.
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What Could Be Behind Your Mercedes Sprinter's Power Loss on Uphill RoadsSprinter Gurus
Unlock the secrets behind your Mercedes Sprinter's uphill power loss with our comprehensive presentation. From fuel filter blockages to turbocharger troubles, we uncover the culprits and empower you to reclaim your vehicle's peak performance. Conquer every ascent with confidence and ensure a thrilling journey every time.
Welcome to ASP Cranes, your trusted partner for crane solutions in Raipur, Chhattisgarh! With years of experience and a commitment to excellence, we offer a comprehensive range of crane services tailored to meet your lifting and material handling needs.
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2. SECTION AND GROUP
CONTENTS
SHOP MANUAL
(Function & Structure)
All information, illustrations and
specifications in this manual are based on the
latest product information available at the
time of publication. The right is reserved to
make changes at any time without notice.
SECTION 1 GENERAL
Group 1 Specifications
Group 2 Component Layout
Group 3 Component Specifications
SECTION 2 SYSTEM
Group 1 Controller
Group 2 Control System
Group 3 ECM System
Group 4 Hydraulic System
Group 5 Electrical System
SECTION 3 COMPONENT OPERATION
Group 1 Pump Device
Group 2 Control Valve
Group 3 Cooling Fan System
Group 4 Steering Pilot Valve (Orbitrol)
Group 5 Steering Valve
Group 6 Pilot Valve
Group 7 Charging Block
Group 8 Drive Unit
Group 9 Axle
Group 10 Brake Valve
Group 11 Ride Control Device
Group 12 Others
ATTACHMENT
Hydraulic Circuit Diagram & Brake Circuit Diagram
Electrical Connection Diagram
Electrical Wiring Diagram - Front Chassis
Electrical Wiring Diagram - Rear Chassis
Electrical Wiring Diagram - Floor (Front Console)
Electrical Wiring Diagram - Floor (Rear & Side Console)
Electrical Wiring Diagram - CAB
93213-00790
90Z6
4. SECTION AND GROUP
CONTENTS
SHOP MANUAL
(Troubleshooting)
All information, illustrations and
specifications in this manual are based on
the latest product information available
at the time of publication. The right is
reserved to make changes at any time
without notice.
SECTION 4 OPERATIONAL
PERFORMANCE TEST
Group 1 Introduction
Group 2 Standard
Group 3 Engine Test
Group 4 Machine Performance Test
Group 5 Component Test
Group 6 Adjustment
SECTION 5 TROUBLESHOOTING
Group 1 Diagnosing Procedure
Group 2 Monitor
Group 3 e-Service
Group 4 Component Layout
Group 5 Troubleshooting A
Group 6 Troubleshooting B
Group 7 Air Conditioner
93213-00801
6. SECTION AND GROUP
CONTENTS
WORKSHOP MANUAL
All information, illustrations and
specifications in this manual are based on
the latest product information available
at the time of publication. The right is
reserved to make changes at any time
without notice.
SECTION 1 GENERAL INFORMATION
Group 1 Precautions for Disassembling and Assembling
Group 2 Tightening
Group 3 Painting
Group 4 Bleeding Air
Group 5 Releasing Pressure
Group 6 Preparation
SECTION 2 MAINTENANCE STANDARD
Group 1 Body
Group 2 Front Attachment
SECTION 3 BODY
Group 1 Cab
Group 2 Counterweight
Group 3 Center Hinge
Group 4 Engine
Group 5 Radiator Assembly
Group 6 Hydraulic Oil Tank
Group 7 Fuel Tank
Group 8 Pump Device
Group 9 Control Valve
Group 10 Pilot Valve
Group 11 Charging Block
Group 12 Cooling Fan System
Group 13 Exhaust Muffler
Group 14 Ride Control Device
Group 15 Battery Disconnect Switch
93213-00810
7. SECTION AND GROUP
CONTENTS
WORKSHOP MANUAL
All information, illustrations and
specifications in this manual are based on
the latest product information available
at the time of publication. The right is
reserved to make changes at any time
without notice.
