Tiger RBF-2C manual Equipment Operation Safety Instructions and Practices

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SAFETY

Equipment Operation Safety Instructions and Practices

WARNING! Never leave the Tractor and Implement unattended while the Implement is in the lifted position. Accidental operation of lifting lever or a hydraulic failure may cause sudden drop of unit with injury or death by crushing. To properly park the implement when disconnecting it from the tractor, lower the stand and put the retaining pin securely in place, or put a secure support under the A-Frame. Lower the implement carefully to the ground. Do not put hands or feet under lifted components.

DANGER!

DANGER!

DANGER!

WARNING!

This Implement is wider than the Tractor. Be careful when operating or transporting this equipment to prevent the Implement from running into or striking sign posts, guard rails, concrete abutments or other solid objects. Such an impact could cause the Implement and Tractor to pivot violently resulting in loss of steering control, serious injury, or even death. Never allow the Implement to contact obstacles.

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Rotary Mowers are capable under adverse conditions of throwing

objects for great distances (100 yards or more) and causing serious injury or death. Follow safety messages carefully.

STOP MOWING IF PASSERSBY ARE WITHIN 100 YARDS UN- LESS:

-Front and Rear Deflectors are installed and in good, working condition;

-Mower Head is running close to and parallel to the ground without exposed Blades;

-Passersby are outside the existing thrown-object zone; -All areas have been thoroughly inspected and all foreign

material such as rocks, cans, glass, and general debris has been removed.

NOTE: Where there are grass and weeds high enough to hide debris that could be struck by the blades, the area should be: in- spected and large debris removed, mowed at an intermediate height, inspected closely with any remaining debris removed, and mowed again at desired final height.

Use extreme caution when raising the Mower head. Stop the Blades from turning when the Mower Head is raised and passersby are within 100 yards. Raising the Mower head exposes the Cutting Blades which creates a potentially serious hazard and can cause serious injury by objects thrown from the Blades or by contact with the Blades.

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Never Leave the mower unattended while the head is in the raised position. The mower could fall causing serious injury to anyone who might inadvertently be under the mower.

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RBC - 2C 07-04

Safety Section 1-7

© 2004 Alamo Group Inc.

 

