This document provides safety precautions for operating an excavator. It outlines general safety rules such as reading the operator's manual, understanding safety signs, wearing proper protective equipment, keeping the operator compartment clear, and following rules for starting, operating, stopping and maintaining the machine. It emphasizes always being seated in the operator's seat while operating and keeping body parts inside the operator's compartment.
Fiat kobelco ex95 w mini wheel excavator service repair manualfjskksmem
This document provides an index of sections and groups for the workshop manual of an excavator model EX95W. It lists 12 sections that make up the manual, including sections on safety rules, specifications, the superstructure, undercarriage, hydraulic and electrical systems, troubleshooting, performance testing, and the engine. Each section contains multiple groups that cover specific components and systems. The index is intended to help users navigate topics within the extensive manual.
Instruction Manual ATN Tico Series Thermal Imaging Clip On | Optics TradeOptics-Trade
This document is the operator's manual for the TICO Series thermal imaging clip-on. It provides important safety information and instructions for operation, assembly, maintenance and storage of the device. The manual contains specifications, diagrams and step-by-step procedures for using key functions like focusing, adjusting brightness and polarity settings, and shutting down. It also outlines maintenance tasks including cleaning and preparing the device for storage.
KUBOTA U55-4 EXCAVATOR Service Repair Manualukjemd ksjekm
This is the Highly Detailed factory service repair manual for theKUBOTA U55-4 EXCAVATOR, this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.KUBOTA U55-4 EXCAVATOR Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly.
Service Repair Manual Covers:
General
Machine Body
Engine
Hydraulic System
Electrical System
Cabin
File Format: PDF
Compatible: All Versions of Windows & Mac
Language: English
Requirements: Adobe PDF Reader
NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to haveKUBOTA U55-4 EXCAVATOR Service Repair Workshop Manual.
Looking for some other Service Repair Manual,please check:
https://www.aservicemanualpdf.com/
Thanks for visiting!
Motorola ap650 access point installation guide (part no. 72 e 131207-01 rev. d )Advantec Distribution
The document provides instructions for installing the Motorola AP-650 Thin Access Point, which can be mounted on a wall or suspended ceiling. It includes details on package contents, placement guidelines, wall and ceiling mounting procedures, and specifications. The integrated antenna model mounts using wall screws or clips on a suspended ceiling T-bar. The external antenna model also mounts on walls or ceilings and has options for external antenna connections.
Motorola ap650 access point installation guide (part no. 72 e 131207-01 rev. d )Advantec Distribution
The document provides installation instructions for the Motorola AP-650 Series Thin Access Point. It includes details on package contents, features, hardware installation instructions for wall and ceiling mounts, specifications, regulatory information, and customer support resources. Wall and ceiling mount options are described along with required hardware. Status indicators and technical specifications are listed.
The document provides installation instructions for the Motorola AP-650 Thin Access Point. It can be mounted on a wall or suspended ceiling and is available with integrated or external antennas. The document describes the package contents, features, wall and ceiling mounting procedures, specifications, regulatory information, and support resources. Installation requires attaching the access point to a wall or ceiling using the provided hardware and connecting an Ethernet cable from the access point to a switch with 802.3af power.
The document provides installation instructions for the Motorola AP-650 Thin Access Point. It can be mounted on a wall or suspended ceiling and comes in integrated antenna and external antenna models. The instructions describe the package contents, recommended placement, and step-by-step procedures for wall mounting or mounting on a suspended ceiling T-bar for both antenna models. Specifications and regulatory information are also included.
Case 570 mxt series 3 loader landscaper operator manualfjjskertefksmem
The document is an operator's manual for a 570MXT Series 3 Tier 3 Loader Landscaper. It provides instructions on the safe operation and maintenance of the machine. The manual contains chapters covering general information about the machine components, safety information and decals, instructions for instruments and controls, operating instructions, lubrication and maintenance procedures, electrical systems, specifications, and an index. It emphasizes the importance of reading and understanding the entire manual before operating the machine.
Fiat kobelco ex95 w mini wheel excavator service repair manualfjskksmem
This document provides an index of sections and groups for the workshop manual of an excavator model EX95W. It lists 12 sections that make up the manual, including sections on safety rules, specifications, the superstructure, undercarriage, hydraulic and electrical systems, troubleshooting, performance testing, and the engine. Each section contains multiple groups that cover specific components and systems. The index is intended to help users navigate topics within the extensive manual.
Instruction Manual ATN Tico Series Thermal Imaging Clip On | Optics TradeOptics-Trade
This document is the operator's manual for the TICO Series thermal imaging clip-on. It provides important safety information and instructions for operation, assembly, maintenance and storage of the device. The manual contains specifications, diagrams and step-by-step procedures for using key functions like focusing, adjusting brightness and polarity settings, and shutting down. It also outlines maintenance tasks including cleaning and preparing the device for storage.
KUBOTA U55-4 EXCAVATOR Service Repair Manualukjemd ksjekm
This is the Highly Detailed factory service repair manual for theKUBOTA U55-4 EXCAVATOR, this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.KUBOTA U55-4 EXCAVATOR Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly.
Service Repair Manual Covers:
General
Machine Body
Engine
Hydraulic System
Electrical System
Cabin
File Format: PDF
Compatible: All Versions of Windows & Mac
Language: English
Requirements: Adobe PDF Reader
NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to haveKUBOTA U55-4 EXCAVATOR Service Repair Workshop Manual.
Looking for some other Service Repair Manual,please check:
https://www.aservicemanualpdf.com/
Thanks for visiting!
Motorola ap650 access point installation guide (part no. 72 e 131207-01 rev. d )Advantec Distribution
The document provides instructions for installing the Motorola AP-650 Thin Access Point, which can be mounted on a wall or suspended ceiling. It includes details on package contents, placement guidelines, wall and ceiling mounting procedures, and specifications. The integrated antenna model mounts using wall screws or clips on a suspended ceiling T-bar. The external antenna model also mounts on walls or ceilings and has options for external antenna connections.
Motorola ap650 access point installation guide (part no. 72 e 131207-01 rev. d )Advantec Distribution
The document provides installation instructions for the Motorola AP-650 Series Thin Access Point. It includes details on package contents, features, hardware installation instructions for wall and ceiling mounts, specifications, regulatory information, and customer support resources. Wall and ceiling mount options are described along with required hardware. Status indicators and technical specifications are listed.
The document provides installation instructions for the Motorola AP-650 Thin Access Point. It can be mounted on a wall or suspended ceiling and is available with integrated or external antennas. The document describes the package contents, features, wall and ceiling mounting procedures, specifications, regulatory information, and support resources. Installation requires attaching the access point to a wall or ceiling using the provided hardware and connecting an Ethernet cable from the access point to a switch with 802.3af power.
The document provides installation instructions for the Motorola AP-650 Thin Access Point. It can be mounted on a wall or suspended ceiling and comes in integrated antenna and external antenna models. The instructions describe the package contents, recommended placement, and step-by-step procedures for wall mounting or mounting on a suspended ceiling T-bar for both antenna models. Specifications and regulatory information are also included.
Case 570 mxt series 3 loader landscaper operator manualfjjskertefksmem
The document is an operator's manual for a 570MXT Series 3 Tier 3 Loader Landscaper. It provides instructions on the safe operation and maintenance of the machine. The manual contains chapters covering general information about the machine components, safety information and decals, instructions for instruments and controls, operating instructions, lubrication and maintenance procedures, electrical systems, specifications, and an index. It emphasizes the importance of reading and understanding the entire manual before operating the machine.
This quick start guide provides basic instructions for setting up and using the machine. It explains important functions and safety precautions. The guide has sections on environmental features, regulations, setup requirements, operation instructions, and legal restrictions. It also lists the machine's components and identifies the names of each part.
2001 Sea-Doo GTX Service Repair Manual.pdfxwm10319888
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
2001 Sea-Doo GS Service Repair Manual.pdfxwm10319888
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull/body, technical specifications, and wiring diagrams. The manual is intended as a guide for technicians already familiar with repairing these watercraft and recommends using genuine Bombardier parts. Safety notices indicate that precautions should be taken and proper tools used when servicing to avoid damaging components or creating safety hazards.
2001 Sea-Doo GTI Service Repair Manual.pdfxwm10319888
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, tips, and required tools are called out. Torque specifications and locking devices are emphasized.
2001 Sea-Doo GTX RFI Service Repair Manual.pdfxwm10319888
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, torque specifications, and tips for using the correct tools and products like lubricants are included throughout.
2001 Sea-Doo RX DI Service Repair Manual.pdfxwm10319888
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, tips, and required tools are called out. Torque specifications and locking devices are emphasized.