SECTION 4 TRAVEL SYSTEM
Group 1 Tire
Group 2 Drive Unit
Group 3 Axle
Group 4 Propeller Shaft
Group 5 Brake Valve
Group 6 Steering Pilot Valve
Group 7 Steering Valve
Group 8 Steering Cylinder
Group 9 Secondary Steering Device
Group 10 Stop Valve
Group 11 Axle Oil Cooler
SECTION 5 FRONT ATTACHMENT
Group 1 Front Attachment
Group 2 Cylinder
8. 90Z6 DR
Group 1 Precautions for Disassembling and
Assembling
Precautions for Disassembling and
Assembling...............................................................W1-1-1-1
Precautions for Using Floating Seal....................W1-1-1-2
Precautions for Using Nylon Sling.......................W1-1-1-3
Group 2 Tightening
Tightening Bolts and Nuts...........................................W1-2-1-1
Specified Tightening Torque Chart.....................W1-2-1-1
Precautions for Split Flange...................................W1-2-1-3
Nut and Bolt Locking...............................................W1-2-1-3
Piping Joint.......................................................................W1-2-1-4
Union Joint..................................................................W1-2-1-4
Pipe Joint......................................................................W1-2-1-5
O-Ring Seal Joint.......................................................W1-2-1-5
Quick Coupling..........................................................W1-2-1-6
Screw-In Connection................................................W1-2-1-7
Seal Tape Application...............................................W1-2-1-7
Low-Pressure-Hose Clamp Tightening..............W1-2-1-7
Connecting Hose.......................................................W1-2-1-8
Group 3 Painting
Painting..............................................................................W1-3-1-1
Group 4 Bleeding Air
Bleeding Air from Hydraulic Oil Tank.......................W1-4-1-1
Bleeding Air from Hydraulic System........................W1-4-1-2
Bleeding Air from Fuel System...................................W1-4-1-3
Bleeding Air from Radiator..........................................W1-4-1-4
Bleeding Air from Brake (Axle)...................................W1-4-1-5
Group 5 Pressure Release Procedure
Front Attachment Hydraulic Circuit Pressure
Release Procedure.....................................................W1-5-1-1
Ride Control Accumulator Pressure Release
Procedure.....................................................................W1-5-1-2
Parking Brake Accumulator Pressure Release
Procedure.....................................................................W1-5-1-3
Group 6 Preparation
Preparation before Inspection and
Maintenance............................................................W1-6-1-1
Articulation Lock........................................................W1-6-1-2
Machine Position for Inspection and
Maintenance (lift arm raise)................................W1-6-1-3
SECTION 1
GENERAL
CONTENTS
9. W1-1-1-1
Group 1 Precautions for Disassembling and Assembling
SECTION 1 GENERAL
Precautions for Disassembling and
Assembling
Precautions for Disassembling
Clean the Machine
Thoroughly wash the machine before bringing it
into the shop. Bringing a dirty machine into the shop
may cause machine components to be contaminated
during disassembling / assembling, resulting in
damage to machine components, as well as decreased
efficiency in service work.
Inspect the Machine
Be sure to thoroughly understand all disassembling
/ assembling procedures beforehand to help avoid
incorrect disassembling of components as well as
personal injury.
Check and record the items listed below to prevent
problems from occurring in the future.
The machine model, machine serial number, and
hour meter reading.
Reason for disassembly (symptoms, failed parts, and
causes).
Clogging of filters and oil, water or air leaks, if any.
Capacities and condition of lubricants.
Loose or damaged parts.
Prepare and Clean Tools and Disassembly Area
Prepare the necessary tools to be used and the area for
disassembling work.
Precautions for Disassembling and Assembling
Precautions for Disassembling
Cap the open ends in case the hoses and pipes
have been disconnected. In addition, attach an
identification tag onto the connectors, hoses, and
pipes for assembling.
Before disassembling, clean the exterior of the
components and place on a workbench.
Drain hydraulic oil and gear oil from the hydraulic
components and reduction gear.
Be sure to provide appropriate containers for
draining fluids.
Use matching marks for easier reassembling if
necessary.
Be sure to use the specified special tools when
instructed.
If a part or component cannot be removed after
removing its securing nuts and bolts, do not attempt
to remove it forcibly. Find the cause (s), then take the
appropriate measures to remove it.
Orderly arrange disassembled parts. Mark and tag
them if necessary.
Store common parts, such as bolts and nuts with
reference to where they are to be used and in a
manner that will prevent loss.
Inspect the contact or sliding surfaces of
disassembled parts for abnormal wear, sticking, or
other damage.
Measure and record the degree of wear and
clearances.
Precautions for Assembling
Be sure to clean all parts and inspect them for any
damage. If any damage is found, repair or replace
part.
