Komatsu Utility SK714-5 User Manual (English)

Other manuals for Komatsu Utility SK714-5

Questions and Answers:

W
William BeckerSep 7, 2025
What to do if Komatsu Utility Mini Skid Steers does not reach max speed?
- W
  waltonreginaSep 7, 2025
  If your Komatsu Utility Mini Skid Steer machine does not reach the maximum speed selected, it could be due to several factors. The suction filter might be clogged, so try changing it. The endothermic engine might not be reaching maximum speed, in which case you should change the diesel oil filter and check the injection pump. A faulty auxiliary pump (gear pump) could also be the cause, requiring a replacement. Additionally, insufficient pilot pressure could be the issue, so check the delivery and repair or change as needed. Finally, the pressure relief valve setting might be incorrect, so set it to the rated value.
B
Barbara RogersSep 9, 2025
What causes abnormal noises in Komatsu Utility Mini Skid Steers?
- C
  Casey FryeSep 9, 2025
  If you notice abnormal noises during combustion or in the mechanical parts of your Komatsu Utility Mini Skid Steer, it could be due to several reasons. The fuel might have a low cetane rating, so change it to fuel that complies with standards. Overheating could also be a cause. The exhaust silencer inside might be damaged, requiring a replacement. Additionally, excessive valve clearance could be the issue, so adjust the valve clearance.
M
Matthew WagnerSep 12, 2025
What to do if Komatsu Utility SK714-5 Mini Skid Steers engine does not start with starter running?
- C
  Carl SotoSep 12, 2025
  If the engine doesn't start when the starter is running, the possible causes and solutions are: * No fuel: Refuel. * Air in fuel system: Bleed system. * Compression defect: Adjust valve clearance.
L
Laura WrightSep 13, 2025
What to do if Komatsu Utility Mini Skid Steers starting does not engage with key in START position?
- D
  David HernandezSep 13, 2025
  If the starting does not engage when the key is in the START position, check for the following: * Faulty cables: Check and repair. * Battery charge insufficient: Charge battery. * Faulty main fuse: Change.
K
kowenSep 14, 2025
Why lights do not work satisfactorily even with engine running at high speed in Komatsu Utility Mini Skid Steers?
- S
  Scott RiveraSep 15, 2025
  If the lights don't work well even when the engine is running at high speed, it could be due to: * Faulty cables: Check and repair any loose terminal and connection. * Faulty fan belt tension: Adjust belt tension.

Komatsu Utility SK714-5 Specifications

General

Brand	Komatsu Utility
Model	SK714-5
Category	Mini Skid Steers
Language	English

Summary

1.1 FOREWORD

1.2 INFORMATION ON SAFETY

1.3 INTRODUCTION

1.3.1 INTENDED USES

Specifies the primary intended applications of the machine.

1.3.2 IMPROPER OR UNAUTHORIZED USES

Lists forbidden uses that could cause hazards or damage.

1.4 PRODUCT IDENTIFICATION

1.4.1 MACHINE SERIAL NUMBER

Location of the machine's unique serial number.

1.4.2 MACHINE IDENTIFICATION PLATE

Details about the identification plate and CE mark.

1.4.3 ENGINE SERIAL NUMBER AND EXHAUST GAS EMISSION PLATE

Identifies the location of engine serial and emission plates.

1.4.4 TRAVEL REDUCTION GEAR SERIAL NUMBER

Specifies the location of the travel reduction gear serial number.

1.4.5 CAB SERIAL NUMBER

Pinpoints the location of the cab serial number.

1.4.6 EXCAVATOR IDENTIFICATION PLATE

Location of the excavator's identification plate, if fitted.

1.4.7 SERIAL NUMBERS AND DEALER’S ADDRESS

Fields for recording serial numbers and dealer contact information.

SAFETY AND ACCIDENT PREVENTION

2.1 SAFETY, NOISE AND VIBRATION PLATES

Information on safety, noise, and vibration plates.

2.1.1 POSITION OF THE SAFETY PLATES

Locates safety plates on the machine for easy reference.