2001 Sea-Doo XP Service Repair Manual.pdfxwm10319888
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
2001 Sea-Doo GTX DI Service Repair Manual.pdfxwm10319888
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
2001 Sea-Doo GTS Service Repair Manual.pdfxwm10319888
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, tips, and required tools are called out. Torque specifications and locking devices are emphasized.
2001 Sea-Doo RX Service Repair Manual.pdfxwm10319888
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, torque specifications, and tips for using the correct tools and products like lubricants are included throughout.
2001 Sea-Doo RX Service Repair Manual.pdf7jfksmeidjdm
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, tips, and required tools are called out. Torque specifications and locking devices are emphasized.
2001 Sea-Doo GTX Service Repair Manual.pdf7jfksmeidjdm
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
2001 Sea-Doo RX DI Service Repair Manual.pdf7jfksmeidjdm
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, torque specifications, and tips for using the correct tools and products like lubricants are included throughout.
2001 Sea-Doo GTI Service Repair Manual.pdf7jfksmeidjdm
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, torque specifications, and tips for using the correct tools and products like lubricants are included throughout.
2001 Sea-Doo GTX RFI Service Repair Manual.pdf7jfksmeidjdm
- The document is the 2001 Shop Manual for Sea-Doo watercraft models. It contains 16 sections covering topics like service tools, maintenance, troubleshooting, engine systems, electrical systems, and more.
- The manual provides exploded views, diagrams, specifications, and step-by-step instructions for repair and maintenance procedures.
- Safety notices, torque specifications, and tips for using the correct tools and products like lubricants are included throughout.
Caterpillar Cat 313F L Excavator (Prefix NLG) Service Repair Manual (NLG00001...ufjksemd8ujd
This document provides instructions for removing the front housing on a C4.4 engine. It involves:
1. Removing various other components first like the fan, crankshaft pulley, oil pan, accessory drive, water pump and timing gears.
2. Disconnecting a harness assembly and removing bolts that secure a bypass tube to the front housing.
3. Removing bolts of various lengths that secure the front housing, and then removing the front housing from the engine.
This document provides instructions for disassembling the final drive, travel motor, and various other components of a 313D2 excavator. It lists the required tools and safety precautions and then outlines 16 steps to disassemble parts like the final drive, traction control valve, counterbalance valve, travel motor, barrel assembly, and piston assemblies. Detailed illustrations are provided to identify the specific components and guide the disassembly process.
The document provides instructions for removing and installing various engine components on a Caterpillar C4.2 engine, including:
- Removing and installing the flywheel housing, which requires draining fluids, removing mounting bolts and seals, and installing a new gasket.
- Removing and installing the crankshaft pulley using pullers and sockets, which may require removing a wear sleeve.
- Removing the crankshaft front seal using a slide hammer puller after drilling holes in the seal.
- Installing a new crankshaft front seal using a installer tool and applying oil to the seal and crankshaft pulley.
This document provides disassembly instructions for the final drive, travel motor, and counterbalance valve of a 313D2 excavator. It lists the required tools and parts and outlines 16 steps to disassemble the final drive, 13 steps to disassemble the travel motor, and 15 steps to disassemble the counterbalance valve. Safety notices are included regarding containing fluids, releasing pressures, and being struck by parts under spring force.
This document provides instructions for removing the front housing on a C4.4 engine. It involves:
1. Removing various other components first like the fan, crankshaft pulley, oil pan, accessory drive, water pump and timing gears.
2. Disconnecting a harness assembly and removing bolts that secure a bypass tube to the front housing.
3. Removing bolts of various lengths that secure the front housing, and then removing the front housing from the engine.
This document provides instructions for disassembling and assembling the travel motor of a 313D2 excavator. The disassembly process involves 27 steps to remove components like the motor head, brake piston, barrel assembly, springs and seals. The assembly process is outlined in 13 steps and provides details on cleaning, lubricating and installing components in the reverse order of disassembly. Special notes are provided regarding alignment marks, spring pressure hazards and orientation of parts.
Caterpillar Cat 312D2 L Excavator (Prefix MPP) Service Repair Manual (MPP0000...ufjksemd8ujd
This document provides instructions for disassembling various components of an excavator final drive and travel motor system. It outlines 16 steps to disassemble the final drive which include draining fluids, removing fittings and valves, and using tools to pull bearings. It also details 14 steps to disassemble the travel motor which involve removing seals, pistons, plates and springs. Safety notices are included throughout to warn of potential injuries from parts or released pressures.
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This quick start guide provides basic instructions for setting up and using the machine. It explains important functions and safety precautions. The guide has sections on environmental features, regulations, setup requirements, operation instructions, and legal restrictions. It also lists the machine's components and identifies the names of each part.
2001 Sea-Doo GTX Service Repair Manual.pdfxwm10319888
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
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2001 Sea-Doo RX DI Service Repair Manual.pdfxwm10319888
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This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
2001 Sea-Doo GTX DI Service Repair Manual.pdfxwm10319888
This document is the 2001 shop manual for Sea-Doo watercraft models GS, GTI, GTS, GTX, XP, RX, and their variants. It contains sections on service tools, maintenance procedures, troubleshooting, engine systems, cooling, fuel, lubrication, electrical, propulsion, steering, suspension, hull and body work, technical specifications, and wiring diagrams. The manual is intended as a guide for mechanics already familiar with repairing Bombardier watercraft to correctly service and repair the 2001 models.
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Caterpillar Cat 313F L Excavator (Prefix NLG) Service Repair Manual (NLG00001...ufjksemd8ujd
This document provides instructions for removing the front housing on a C4.4 engine. It involves:
1. Removing various other components first like the fan, crankshaft pulley, oil pan, accessory drive, water pump and timing gears.
2. Disconnecting a harness assembly and removing bolts that secure a bypass tube to the front housing.
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- Removing and installing the crankshaft pulley using pullers and sockets, which may require removing a wear sleeve.
- Removing the crankshaft front seal using a slide hammer puller after drilling holes in the seal.
- Installing a new crankshaft front seal using a installer tool and applying oil to the seal and crankshaft pulley.
This document provides disassembly instructions for the final drive, travel motor, and counterbalance valve of a 313D2 excavator. It lists the required tools and parts and outlines 16 steps to disassemble the final drive, 13 steps to disassemble the travel motor, and 15 steps to disassemble the counterbalance valve. Safety notices are included regarding containing fluids, releasing pressures, and being struck by parts under spring force.
This document provides instructions for removing the front housing on a C4.4 engine. It involves:
1. Removing various other components first like the fan, crankshaft pulley, oil pan, accessory drive, water pump and timing gears.
2. Disconnecting a harness assembly and removing bolts that secure a bypass tube to the front housing.
3. Removing bolts of various lengths that secure the front housing, and then removing the front housing from the engine.
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Caterpillar Cat 312D2 L Excavator (Prefix MPP) Service Repair Manual (MPP0000...ufjksemd8ujd
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Caterpillar Cat 312D2 L Excavator (Prefix KLE) Service Repair Manual (KLE0000...ufjksemd8ujd
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Caterpillar Cat 312D2 L Excavator (Prefix GWN) Service Repair Manual (GWN0000...ufjksemd8ujd
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Caterpillar Cat 312D2 L Excavator (Prefix WHJ) Service Repair Manual (WHJ0000...ufjksemd8ujd
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- Removing the crankshaft rear seal housing assembly, which is non-serviceable and must be replaced as a unit.
- Installing a crankshaft rear seal housing assembly using alignment tools and tightening setscrews in a specific order.
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Caterpillar Cat 312D2 L Excavator (Prefix MGJ) Service Repair Manual (MGJ0000...ufjksemd8ujd
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1) Heating the ring gear to install it on the flywheel, then installing the flywheel using guide bolts and tightening bolts to the specified torque.
2) Removing the crankshaft rear seal housing assembly by removing setscrews, as the seal is non-serviceable and the housing must be replaced.
3) Installing the new crankshaft rear seal housing assembly by positioning it over the crankshaft, aligning it, and tightening setscrews to the specified torque using an alignment tool.
Caterpillar Cat 312D2 L Excavator (Prefix FAB) Service Repair Manual (FAB0000...ufjksemd8ujd
This document provides instructions for disassembling various components of an excavator, including the final drive, travel motor, counterbalance valve, and barrel assembly. It lists the required tools and outlines 16 steps to disassemble parts like the traction control valve, piston assemblies, springs, and seals. Safety notices are included to warn of potential injuries from parts propelled by springs or pressurized hydraulic fluids.
Caterpillar Cat 312D2 L Excavator (Prefix EAB) Service Repair Manual (EAB0000...ufjksemd8ujd
1. The document provides instructions for removing and installing the cylinder head and lifter group on a Caterpillar 3054C engine.
2. Key steps include draining fluids, removing components like the exhaust manifold and fuel injectors, then gradually loosening and removing cylinder head bolts.