Dirt or debris on the contact or sliding surfaces may
shorten the service life of the machine. Take care not
to contaminate any contact or sliding surfaces.
Apply appropriate lubricant oil onto parts in order to
prevent them from seizing.
Be sure to replace O-rings, backup rings, oil seals, and
floating seals with new ones once they have been
disassembled. Apply grease before installing
Be sure that liquid-gasket-applied surfaces are clean
and dry.
If an anti-corrosive agent has been used on a new
part, be sure to thoroughly clean the part to remove
the agent.
Fit the matching marks made when disassembling
and assemble them.
Be sure to use the designated tools to assemble
bearings, bushings, and oil seals.
Keep a record of the number of tools used for
disassembly / assembly. After assembling is
completed, count the number of tools so as to make
sure that no forgotten tools remain in the assembled
machine.
10. Group 1 Precautions for Disassembling and Assembling
SECTION 1 GENERAL
W1-1-1-2
Precautions for Using Floating Seal
1. In general, replace the floating seal with a new one
after disassembling.
If the floating seal is required to be reused, follow
these procedures:
Keep seal rings together as a matched set with seal
ring (1) surfaces together. Apply oil onto sliding
surface (e) of seal ring (1).
Check sliding surface (e) of seal ring (1) for scuffing,
scoring, corrosion, deformation, or uneven wear.
Check the step part of seal ring (1).
Check O-ring (2) for tears, breaks, deformation, or
hardening.
2. If incorrectly assembled, oil leakage or damage
will occur. Be sure to do the following to prevent
trouble.
Clean the floating seal and seal mounting bores with
cleaning solvent.
Use a wire brush to remove mud, rust, or dirt from
seal mounting bores. After cleaning, thoroughly dry
parts with compressed air.
Clean seal ring (1) and O-ring (2) mounting bores.
Check the bore surface for scuffing or scoring by
touching the surface with finger.
After installing the floating seal, check that O-ring (2)
is not twisted, and that it is installed correctly on seal
ring (1).
After installing the floating seal, check that O-ring
(2) and seal ring sliding surface (e) is parallel with
seal mating surface (f) by measuring the distances
(e) and (f) at point (A) and (B), as illustrated. If these
distances differ, correct O-ring (2) seating.
1
2
a
b
c
d
a - Correct
b - Incorrect
c - Twist of O-Ring
d - Bend of O-Ring
a - Correct
b - Incorrect
e - Sliding Surface
f - Seal Mating Surface
f
e
2
a A A
B B
b
A=B A≠B
W178-02-11-001
W178-02-11-002
W178-02-11-003
11. Group 1 Precautions for Disassembling and Assembling
SECTION 1 GENERAL
W1-1-1-3
Precautions for Using Nylon Sling
1. Follow the precautions below to use nylon slings
safely.
Attach protectors (soft material) on the corners of
the load so that the nylon sling does not directly
contact the corners. This will prevent the nylon
sling from being damaged and the lifted load from
slipping.
Lower the temperature of the lifted load to lower
than 100 °C (212 °F). If unavoidably lifting a load with
a temperature of 100 °C (212 °F) or more, reduce the
load weight.
Do not lift acid or alkali chemicals.
Take care not to allow the sling to become wet. The
load may slip.
When required to use more than one sling, use slings
with the same width and length to keep the lifted
load balanced.
When lifting a load using an eyehole, be sure to
eliminate any gaps between the sling and load.
(Refer to the right illustration.) Reduce the load
weight so that it is less than 80 % of the sling
breaking force.
Avoid using twisted, bound, connected, or hitched
slings.
Do not place any object on twisted or bent slings.
(Refer to the right illustration.)
When removing the slings from under the load, take
care not to damage the nylon slings. Avoid contact
with protrusions.
Avoid dragging slings on the ground, throwing
slings, or pushing slings with a metal object.
When using with other types of slings (wire rope) or
accessories (shackle), protect the joint so that the
nylon sling is not damaged.
Store the nylon slings indoors so that they won’t
deteriorate with heat, sun light, or chemicals.
a
b
c
a - Correct Eyehole Lifting
Method
b - Incorrect Eyehole Lifting
Method
c - Bent of Sling
W102-04-02-016
W105-04-01-008
W162-01-01-009
12. Group 1 Precautions for Disassembling and Assembling
SECTION 1 GENERAL
W1-1-1-4
dCAUTION: If a load is lifted with a damaged
nylon sling, serious personal injury may result.
