This document provides service information for the travel drive and motor of an E70B excavator. It includes specifications, diagrams of the structural components and operating principles. The travel drive and motor uses an axial plunger motor, counter-balance valve, parking brake and reduction gears to convert hydraulic pressure into rotational force to power the tracks. The counter-balance valve controls oil flow to the motor and engages the parking brake when stopped. The reduction gears reduce the motor speed to produce torque to rotate the tracks.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...ufjjsjekksemmd
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how these components work together to convert hydraulic pressure into rotational force to power the tracks and provides specifications for the travel motor, gears, and brake valve.
Jcb 536 70 telescopic handler service repair manual sn 2460601 and upfujsjefjwerkskemm
This service manual section contains information about JCB diesel engines. It provides a basic description of engine components and operation, including the starter motor, fuel injection system, lubrication system, and ancillary drive components. The manual identifies internal engine parts such as pistons, connecting rods, valves, bearings, and gears. It specifies that all components should be renewed if worn and that leakages should be prevented during maintenance.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...fjsjefskekfmme
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how each component functions and interacts with the others to convert hydraulic pressure into rotational force to power the tracks and control functions like braking and reversing.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...fjjskekfsem
The document is a service manual that provides information about the travel drive and motor for an E70B excavator model. It contains sections on specifications, function and construction, operating principles, and diagrams. The summary is:
The manual details the travel drive and motor system for an E70B excavator. It includes specifications, diagrams of the structural components, and explanations of how the axial plunger motor, counter-balance valve, parking brake, and reduction gears work together to convert hydraulic pressure into rotational force to power the tracks. The counter-balance valve controls oil flow to regulate motor direction and speed, while engaging the parking brake when stopped.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...uufjdjdkkksmem
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how each component functions and interacts with the others to convert hydraulic pressure into rotational force to power the tracks and provide braking functions when needed.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...fjkskekdmmenm
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how each component functions and interacts with the others to convert hydraulic pressure into rotational force to power the tracks and provide braking functions when needed.
Yamaha outboard z200 neto, z200tr service repair manual x 100101 fjsjekksemm
This document is a service manual that contains:
1. A table of contents listing chapters covering general information, specifications, inspections, fuel system, power unit, and electrical systems.
2. The first chapter provides identification information, safety guidelines for working, and an overview of special tools needed for maintenance and repairs.
3. Detailed instructions and specifications for periodic maintenance, troubleshooting, repairs and replacing components are provided in subsequent chapters.
This document provides a service manual for various parts of a lift truck, including:
1. The frame, which consists of a main frame and other weldments that connect components like the overhead guard, battery compartment, seat, and pedals.
2. Covers for components like the instrument panel and control valves that can be removed for access.
3. An overhead guard that attaches to the frame and cowl to protect the operator from falling objects.
4. Display panels on the right side of the steering column that provide information for different electrical systems like SEM, SCR, and AC controls.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...ufjjsjekksemmd
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how these components work together to convert hydraulic pressure into rotational force to power the tracks and provides specifications for the travel motor, gears, and brake valve.
Jcb 536 70 telescopic handler service repair manual sn 2460601 and upfujsjefjwerkskemm
This service manual section contains information about JCB diesel engines. It provides a basic description of engine components and operation, including the starter motor, fuel injection system, lubrication system, and ancillary drive components. The manual identifies internal engine parts such as pistons, connecting rods, valves, bearings, and gears. It specifies that all components should be renewed if worn and that leakages should be prevented during maintenance.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...fjsjefskekfmme
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how each component functions and interacts with the others to convert hydraulic pressure into rotational force to power the tracks and control functions like braking and reversing.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...fjjskekfsem
The document is a service manual that provides information about the travel drive and motor for an E70B excavator model. It contains sections on specifications, function and construction, operating principles, and diagrams. The summary is:
The manual details the travel drive and motor system for an E70B excavator. It includes specifications, diagrams of the structural components, and explanations of how the axial plunger motor, counter-balance valve, parking brake, and reduction gears work together to convert hydraulic pressure into rotational force to power the tracks. The counter-balance valve controls oil flow to regulate motor direction and speed, while engaging the parking brake when stopped.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...uufjdjdkkksmem
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how each component functions and interacts with the others to convert hydraulic pressure into rotational force to power the tracks and provide braking functions when needed.