3. Reinstallation requires cleaning surfaces, torquing bolts in a specific sequence, and refilling fluids before installing removed components.
Caterpillar Cat 312D2 L Excavator (Prefix DGF) Service Repair Manual (DGF0000...ufjksemd8ujd
This document provides instructions for removing and installing a camshaft on a Caterpillar 3054C engine. The key steps are:
1. Remove the rocker shaft assembly, pushrods, and front housing.
2. Turn the engine upside down so the valve lifters are away from the camshaft.
3. Carefully remove the camshaft from the cylinder block.
4. Ensure the camshaft is clean and lubricated with oil before installing it in the reverse order of removal. Special care must be taken not to damage the lobes or bearings.
The document provides instructions for removing and installing a cylinder head on a Caterpillar 3054C engine:
1) Drain coolant and oil, remove ancillary components, and loosen head bolts in a gradual, reverse order to prevent distortion.
2) Use lifting equipment to carefully remove the 57 kg cylinder head. Clean the head and block mating surfaces.
3) Install a new head gasket and guide bolts, then lower the head into place. Tighten bolts in stages to the specified torque values using a degree wheel.
4) Reinstall removed components, refill fluids, and complete installation by installing glow plugs and other components removed earlier.
This document provides disassembly instructions for the final drive, travel motor, and counterbalance valve of a 312D2 GC excavator. It lists the required tools and outlines 16 steps for disassembling the components. Safety notices are included to warn of potential injuries from parts under spring pressure, hydraulic oil pressure, and hot oil. The components are to be marked for proper reassembly.
This document provides instructions for removing and installing a crankshaft rear seal on a 3054C engine. The removal procedure involves taking out setscrews and the housing assembly. For installation, the new seal assembly is pushed onto the crankshaft flange with a plastic sleeve for protection. Setscrews are then tightened to secure the housing assembly to the cylinder block. Proper cleaning, alignment with tools, and torque specifications are emphasized to complete the process.
This document provides instructions for removing and installing various components of a Caterpillar 312D excavator engine, including:
- Removing and installing the flywheel housing, which requires lifting devices and bolts.
- Removing and installing the crankshaft rear seal, using a slide hammer, distorter, and installer tool.
- Removing and installing the crankshaft pulley, using a combination puller and socket tools. Heating may be required to install wear sleeves.
- Guidelines are provided for cleaning parts and applying retaining compounds during installation. Torque specifications and required tools are listed for each procedure.
The document provides instructions for installing a flywheel on a 3054C engine. It includes the following steps:
1. Clean the flywheel housing and inspect the crankshaft rear seal for leaks.
2. Heat the ring gear to 250°C and quickly install it on the flywheel, ensuring correct orientation.
3. Install guide bolts and lifting brackets to position the flywheel, then install and tighten the bolts to the specified torque.
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.
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.
At ASP Cranes, we understand the importance of reliable and efficient crane operations in various industries, from construction and manufacturing to logistics and infrastructure development. That's why we strive to deliver top-notch solutions that enhance productivity, safety, and cost-effectiveness for our clients.
Our services include:
Crane Rental: Whether you need a crawler crane for heavy lifting or a hydraulic crane for versatile operations, we have a diverse fleet of well-maintained cranes available for rent. Our rental options are flexible and can be customized to suit your project requirements.
Crane Sales: Looking to invest in a crane for your business? We offer a wide selection of new and used cranes from leading manufacturers, ensuring you find the perfect equipment to match your needs and budget.
Crane Maintenance and Repair: To ensure optimal performance and safety, regular maintenance and timely repairs are essential for cranes. Our team of skilled technicians provides comprehensive maintenance and repair services to keep your equipment running smoothly and minimize downtime.
Crane Operator Training: Proper training is crucial for safe and efficient crane operation. We offer specialized training programs conducted by certified instructors to equip operators with the skills and knowledge they need to handle cranes effectively.
Custom Solutions: We understand that every project is unique, which is why we offer custom crane solutions tailored to your specific requirements. Whether you need modifications, attachments, or specialized equipment, we can design and implement solutions that meet your needs.
At ASP Cranes, customer satisfaction is our top priority. We are dedicated to delivering reliable, cost-effective, and innovative crane solutions that exceed expectations. Contact us today to learn more about our services and how we can support your project in Raipur, Chhattisgarh, and beyond. Let ASP Cranes be your trusted partner for all your crane needs!
Ever been troubled by the blinking sign and didn’t know what to do?
Here’s a handy guide to dashboard symbols so that you’ll never be confused again!
Save them for later and save the trouble!
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.
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.
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.
Expanding Access to Affordable At-Home EV Charging by Vanessa WarheitForth
Vanessa Warheit, Co-Founder of EV Charging for All, gave this presentation at the Forth Addressing The Challenges of Charging at Multi-Family Housing webinar on June 11, 2024.
Expanding Access to Affordable At-Home EV Charging by Vanessa Warheit
Fiat Kobelco EX95W Mini Wheel Excavator Service Repair Manual.pdf
1. IN-1
INTRODUCTION
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WORKSHOP MANUAL
IMPORTANT: The information contained in this manual are valid at printing time. As the Manufacturer continuously
improves his products, some information may not be updated. In case of discrepancies, apply to Sales and Service
Department.
FIAT KOBELCO CONSTRUCTION MACHINERY S.p.A. - ENGINEERING
PRINT 604.13.237
Edition July 2002 - Printed in Italy
F7751
EXCAVATOR EX95W
2. INTRODUCTION
IN-4
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AVOID ACCIDENTS
Most accidents, whether they occur in industry, on the farm, at home or
on the highway, are caused by the failure of some individuals to follow
simple and fundamental safety rules or precautions. For this reason
MOST ACCIDENTS CAN BE PREVENTED by recognising the real
cause and doing something about it before the accident occurs.
Regardless of the care used in the design and construction of any type
ofequipmentthereareconditionsthatcannotbecompletelysafeguarded
against without interfering with reasonable accessibility and efficient
operation.
Carefully read indications, cautions and safety warning quoted in the
“SAFETY RULES” section.
A careful operator is the best insurance against an accident.
The complete observance of one simple rule would prevent many
thousand serious injuries each year.
That rule is:
Never attempt to clean, oil or adjust a machine while it is in motion.
ATTENTION
On machines having hydraulically, mechanically and/or cable
controlled equipment (such as showels, loaders, dozers, scrapers
etc.) be certain the equipment is lowered to the ground before
servicing, adjusting and/or repairing. If it is necessary to have the
equipment partially or fully raised to gain access to certain items,
be sure the equipment is suitably supported by means other than
the hydraulic lift cylinders, cable and/or mechanical device used
for controlling the equipment.
COPYRIGHT BY FIAT KOBELCO CONSTRUCTION MACHINERY S.p.A.
Product Support - Documentation Centre
Strada di Settimo, 323 - S. Mauro T.SE (TO) ITALY
All rights reserved. Reproduction of text and illustrations in whole or in part,
is strictly prohibited.