2.1.1.1 SAFETY PLATES

Details on the importance and maintenance of safety plates.

2.1.1.2 SAFETY PLATES FOR MACHINES WITH EXCAVATOR

Specific safety plates for models equipped with an excavator.

2.1.2 PICTOGRAMS AND RELEVANT MEANINGS

Explains the meaning of symbols and pictograms used for warnings.

2.2 GENERAL PRECAUTIONS

2.2.1 GENERAL SAFETY RULES

Fundamental safety guidelines applicable to all operations.

2.2.2 SAFETY DEVICES AND GUARDS

Emphasizes the importance of safety devices and guards.

2.2.3 CLOTHING AND PERSONAL PROTECTION ITEMS

Specifies required clothing and personal protective equipment (PPE).

2.2.4 UNAUTHORIZED MODIFICATIONS

Warns against unauthorized modifications to the machine.

2.2.5 LEAVING THE OPERATOR'S SEAT

Safe procedures for leaving the operator's seat.

2.2.6 GETTING ON AND OFF THE MACHINE

Safe procedures for mounting and dismounting the machine.

2.2.7 CHECKING THE REAR-VIEW MIRRORS

Importance of checking and adjusting rear-view mirrors for visibility.

2.2.8 PREVENTING FIRES DUE TO FUEL AND OIL

Safety measures to prevent fires related to fuel and oil.

2.2.9 PREVENTING BURNS

Precautions to avoid burns from hot components or fluids.

2.2.10 PREVENTING DAMAGE DUE TO ASBESTOS POWDER

Safety precautions when handling materials containing asbestos.

2.2.11 PREVENTING DAMAGE CAUSED BY THE WORK EQUIPMENT

Avoiding hazards from moving work equipment.

2.2.12 FIRE EXTINGUISHERS AND FIRST AID KIT

Ensuring availability and knowledge of safety equipment.

2.2.13 PRECAUTIONS CONCERNING THE CAB STRUCTURE

Safety considerations for the cab structure, especially after impacts.

2.2.14 PRECAUTIONS CONCERNING THE EQUIPMENT

Safe installation and use of optional equipment.

2.3 PRECAUTIONS TO BE TAKEN BEFORE STARTING THE ENGINE

2.3.1 SAFETY ON THE WORK SITE

Ensuring a safe work environment before operations begin.

2.3.2 FIRE PREVENTION

Measures to prevent fires before starting the engine.

2.3.3 PRECAUTIONS TO BE TAKEN FOR THE OPERATOR’S CAB

Ensuring the operator's cab is safe and clear.

2.3.4 ROOM VENTILATION

Importance of ventilation, especially in confined spaces.

2.3.5 PRECAUTIONS TO BE TAKEN FOR THE LIGHTS

Checking machine lights for proper function and visibility.

2.3.6 CLEANING THE WINDOWS AND THE REAR-VIEW MIRRORS

Maintaining visibility by cleaning windows, mirrors, and wipers.

2.4 PRECAUTIONS TO BE TAKEN WHEN WORKING

2.4.1 STARTING THE ENGINE

Safe procedures for starting the engine.

2.4.2 RULES TO BE FOLLOWED WHEN TRAVELLING ON ROADS

Safety regulations for road travel, including locks.

2.4.3 CHECKS FOR TRAVELLING IN REVERSE

Precautions for safe operation when reversing.

2.4.4 MOVING THE MACHINE

Guidelines for safe movement and operation.

2.4.5 WORKING ON SLOPES

Safety procedures and techniques for operating on slopes.

2.4.6 PREVENTING ELECTROCUTION

Critical safety measures to prevent electrocution near power lines.

2.4.7 VISIBILITY

Maintaining adequate visibility in all operating conditions.

2.4.8 WORKING ON ICY OR SNOW-COVERED SURFACES

Safety precautions for operating on slippery surfaces.

2.4.9 PREVENTING DAMAGE CAUSED BY THE WORK EQUIPMENT

Avoiding hazards from moving work equipment.