Caterpillar cat e70 b track excavator (prefix 6ak) service repair manual (6ak...fjkskekdmmenm
The document is a service manual that provides specifications and operating instructions for the travel drive and motor of an E70B excavator. It describes the main components of the travel drive and motor system, including the axial plunger motor, counter-balance valve, parking brake, and reduction gears. It explains how each component functions and interacts with the others to convert hydraulic pressure into rotational force to power the tracks and provide braking functions when needed.
Yamaha outboard z200 neto, z200tr service repair manual x 100101 fjsjekksemm
This document is a service manual that contains:
1. A table of contents listing chapters covering general information, specifications, inspections, fuel system, power unit, and electrical systems.
2. The first chapter provides identification information, safety guidelines for working, and an overview of special tools needed for maintenance and repairs.
3. Detailed instructions and specifications for periodic maintenance, troubleshooting, repairs and replacing components are provided in subsequent chapters.
This document provides a service manual for various parts of a lift truck, including:
1. The frame, which consists of a main frame and other weldments that connect components like the overhead guard, battery compartment, seat, and pedals.
2. Covers for components like the instrument panel and control valves that can be removed for access.
3. An overhead guard that attaches to the frame and cowl to protect the operator from falling objects.
4. Display panels on the right side of the steering column that provide information for different electrical systems like SEM, SCR, and AC controls.
Yale b875 glp070 vx lift truck service repair manualfjsjekksemm
This service manual section provides descriptions and removal/installation procedures for components on the frame of various lift truck models, including:
- The counterweight, hood, overhead guard, engine, cooling system, and exhaust system.
- Checks for the operator restraint system and procedures for repairing tanks and installing safety labels.
- Removal and installation of the floor plate, side covers, hood, and steering column covers to access components under the hood.
- Identification of the welded frame that includes the hydraulic and fuel tanks. Counterweights are model-specific and attached to the frame.
Yale (d875) glpo070 vx lift truck service repair manualfjsjekksemm
The document provides instructions for removing an operator cab from a forklift. Key steps include:
1. Tilting the steering column up, sliding the seat forward, opening rear doors/windows, and disconnecting the battery.
2. Disconnecting air filter hoses, removing radiator covers, and draining coolant lines.
3. For models with air conditioning, extracting refrigerant and disconnecting AC lines.
4. Removing doors by disconnecting gas springs and hinges.
The cab can then be lifted off as a complete unit for replacement or repair. Safety warnings are provided around hot engine components.
Yale (c875) gp70 vx lift truck service repair manualfjsjekksemm
The document provides instructions for removing an operator cab from various lift truck models. Key steps include:
1. Tilting the steering column, sliding the seat forward, and opening doors/windows to access components.
2. Disconnecting the air filter hose, radiator hoses, and extracting refrigerant from air conditioning systems.
3. Removing fasteners and disconnecting electrical connections to fully separate the cab unit for removal. Precautions are listed for high temperature and high pressure components.
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This service manual provides information on servicing and repairing various models of GC/GLC lift trucks. The document outlines procedures for removing and installing components like the counterweight, hood, overhead guard, engine, and transmission. It also includes descriptions of the frame, exhaust system, operator restraint system, and fuel and hydraulic tanks. Safety warnings are provided regarding stabilizing the lift truck when it is placed on blocks for maintenance. Repair sections and part numbers are listed for various vehicle systems.
Yale (a985) erp090 vm lift truck service repair manualfjsjekksemm
This document provides a service manual for ERP080-1000VM (A985) that contains:
1. Sections covering various parts of the lift truck organized by part number, including the frame, operator's cab, AC motor repair, and more.