Be sure to visually check the nylon sling for any
damage before using.
2. Before using a nylon sling, visually check the nylon
sling for any damage corresponding to examples
shown to the right. If any damage is found, cut and
discard the sling.
Even if no damage is found, do not use slings older
than 7 years.
Damaged Appearance a
a
a
e
f
b
b
c
c
g
d
a - Broken Sewing Thread a - Broken Sewing Thread e - Separation of Belt
b - Scuffing f - Scoring
b - Scuffing
c - Fuzz d - Broken Sewing Thread
c - Fuzz g - Broken Warp
a - Broken Sewing Thread
W162-01-01-002
W162-01-01-003
W162-01-01-004
W162-01-01-005
W162-01-01-006
W162-01-01-007
W162-01-01-008
13. Group 1 Precautions for Disassembling and Assembling
SECTION 1 GENERAL
W1-1-1-5
Maintenance Standard Terminology
“Standard”
1. Dimension for parts on a new machine.
2. Dimension of new components or assemblies
adjusted to specification. Allowable errors will be
indicated if necessary.
“Allowable Limit”
1. Normal machine performance cannot be
accomplished after exceeding this limit.
2. Repair or adjustment is difficult after exceeding this
limit.
3. Repair or adjustment is impossible after exceeding
this limit.
Therefore, in consideration of operation efficiency
and maintenance expense, proper maintenance
shall be carried out before reaching the“Allowable
Limit”.
14. SECTION 1 GENERAL
W1-2-1-1
Group 2 Tightening
Tightening Bolts and Nuts
dCAUTION: Use tools appropriate for the work
to be done. Makeshift tools and procedures
can create safety hazards. For loosening and
tightening nuts and bolts, use correct size tools.
Otherwise, tightening tools may slip, potentially
causing personal injure.
fNOTE:
Use penetrating oil to help loosen nut and bolts.
Make sure bolt and nut threads are clean before
installing.
Bolt Types
Tighten the nuts or bolts correctly to the torque
specifications.
As the different types and grades of bolt are used,
use and tighten the correct bolts correctly when
assembling the machine or components.
Specified Tightening Torque Chart
Bolt Dia.
mm (in)
Tightening torque
N·m (kgf·m) (lbf-ft)
Wrench size
mm
Hexagon
Bolt
(8~11T)
Flanged
Bolt
(8T)
Socket
Bolt
(11T) (8T) (4T)
6 (0.24) 3~4 (0.3~0.4) (2.2~3) 10 10 5
8 (0.31) 30 (3) (22) 20 (2) (14.8) 10 (1) (7.4) 13 12 6
10 (0.39) 65 (6.5) (48) 50 (5) (36.9) 20 (2) (14.8) 17 14 8
12 (0.47) 110 (11) (81) 90 (9) (66.4) 35 (3.5) (25.8) 19 17 10
14 (0.55) 180 (18) (133) 140 (14) (104) 55 (5.5) (40.6) 22 12
16 (0.63) 270 (27) (199) 210 (21) (155) 80 (8) (59) 24 22 14
18 (0.71) 400 (40) (295) 300 (30) (221) 120 (12) (88.5) 27 14
20 (0.79) 550 (55) (406) 400 (40) (295) 170 (17) (125) 30 27 17
22 (0.87) 750 (75) (553) 550 (55) (406) 220 (22) (162) 32
24 (0.94) 950 (95) (700) 700 (70) (516) 280 (28) (207) 36 32 19
27 (1.06) 1400 (140) (1033) 1050 (105) (774) 400 (40) (295) 41
30 (1.18) 1950 (195) (1438) 1450 (145) (1069) 550 (55) (406) 46
33 (1.30) 2600 (260) (1918) 1950 (195) (1438) 750 (75) (553) 50
36 (1.42) 3200 (320) (2360) 2450 (245) (1807) 950 (95) (700) 55
WDAA-01-02-001
15. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-2
IMPORTANT: The following items are applied to both
fine and coarse pitch threads.
Apply lubricant to the bolts and nuts in order
to reduce friction coefficient of them. (For
example, spindle oil with white zinc B dissolved
in it)
Torque tolerance is ±10 %.
Use the bolts of correct length. The bolts that
are too long cannot be tightened as the bolt tip
comes into contact with the bottom of bolt hole.
Also the bolts that are too short cannot develop
sufficient tightening force.