2.4.10 WORKING ON LOOSE GROUND

Safe operating practices on unstable or loose ground.

2.4.11 PARKING THE MACHINE

Procedures for safely parking the machine.

2.5 TRANSPORTING THE MACHINE ON OTHER VEHICLES

2.5.1 LOADING AND UNLOADING THE MACHINE

Detailed steps for safe loading and unloading.

2.5.2 THE ROUTE

Considerations for planning the transport route.

2.6 BATTERY

2.6.1 SAFETY PRECAUTIONS FOR WORK ON BATTERIES

Critical safety measures when working with the battery.

2.6.2 STARTING WITH BOOSTER CABLES

Instructions for safely starting the engine using booster cables.

2.7 PRECAUTIONS FOR EMERGENCY RECOVERY

2.8 PRECAUTIONS TO BE TAKEN DURING MAINTENANCE

2.8.1 WARNING PLATES

Importance and application of warning plates during maintenance.

2.8.2 TOOLS

Guidelines for using appropriate and safe tools for maintenance.

2.8.3 PERSONNEL

Requirements for personnel performing maintenance.

2.8.4 EQUIPMENT

Safe storage and handling of machine equipment.

2.8.5 WORKING UNDER THE MACHINE

Critical safety precautions when working beneath the machine.

2.8.6 KEEPING THE MACHINE CLEAN

Importance of machine cleanliness for safety and identifying issues.

2.8.7 USE OF THE ENGINE DURING MAINTENANCE

Safe practices when running the engine during maintenance.

2.8.8 PERIODICAL CHANGE OF THE PARTS THAT ARE CRITICAL FOR SAFETY

Schedule for replacing safety-critical parts to ensure reliability.

2.8.9 STOP THE ENGINE BEFORE CARRYING OUT ANY MAINTENANCE OPERATION OR INSPECTION

Crucial safety step: always stop the engine before maintenance.

2.8.10 RULES FOR REFUELLING AND ADDING OIL

Safe procedures for refueling and adding oil to the machine.

2.8.11 CHECKING THE COOLANT LEVEL IN THE RADIATOR

Safely checking the engine coolant level in the radiator.

2.8.12 USING LAMPS

Using appropriate lamps for checks in poorly lit areas.

2.8.13 PRECAUTIONS CONCERNING THE BATTERY AND THE ALTERNATOR

Safety measures related to the battery and alternator.

2.8.14 PRECAUTIONS CONCERNING THE STARTER

Safety considerations for the starter motor.

2.8.15 PRECAUTIONS CONCERNING HIGH-PRESSURE HOSES

Safety measures when working with high-pressure hoses.

2.8.16 PRECAUTIONS TO BE TAKEN WHEN WORKING ON HIGH-PRESSURE SYSTEMS

Safety procedures for hydraulic systems under pressure.

2.8.17 PRECAUTIONS FOR MAINTENANCE WORK INVOLVING HIGH TEMPERATURES AND PRESSURES

Safety when performing maintenance on hot or pressurized components.

2.8.18 COOLING FAN AND FAN BELT

Safety considerations for the cooling fan and belt.

2.8.19 WASTE MATERIALS

Proper disposal procedures for waste materials.

2.8.20 PRECAUTIONS TO BE TAKEN WHEN INFLATING THE TYRES

Safety measures to follow when inflating tires.

2.8.21 PRECAUTIONS TO BE TAKEN WHEN USING THE SYNTHETIC BIODEGRADABLE OIL TYPE «HEES»

Specific precautions for using biodegradable hydraulic oil.

3.1 SAFETY LOCKS

3.1.1 LOADER LOCKS

Specific safety locks for the loader arm and its attachments.

3.1.2 EXCAVATOR LOCKS

Safety locks for the excavator attachment, if installed.

3.1.3 ASPHALT CUTTER LOCKS

Safety locks for the asphalt cutter attachment, if installed.

3.2 GENERAL VIEWS

3.2.1 FRONT GENERAL VIEW

Labeled diagram of the front view of the machine.