2. Descriptions and service procedures for parts of the frame including the counterweight assembly, overhead guard, and labels.
3. Information on the location of controllers and contactors for different lift truck models.
4. Warnings and procedures for discharging capacitors before working on electrical systems.
5. Details on an optional rapid charge system that some models may be equipped with.
Yale (a976) erp050 vl lift truck service repair manualfjsjekksemm
This document provides a service manual contents list for an ERP040-070VL (A976) lift truck. The list includes 19 sections covering various systems and components of the lift truck, along with part numbers, revision dates, and other identifying information for the contents of each section. Key systems covered include the frame, operator cab, drive unit, steering, hydraulics, electrical, batteries, and maintenance/repair of mast and cylinders. Safety procedures are provided for discharging capacitors before working on electrical systems.
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Yale b875 glp070 vx lift truck service repair manualfjsjekksemm
This service manual section provides descriptions and removal/installation procedures for components on the frame of various lift truck models, including:
- The counterweight, hood, overhead guard, engine, cooling system, and exhaust system.
- Checks for the operator restraint system and procedures for repairing tanks and installing safety labels.
- Removal and installation of the floor plate, side covers, hood, and steering column covers to access components under the hood.
- Identification of the welded frame that includes the hydraulic and fuel tanks. Counterweights are model-specific and attached to the frame.
Yale (d875) glpo070 vx lift truck service repair manualfjsjekksemm
The document provides instructions for removing an operator cab from a forklift. Key steps include:
1. Tilting the steering column up, sliding the seat forward, opening rear doors/windows, and disconnecting the battery.
2. Disconnecting air filter hoses, removing radiator covers, and draining coolant lines.
3. For models with air conditioning, extracting refrigerant and disconnecting AC lines.
4. Removing doors by disconnecting gas springs and hinges.
The cab can then be lifted off as a complete unit for replacement or repair. Safety warnings are provided around hot engine components.
Yale (c875) gp70 vx lift truck service repair manualfjsjekksemm
The document provides instructions for removing an operator cab from various lift truck models. Key steps include:
1. Tilting the steering column, sliding the seat forward, and opening doors/windows to access components.
2. Disconnecting the air filter hose, radiator hoses, and extracting refrigerant from air conditioning systems.
3. Removing fasteners and disconnecting electrical connections to fully separate the cab unit for removal. Precautions are listed for high temperature and high pressure components.
Yale (b910) glc055 svx lift truck service repair manualfjsjekksemm
This service manual provides information on servicing and repairing various models of GC/GLC lift trucks. The document outlines procedures for removing and installing components like the counterweight, hood, overhead guard, engine, and transmission. It also includes descriptions of the frame, exhaust system, operator restraint system, and fuel and hydraulic tanks. Safety warnings are provided regarding stabilizing the lift truck when it is placed on blocks for maintenance. Repair sections and part numbers are listed for various vehicle systems.
Yale (a985) erp090 vm lift truck service repair manualfjsjekksemm
This document provides a service manual for ERP080-1000VM (A985) that contains:
1. Sections covering various parts of the lift truck organized by part number, including the frame, operator's cab, AC motor repair, and more.
2. Descriptions and service procedures for parts of the frame including the counterweight assembly, overhead guard, and labels.
3. Information on the location of controllers and contactors for different lift truck models.
4. Warnings and procedures for discharging capacitors before working on electrical systems.
5. Details on an optional rapid charge system that some models may be equipped with.
Yale (a976) erp050 vl lift truck service repair manualfjsjekksemm
This document provides a service manual contents list for an ERP040-070VL (A976) lift truck. The list includes 19 sections covering various systems and components of the lift truck, along with part numbers, revision dates, and other identifying information for the contents of each section. Key systems covered include the frame, operator cab, drive unit, steering, hydraulics, electrical, batteries, and maintenance/repair of mast and cylinders. Safety procedures are provided for discharging capacitors before working on electrical systems.