3. 20402
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SECTION 1 HOW TO USE
INDEX - 1 - 1
INDEX
Group 1 - SECTIONS AND GROUPS INDEXES........................................................... HU1-1-1
Group 2 - INTRODUCTION ............................................................................................ HU1-2-1
2.1 Introduction
2.2 Manual handling
2.3 Symbols and indications
Group 3 - FEATURES OF THE MANUAL ...................................................................... HU1-3-1
3.1 Manual composition
3.2 Brief information for manual consultation
EX95W
4. HU1-1-1
SECTIONS AND GROUPS INDEXES
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SECTION 1 - HOW TO USE
Group 1 - SECTIONS AND GROUPS INDEXES ........................................................... HU1-1
Group 2 - INTRODUCTION ............................................................................................ HU1-2
Group 3 - FEATURES OF THE MANUAL ...................................................................... HU1-3
SECTION 2 - SAFETY RULES
Group 1 - GENERAL INFORMATION ............................................................................ SR2-1
Group 2 - SAFETY RULES ............................................................................................ SR2-2
Group 3 - SAFETY DECALS .......................................................................................... SR2-3
SECTION 3 - SPECIFICATION
Group 1 - GENERALITY..................................................................................................SP3-1
Group 2 - TECHNICAL SPECIFICATIONS .....................................................................SP3-2
Group 3 - LUBRICANTS AND SPECIFICATIONS ..........................................................SP3-3
SECTION 4 - SUPERSTRUCTURE
Group 1 - SUPERSTRUCTURE ......................................................................................SS4-1
Group 1A - FLEXIBLE HOSES AND CONNECTIONS ................................................ SS4-1A
Group 2 - HYDRAULIC PUMPS ................................................................................... HYP4-2
Group 3 - CONTROL VALVE ......................................................................................... CV4-3
Group 4 - SWING DEVICE ........................................................................................... SRD4-4
Group 5 - PILOT VALVES ...............................................................................................PV4-5
Group 6 - CENTER JOINT .............................................................................................. CJ4-6
Group 7 - STEERING VALVE .........................................................................................SV4-7
Group 8 - BRAKE PEDAL VALVE ................................................................................ BRV4-8
Group 9 - ACCUMULATORS ....................................................................................... ACC4-9
Group 10 - SOLENOID VALVES ................................................................................ SOV4-10
SECTION 5 - UNDERCARRIAGE
Group 1 - UNDERCARRIAGE ........................................................................................ UC5-1
Group 2 - TRAVEL HYDRAULIC MOTOR ................................................................... HYP4-2
Group 3 - TRANSMISSION ............................................................................................ CV4-3
Group 4 - AXLES .............................................................................................................AX5-4
Group 5 - TRANSMISSION SHAFT ................................................................................ TS5-5
SECTION 6 - FRONT-END ATTACHMENT
Group 1 - FRONT-END ATTACHMENT.......................................................................... FA6-1
Group 2 - HYDRAULIC CYLINDERS ............................................................................. CY6-2
Group 3 - PINS AND BUSHINGS.................................................................................... FA6-3
SECTION 7 - HYDRAULIC SYSTEM
Group 1 - GENERALITIES ............................................................................................. HS7-1
Group 2 - MAIN HYDRAULIC SYSTEM ......................................................................... HS7-2
Group 3 - PILOT/BRAKES SYSTEM.............................................................................. HS7-3
Group 4 - STEERING SYSTEM ..................................................................................... HS7-4
Group 5 - BRAKES SYSTEM ......................................................................................... HS7-5
Group 6 - OPERATION OF CIRCUITS .......................................................................... HS7-6
Group 7 - TRAVEL CIRCUIT .......................................................................................... HS7-7
Group 8 - HYDRAULIC SYSTEM DIAGRAM ................................................................. HS7-8
1. SECTIONS AND GROUPS INDEXES PAGE
5. HU1-1-2
SECTIONS AND GROUPS INDEXES
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SECTION 8 - ELECTRICAL SYSTEM
Group 1 - SAFETY RULES ......................................................................................... ES8-1-1
Group 2 - SPECIFICATIONS AND DATA ................................................................... ES8-2-1
Group 3 - LOCATION AND FUNCTIONS OF COMPONENTS................................... ES8-3-1
Group 4 - ARRANGEMENTS AND OPERATION ....................................................... ES8-4-1
Group 5 - ELECTRICAL SYSTEM GENERALITIES ................................................... ES8-5-1
Group 6 - ELECTRIC COMPONENTS ........................................................................ ES8-6-1
SECTION 9 - TROUBLESHOOTING
Group 1 - INTRODUCTION ..........................................................................................TS9-1-1
Group 2 - HYDRAULIC SYSTEM TROUBLESHOOTING............................................TS9-2-1
Group 3 - ELECTRICAL SYSTEM TROUBLESHOOTING ..........................................TS9-3-1
SECTION 10 - OPERATIONAL PERFORMANCE TEST
Group 1 - INTRODUCTION ........................................................................................... PT10-1
Group 2 - PERFORMANCE STANDARD...................................................................... PT10-2
Group 3 - PREPARATION FOR PERFORMANCE TEST ............................................. PT10-3
Group 4 - EXCAVATOR PEFORMANCE TEST............................................................ PT10-4
Group 5 - COMPONENTS PERFORMANCE TEST ..................................................... PT10-5
SECTION 11 - ENGINE
Group 10 - GENERAL INFORMATION ...................................................................... EM11-10
Group 11 - SPECIFICATION ...................................................................................... EM11-11
Group 12 - CYLINDER HEAD ASSEMBLY ................................................................ EM11-12
Group 13 - PISTON AND CONNECTION ROD ......................................................... EM11-13
Group 14 - CRANKSHAFT ......................................................................................... EM11-14
Group 15 - TIMING CASE COVER AND DRIVE........................................................ EM11-15
Group 16 - GENERAL DESCRIPTION....................................................................... EM11-16
Group 17 - ENGINE TIMING ...................................................................................... EM11-17
Group 19 - LUBRICATION SYSTEM ......................................................................... EM11-19
Group 20 - FUEL SYSTEM ........................................................................................ EM11-20
Group 21 - COOLING SYSTEM ................................................................................. EM11-21
Group 22 - FLYWHELL AND HOUSING .................................................................... EM11-22
Group 23A - ELECTRICAL EQUIPMENT ................................................................EM11-23A
Group 23B - ELECTRICAL EQUIPMENT ................................................................EM11-23B
Group 23C - ELECTRICAL EQUIPMENT ............................................................... EM11-23C
Group 25 - AUXILIARY EQUIPMENT ........................................................................ EM11-25
6. HU1-2-1
INTRODUCTION
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2. INTRODUCTION
2.1 INTRODUCTION
This service manual has been prepared in order to increase repair quality, providing to the technicians the
elements for a good knowledge of the product and showing the proper procedures to carry out the
maintenance operations. We recommend to thoroughly read the content and follow it when necessary.
Itisaconciseguideforaspecificmachine.Itcoversconstructionfeatures,operationprinciple,troubleshooting,
disassembly and assembly of components and repair action.
Using this manual in systematic and rational way it is possible to reduce the repairing errors and delay that
could cause machine stop with a detriment of cost management.
The information quoted in this service manual are supplied also to be used for training aids. Therefore it is
advisable to be used in the training of new personnel that will be employed in the machine maintenance.
All the information, illustrations and specifications contained in this service manual are based on the latest
product information available at the time of publication.
The manufacturer reserves the right to makes changes at any time without notice to this service manual for
technical or trading reasons.
2.2 MANUAL HANDLING
2.2.1 CHANGES AND SUPPLEMENTS
This service manual is carried out in loose-leaf and therefore can be easily kept up-to-date.
The personnel in charge is responsible for updating the manual and will insert the changes or supplements
that the manufacturer will issue to its service organisation.
7. HU1-2-2
INTRODUCTION
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2.3 SYMBOLS AND INDICATIONS
In this service manual, symbols and indications are used to draw the attention on important points for safety
and quality.
2.3.1 SAFETY
This safety symbol is used for important safety message. When you see this symbol, be alert to the
potential for personal injury. Strictly follow the recommended precautions.
2.3.2 INDICATIONS
Reading this service manual you can find indications as “IMPORTANT” or “NOTE” that have the following
meaning:
• IMPORTANT
Indicates a situation which, if not avoided, could caused damages to the machine.
• NOTE
Indicates supplementary technical information or know-how.
8. HU1-3-1
FEATURES OF THE MANUAL
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3. FEATURES OF THE MANUAL
3.1 MANUAL COMPOSITION
This service manual is divided into eleven Sections. The Section names and its contents are as below. To
fully use this service manual it is essential to understand how it is organised. Therefore, in order to speed up
the searching of wished subject, it is advisable to carefully read this chapter.
SECTION 1 - HOW TO USE
Begin to read first this Section to know the manual composition. This will help you for subject
searching.
SECTION 2 - SAFETY RULES
Indication on how to avoid dangerous situation during the use and maintenance are given in this
Section. Furthermore safety decals and relate indications used on the machine are listed on this
Section.
SECTION 3 - SPECIFICATION
This Section quotes the specification and data of the machine.
SECTION 4 - SUPERSTRUCTURE
This Section contains the information relate to operation principle of the systems, of the
assemblies and their components located on the machine upper frame. Furthermore the
assembly/disassembly procedures of main devices are quoted.
SECTION 5 - UNDERCARRIAGE
This Section contains the information relate to operation principle of the systems, of the
assemblies and their components located on the machine lower frame. Furthermore the
assembly/disassembly procedures of main devices are quoted.(axles, transmission, travels
motor, etc..).
9. HU1-3-2
FEATURES OF THE MANUAL
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SECTION 6 - FRONT-END ATTACHMENT
This Section describes the front-end attachment and its components and maintenance rules with
related disassembly/assembly.
SECTION 7 - HYDRAULIC SYSTEM
This Section describes the operation of the machine from hydraulic point of view.
SECTION 8 - ELECTRICAL SYSTEM
This Section describes the electric system of the machine, the main electrical component and
the connection with the electrical users.
SECTION 9 - TROUBLESHOOTING
IIn this Section information is provided for troubleshooting to the hydraulic and electric systems
and the necessary instruction to use the support equipment (test harnesses and test device).
SECTION 10 - OPERATIONAL PERFORMANCE TEST
Performance data and the procedures to detect data are provided in this Section.
SECTION 11 - ENGINE
This Section contains the necessary information for engine overhaul and repair.
