Komatsu PW130-7K Wheeled Excavator Shop Manual UEBM002800

Komatsu PW130-7K Wheeled Excavator Shop Manual UEBM002800 - Image 2

Komatsu PW130-7K Wheeled Excavator Shop Manual UEBM002800 - Image 3

Komatsu PW130-7K Wheeled Excavator Shop Manual UEBM002800 - Image 4

Komatsu PW130-7K Wheeled Excavator Shop Manual UEBM002800 - Image 5

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Komatsu PW130-7K Wheeled Excavator Shop Manual UEBM002800

$40.00

Type Of Manual: Shop Manual
Manual ID: UEBM002800
Format: PDF
Size: 33.4MB
Number of Pages: 435

Category: Komatsu Shop Manual PDF

Model List:
- PW130-7K Wheeled Excavator

1. Sec 00.pdf
1.1. SAFETY
1.1.1. SAFETY NOTICE
1.1.1.1. IMPORTANT SAFETY NOTICE
1.1.1.2. GENERAL PRECAUTIONS
1.1.1.3. PRECAUTIONS DURING WORK
1.2. GENERAL
1.3. HOW TO READ THE SHOP MANUAL
1.3.1. VOLUMES
1.3.2. DISTRIBUTION AND UPDATING
1.3.3. FILING METHOD
1.3.4. REVISED EDITION MARK
1.3.5. REVISIONS
1.3.6. SYMBOLS
1.4. HOISTING INSTRUCTIONS
1.4.1. HOISTING
1.4.2. WIRE ROPES
1.5. PUSHPULL TYPE COUPLERS
1.6. COATING MATERIALS
1.7. STANDARD TIGHTENING TORQUE
1.7.1. STANDARD TIGHTENING TORQUE OF BOLTS AND NUTS
1.7.2. TIGHTENING TORQUE OF HOSE NUTS
1.7.3. TIGHTENING TORQUE OF SPLIT FLANGE BOLTS
1.7.4. TIGHTENING TORQUE FOR FLARED NUTS
1.7.5. Tightening torque for 102 engine series (bolts and nuts)
1.7.6. Tightening torque for 102 engine series (eye joints)
1.7.7. Tightening torque for 102 engine series (tapered screws)
1.8. ELECTRIC WIRE CODE
1.8.1. CLASSIFICATION BY THICKNESS
1.8.2. CLASSIFICATION BY COLOR AND CODE
1.9. CONVERSION TABLES
1.9.1. METHOD OF USING THE CONVERSION TABLE
1.10. SPECIFICATION DIMENSION DRAWINGS
1.11. FUEL, COOLANT AND LUBRICANTS
2.1. ENGINE RELATED PARTS
2.2. PTO (COUPLING)
2.3. RADIATOR . OIL COOLER . CHARGE AIR COOLER
2.4. POWER TRAIN
2.5. SWING CIRCLE
2.6. SWING MACHINERY MOTOR
2.7. UNDERCARRIAGE
2.8. TRANSMISSION
2.9. TRAVEL MOTOR
2.9.1. OPERATION OF TRAVEL MOTOR
2.10. CLUTCH CONTROL CIRCUIT
2.11. AXLE
2.12. SUSPENSION LOCK CYLINDER
2.13. BRAKING SYSTEM
2.14. BRAKE/STEER PUMP
2.15. PRIORITY VALVE
2.16. POWER BRAKE VALVE
2.17. ACCUMULATOR FOR BRAKE SYSTEM
2.18. STEERING TRAIN
2.19. STEERING COLUMN
2.20. ORBITROL VALVE
2.21. HYDRAULIC EQUIPMENT LAYOUT DRAWINGS
2.22. HYDRAULIC CIRCUIT DIAGRAM
2.22.1. FIXED THROTTLE VALVE
2.23. PILOT PRESSURE CONTROL (PPC) SYSTEM
2.24. CONTROL VALVE
2.25. CLSS
2.26. SWING MOTOR
2.27. CENTRE SWIVEL JOINT
2.28. TRAVEL PPC PEDAL
2.29. WORK EQUIPMENT . SWING PPC VALVE
2.30. SERVICE PPC VALVE
2.31. SOLENOID VALVE MANIFOLD
2.31.1. Solenoid valve (2, 4 6stage solenoid)
2.31.2. ATTACHMENT EPC VALVE
2.32. BOOM SAFETY VALVE
2.33. HYDRAULIC CYLINDER
2.33.1. BOOM CYLINDER
2.33.2. ARM CYLINDER
2.33.3. BUCKET CYLINDER
2.33.4. ADJUST CYLINDER
2.34. OUTRIGGER CYLINDER
2.35. DOZER CYLINDER
2.36. WORK EQUIPMENT
2.37. AIR CONDITIONER
2.37.1. Air Conditioner Piping
2.38. ELECTRICAL WIRING DIAGRAM
2.39. ENGINE CONTROL SYSTEM
2.39.1. Governor motor
2.39.2. Engine throttle and pump controller
2.40. ELECTRONIC CONTROL SYSTEM
2.40.1. MACHINE CONTROL SYSTEM DIAGRAM
2.41. MACHINE MONITOR SYSTEM
2.41.1. MONITOR PANEL
2.41.2. LIQUID CRYSTAL MONITOR ADJUSTMENT SWITCH