Perkins 400 series 402 d 403d 404d industrial engine (model gh) service repai...fjsjekksemm
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Kubota bx2350 d tractor service repair manualfjsjekksemm
This document provides specifications and dimensions for a BX2350D tractor and related attachments. It includes details such as the tractor's engine specifications, fuel and oil capacities, travel speeds, dimensions, tire sizes, and three point hitch lifting capacity. Maintenance procedures and checklists are also outlined covering daily, 50 hour, 100 hour, and longer interval checks.
Komatsu wa30 5 avance wheel loader service repair manual sn22005 and upfjsjekksemm
This shop manual provides instructions for servicing a WA30-5 wheel loader. It begins with safety notices and general information. The manual is then divided into sections covering the machine's structure and function, testing and adjusting procedures, disassembly and assembly instructions, maintenance standards, and additional diagrams and specifications. Technicians are advised to carefully follow the procedures in this manual to safely and effectively service the WA30-5 in a way that maintains proper structure, function and performance.
Kioti daedong dx9010 tractor service repair manualfjsjekksemm
This document is a workshop manual that provides safety information for servicing DX7510/DX9010/DX100 tractors. It contains 13 chapters covering topics like safety, general information, engines, transmissions, and more. The manual stresses the importance of reading it fully before working on the tractors and outlines many safety precautions to prevent injuries. These include wearing proper protective gear, avoiding fires, being cautious around batteries and high pressure systems, and more. It also identifies safety symbols used in the manual.
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This workshop manual provides service information for KIOTI tractors models DK651/751/801/901. The manual is divided into sections on mechanism, servicing, and safety. It contains specifications, maintenance checklists, lubrication charts, and troubleshooting guides to aid servicing personnel in repairing and maintaining the tractors. Safety warnings and precautions are provided throughout to prevent injury and equipment damage.
Jcb vm115 pd smooth drum roller service repair manualfjsjekksemm
This document provides a summary of service tools and consumables for working on JCB machines. It includes lists of sealing compounds, retaining compounds, and tools referenced by part number. Special tools are required for procedures like hydraulic system maintenance and glass installation. Detail references provide images and descriptions of tool kits and individual tools, including a slide hammer kit, rivet nut tool, glass lifters, cutting wires, and sealant application equipment. Proper safety procedures and use of the correct tools and materials are emphasized.
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Jcb 8250 fastrac service repair manual sn 01139000 01139999fjsjekksemm
This document provides information about identifying JCB machines, standard torque settings for fasteners, and hydraulic connection specifications. It includes details on identifying machines by serial number plates and unit identification numbers. Standard torque settings are listed for zinc plated and Dacromet fasteners in various sizes. Hydraulic connection specifications are given for 'O' ring face seal systems, with torque settings for adaptors screwed into valve blocks and hoses screwed into adaptors.
2013 kawasaki zx1400 fd service repair manualfjsjekksemm
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2013 kawasaki zr1000 ed service repair manualfjsjekksemm
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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.
Statistics and Insights:
Theft Rates by Borough: Analysis of data to determine which borough in NYC experiences the highest rate of catalytic converter thefts.
Recent Trends: Current trends and patterns in catalytic converter thefts to help you stay aware of emerging hotspots and tactics used by thieves.
Benefits of This Presentation:
Awareness: Increase your awareness about catalytic converter theft and its impact on vehicle owners.
Practical Tips: Gain actionable insights and tips to effectively prevent catalytic converter theft.
Local Insights: Understand the specific risks in different NYC boroughs, helping you take targeted preventive measures.
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.
Dahua provides a comprehensive guide on how to install their security camera systems. Learn about the different types of cameras and system components, as well as the installation process.