10. HU1-3-3
FEATURES OF THE MANUAL
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3.2 BRIEF INFORMATION FOR MANUAL CONSULTATION
The manual is divided into section, each of them quotes a specific portion of the machine or specific related
subject.
Some section (those related to main mechanical assembly) are divided into:
•
•
•
•
• Operation principle O/P (Operation Principle)
•
•
•
•
• Disassembly and assembly D/A (Disassembly/Assembly)
In the Operation Principle, the assemblies and their components are described with technical data.
In the disassembly and assembly the procedures are described to perform repair or overhaul, with special tool
required and technical data.
Each section is divided into group, and the group, in turn, in pages. Each page has a number, located in the
upper right corner. Each number contains the following information;
• example:
SR 3 - 2 - 1
Consecutive page number for each group.
Group number.
Section number.
Section or Group abbreviation.
▼
▼
▼
▼
11. 20402
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SECTION 2 SAFETY RULES
INDEX - 2 - 1
EX95W
INDEX
Group 1 - INFORMATION SECTION ............................................................................. SR2-1-1
Generalities
Starting
Operating
Stopping
Group 1 - Maintenance ................................................................................................. SR2-1-5
Generalities
Transfers and transportation
Engine
Electrical system
Hydraulic system
Tools
Tyres and wheels
Group 2 - SAFETY RULES ............................................................................................ SR2-2-1
Group 3 - SAFETY DECALS ......................................................................................... SR2-3-1
12. SAFETY PRECAUTIONS
SR2-1-1
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GENERALITIES
Read the Operator's Manual carefully before starting,
operating, maintaining, fuelling or servicing the machine.
Carefully read the explanation to each and all safety
signs in the special section of this Manual before
starting, operating, maintaining, fuelling or servicing
the machine.
Machine-mounted safety plates are colour coded
yellow with black borders when they refer to points
where special ATTENTION must be paid and failure
to observe them may cause a serious DANGER to the
integrity of machine operators. They are white with
red borders and black lettering when they refer to a
FORBIDDEN practice.
It is fundamental that all machine operators know very
well the meaning of each safety plate as this
considerably decreases operating hazards and
accidents.
Do not allow unauthorised personnel to operate or
service this machine.
Do not wear rings, wrist watches, jewellery, loose or
hanging garments, such as ties, torn clothing,
scarves, unbuttoned or unzipped jackets that can get
caught in moving parts. Wear certified safety clothes
such as: hard hat, no-slip footwear, heavy gloves, ear
protection, safety glasses , reflector vests, respirators
every time the job requires it. Ask your employer
about safety regulations in force and protective
equipment.
Always keep the operator’s compartment, step plates,
grab-rails and handles clean and clear of foreign
objects, oil, grease, mud or snow to minimise the
danger of slipping or stumbling. Remove mud or
grease from your shoes before operating the
machine.
Do not jump on or off the machine. Always keep both
hands and one foot, or both feet and one hand in
contact with steps and/or grab rails.
Do not use controls or hoses as hand holds. Hoses
and controls are movable parts and do not provide
solid support. Besides, controls may be inadvertently
moved and cause unexpected movement of the
machine or its attachments.
Never operate the machine or its attachments from
any position other than sitting in the driver’s seat.
Keep head, body, limbs, hands and feet inside the
operator’s compartment at all times to reduce
exposure to external hazards.
Be careful of possible slippery conditions of the steps
and hand rails as well as of the ground around the
machine. Wear protective boots or shoes with the
soles made of highly no-slip rubber.
Do not leave the machine until it has come to a
complete stop.
Always check height, width and weight limitations
which may be encountered in the working site and
ensure the machine does not exceed them.
Assess exact paths of gas ducts, water mains,
telephone lines, sewers, overhead and underground
electric lines and all other possible obstacles.
Such paths should be opportunely defined by
competent Authorities. If necessary, require that the
service is interrupted or said installations are moved
prior to starting the work.
You must know the working capacity of the machine.
Define the rear upperstructure swing area and provide
for opportune barriers to prevent access into it.
Never exceed machine lifting capacity.
Remain within the limits shown in the loading capacity
chart located on the machine.
STARTING
Never start or operate a failed machine. Walk all
around the machine before mounting.
Before operating the machine, make sure that any
possible dangerous condition has been properly
removed. Before starting machine, check that steering
and attachment controls are in the neutral position
and the safety lever is in the LOCK position.
Immediately report any malfunction of parts or
systems to the maintenance managers for proper
action.
Prior to starting the engine, check, adjust and lock the
driver’s seat for maximum riding comfort and control
accessibility. Prior to operating the machine and/or its
attachments, check that bystanders are outside the
machine operating range. Sound the horn.
Obey all hand signals, safety indications and signs.
Due to the presence of flammable fluids, never check
fuel level, refuel, charge the batteries or use the
starting fluid in the presence of smoking materials,
open flames or sparks.
Ensure that nobody is within the excavator operating
area before starting the machine, swinging the upper
structure or moving in any direction.
Adjust all rear-view mirrors for maximum visibility of
the area behind the machine.
Ensure that engine speed is appropriate to the job to
be carried out.
If any hydraulic control or system exhibits erratic
performance or responds abnormally, have the
machine checked for air in the system.
Air in these circuits may cause incorrect movements
with consequent accident hazard. Refer to the
Operator's Manual about corrective action to be taken.
OPERATING
Do not run the engine of this machine in closed
buildings without proper ventilation capable to remove
13. SAFETY PRECAUTIONS
SR2-1-2
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harmful exhaust gases which concentrate in the air.
Keep the operator’s compartment free of foreign
objects, especially if not firmly secured. Never use the
machine to transport objects, unless proper securing
points are provided.
Do not carry riders on the machine.
Study and familiarise with escape routes alternative to
normal exit routes.
For your personal safety, do not climb on or off the
machine while it is in motion.
Make sure that bystanders are clear of the machine
operating range before starting the engine and
operating the attachment. Sound the horn.
Obey all hand signals, safety indications and signs.
When backing, always look to where the machine is
to be moved. Be alert of the position of bystanders.
Should someone enter the work area, stop the
machine.
Maintain a safe distance from other machines or
obstacles to ensure required visibility conditions.
Always give way to loaded machines.
Maintain a clear vision of the surroundings of the
travel or work area at all times.
Keep cab windows clean and repaired.
When pulling loads or towing through a cable or
chain, do not start suddenly at full throttle. Take-up
slack carefully.
Avoid kinking or twisting chains or cables.
Carefully inspect cables or chains for flaws or
problems before proceeding.
Do not pull through a kinked chain or cable as the
high anomalous stresses existing in this condition
may induce failures in the kinked portion.
Always wear heavy gloves when handling chains or
cables.
Chains and cables should be securely anchored using
suitable hooks. Anchor points should be strong
enough to withstand the expected load.
Keep everyone clear of anchor points and cables or
chains. Do not pull or tow unless the operator’s
compartments of the machines involved are
properly protected against possible backlash in
case of cable or chain failure or detachment.
Be alert of soft ground conditions close to newly
constructed walls. The fill material and machine
weight may cause the wall to collapse under the
machine.
In darkness, check area of operation carefully before
moving in with the machine. Use all lights provided.
Do not move into low visibility areas.
If the engine tends to slow down and stall for
whatever reason under load or at idle, immediately
report this problem to the maintenance managers for
proper action. Do not operate the machine until this
condition is corrected.
Regularly check all exhaust system components, as
exhaust fumes are toxic for the operator.
Operators must know the performance of the
machine they are driving.
When working on slopes or near sudden level drops
in the terrain, pay attention not to lose adherence and
avoid loose soft ground since overturn or loss of
machine control could result.
If noise level is high and exceeds 90 dB(A) over 8
hours at the operator’s ear, wear approved ear
protection in compliance with local regulations.
Do not operate the machine if you are extremely tired
or feel ill.
Be especially careful towards the end of the working
shift.
Where removable counterweights are provided, do
not operate the machine if they have been removed.
When operating the machine, keep in mind height
limits of overhead doors, arches, overhead cables
and lines as well as width limits of corridors, roads
and narrow passages. Also, get to know load limits of
the ground and paving type of the ramps you are to
work on.
Beware of fog, smoke or dust that obscure visibility.
Always inspect the working area to identify potential
risks such as: inclines, overhangs, trees, demolition
rubble, fires, ravines, steep slopes, rough terrain,
ditches, crowns, ridge trenches, diggings in traffic
areas, crowded parking lots, crowded service areas,
fenced zones. In such conditions, proceed with
extreme care.
Whenever possible, avoid crossing over obstacles
such as very rough terrain, rocks, logs, steps, ditches,
railroad tracks. When obstructions must be crossed,
do so with extreme care and at a square angle, if
possible. Slow down. Ease up to the break-over point,
pass the balance point slowly and ease down the
other side also using the attachment, if necessary.