3.2.2 REAR GENERAL VIEW

Labeled diagram of the rear view of the machine.

3.2.3 CAB INSIDE GENERAL VIEW

Labeled diagram of the machine's cabin interior.

3.3 INSTRUMENTS AND CONTROLS

3.3.1 INSTRUMENTS

Explanation of dashboard instruments and indicators.

3.3.2 WARNING LIGHTS

Explanation of various warning lights on the instrument panel.

3.3.3 SWITCHES UND PUSH BUTTONS

Identification and function of machine switches and push buttons.

3.3.4 ELECTRICAL ACCESSORIES

Details on electrical accessories like alarms and outlets.

3.3.5 MACHINE CONTROLS

Comprehensive guide to the machine's control levers and pedals.

3.4 FUSES AND RELAYS

3.4.1 MACHINE FUNCTION FUSES

Details on fuses for various machine functions.

3.4.2 MAIN FUSE

Location and function of the main fuse.

3.4.3 RELAYS

Identification and location of various machine relays.

3.5 GUARDS AND DRIVER’S SEAT

3.5.1 ENGINE HOOD

Procedures for opening and closing the engine hood.

3.5.2 REAR PANEL

Procedures for opening and closing the rear panel.

3.5.3 CAB

General information regarding the machine's cab.

3.5.3.1 RAISING THE CAB

Step-by-step instructions for safely raising the cab.

3.5.4 STANDARD SEAT

Details on adjusting the standard operator seat.

3.5.5 CUSHIONED SEAT

Details on adjusting the cushioned operator seat.

3.5.6 SAFETY BELT

Proper use, maintenance, and replacement of the safety belt.

3.5.7 EMERGENCY EXIT

Location and procedure for using the emergency exit.

3.5.8 TECHNICAL DOCUMENTATION CASE

Location for storing manuals and documents.

3.5.9 FIRE EXTINGUISHER

Proper installation, maintenance, and use of the fire extinguisher.

3.5.10 FIRST AID KIT

Ensuring the first aid kit is stocked and accessible.

3.6 USE OF THE MACHINE

3.6.1 CHECKS BEFORE STARTING THE ENGINE

Essential pre-operation checks for safety and performance.

3.6.1.1 VISUAL CHECKS

Performing detailed visual inspections before starting the engine.

3.6.1.2 DAILY CHECKS

Daily checks required before operating the machine.

3.6.1.3 OPERATIONAL CHECKS

Checks to perform during machine operation.

3.6.2 STARTING THE ENGINE

Procedures for starting the engine under various conditions.

3.6.2.1 STARTING WITH WARM ENGINE OR IN TEMPERATE CLIMATES

Engine starting procedure in warm or temperate weather.

3.6.2.2 STARTING WITH COLD ENGINE OR IN COLD CLIMATES

Engine starting procedure in cold weather conditions.

3.6.3 WARMING THE ENGINE

Proper procedure for warming up the engine before work.

3.6.4 HEATING THE HYDRAULIC OIL

Steps to heat hydraulic oil, especially in cold conditions.

3.6.5 HOW TO MOVE THE MACHINE (ISO PATTERN CONTROL SYSTEM)

Instructions for moving the machine using ISO control system.

3.6.5.1 STEERING (CHANGING DIRECTION)

How to steer and change direction with the ISO control system.

3.6.6 HOW TO MOVE THE MACHINE (OPTIONAL PATTERN CONTROL SYSTEM)

Instructions for moving the machine using the Optional control system.

3.6.6.1 STEERING (CHANGING DIRECTION)

How to steer and change direction with the Optional control system.

3.6.7 MOVING ON SLOPES

Safety precautions and techniques for moving on slopes.

3.6.8 MAXIMUM IMMERSION DEPTH

Maximum safe operating depth in water.

3.7 PARKING THE MACHINE

3.7.1 PARKING ON LEVEL GROUND

Steps for safely parking on a level surface.

3.7.2 PARKING ON SLOPES

Steps for safely parking on a slope.