2. Shutdown SIS
Previous Screen
Product: EXCAVATOR
Model: E70B EXCAVATOR 5TG
Configuration: E70B TRACK-TYPE EXCAVATOR 5TG00001-UP (MACHINE) POWERED BY 4D32 ENGINE
General Service Information
E70B EXCAVATOR TRAVEL DRIVE AND MOTOR
Media Number -SENR4584-00 Publication Date -01/08/1989 Date Updated -11/10/2001
General Notes
* This machine has been designed conforming to JIS (Japanese Industrial Standard) requirements in
which all measurements are based on the metric system. And this manual, wherever practical, these
measurements are shown to the nearest fraction in feet, pound, etc., but whenever in doubt, the
metric value shown should be used.
* Numbers indicated in ( ) in this manual are the part numbers given in structural and exploded
diagrams.
* Specifications are subject to change with or without notice owing to improvements, that may be
introduced after publication of this manual.
Conversion table for metric system indications into Foot-pound units (U.S.A.)
Copyright 1993 - 2019 Caterpillar Inc.
All Rights Reserved.
Private Network For SIS Licensees.
Tue Sep 10 12:14:00 UTC+0800 2019
1/1(W)w
2019/9/10https://127.0.0.1/sisweb/sisweb/techdoc/techdoc_print_page.jsp?returnurl=/sisweb/sisw...
3. Shutdown SIS
Previous Screen
Product: EXCAVATOR
Model: E70B EXCAVATOR 5TG
Configuration: E70B TRACK-TYPE EXCAVATOR 5TG00001-UP (MACHINE) POWERED BY 4D32 ENGINE
General Service Information
E70B EXCAVATOR TRAVEL DRIVE AND MOTOR
Media Number -SENR4584-00 Publication Date -01/08/1989 Date Updated -11/10/2001
Specifications
Specifications
1. General
2. Travel motor
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4. 3. Travel gear
Model Notation
Travel motor
Brake valve
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5. Copyright 1993 - 2019 Caterpillar Inc.
All Rights Reserved.
Private Network For SIS Licensees.
Tue Sep 10 12:14:55 UTC+0800 2019
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6. Shutdown SIS
Previous Screen
Product: EXCAVATOR
Model: E70B EXCAVATOR 5TG
Configuration: E70B TRACK-TYPE EXCAVATOR 5TG00001-UP (MACHINE) POWERED BY 4D32 ENGINE
General Service Information
E70B EXCAVATOR TRAVEL DRIVE AND MOTOR
Media Number -SENR4584-00 Publication Date -01/08/1989 Date Updated -11/10/2001
Function And Construction
Structural Diagram
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9. General
Travel drive and motor (73) consists of four components: swash plate type axial plunger motor (81),
counter-balance valve (80), parking brake (78), and reduction gears (79). Travel drive and motor
(73) converts the energy of pressure oil supplied by the pump into rotational force of proper speed,
and transmits this force to sprockets (74) to run the machine. When the machine is going downhill,
the travel drive and motor prevents it from overrunning, or forces the machine to a halt when it
stops. When the machine parks or stops on a slope, the braking torque of the travel motor shaft
prevents the machine from moving.
Travel drive and motor (73) is mounted on lower frame (72) and is capable of supporting the
machine weight and of countering external force acting on the track frame during digging operation.
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10. Pressure oil from the hydraulic pump enters port (77) and flows through counter-balance valve (80)
to run motor (81) at high speed. Reduction gear (79) reduces the high rotational speed to produce
slow and large torque which it turn rotates hub (1) (case). The motor return oil flows through
counter-balance valve (80) and out of port (76), and returns to the oil tank. The motor rotates
reversely when the pump pressure oil enters port (76) and is drained from port (77).
During motor rotation, case drain oil from sliding sections returns from port (75) to the tank. The
counter-balance valve controls the motor rotation by controlling the oil flow into/from the motor.
Parking brake operates together with the spool of the counter-balance valve. The parking brake is
released when the motor operates and engaged when the motor stops.
The operating principle will be explained for each of the above four components.
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11. Motor
The pressure oil from the pump enters port (77) in rear flange (27), and flows through the brake
valve section in the rear flange. It then goes to the cylinder bores in cylinder block (3) through
kidney port (82) in timing plate (35).