To overcome deep trenches or sinking ground, place
the machine perpendicular to the obstacle, drastically
reduce ground speed and start crossing using also
the attachment if necessary, only after assessing that
ground conditions allow the traverse safely and
without risks.
The gradient you may attempt to overcome is limited
by factors such as ground conditions, load being
handled, machine type and speed, and visibility.
There is no substitute for good judgement and
experience when working on slopes.
Avoid operating the attachment too close to an
overhang or high wall, either above or below the
machine. Beware of caving edges, falling objects and
landslides. Remember that such hazards are likely to
be concealed by bushes, undergrowth and such.
Avoid faggots, bushes, logs and rocks. Never drive
over them, nor over any other surface irregularities
that discontinue adherence or traction with the
ground, especially near slopes or drop-offs.
Be alert to avoid changes in adherence conditions
that could cause loss of control. Work with extreme
care on ice or frozen ground and on stepped slopes
14. SAFETY PRECAUTIONS
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or near drop-offs.
The word “bulldozing” generally refers to work in
virgin rough terrain, characterised by the presence of
all the perils and risks listed above. We emphasise
the danger represented in these conditions by large
tree limbs (possibly falling on the machine) and large
roots (which may act as a leverage under the
machine when up-rooted and cause the unit to
overturn).
Position the machine dependent upon the loading
and unloading areas in order to swing leftwards to
load to obtain best visibility.
Never use the bucket or attachment as a man lift
or carry riders.
Never use the machine as a work platform or
scaffolding. The machine must not be improperly
used for works not consistent with its features (such
as pushing railway cars, trucks or other machines).
Always pay attention to people within the machine
operating range.
Never move or stop the bucket, other loads or the
attachment above ground personnel or truck cabs.
Ensure the truck driver is in a safe place before
loading the truck.
Load trucks from side or rear.
Use only the type of bucket recommended
considering machine type, materials to be handled,
material piling up and loading characteristics, ground
type and other typical conditions of the work to be
performed.
When travelling with a loaded bucket, keep it as
rolled-back as possible. Keep boom and dipper as
low as possible.
Ground speed should be adequate to the load and
ground conditions.
The load must always be properly arranged in the
bucket; move with extreme care when transporting
oversize loads.
Do not lift and move the bucket overhead where
persons are standing or working, nor downhill when
working on a slope as this would decrease machine
stability. Load the bucket from the uphill side.
Loads to be raised using the machine should be
exclusively hooked to the hitch specially provided.
The excavator is no lifting and transportation means,
therefore it should not be used to position loads
accurately. Should it be exceptionally used to lift and
lay building components, special caution must be
taken as follows:
– The machine should necessarily be equipped with
the special option supplied by the manufacturer.
Follow also safety rules for the excavator used as
lifting means.
– Secure the loads to be raised using cables or
chains fastened with appropriate hooking
mechanisms.
– Nobody should be allowed to remain under the
raised load or within the excavator operating range
for any reason whatever.
Never exceed specified loading capacity. Incorrect
fastening of slings or chains may cause boom/dipper
failure or failure of the lifting means with consequent
bodily injuries and even death.
Always ensure that slings and chains used for lifting
are adequate to the load and in good condition.
All loading capacities are referred to the machine
on a level surface and should be disregarded
when working on a slope.
Avoid travelling across slopes. Proceed from uphill
downhill and vice-versa. If machine starts slipping
sideways when on a slope, lower the bucket and
thrust bucket teeth into the ground.
Working on slopes is dangerous. Grade the working
area if possible. Reduce work cycle time if it is not
possible to grade the working area.
Do not move full bucket or a load from uphill downhill
as this would reduce machine stability. Do not work
with the bucket turned to the uphill side.
Do not work with the bucket turned uphill as
counterweights protruding downhill would reduce
machine stability on the slope and increase risk of
overturning.
We recommend to work on slopes with the bucket
downhill, after checking machine stability with the
bucket empty and attachment retracted, by slowly
swinging the upperstructure by 360°.
Position the carriage at a right angle relative to
slopes, hanging walls, etc. to exit the working area
easily.
Be aware when the upperstructure is turned by 180°,
steering and travel controls are reversed.
Properly judge ground conditions with particular
attention to consistency of the area you are going to
work on.
Keep the machine sufficiently far from the ditch edge.
Never dig under the machine.
Should it be necessary to dig under the machine,
always ensure that digging walls are opportunely
propped up against landslide to prevent the machine
from falling into the trench.
Do not swing the upperstructure, raise the load or
brake abruptly if not required. This may cause
accidents.
Prior to beginning the work near gas distribution
mains or other public utilities:
- Contact the company owner of the gas mains or its
nearest branch before starting the work. Look up
the number in the telephone directory.
- Define together which precautions should be taken
to guarantee work safety.
- Decrease work speed. Reaction time could be too
slow and distance evaluation wrong.
- When working near gas mains or other public
utilities installations, appoint a person in charge of
signalling duties. This person will have the
responsibility of observing the machine, any part of
15. SAFETY PRECAUTIONS
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it and/or the load approaching the gas mains from a
standpoint more favourable than the Operator’s.
This signal man (flag-man) must be in direct
communication with the Operator and the Operator
must pay undivided attention to the signals
supplied.
- The gas distributing Company, if previously advised
and involved in the work, as well as machine
Operator, Owner and/or any natural person or legal
entity having rent or leased the machine or being
responsible at the time by contract or by law, are
liable for the adoption of the necessary
precautions.
Working near electric lines can be very dangerous,
therefore some special precautions must be
observed.
Within this Manual, “work near electric lines” means
when the attachment or load raised by the excavator
(in any position) may reach the minimum safety
distance established by local or international Safety
Regulations.
To work without risks, keep maximum possible
distance from electric lines and never trespass
minimum safety distance. Ensure that local or
national safety regulations concerning work near
electric lines are observed.
Prior to beginning the work near electric lines:
- Contact the Company owner of the electric lines or
its nearest branch before starting the work.
Look up the in the telephone directory.
- Define together with the Company representative
which precautions should be taken to guarantee
work safety.
- All electric lines should be considered as operative
live lines even though it might be well known that
the line in question is out of work and visibly
connected to the ground.
- The Electric Power Company, if previously advised
and involved in the work, as well as machine
Operator, Owner and/or any natural person or legal
entity having rent or leased the machine or being
responsible at the time by contract or by law, are
liable for the adoption of the necessary
precautions.
- Decrease work speed. Reaction time could be too
slow and distance evaluation wrong.
- Warn all ground personnel to keep clear of the
machine and/or load at all times. If the load has to
be guided down for laying, consult the Electric
Power Company to know which precautions should
be taken.
- Appoint a person in charge of signalling duties.
This person will have the responsibility of observing
the machine, any part of it and/or the load
approaching the electric lines from a standpoint
more favourable than the Operator’s. This signal
man (flag-man) must be in direct communication
with the Operator and the Operator must pay
undivided attention to the signals supplied.
When working in or near pits, in ditches or very high
walls, check that the walls are sufficiently propped up
to avoid cave-in hazards.
Pay the utmost attention when working near overhang
walls or where landslides may take place. Make sure
that the support surface is strong enough to prevent
landslides.
When digging, there is the risk of cave-ins and
landslides.
Always check ground conditions and conditions of the
material to be removed. Support everywhere it is
required to prevent possible cave-ins or landslides
when:
- digging near previous trenches filled with material,
- digging in bad ground conditions,
- digging trenches subject to vibration from railroads,
working machines or highway traffic.
STOPPING
When the machine is to be stopped for whatever
reason, always check that all controls are in the
neutral position and that the safety lever is on the lock
position to guarantee risk-free start-up.
Never leave the machine unattended with the engine
running.
Prior to leaving the driver’s seat, and after making
sure that all people are clear of the machine, slowly
lower the attachment until resting it safely to the
ground. Retract possible auxiliary tools to the closed
safety position.
Check that all controls are in the neutral position.
Move engine controls to the shut-down position.
Switch off the starter switch key. Consult the
Operator's Manual.
Park the machine in a non-operating and no-traffic
area. Park on firm level ground. If this is not possible,
position the machine at a right angle to the slope,
making sure there is no danger of uncontrolled
sliding.
If parking in traffic lanes cannot be avoided, provide
appropriate flags, barriers, flares and other signals as
required to adequately warn the oncoming drivers.
Always switch off the starter switch key before
cleaning, repairing or servicing, or parking the
machine to prevent accidental unauthorised start-up.
Never lower the attachment or auxiliary tools other
than from sitting in the operator’s seat. Sound the
horn. Make sure that nobody is within the machine
operating range. Lower the attachment slowly.