The torque given in the chart on the previous
page are for general use only, however,
a different torque is given for a specific
application. Use the specified torque.
Clean the nut and bolt threads and remove dirt
or corrosion before installing.
Tightening Order
When tightening two or more bolts, tighten them
alternately, as shown, to ensure even tightening.
a
1.4
1 12
13
9
8
4
5
1
2
6
3
7
10
14
11
3
5
2
4
6
2.3
b c
a - Equally tighten upper and
lower alternately
b - Tighten diagonally c - Tighten from center
diagonally
W105-01-01-003
16. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-3
Precautions for Split Flange
IMPORTANT:
Clean the sealing surfaces. Check if there are
any scratches and roughness on the surface of
the seal that cause oil leaks and damage to the
O-ring.
Use only specified O-rings. Inspect O-rings for
any damage. Do not file the O-ring surfaces.
When installing O-ring into a groove, use grease
in order to hold O-ring in place.
While tightening the bolt by hand, check that
flange is installed to the port correctly. Do not
pinch the O-ring.
Tighten the bolts up and down, left and right
alternately, in order to ensure even tightening
to the specified torque.
Do not use air wrenches. Using an impact
wrench often causes tightening of one bolt fully
before tighten the others, resulting in damage
to O-rings or uneven tightening of bolts.
Nut and Bolt Locking
Lock Plate
IMPORTANT: Do not reuse the lock plates. Do not try
to bend the same point twice.
Split Pin
IMPORTANT: Do not turn in the loosening direction
in order to align the grooves and holes on the nut.
Always turn in the tightening direction. Do not
reuse the split pins.
Wire
IMPORTANT: Attach wire to bolts in the bolt-
tightening direction. Do not reuse the wire.
Incorrect
Correct
Correct
Correct
Correct
Correct
Correct
a
a
b
d
c
Incorrect
Incorrect
Incorrect
Incorrect
a- Bend along edge sharply b- Do not bend it round
c- Tighten d- Loosen
WDAA-01-02-005
WDAA-01-02-006
W105-01-01-008
WDAA-01-02-007
WDAA-01-02-008
17. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-4
Piping Joint
IMPORTANT: The torque given in table below are for
general use only, however, a different torque is
given for a specific application. Use the specified
torque.
Union Joint
Metal sealing surfaces (4) and (5) of adapter (1) and
hose (2) fit together to seal pressure oil. Union joints
are used to join small-diameter lines.
IMPORTANT:
Do not over-tighten union nut (3). Excessive
force will be applied to metal sealing surfaces (4)
and (5), possibly cracking the adapter. Tighten
union nut (3) to the specifications.
Scratches or other damage to sealing surfaces
(4) or (5) will cause oil leakage at the joint. Take
care not to damage them when connecting /
disconnecting.
Description
Wrench Size
mm
Tightening Torque
Union Nut N·m (kgf·m) (lbf·ft)
30° male 17 25 (2.5) (18)
19 30 (3) (22)
22 40 (4) (30)
27 80 (8) (59)
32 140 (14) (103)
36 180 (18) (133)
41 200 (20) (148)
50 270 (27) (200)
55 380 (38) (280)
60 380 (38) (280)
37° female 17 25 (2.5) (18)
19 30 (3) (22)
22 40 (4) (30)
27 80 (8) (59)
32 140 (14) (103)
36 180 (18) (133)
41 200 (20) (148)
fNOTE: Tightening torque of 37° male coupling without
union is similar to tightening torque of 37° female.
a - Joint Body
b - Male Union Joint c - Female Union Joint
1
30°
37°
b c
4 3 2
a
5
WDAA-01-02-009
WDAA-01-02-010
18. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-5
Pipe Joint
Pipe connection (metal joint)
(Union Nut Wrench Size: 17, 19, 22, 27)
Metal (3) of adapter (1) and pipe (2) seals pressure oil.
Precautions for use
Do not damage sealing surfaces (4) and (5) when
disassembling and assembling.
Tightening Torque
Use the specified tightening torque in the table below.
Wrench Size
(mm)
17 19 22 27
Tightening
Torque
N·m 25 30 40 80
(kgf·m) (2.5) (3) (4) (8)
(lbf·ft) (18) (22) (30) (59)
O-Ring Seal Joint
O-ring (6) is installed against the end surface of adapter
(7) and seals pressure oil.
IMPORTANT:
Replace O-ring (6) with a new one when
reinstalling.