Depending on the swash plate angle, kidney port (82) in timing plate (35) allows the pressure oil to
go to only four to five cylinder bores (83) that are situated on one side of Y1 - Y2 line between the
top and bottom dead centers of the piston stroke.
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12. The pressure oil in cylinder bores (83) of cylinder block (30) generates force (84) to pistons by
acting on the ends of pistons (31) (four or five).
Piston force (84) then acts on swash plate (29) through shoe (32). Swash plate (29) is tilted to the
piston, so pistons (31) are moved down on the tilted surface of swash plate (29) by piston force (84).
As pistons move down, cylinder block (30) rotates.
Since cylinder block (30) and shaft (28) are directly connected with splines, shaft (28) rotates
together with cylinder block (30) which in turn generates torque.
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13. Counter-balance valve
Starting and traveling
Pressure oil comes into port (77) in rear flange (27), opens valve (52), and flows into kidney port (82
-1) in motor timing plate (35). From the kidney port, this oil flows into cylinder bores (83) in
cylinder block (30) to run the motor.
At the same time this pressure oil flows through passage (88) into spool chamber (89) from small
hole (87) of spool (48), thereby pushing spool (48) that is held in its neutral position by spring (54)
to the left. As spool (48) is pushed leftward, it introduces passage (85), recesses of spool, against
rear flange (27). Through passage (85) created between kidney port (82-2) in timing plate (35) and
port (76) in rear flange (27), return oil flows back into the tank. As spool (48) moves from its neutral
position, passage (86) to the parking brake opens, and pressure oil flows into the cylinder chamber
of the parking brake. This releases the parking brake force and allows the motor to run.
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14. When pressure oil flows to port (76) in rear flange (27) and is drained from port (77), the directions
of each component reverse, thereby causing the motor to run in reverse direction.
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15. Stopping
Suppose the machine is traveling, with pressure oil supplied to port (77) in rear flange (27). As soon
as this supply is shut off, spool (48) tends to move back to its neutral position due to the force of
spring (54), because the hydraulic pressure that pushes spool (48) is lost. In this case, the oil in spool
chamber (89) tries to flow into port (77) through passage (88), pushing spool (48). However,
because the oil flow is restricted at passage (88), back pressure occurs which in turn slows down the
movement of spool (48).
The motor keeps running by inertia even when the pressure oil is stopped. The motor return oil
therefore tries to flow back to port (76) from kidney port (82-2) in timing plate (35) through passage
(85), a clearance between the recess of spool (48) and rear flange (27). When spool (48) returns fully
to the neutral position, it blocks the motor return line completely, thereby forcing the motor to a halt.
To smoothly stop the motor running by inertia, the counter-balance valve slows down the movement
of spool (48) using the back pressure generated by restricting the motor return line through the
recess shape of spool (48).
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16. When the brake is applied to stop the motor, the motor keeps rotating by inertia if pressure oil is
stopped, and act as a pump. However, oil is no longer supplied because the suction line is blocked
by spool (48), thereby inducing possible cavitation. Valve (52), which takes action at a slight
negative pressure under this condition, then causes the oil to flow into kidney port (82-1) in timing
plate (35) from port (76) so as to prevent cavitation.
When pressure oil is supplied to port (76) in rear flange (27) during operation, each of the above
components moves reversely, forcing the motor to a halt.
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17. Overspeeding
As the machine goes down a steep slope, its speed increases, and the motor will run faster than oil
can be supplied. This faster motor rotation is called "overspeed". When this happens, port (77) goes
negative to pull the oil, moving spool (48) to the right. As a result, return passage (85) is restricted,
which in turn causes back pressure. This back pressure causes a resistance to the motor which tries
to overspeed by inertia so that the motor will run in accordance with the flow rate of oil supplied
from the pump.