3.8 STOPPING THE ENGINE

3.9 TRANSPORTING THE MACHINE ON OTHER VEHICLES

3.9.1 LOADING AND UNLOADING THE MACHINE

Detailed steps for safe loading and unloading.

3.9.2 TRANSPORT

Considerations for planning the transport route.

3.10 HOW TO LIFT THE MACHINE

3.11 PRECAUTIONS TO BE TAKEN IN THE COLD SEASON

3.11.1 FUEL AND LUBRICANTS

Fuel and lubricant considerations for cold weather.

3.11.2 COOLANT

Antifreeze and coolant precautions for cold weather.

3.11.3 BATTERY

Battery care and precautions in cold weather.

3.11.4 OTHER PRECAUTIONS

Additional cold weather operating precautions.

3.11.5 PRECAUTIONS TO BE TAKEN AT THE END OF WORK

End-of-day procedures, especially in cold weather.

3.12 PRECAUTIONS TO BE TAKEN IN THE WARM SEASON

3.13 USING THE WORK EQUIPMENT

3.13.1 LOWERING THE EQUIPMENT IN CASE OF MACHINE FAILURE

How to safely lower equipment if the machine fails.

3.13.2 ORGANIZING THE WORK AREA

Preparing the work area for efficient and safe operation.

3.13.3 LOADING MATERIAL ON HEAPS AND ON LEVEL SURFACES

Techniques for efficient material loading.

3.13.4 LOADING MATERIAL ON SLOPES

Safe methods for loading material on inclined surfaces.

3.13.5 DIGGING METHOD

Proper techniques for performing digging operations.

3.13.6 CHANGING THE BUCKET WITH STANDARD RAPID COUPLING

Procedure for changing the bucket using standard quick coupling.

3.13.7 CHANGING THE BUCKET WITH OPTIONAL RAPID COUPLING

Procedure for changing the bucket with optional quick coupling.

3.14 LONG PERIODS OF INACTIVITY

3.14.1 BEFORE THE PERIOD OF INACTIVITY

Preparations for storing the machine properly.

3.14.2 DURING THE PERIOD OF INACTIVITY

Actions to take during periods of inactivity.

3.14.3 AFTER THE PERIOD OF INACTIVITY

Steps for returning the machine to service after storage.

3.15 TROUBLESHOOTING

3.15.1 HOW TO REMOVE THE MACHINE

Procedures for removing the machine if it gets stuck or breaks down.

3.15.2 IF THE FUEL HAS BEEN COMPLETELY DEPLETED

Troubleshooting steps for an empty fuel tank.

3.15.3 IF THE BATTERY IS DEPLETED

Troubleshooting steps for a depleted battery.

3.15.3.1 STARTING WITH BOOSTER CABLES

Safe procedures for starting the engine using booster cables.

3.15.4 OTHER TROUBLES

Troubleshooting for various other electrical issues.

3.15.4.1 ELECTRICAL CIRCUIT

Common electrical circuit problems and their remedies.

3.15.4.2 HYDRAULIC SYSTEM

Troubleshooting common hydraulic system issues.

3.15.4.3 ENGINE

Common engine problems and their solutions.

3.15.4.4 HYDROSTATIC TRANSMISSION

Troubleshooting issues with the hydrostatic transmission.

4.1 GUIDE TO MAINTENANCE

4.2 MAINTENANCE NOTES

4.2.1 NOTES REGARDING THE ENGINE

Specific notes regarding engine maintenance.

4.2.1.1 ENGINE OIL

Key points about engine oil checks and changes.

4.2.1.2 COOLANT

Important information about engine coolant.

4.2.1.3 FUEL

Notes regarding fuel selection and handling.

4.2.2 NOTES REGARDING THE HYDRAULIC SYSTEM

Important considerations for hydraulic system maintenance.

4.2.3 NOTES REGARDING THE ELECTRICAL SYSTEM

Notes on electrical system maintenance and safety.