Before tightening union nut (9), confirm that
O-ring (6) is seated correctly in O-ring groove
(8). Tightening union nut (9) with O-ring (6)
displaced will damage O-ring (6), resulting in oil
leakage.
Do not damage O-ring groove (8) of adapter (7)
or sealing surface (10) on the hose side. Damage
to O-ring (6) may cause oil leakage.
If union nut (9) is found to be loose, causing
oil leakage, do not tighten it to stop the leak.
Instead, replace O-ring (6) with a new one, then
tighten union nut (9) after confirming that
O-ring (6) is securely seated in O-ring groove (8).
1 4 5 3 2
7 6 9
8 10 a
a - Joint Body
Wrench Size
mm
Tightening Torque
Union Nut N·m (kgf·m) (lbf·ft)
19 30 (3) (22)
22 70 (7) (52)
27 95 (9.5) (70)
32 140 (14) (103)
36 180 (18) (133)
41 200 (20) (148)
50 350 (35) (260)
M1M7-07-005
WDAA-01-02-011
19. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-6
Quick Coupling
1. Coupling procedure
Push socket ring (1) into plug (3) by rotating it fully
counterclockwise and then pulling it toward you.
Release socket ring (1). Check that socket ring (1)
is returned by the spring force and the coupling is
locked completely by ball (2). At this time, check if
socket ring (1) is returned to the original position (to
the rightmost direction).
2. Separating procedure
Remove the hose by rotating socket ring (1) fully
counterclockwise and then pulling it. Because no
check function is attached inside, be careful that oil
flows out.
Cap the removed hoses using special plug.
dCAUTION:
When disconnecting, do not damage joint
surface.
When disconnecting, clean the joint part and
thoroughly wipe off the cleaning solution to
prevent any foreign material from entering.
Complete the joint disconnecting / connecting
procedure. Check enough if oil leaks especially
after installation.
After installation, check if socket ring (1)
is returned to the original position (to the
rightmost direction).
1
3
2
M1M7-07-006
20. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-7
Screw-In Connection
Depending on types of screw and sealing, different
types of screw-in connection are used.
IMPORTANT: Check that the thread pitch and thread
type (tapered or straight) are the correct type
before using any screw-in connection. (In general,
the screw-in connection of male tapered thread is
used except for measurement purpose.)
Seal Tape Application
Seal tape is used in order to seal clearances between
male and female threads so that any leaks between
threads may be prevented. Therefore, apply just
enough seal tape to fill up thread clearances. Avoid lap
winding.
Application Procedure
Check that the thread surface is clean and, free of dirt
or damage. Apply the seal tape around threads in order
to leave one to two pitch threads uncovered. Wrap the
seal tape in the same direction as the threads.
Low-Pressure-Hose Clamp Tightening
Low-pressure-hose clamp tightening torque differs
depending on the type of clamp.
T-Bolt Type Band Clamp:
4.5 N·m (0.45 kgf·m, 3.3 lbf·ft)
Worm Gear Type Band Clamp:
6 to 7 N·m (0.6 to 0.7 kgf·m, 4.4 to 5.2 lbf·ft)
R
a
c
f
d
b
G
30°
a - Male Tapered Thread b - Male Straight Thread
c - Internal Thread
d - External Thread
e - Clearance
f - Leave one to two pitch
threads uncovered
Wrench Size
mm
Tightening Torque
N·m (kgf·m, lbf·ft)
Joint Body FC material SS material
19 15 (1.5, 11) 35 (3.5, 26)
22 30 (3, 22) 50 (5, 37)
27 50 (5, 37) 95 (9.5, 70)
36 70 (7, 52) 160 (16, 118)
41 110 (11, 81) 200 (20, 148)
50 160 (16, 118) 330 (33, 245)
60 200 (20, 148)
e
g - T-Bolt Type Band Clamp h - Worm Gear Type Band Clamp
g h
W105-01-01-018
W105-01-01-019
M114-07-041
M114-07-043
WDAA-01-02-012
21. Group 2 Tightening
SECTION 1 GENERAL
W1-2-1-8
Connecting Hose
dCAUTION: When replacing the hoses, use only
genuine KCM service parts. Using hoses other
than genuine Kawasaki hoses may cause oil leaks,
hose rupture or separation of fitting, possibly
resulting in a fire on the machine. Do not install
hoses kinked. Application of high oil pressure,
vibration, or an impact to a kinked hose may
result in oil leaks, hose rupture or separation of
fitting. Utilize the print marks on hoses when
installing in order to prevent hose from being
kinked. Take necessary measures to protect hoses
from rubbing against each other. If the hoses rub
against each other, wear to the hoses may result
and lead to hose rupture. Take care so that the
hoses do not come into contact with the moving
parts or sharp objects.