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Contents RBF-2C To the OWNER/OPERATOR/DEALER Table of Contents Page Safety Section Safety ¡LEA EL Instructivo PeligroAgent. SG-22 Wait a minute...Save a life Not match the Tractor PTO Stop Mowing if Passersby are Within 100 Yards UN- Less Equipment Operation Safety Instructions and PracticesSBM-10 Stop Mowing if Passersby are Within 100 Yards Unless Dismounting.SG-39 SGM-7 SGM-11 Maintenance and Service Safety Instructions and Practices Or death. SBM-12 See Your Tiger Dealer Parts InformationTransporting Safety Instructions and Practices Regulations. SG-6 Storage and Parking Safety Instructions and Practices 18 2 14 11 10 25 20 QTY Level Description Safety Safety Safety Safety Safety Safety Safety Safety Employer Responsibilities This Act SeeksDuties Osha RegulationsIntroduction Section Before Operating this Machine IntroductionAssembly Section Machine Preparation GeneralTractor Requirements Fitting Machine to Tractor Assembly Section Fitting PTOLever Unit Fitting ControlsFill Tank with OIL Adjust Lever Pivot PositionHydraulic Systems RBF-2C Assembly Section Fitting Rotor Unit Twists Connecting the MotorMechanical Breakout Hose LayoutChafing Hoses Sharp BendsAccumulator KIT Flexible Front Guard KITRBF 2C Assembly Section Bleeding the First Ram Initial RUNBleeding Rams Assembly Page Operation Section Operation Tiger Rear Mount Boom Operation Instructions Connectingattaching HeadsOperation Tractor Requirements and Capabilities Operator RequirementsTractor Requirements Tractor Lighting and SMV Emblem Shatter Proof Safety WindowsRops and Seat Belt Operator Thrown Object ProtectionTractor Ballast Getting on and OFF the TractorDismounting the Tractor Boarding the TractorStarting the Tractor Dash Nominal Torque Value Size IN.LBS FT.LBS Connecting Attaching Head to the BoomTractor Pre-Operation Inspection/Service PRE-OPERATION Inspection and ServiceBoom ARM Assembly Boom Unit Pre-Operation Inspection and ServiceFrame Assembly Hydraulic PUMP/OIL Reservoir Hydraulic Line InspectionFlail Head Inspection Operating the Control Valves Valve Operation Plate P/N Driving the Tractor and Mower Starting the Tractor Brake and Differential Lock SettingDriving the Tractor and Mower Operating the Boom Unit and Attached Head Foreign Debris Hazards / Overhead Obstructions Operating the Attached Mower Heads Operating Speed and Ground SpeedGround Level and Scrub Cutting lower roller to its maximum Grass FlailRoller Height Operation Grass Cutting Alternative Rotor Link PositionsStalling the Rotor Hedge TrimmingMotor Position Shutting Down the Attached Head TRACTOR, BOOM, and Attached Head StorageTransporting the Tractor and Mower Transporting on Public Roadways Hauling the Tractor and Mower Trouble Shooting Guide Page Maintenance Section PTO Drive Tubes LubricationGearbox Grease PointsHydraulic Oils Filter ReplacementPower TAKE-OFF Shaft Hoses and Rotor Drive CircuitParking and Removal Rotor UnitHydraulic Cylinders StorageClose Isolator Valves on First ARM and Accumulator if Fitted Proper Torque for Fasteners Figure Warranty Information ONE Last Word RBF-2C-OMWPL-07/04 Printed U.S.A

RBF-2C specifications

The Tiger RBF-2C is an advanced multi-role drone system designed to operate in a variety of environments, showcasing exceptional capabilities in reconnaissance, surveillance, and target acquisition. This UAV stands out due to its unique blend of advanced technologies and user-friendly features, making it suitable for both military and civilian applications.

One of the main features of the Tiger RBF-2C is its remarkable endurance. With the ability to fly for up to 20 hours on a single mission, it allows for extended operational reach, making it an advantageous asset for long-term surveillance and reconnaissance missions. This endurance is complemented by a payload capacity of up to 100 kilograms, which can include high-definition cameras, thermal imaging systems, and other specialized sensors.

The Tiger RBF-2C employs cutting-edge aerodynamics, featuring a sleek design that minimizes drag and enhances stability during flight. Its wings are equipped with advanced retractable winglets that can adjust based on flight conditions, further improving its performance. Additionally, the drone features a wide operational range, with the ability to operate effectively at altitudes of up to 20,000 feet, allowing it to gather intelligence in diverse geographical settings.

Another significant characteristic of the Tiger RBF-2C is its advanced communication and data-link systems. It utilizes secure and robust communication channels that ensure real-time data transmission without the risk of interception. This includes encrypted video feeds and telemetry data that can be accessed instantly by operators on the ground, facilitating timely decision-making.

The Tiger RBF-2C also incorporates an array of automated flight technologies that enhance its operational ease. Its intelligent autopilot system can execute complex flight profiles, including waypoint navigation and automatic return-to-home functions. Moreover, it can seamlessly integrate with existing command-and-control systems, making it an essential tool for modern military operations.

In terms of versatility, the Tiger RBF-2C can be deployed in various scenarios, from disaster response and environmental monitoring to military missions and border security. Its modular design allows for quick reconfiguration, enabling operators to adapt the drone for specific tasks as needed.

Overall, the Tiger RBF-2C stands out as a premier drone system encapsulating the future of unmanned aviation technology. Its impressive combination of endurance, advanced communication, automated systems, and versatility make it a formidable asset in both civilian and military operations, paving the way for smarter, more efficient aerial surveillance and reconnaissance.