4.2.4 NOTES REGARDING LUBRICATION

Guidelines for proper lubrication of machine components.

4.2.5 PARTS SUBJECT TO WEAR THAT PERIODICALLY NEED CHANGING

List of wear parts and their replacement intervals.

4.3 FUEL, COOLANT AND LUBRICANTS

4.3.1 HOMOLOGATED SYNTHETIC BIODEGRADABLE LUBRICANTS TYPE HEES

Approved synthetic biodegradable lubricants for HEES systems.

4.4 DRIVING TORQUES FOR SCREWS AND NUTS

4.4.1 STANDARD DRIVING TORQUES

Standard torque values for common fasteners.

4.4.2 SPECIFIC DRIVING TORQUES

Specific torque values for machine components.

4.5 LUBRICATION

4.5.1 LUBRICATION DIAGRAM

Visual guide to lubrication points and intervals.

4.6 PERIODICAL CHANGE OF THE COMPONENTS CONNECTED WITH SAFETY

4.6.1 CRITICAL PARTS FOR SAFETY

Identification of critical safety components for periodic replacement.

4.7 MAINTENANCE PLAN

4.7.1 WHEN REQUIRED

Maintenance tasks performed based on specific needs or conditions.

4.7.1.a CHECKING, CLEANING OR CHANGING THE AIR CLEANER CARTRIDGE

Procedure for checking, cleaning, or replacing the air cleaner cartridge.

4.7.1.b TYRE ROTATION

Importance and method of rotating tires for even wear.

4.7.1.c DRAINING THE FUEL TANK

Procedure for draining the fuel tank to remove impurities.

4.7.1.d RELEASING THE PARKING BRAKE

Steps to release the parking brake for maintenance.

4.7.2 CHECKS BEFORE STARTING

Essential pre-operation checks to ensure safety and readiness.

4.7.2.a VARIOUS CHECKS

Performing various checks before starting the engine.

4.7.2.b CHECKING THE COOLANT LEVEL

Safely checking the engine coolant level.

4.7.2.c CHECKING THE FUEL LEVEL

Procedure for checking the fuel level.

4.7.2.d CHECKING THE ENGINE OIL LEVEL

How to safely check the engine oil level.

4.7.2.e CHECKING THE OIL LEVEL IN THE HYDRAULIC CIRCUIT

Procedure for checking the hydraulic oil level.

4.7.2.f CHECKING THE FUEL FILTER FOR SEDIMENTS AND WATER

Checking the fuel filter for water and sediments.

4.7.2.g CHECKING THE WIRING SYSTEM

Inspecting the wiring system for potential issues.

4.7.3 MAINTENANCE AFTER THE FIRST 50 HOURS OF OPERATION

Maintenance tasks to be performed after the first 50 hours.

4.7.4 MAINTENANCE EVERY 50 HOURS OF OPERATION

Routine maintenance tasks performed every 50 hours.

4.7.4.a CHECKING THE TYRE PRESSURE

How to check and maintain tire pressure.

4.7.4.b CHECKING THE COOLANT LEVEL IN THE RADIATOR

Safely checking the coolant level in the radiator.

4.7.5 MAINTENANCE AFTER THE FIRST 250 HOURS OF OPERATION

Maintenance tasks after the first 250 hours.

4.7.6 MAINTENANCE EVERY 250 HOURS OF OPERATION

Routine maintenance tasks performed every 250 hours.

4.7.6.a ADJUSTING THE FAN BELT TENSION

Procedure for adjusting the fan belt tension.

4.7.6.b CHECKING THE BATTERY ELECTROLYTE LEVEL

Checking and maintaining the battery electrolyte level.

4.7.6.c CHECKING THE GEARING CHAIN TENSION

How to check the tension of the gearing chains.

4.7.6.d CLEANING THE OUTSIDE OF THE RADIATORS

Cleaning the exterior of radiators and heat exchangers.

4.7.6.e CHECKING THE WHEEL NUT DRIVING TORQUE

Verifying wheel nut torque for safety.

