OPERATION

For safe and efficient boom mower operation, it is critical that the operator be experienced and feel confident in using the control valve sticks to position the boom. New operator’s should allow ample time to practice using the control valve sticks in an open area before entering the worksite. Before attempting to operate this equipment, read these instructions completely. If you have any questions concerning safety of operation, contact your dealer or Rhino.

This valve is located on the Main Frame of the unit. These are fastened together in a bank of five valves. Their use will be explained in the following pages of this manual. Read each explanation carefully then practice in a safe, level area, CLEAR of all people, animals, and any obstructions. As always, use extreme caution when using this machine. This valve is controlled by operating the Remote Control Valve Box mounted to the right of the operator at a convenient height.

NOTE: The stamped metal plate located above the control valve indicates each valve function.

Practice performing multiple functions simultaneously. With some practice, the control valve sticks will become very easy to operate and will feel almost as it were an extension of your arm.

With the exception of the relief valves, which are preset at the factory, these are all the controls for operating the machine other than the controls on the tractor itself.

VALVE OPERATION PLATE P/N 03.541.09

RBF-2C 07/04

Operation Section 4-15

© 2004 Alamo Group Inc.

 

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Tiger RBF-2C manual Valve Operation Plate P/N
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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.
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