a
a - Rubbing Against Each Other
a - Rubbing Against Each Other b - Clamp
a - Rubbing Against Each Other b - Clamp
b b
a
a
b
Incorrect
Incorrect
Incorrect
Incorrect
Correct
Correct
Correct
Correct
W105-01-01-011
W105-01-01-012
W105-01-01-013
W105-01-01-014
22. SECTION 1 GENERAL
W1-3-1-1
Group 3 Painting
Painting
Surfaces to Be Painted Painting Color
1 Rear Console (Inner) High Grade Black
2 Seat Bracket High Grade Black
3 Cockpit Skirt High Grade Black
4 Cockpit High Grade Black
5 Side Console (Inner) High Grade Black
Paint the painted surface except the above listed in YA (Marigold Yellow).
5
4
1
2
3
WNEC-01-03-003
23. Group 3 Painting
SECTION 1 GENERAL
W1-3-1-2
Surfaces to Be Painted Painting Color
1 Light Bracket High Grade Black
2 Exhaust Pipe Heat-Resistant Black
3 Pipe (Rain Cap) High Grade Black
4 Rain Cap Do not paint it.
5 Grill High Grade Black
6 Cover High Grade Black
7 Rear Cover (Side) High Grade Black
8 Articulate Lock Bar Scarlet Red
Paint the painted surface except the above listed in YA (Marigold Yellow).
90Z6W01-03-01
1
2
3
6
7
8
5
4
24. Group 3 Painting
SECTION 1 GENERAL
W1-3-1-3
Surfaces to Be Painted Painting Color
1 Handrail (Front) High Grade Black
2 Handrail (Rear) High Grade Black
3 Step High Grade Black
4 Rear Fender High Grade Black
5 Deck Plate High Grade Black
Paint the painted surface except the above listed in YA (Marigold Yellow).
90Z6W01-03-02
4
1
2
3
5
3
25. Thank you very much for
your reading. Please Click
Here. Then Get COMPLETE
MANUAL. NO WAITING
NOTE:
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click on the link above,
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click on it.
26. Group 3 Painting
SECTION 1 GENERAL
W1-3-1-4
Surfaces to Be Painted Painting Color
1 Rear Axle Refer to W1-3-1-5
2 Front Axle Refer to W1-3-1-6
3 Guard High Grade Black
Paint the painted surface except the above listed in YA (Marigold Yellow).
2
1
3
90Z6W01-03-03
27. Group 3 Painting
SECTION 1 GENERAL
W1-3-1-5
Rear Axle (1)
Surfaces to Be Painted Painting Color
1 Rear Axle High Grade Black
2 Rim (Wheel) Mounting Part Do not paint it.
3 End of Axle and Rim (Wheel) YA (Marigold Yellow)
4 Boss Part Do not paint it.
5 Boss Part Do not paint it.
6 Guard Mounting Part (Thread Part ) Do not paint it.
7 Flange Part Do not paint it.
8 Name Plate Do not paint it.
9 End of Boss Part Do not paint it.
10 Guard Mounting Part (Thread Part ) Do not paint it.
WNEC-01-03-007
WNEC-01-03-008
WNEC-01-03-009
WNEC-01-03-010
View A View C
View B
8 10
9
B
4
5
6
C
A
7
1 2 3 2
28. Group 3 Painting
SECTION 1 GENERAL
W1-3-1-6
Front Axle (2)
Surfaces to Be Painted Painting Color
1 Rim (Wheel) Mounting Part Do not paint it.
2 End of Axle and Rim (Wheel) YA (Marigold Yellow)
3 Front Axle High Grade Black
4 Axle Mounting Part Do not paint it.
5 Flange Part Do not paint it.
6 Guard Mounting Part (Thread Part ) Do not paint it.
7 Name Plate Do not paint it.
8 Nut Surface Do not paint it.
9 Guard Mounting Part (Thread Part ) Do not paint it.
View A
WNEC-01-03-011
WNEC-01-03-012
8 9
7 6 5 A
1 2 1 3 4