4.7.6.f CHECKING THE OIL LEVEL IN THE FINAL TRANSMISSIONS

Checking the oil level in the final drive transmissions.

4.7.6.g LUBRICATING THE JOINTS

Lubrication points for machine joints and cylinders.

4.7.6.h CHANGING THE ENGINE OIL

Procedure for changing the engine oil.

4.7.6.j CHANGING THE ENGINE OIL FILTER

Procedure for replacing the engine oil filter.

4.7.7 MAINTENANCE AFTER THE FIRST 500 HOURS OF OPERATION

Maintenance tasks after first 500 hours for HEES machines.

4.7.8 MAINTENANCE EVERY 500 HOURS OF OPERATION

Routine maintenance tasks performed every 500 hours.

4.7.8.a CHANGING THE FUEL FILTER

Procedure for changing the fuel filter.

4.7.8.b CHANGING THE HYDRAULIC OIL DRAIN FILTER

Procedure for changing the hydraulic oil drain filter.

4.7.8.c CHANGING THE FUEL PUMP PRECLEANER

Procedure for changing the fuel pump precleaner.

4.7.8.d DRAINING THE HYDRAULIC OIL TANK

Procedure for draining the hydraulic oil tank.

4.7.9 MAINTENANCE EVERY 1000 HOURS OF OPERATION

4.7.9.a CHANGING THE OIL IN THE FINAL TRANSMISSION

Procedure for changing the final transmission oil.

4.7.9.b CHANGING THE HYDRAULIC SYSTEM OIL AND CLEANING THE SUCTION FILTER

Changing hydraulic oil and cleaning suction filter.

4.7.9.c CHECKING AND ADJUSTING THE ENGINE VALVE CLEARANCE

Checking and adjusting engine valve clearance.

4.7.10 MAINTENANCE EVERY 2000 HOURS OF OPERATION

4.7.10.a CHANGING THE COOLANT

Procedure for changing the engine coolant.

4.7.10.b CHANGING THE SUCTION FILTER

Procedure for changing the suction filter.

4.7.10.c CHECKING THE ALTERNATOR AND THE STARTER

Inspecting the alternator and starter.

5.1 TECHNICAL DATA

5.1.1 STANDARD MACHINE OVERALL DIMENSIONS

Dimensions of the standard machine configuration.

5.1.2 MACHINE OVERALL DIMENSIONS WITH OPTIONAL EQUIPMENT

Dimensions with various optional equipment attached.

5.1.3 TECHNICAL CHARACTERISTICS

Key technical specifications of the machine, engine, and electrical system.

6.1 AUTHORIZED OPTIONAL EQUIPMENT

6.1.1 PRECAUTIONS REGARDING SAFETY

Safety precautions for installing and using optional equipment.

6.1.2 PRECAUTIONS REGARDING THE INSTALLATION OF EQUIPMENT

Safety measures during the installation of optional equipment.

6.1.3 CHARACTERISTICS OF THE STANDARD MACHINE OPTIONAL EQUIPMENT

Specifications for standard optional equipment.

6.1.4 CHARACTERISTICS OF THE OPTIONAL EQUIPMENT OF THE MACHINE VERSION WITH HIGH-FLOW HYDRAULIC SYSTEM

Specifications for optional equipment with high-flow hydraulics.

6.2 CHANGING THE AUTHORIZED EQUIPMENT

6.2.1 CONNECTING THE EXCAVATOR

Steps for connecting the excavator attachment.

6.2.2 CONNECTING THE HYDRAULIC CIRCUIT

Connecting the hydraulic circuit for optional equipment.

6.2.3 CONNECTING THE RETURN CIRCUIT WITH DIRECT DRAINAGE INTO THE TANK

Connecting the return circuit for direct drainage.

6.2.4 PREPARING THE MACHINE FOR THE USE OF THE EXCAVATOR

Preparing the machine for excavator operation.

6.2.5 USING THE MACHINE WITH THE EXCAVATOR

Operating the machine with the excavator attachment.

6.3 PALLET FORKS

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