Husqvarna DXR-310 manual Falling material

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SAFETY INSTRUCTIONS

Proximity to edges

•Inadequate surfaces, incorrect operation, etc. can cause the machine to slide. Exercise particular cau- tion when working close to shafts, beside trenches or when working at height.

•Always anchor the machine and loose tools when working close to edges.

•Ensure that the machine is stable and does not move closer to the edge while work is in progress.

•Ensure that the underlying surface has satisfactory bearing capacity. Vibrations affect bearing capacity.

Uneven surfaces

•Extend the outriggers so that they are positioned just above the surface when moving over uneven areas.

•In some cases the arm can be used to lift the drive gear over bumps. The arm must never be rotated or raised up high due to the risk of overturning.

•Uneven surfaces can cause the machine to lean to such an extent that it overturns. Manoeuvre the machine’s arm system inwards in order to move the centre of gravity as close to the machine’s cen- tre as possible to reduce the risk of tipping.

•Surfaces with a poor bearing capacity can cause the machine to change direction or even overturn without warning. Always check the bearing capac- ity and properties of the surface before starting the machine. Also be alert for holes that are covered by materials with a poor bearing capacity.

•The machine’s caterpillar tracks produce a low level of friction against smooth surfaces. Water, dust and contaminants can further reduce friction. When deÞning the risk area you should take into account the fact that less friction increases the risk of the machine starting to slide.

ConÞned spaces

•Working in conÞned spaces with extended outrig- gers can be difÞcult. The machine’s stability is con- siderably diminished. Adapt the work accordingly. There is an increased risk of the machine overturn- ing if the arm swings outside the outrigger.

•When moving in conÞned spaces it is possible to reduce the width of the tracks, increasing the risk of the machine overturning. There is an increased risk of the machine overturning if the arm swings outside the outrigger.

Sloping ground

•Sloping surfaces, stairs, ramps etc. can constitute major risks when moving and working. With gradi- ents in excess of 35° there is a risk of the machine tipping.

•The machine’s arm system and outriggers must be positioned as low as possible to reduce the risk of tipping.

•Do not run the caterpillar tracks and tower simul- taneously when moving on a sloping surface to reduce the risk of unexpected motion.

•Avoid driving sideways on slopes - drive straight up or down. Ensure that the machine’s arm system is turned upwards in sloping terrain.

•Always position yourself above the machine when driving on a slope. There is a risk of the machine tipping.

•Anchor the machine if there is a risk of the machine starting to move.

•Check that there is sufÞcient bearing capacity when driving on ramps and stairs.

Proximity to ducts and pipes

•Always check and mark where electricity cables and pipelines are routed. Ensure that electricity cables and pipelines are shut off.

•The machine must not get close to overhead ca- bles. The current can “jump” over long distances.

Falling material

•Watch out for demolition material becoming loose when cutting. Use personal safety equipment and keep your distance.

•Ensure that the vibrations from the hydraulic ham- mer do not cause cracks to form or stones or other material to loosen and cause personal injury or damage to property. Keep your distance!

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Contents DXR-310 Page Contents Introduction Symbols on the machine KEY to SymbolsOther protective equipment Safety InstructionsProtective equipment Personal protective equipmentResponsibility General safety instructionsManagement and operator If there is an accidentMachine’s risk area Work area safetyElectrical safety General working instructionsEducation and training Personal safetyOperation GeneralRotation function ManoeuvringGeneral OutriggersFalling material Towing Transport and storagePersonal protection Machine’s safety featuresMaintenance and service Mechanical protection Dust and particles TemperatureExternal environmental factors MoistureMachine’s functions PresentationWhat is what in the machine Pressure cut-off Hydraulic SystemGeneral Main pressureMachine’s hydraulic system Low-voltage circuit Electric SystemHigh-voltage circuit Machine’s electric system Machine’s software Remote controlBattery Control SystemWhat is what on the remote control Symbols on the remote control Stopping Starting and StoppingBefore starting StartingDesignation of the machine’s parts Key to commandsOperation Operating modesWork mode Track operation Set-up modeTransport mode Concrete cutter ToolsBucket Hydraulic hammerStorage CleaningChanging tools FittingFitting the track widener SettingsTrack widener Menu system Software version Operational settingsLCD Adjustment TuningMaintenance and Service After washing CleaningCleaning method Cleaning of componentsDaily inspection Service scheduleMiscellaneous Weekly serviceChange Hours serviceAfter the Þrst 100 hours Gear ring Service reviewLubrication Outriggers and arm systemPos MountingsShafts Tightening torqueWear and damage Level checkCracks LeakageFunctional inspection Replenishing hydraulic ßuid ChangeDraining hydraulic ßuid Air Þlter Oil ÞlterService messages and actions Action Trouble ShootingError messages Service messagesFault Cause Possible action Trouble shooting guideEnglish 50 Hz Technical DataGuide values for mains connection Hydraulic system’s pressureLubricant Preset limit valuesHydraulic ßuid and lubricant Hydraulic ßuidTechnical data Machine with tool hydraulic hammer Sound power levelNoise emissions Machine without toolEnglish Technical Data EC-declaration of conformity EC-DECLARATION of ConformityPage ´z+SXh¶6Q¨ Page 1151567-26 2009-03-16

DXR-310 specifications

The Husqvarna DXR-310 is a state-of-the-art remote-controlled demolition robot designed for various construction and demolition tasks. With an emphasis on versatility and efficiency, this robust machine stands out in the crowded landscape of demolition equipment. It is specifically engineered to tackle challenging environments while offering operators a high level of safety and control.

One of the standout features of the DXR-310 is its powerful hydraulic system, which allows for exceptional performance even in the most demanding applications. With an output of 12.5 kW, it can handle various attachments effectively, enabling it to perform a wide array of tasks, from crushing and breaking to lifting and demolition. Its compact size and lightweight design make it easy to maneuver, which is particularly beneficial in confined spaces, such as renovation projects or urban environments.

The DXR-310 is equipped with a user-friendly control system that facilitates precise operation from a distance. The ergonomic remote control is intuitive, allowing the operator to execute complex commands with ease, enhancing overall productivity. This feature is vital, especially in situations where operator safety is paramount, as it enables them to maintain a safe distance from potential hazards.

Another notable characteristic is the robot's durability and reliability. The chassis and components are designed to withstand harsh working conditions, ensuring long-term performance. The robust build minimizes downtime, enhancing overall efficiency on job sites.

The Husqvarna DXR-310 also integrates advanced technology to optimize its functionality. It is compatible with a range of attachments, including hydraulic breakers, crushers, and grapples, making it highly adaptable to various tasks. Additionally, the robot is designed with a unique suspension system that improves stability and ground contact, ensuring reliable operation on uneven surfaces.

In terms of maintenance, the DXR-310 is designed to be user-friendly, with accessible components that simplify routine checks and repairs. This commitment to easy maintenance contributes to reduced operational costs over time.

In conclusion, the Husqvarna DXR-310 demolition robot combines power, versatility, and safety into a single machine. Its advanced hydraulic system, user-friendly controls, and adaptability make it ideal for a wide range of demolition applications. The robust design and maintenance-friendly features further enhance its appeal to contractors looking for efficient solutions in the construction industry.
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