Securely block and lock the machine every time you
leave it unattended. Return keys to the safe place
previously agreed upon. Perform all necessary
operations for stopping as detailed in the Operation
and Maintenance Instruction Manual.
Drive the machine far from pits, trenches, rocky
16. SAFETY PRECAUTIONS
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hanging walls, areas with overhead electric lines, and
slopes before stopping it at the end of the working
day.
Align the upperstructure to the tracks in order to allow
to easily get on and off the driver’s compartment.
Move all controls to the position specified for machine
stopping. Refer to the Operator's Manual.
Never park on an incline without accurately blocking
the machine to prevent unexpected movement.
Follow stopping instructions contained in the
Operator's Manual.
MAINTENANCE
GENERALITIES
Carefully read the Operator's Manual before starting,
operating, maintaining, fuelling or servicing the
machine in any manner.
Read all safety plates mounted on the machine and
observe instructions they contain before starting,
operating, repairing, fuelling or servicing the machine.
Do not allow unauthorised personnel to repair or
service the machine.
Follow all recommended maintenance and service
procedures.
Do not wear rings, wrist watches, jewellery, loose or
hanging garments, such as ties, torn clothing,
scarves, unbuttoned or unzipped jackets that can get
caught in moving parts. Wear certified safety clothes
such as: hard hat, no-slip footwear, heavy gloves, ear
protection, safety glasses, reflector vests, respirators
when required. Ask your employer about safety
regulations in force and protective equipment.
Do not use controls or hoses as hand holds. Hoses
and controls are movable parts and do not provide
solid support. Besides, controls may be inadvertently
moved and cause unexpected movement of the
machine or its attachments.
Do not jump on or off the machine. Always keep both
hands and one foot, or both feet and one hand in
contact with steps and/or grab rails.
Never service the machine with someone sitting in the
driver’s seat, unless this person is an authorised
operator assisting in the maintenance being carried
out.
Keep the operator’s compartment, step plates, grab
rails and handles clear of foreign objects, oil, grease,
mud or snow to minimise the danger of slipping or
stumbling.
Clean mud or grease from your shoes before climbing
on the machine or driving it.
Never attempt to operate the machine or its
attachments from any position other than sitting in the
operator’s seat.
Keep the driver’s seat free from foreign objects,
especially if these are not secured.
Should it be necessary to move the attachment for
maintenance purposes, do not raise or lower the
attachment from any other position than sitting in the
operator’s seat. Before starting the machine or
moving its attachment, sound the horn and require
that nobody remains near the machine.
Raise the attachment slowly.
Always lock all moving components or parts of the
machine that must be lifted for maintenance purposes
using adequate external means as required by local
and national regulations. Do not allow anyone to
pass or stay near or below a raised attachment. If you
are not absolutely sure about your safety, do not stay
or walk under a raised attachment.
Do not place head, body, limbs, hands, feet or fingers
near articulated cutting edges deprived of the
necessary guards, unless they are suitably and safely
locked.
Never lubricate, repair or adjust the machine with the
engine running, except when this is specifically
required by the Operator's Manual.
Do not wear loose clothing, jewellery near rotating
parts.
When service or maintenance require access to areas
that cannot be reached from the ground, use a ladder
or step platform conforming to local or national
regulations to reach the working area. If such means
are not available, use machine grab rails and steps.
Always perform all service or maintenance work with
the greatest care and attention.
Shop and/or field service platforms or ladders should
be manufactured and maintained in accordance with
local or national safety regulations in force.
Disconnect batteries and label all controls to warn
that service work is in progress, according to local
and national safety regulation requirements.
Block the machine and all attachments to be raised
according to local and national safety regulation
requirements.
Do not check or fill fuel tanks or install batteries near
burning or smoking materials and open flames due to
the presence of flammable vapours.
The fuel filler pipe nozzle must be constantly kept in
contact with the filler neck and this even before fuel
starts flowing in. Keep this contact from the beginning
to the end of the fuelling operation to avoid possible
generation of sparks due to static electricity.
Use a truck or trailer to haul a failed machine. Should
it be necessary to tow it, provide for suitable danger
signals as required by the local norms and regulations
and observe recommendations given in the
Operator's Manual. Load/unload the machine on firm
level ground providing safe support to the wheels of
the truck or trailer. Use strong access ramps, with
adequate height and angle. Keep the trailer flatbed
free of mud, oil or slippery materials. Tie the machine
securely to the trailer and block carriages and
upperstructure.
17. SAFETY PRECAUTIONS
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Never align holes or slots using your fingers; always
use appropriate aligning tools.
Remove all sharp edges and burrs from re-worked
parts.
Use only approved and effectively grounded auxiliary
power sources for heaters, battery chargers, pumps
and similar equipment to reduce electrical shock
hazard.
Lift and handle heavy components using hoisting
devices of appropriate capacity. Ensure the parts are
supported by appropriate straps and hooks.
Use lifting eyes provided to this aim.
Pay attention to bystanders near the lifting area.
Never pour gasoline or diesel fuel into open
containers. Never use gasoline, solvents or other
flammable fluids to clean parts. Use proprietary
certified non-flammable, non-toxic solvents only.
When using compressed air to clean parts, wear
safety glasses with side shields. Limit pressure to
max. 2 bar, in accordance with local and national
safety regulations in force.
Do not run the engine of this machine in closed
buildings without proper forced ventilation capable to
remove toxic exhaust gases concentrating in the air.
Do not smoke, nor allow open flames or sparks
nearby while refuelling the unit or handling highly
flammable materials.
Do not use open flames as light sources to look for
leaks or inspect anywhere on the machine.
Make sure that all mechanical tools provided are in
good condition at all times. Never use tools with
mushroomed or damaged heads. Always wear eye
protections with side shields.
Move with extreme care when working under, on or
near the machine or its attachments.
In case of attachment tests during which the engine
should be kept running, a qualified operator must sit
in the driver’s seat at all times while the mechanic is
at work.
Keep hands and clothes far OFF moving parts.
Stop the engine and move the safey lever to the lock
position before starting adjusting or repairing an
assembly.
Do not carry out any work on the attachment without
prior authorisation. Observe recommended
maintenance and repair procedures.
In case of field service, move the machine to level
ground and block it. If work on an incline cannot be
avoided, securely block the machine and its
attachments. Move the machine to level ground as
soon as possible. Do not twist chains and cables.
Never use a twisted chain or cable for lifting or
pulling. Always wear safety gloves to handle chains or
cables.
Be sure chains and cables are firmly fastened and
that the anchor point is strong enough to withstand
the expected load. Keep all bystanders clear of the
anchor point, cables or chains. Do not pull or tow
unless the operator’s compartments of the
machines involved are fitted with proper guards
against cable or chain backlash.
Keep the maintenance area clean and dry at all times.
Clean immediately all water and oil spillage.
Do not pile up oily or greasy rags as they represent a
major fire hazard. Always store them in closed metal
containers.
Before starting the machine or its attachment, check,
adjust and lock the operator’s seat. Also ensure that
nobody is within the machine or attachment operating
range before starting or operating the machine and/or
its attachments. Sound the horn.
Rust inhibitors are volatile and flammable. Prepare
parts in well ventilated areas. Keep open flames
away. Do not smoke. Store containers in a cool well
ventilated place where they could not be reached by
unauthorised people.
Do not carry loose objects in your pockets that might
fall unnoticed into open compartments.
Wear appropriate safety clothing such as hard hat,
safety shoes and gloves, safety glasses when
splinters or other particles may be ejected.
Wear the appropriate welder’s equipment such as
dark safety glasses or mask, hard hat, protective
clothing, safety gloves and footwear always while
welding or arc-cutting. Wear dark safety glasses when
you are near a welding in progress. Do not look the
welding arc without proper eye protection.
Become acquainted with all your jacking equipment
and their capacity. Ensure that the jacking point on
the machine is appropriate for the load applied. Also,
be sure the supports under the jack and between the
jack and the machine are appropriate and stable.
Any equipment supported by a jack represents a
possible hazard. Always support the load onto
appropriate blocking means as a safety measure
before proceeding with service or maintenance work,
in compliance with local or national safety regulations.
Metal cables produce steel splinters. Always wear
certified protection clothes such as safety gloves and
glasses while handling them.
Handle all parts carefully. Keep hands and fingers
away from gaps, gears, and similar. Always use and
wear certified safety clothes such as safety glasses,
gloves and footwear.
The attachment is kept constantly in position by an oil
column trapped into the high pressure circuit. Lower
the attachment to the ground and relieve pressure
from all circuits prior to carrying out any type of
maintenance or repair work.
Do not service or repair the machine if it is parked
downhill. Consult the Operator's Manual for correct
maintenance procedure.
