Husqvarna DXR-310 manual Transport and storage, Towing

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SAFETY INSTRUCTIONS

Transport and storage

Lifting the machine

•When lifting the machine there is a risk of injuring persons or damaging the machine or the surround- ings. DeÞne the risk area and check that nobody is present within the area when lifting.

•Use an approved lifting device to secure and lift heavy machine parts. Also ensure that there is equipment to secure machine parts mechanically.

•Retract the arm system. The centre of gravity must be as close to the machine’s centre as possible.

•The lifting equipment must be attached at all the machine’s lifting eye bolts.

•Lift slowly and carefully. Make sure that the lift is in equilibrium and if the machine starts to lean, rectify it by using an alternative lifting device or change the position of the arm system.

•Ensure that the machine’s parts are not crushed or damaged when lifting and that the machine does not hit surrounding objects.

Loading and unloading using a ramp

•Ensure that the ramp is intact and the right size for the machine.

•Check that the ramp is free of oil, mud or anything else that might make it slippery.

•Ensure that the ramp is properly secured to both the vehicle and the ground. The vehicle being used for transportation must also be secured so that it cannot move.

Transport

•The machine may only be transported on a ßatbed truck or a trailer that is approved for the machine’s weight, refer to the machine’s rating plate. The remote control must be properly protected in the vehicle during transportation.

•Check applicable road trafÞc regulations before transporting on public roads.

The machine’s position on the loading platform

•Position the machine against the front edge of the platform in order to reduce the risk of it sliding forward if the vehicle brakes.

•Manoeuvre the arm system so that it is resting against the platform, positioned as low as possible. Extend the outriggers without lifting the machine.

Securing the machine

•Secure the machine with approved tightening straps. Use the machine’s lifting eye bolts. Ensure that no part of the machine are squashed or dam- aged by the tightening straps. It is a good idea to cover the machine.

•Tools and other equipment must be secured with separate tightening straps.

•Regularly check that the load is secure during transportation.

Storage

•Remove the tool from the machine.

•Retract the arm system to attain a centre of gravity that is as low as possible and to save space.

•Store the equipment in a lockable area so that it is out of reach of children and unauthorized persons.

•Store the machine and its equipment in a dry and frost proof place.

Towing

The machine is not designed to be towed. When the machine is depressurized, the drive motor’s parking brakes are activated and the caterpillar tracks cannot rotate. Only tow the machine if its position constitutes a risk and there is no other solution. Tow it for the shortest possible distance.

•If possible, retract the outriggers before towing the machine in order to reduce the risk of them getting stuck and being damaged.

•To minimize the load on the towing device and mechanical components, reduce the friction by preparing the route that the machine is going to be towed.

•If possible tow in the direction of the tracks.

•Use the lifting eye bolts to connect to the tow- ing device. Use a towing device intended for the particular load.

•Parts can loosen during towing. Keep your dis- tance!

12 - English

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Contents DXR-310 Page Contents Introduction KEY to Symbols Symbols on the machineSafety Instructions Protective equipmentPersonal protective equipment Other protective equipmentGeneral safety instructions Management and operatorIf there is an accident ResponsibilityWork area safety Electrical safetyGeneral working instructions Machine’s risk areaPersonal safety OperationGeneral Education and trainingManoeuvring GeneralOutriggers Rotation functionFalling material Transport and storage TowingMachine’s safety features Maintenance and servicePersonal protection Mechanical protection Temperature External environmental factorsMoisture Dust and particlesPresentation Machine’s functionsWhat is what in the machine Hydraulic System GeneralMain pressure Pressure cut-offMachine’s hydraulic system Electric System High-voltage circuitLow-voltage circuit Machine’s electric system Remote control BatteryControl System Machine’s softwareWhat is what on the remote control Symbols on the remote control Starting and Stopping Before startingStarting StoppingKey to commands OperationOperating modes Designation of the machine’s partsWork mode Set-up mode Track operationTransport mode Tools BucketHydraulic hammer Concrete cutterCleaning Changing toolsFitting StorageSettings Track widenerFitting the track widener Menu system Operational settings LCD AdjustmentTuning Software versionMaintenance and Service Cleaning Cleaning methodCleaning of components After washingService schedule Daily inspectionWeekly service MiscellaneousHours service After the Þrst 100 hoursChange Service review LubricationOutriggers and arm system Gear ringMountings ShaftsTightening torque PosLevel check Wear and damageLeakage CracksFunctional inspection Change Draining hydraulic ßuidReplenishing hydraulic ßuid Oil Þlter Air ÞlterTrouble Shooting Error messagesService messages Service messages and actions ActionTrouble shooting guide Fault Cause Possible actionEnglish Technical Data Guide values for mains connectionHydraulic system’s pressure 50 HzPreset limit values Hydraulic ßuid and lubricantHydraulic ßuid LubricantTechnical data Sound power level Noise emissionsMachine without tool Machine with tool hydraulic hammerEnglish 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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