2.42. OVERLOAD WARNING DEVICE
2.42.1. OUTLINE
2.43. SENSOR
2.44. BREAKER MODE HYDRAULIC PERFORMANCE (MAIN VALVE BYPASSED)
2.45. BREAKER MODE HYDRAULIC PERFORMANCE (VIA MAIN VALVE)
2.46. TRAVEL SYSTEM
2.46.1. TRAVEL CIRCUIT
2.46.2. OPERATIONAL AND CONTROL FEATURES
2.46.2.1. Operators Input via travel mode switch
2.47. STEERING SYSTEM
2.47.1. Operating principles
2.47.2. Dynamic Steering
2.47.3. stage principle
2.48. SERVICE BRAKE AND SUSPENSION SYSTEM
2.48.1. BRAKING SYSTEM
2.48.2. OPERATION
3. _001.pdf
3.1. STANDARD VALUE TABLE FOR ENGINE RELATED PARTS
3.2. STANDARD VALUE TABLE FOR CHASSIS RELATED PARTS
3.2.1. Flow control characteristic of PCEPC valve (STD)
4. _101.pdf
4.1. INSPECTION AND ADJUSTMENT OF AIR COMPRESSOR BELT TENSION
4.2. ADJUSTMENT OF ENGINE SPEED SENSOR
4.3. TESTING AND ADJUSTING GOVERNOR MOTOR LEVER STROKE
4.4. MEASUREMENT OF CLEARANCE IN SWING CIRCLE BEARINGS
4.5. TESTING AND ADJUSTING HYDRAULIC PRESSURE IN WORK EQUIPMENT, SWING AND TRAVEL CIRCUIT
4.6. TESTING AND ADJUSTING PC VALVE OUTPUT PRESSURE (SERVO PISTON INPUT PRESSURE)
4.7. TESTING AND ADJUSTING LS VALVE OUTPUT PRESSURE (SERVO PISTON INPUT PRESSURE) AND LS DIFFERENTIAL PRESSURE
4.8. INSPECTION AND ADJUSTMENT OF CONTROL CIRCUIT OIL PRESSURE
4.9. MEASUREMENT OF SOLENOID VALVE OUTPUT PRESSURE
4.9.1. Stage solenoid block
4.9.2. Stage solenoid block
4.9.3. Stage solenoid block
4.10. TESTING TRAVEL MOTOR RELIEF PRESSURE
4.11. ADJUSTING TRAVEL MOTOR RELIEF PRESSURE
4.12. TESTING LOCATIONS CAUSING HYDRAULIC DRIFT OF WORK EQUIPMENT
4.13. MEASURING OIL LEAKAGE
4.14. RELEASE OF REMAINING PRESSURE IN HYDRAULIC CIRCUIT
4.15. BLEEDING AIR
4.15.1. ORDER FOR OPERATIONS AND PROCEDURE FOR BLEEDING AIR
4.16. INSPECTION PROCEDURES FOR DIODE
4.17. MEASURING ROTATING SPEED OF PROPSHAFT
4.18. TESTING TRANSMISSION CLUTCH CONTROL CIRCUIT
4.19. SPECIAL FUNCTION OF MONITOR PANEL
4.19.1. OPERATION OF OPERATORS MENU AND DISPLAY (OUTLINE)
4.19.2. TABLE FOR SERVICE AND FAILURE CODE NO.
4.19.3. OPERATION AND DISPLAY OF SERVICE MENU
4.19.3.1. Way of switching to Service Menu
4.19.3.2. Table for Monitoring Items
4.20. PREPARATIONS FOR TROUBLESHOOTING ELECTRICAL SYSTEM
5. _201.pdf
5.1. POINTS TO REMEMBER WHEN TROUBLESHOOTING
5.2. SEQUENCE OF EVENTS IN TROUBLESHOOTING
5.3. POINTS TO REMEMBER WHEN CARRYING OUT MAINTENANCE
5.4. CHECKS BEFORE TROUBLESHOOTING
5.5. CLASSIFICATION AND STEPS FOR TROUBLESHOOTING
5.5.1. Classification of troubleshooting
5.5.1.1. Steps for troubleshooting
5.5.2. Failurelooking Phenomenon and Troubleshooting No.
5.6. CONNECTOR LOCATION CHART AND ELECTRICAL CIRCUIT DIAGRAM BY SYSTEM
5.6.1. CONNECTOR LOCATION
5.7. CONNECTION TABLE FOR CONNECTOR PIN NUMBERS
6. UEBM002800_A2.pdf
6.1. HYDRAULIC CIRCUIT DIAGRAM (1/3)
6.2. HYDRAULIC CIRCUIT DIAGRAM (2/3)
6.3. HYDRAULIC CIRCUIT DIAGRAM (3/3)
6.4. ELECTRICAL CIRCUIT DIAGRAM (1/5)
6.4.1. FOR MULTI MONITOR
6.5. ELECTRICAL CIRCUIT DIAGRAM (2/5)
6.5.1. FOR MULTI MONITOR
6.6. ELECTRICAL CIRCUIT DIAGRAM (3/5)
6.6.1. FOR MULTI MONITOR
6.7. ELECTRICAL CIRCUIT DIAGRAM (4/5)
6.7.1. FOR MULTI MONITOR
6.8. ELECTRICAL CIRCUIT DIAGRAM (5/5)
6.8.1. FOR MULTI MONITOR

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