Areas near articulated cutting edges where
mechanical parts are in motion are where personal
injuries are most likely to occur. Pay attention to
prevent possible part movements by means of blocks
18. SAFETY PRECAUTIONS
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or by keeping clear of such zones when motion may
take place during maintenance or repair.
Move the hydraulic system lock safety lever to the lock
position when stopping the machine for whatever reason.
Always install the safety stays for the hood and other
hinged covers before performing any maintenance or
repair work in the engine compartment.
TRANSFERS AND TRANSPORTATION
Before moving or transporting the machine, block
upperstructure swing to prevent accidental
movement.
Pay particular attention during transfer on inclines,
both uphill and downhill. Keep the bucket in a position
to provide a possible anchor point into the ground in
case of slipping.
During transfers on inclines, both uphill and downhill,
keep the upperstructure aligned with the carriages.
Do not travel across the slope.
Never transfer the machine in the working site, in a
crowded area, or near people without having at least
one person charged with hand-signals who could
guide the Operator.
Sound the horn to inform that you are about to move off.
It is necessary to know load limits of bridges and
dimensional limits of tunnels. Such limits must never
be exceeded. You should also know machine height,
width, and weight. Have a signal-man help you when
clearances are limited.
Check distance between boom/dipper and
dimensional limits during transfer or transportation.
Rough terrain may cause the machine to sway and
roll to such an extent that boom/dipper could get to
contact electric lines or other obstacles. Cross
obstacles at a right angle at low speed. Pay attention
to machine shaking when the centre of gravity
overcomes the obstacle.
Keep the bucket down at all times during transfers.
Drive with the lights on and use appropriate signals
and flags.
Get to know and respect local and national
regulations.
Consider boom/dipper and upperstructure dimensions
while turning.
Use a ramp to load the machine on a trailer. If a ramp
is not available, fabricate one using blocks. The ramp
should be sufficiently strong to support machine
weight. Always load and unload on level surface.
Tow the machine following the instructions contained
in the Operator's Manual.
ENGINE
Do not run the engine in closed buildings without proper
ventilation capable to remove harmful exhaust fumes.
Do not place head, body, limbs, feet, hands or fingers
near rotating fans or belts. Be especially careful near
blower fans.
Loosen the radiator cap very slowly to relieve system
pressure before removing it. Always top-up coolant
level with the engine off or idling if hot. See the
Operator's Manual.
Keep the exhaust manifold and tube free from
combustible matters. Fit the machine with shields and
guards when working in the presence of combustible
matter free in the air.
Do not refuel with the engine running, especially if hot, as
this increases fire hazard in case of fuel spillage.
Never attempt to check or adjust fan belt tensions
when the engine is running.
Do not adjust the fuel injection pump when the
machine is operating.
Do not lubricate the machine with the engine running.
Do not run the engine with the air intakes open and
not protected. If this cannot be avoided for service
reasons, place protection meshes on all intakes
before servicing the engine.
ELECTRICAL SYSTEM
Pay attention to connect connecting cables to correct
poles (+ to +) and (- to -) at both ends. Do not short-
circuit terminals. Thoroughly follow instructions given
in the Operator's Manual.
Always move the starter switch key into the lock
position before servicing or repairing the machine.
Batteries contain SULPHURIC ACID. Protect the eyes
when working near the batteries against possible
sprays of the acid solution. Should acid contact skin,
eyes, or clothes, RINSE IMMEDIATELY IN WATER
FOR AT LEAST 15 MINUTES. Immediately seek
medical attention.
Battery released gas is highly flammable. Leave the
battery compartment cover open during recharging to
improve ventilation. Never check battery charge by placing
metal objects across the posts. Keep sparks or open
flames away from batteries. Do not smoke near the
battery to prevent explosion hazard.
Before any maintenance or repair, make sure that
there are no fuel or electrolyte leaks from the
batteries. If any, correct prior to proceeding with
further work. Do not recharge batteries in confined
spaces. Ensure proper ventilation is provided to avoid
accidental explosions due to build-up of explosive gas
released during charging.
Disconnect batteries before working on the electrical
system or carrying out any other type of work.
HYDRAULIC SYSTEM
Pressure fluid escaping from a very small hole can be
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20. SAFETY PRECAUTIONS
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almost invisible and still have sufficient force to
penetrate the skin. Always check any suspected
pressure leaks using a piece of cardboard or wood.
Do not use hands. If injured by escaping fluid, obtain
medical attention immediately or serious infection or
reaction may develop.
Stop the engine and ensure pressure is relieved from
all systems before removing side panels, housings,
guards and covers. See the Operator's Manual.
Always use gauges of adequate capacity for pressure
testing. Refer to the Operator's Manual or Repair Manual.
TOOLS
Always keep head, body, limbs, feet, hands, and
fingers away from the bucket and attachments, when
in the raised position.
Prior to any maintenance or repair work, install all
supports necessary to this aim according to local and
national safety regulations.
In case the attachment is to be operated for
maintenance or repair purposes, do so exclusively
while sitting in the driver’s seat. Sound the horn
before starting the machine or moving the attachment.
Require that nobody remain near the machine. Raise
the attachment slowly.
Do not use the machine to transport loose objects,
unless proper securing devices are provided.
TYRES AND WHEELS
Make sure that the inflation pressure of the tyres is
according to the specifications issued by the
Manufacturer and check it periodically.
Should the pressure be changed, stand on the side of
the tyre at a safe distance.
Pressure check operations must be performed with
unloaded machine and cold tyres.
Never use reconditioned tyre rims, since eventual
weldings, heat-treatments or repairs not performed
correctly can weaken the wheel, thus causing
subsequent damages or dangers.
Do not perform torch cutting or welding operations on
rims with tyres installed.
Spare tyres must be inflated only as far it is necessary
to keep the rim components assembled; remember that
when not installed on the disc, a tyre inflated to
maximum pressure can explode.
Before operating on tyres, block all wheels, front and
rear. After lifting the machine with the cylinders, block it
with stands according to current safety rules and
regulations.
Deflate the tyres before removing them.
Before removing objects from the tyre tread, deflate it.
Do not inflate tyres with flammable gas: they may
cause explosions and serious personal injuries.
After each shift check for loose screws and/or rim
mounting brackets. If necessary, tight them according
to the instructions herein contained.
21. SAFETY PRECAUTIONS
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RECOGNISE SAFETY INFORMATION
• This is your SAFETY ALERT SYMBOL.
- When you see this symbol on your machine or in
this Manual, be alert of the potential for personal
injury.
- Follow recommended precautions and safe
operating practices.
UNDERSTAND SIGNAL WORDS
• In this Manual you will find the following words:
- DANGER;
- WARNING;
- CAUTION.
referring to different hazard risks.
These words are always accompanied by the safety
alert symbol.
DANGER: indicates an imminent hazardous situation
which, if not avoided, will result in death or serious injury.
WARNING: indicated a potential hazardous situation
which, if not avoided, could result in death or serious
injury.
CAUTION: indicates a potential hazardous situation
which, if not avoided, may result in minor or moderate
injury.
IMPORTANT: indicates a situation which, if not avoided,
may cause damage to the machine.
NOTE: indicates an additional explanation for
information purposes.
F3264
DANGER
WARNING
CAUTION
IMPORTANT
NOTE
F5041
ENVIRONMENTAL PROTECTION
• This Manual also contains this symbol
accompanying instructions for correct behaviour as
regards environmental protection.
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SR2-2-2
FOLLOW SAFETY PRECAUTIONS
• Carefully read and observe all safety signs on the
machine and read all safety precautions in this
Manual.
• Safety signs should be installed, maintained, and
replaced when necessary.
- If a safety sign or this Manual are damaged or mis-
sing, obtain a replacement from your dealer in the
same way you order a spare part (be sure to detail
machine model and serial number upon ordering).
• Learn how to operate the machine and its controls
correctly and safely.
• Allow only trained, qualified, authorised personnel
to operate the machine.
• Keep the machine in proper working conditions.
- Unauthorised changes to the machine may impair
function and/or safety and affect machine life.
• Safety messages in this Chapter “SAFETY
PRECAUTIONS”, are intended to illustrate basic
safety procedures of the machine. However, it is
impossible for these safety messages to cover every
hazardous situation you may encounter. If you have
any doubts, consult your direct supervisor prior to
operating or servicing the machine.
PREPARE FOR EMERGENCIES
• Be prepared if a fire starts or an accident occurs.
- Keep the first-aid kit and fire extinguisher on hand.
- Thoroughly read and understand the label attached
to the fire extinguisher to use it properly.
- Establish emergency priority procedures to cope
with fires and accidents.
- Keep emergency numbers for doctors, ambulance
service, hospitals and fire department posted near
the telephone.
F1437
F1440