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18. Parking brake
Starting and travelling (Parking brake released;)
When the pressure oil moves spool (48) of the counter-balance valve to the left from the neutral
position, passage (86) to the parking brake opens. And the pressure oil pushes valve (45) until it
closely contacts with the bottom face of valve seat (44). This blocks passage (90) to the drain port.
Thus, the pressure oil enters piston chamber (91) through passage (92).
As the pressure rises beyond the set value, it overcomes the force of spring (39) that pushes piston
(38), and forces spring (38) to move. The movement of piston (38) eliminates the force of spring
(38) which is acting on separator plates (42) and friction plates (41) and allows friction plates (41) in
cylinder block (30) of the travel motor to freely rotate, thereby releasing the brake force acting on
cylinder block (30) of the travel motor.
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19. Stopping (Parking brake applied;)
When the supply of pressure oil is shut off, spool of the counter-balance valve returns to the neutral
position. Passage (86) which is connected to the parking brake closes and there is no pressure.
Consequently, spring (46) moves valve (45) away from the surface of valve seat (44). The pressure
oil in piston chamber (91) goes through passages (92) and (90) to port (75). The drain is then led to
the tank. There is no longer pressure in piston chamber (91) and spring (39) forces piston (38)
against the inner surface of the spindle. When piston (38) is pushed, free separator plates (42) and
friction plates (41) are also pushed to spindle (2). The friction force caused by this pushing force
stops the rotation of cylinder block, thereby causing the brake torque to act on the motor shaft.
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20. Reduction gear
When shaft (28) of the motor makes one turn, input gear (6) that is splined to shaft (28) also makes
one turn. Three spur gears (7) whose involute teeth are engaged with input gear (7) rotate in reverse
direction to one another. Each spur gear (7) rotates at a speed, inversely proportional to the gear
ratio. The rotational speed and direction of crankshaft (9) are the same as those of spur gear (7),
since they are directly connected with splines.
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21. When crankshaft (9) rotates, eccentric portions (93) and (94) also rotate and provide eccentric
movement to gear A (4) and gear B (5).
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22. Each gear A or B has 35 teeth. As gear A (4) and gear B (5) start eccentric movement, their trochoid
teeth rotate in rolling contact with 36 pins (12) which are located on the inside surface of hub (1).
When crankshaft (9) makes one turn, gear A (4) and gear B (5) perform one cycle of eccentric
movement, respectively. During this one cycle, pin (12) shifts by one pitch, a difference between 36
pins and 35 teeth, in the same direction as crankshaft (9) rotates. This pin rotation is transmitted to
hub (1). Hub (1) advances by 1 pin. The ratio is 1/36. The overall reduction ratio is 1/57.6. This ratio
is obtained by multiplying the reduction ratio 15/24 between input gear (6) and spur gear (7) by the
reduction ratio 1/36 due to eccentric movement.
Copyright 1993 - 2019 Caterpillar Inc.
All Rights Reserved.
Private Network For SIS Licensees.
Tue Sep 10 12:15:51 UTC+0800 2019
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23. Shutdown SIS
Previous Screen
Product: EXCAVATOR
Model: E70B EXCAVATOR 5TG
Configuration: E70B TRACK-TYPE EXCAVATOR 5TG00001-UP (MACHINE) POWERED BY 4D32 ENGINE
General Service Information
E70B EXCAVATOR TRAVEL DRIVE AND MOTOR
Media Number -SENR4584-00 Publication Date -01/08/1989 Date Updated -11/10/2001
Servicing
Supplies
Sealants
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24. Thank you very much for
your reading. Please Click
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26. Used for safe and easy disassembly and reassembly of travel motor.
Used for holding together spindle (2) and hub (1).
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27. Used for inserting spring (4), washer (36), and snap ring (63) into cylinder block (30), or for
removing them from cylinder block.
Used for removing ball bearing (55) from shaft (28).
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28. Used for installing oil seal (57) into spindle (2).
Installed on splined end of shaft (28) and used for turning shaft (28) to determine proper thickness of
washer (37).
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