ASSEMBLY

CONNECTING THE MOTOR

The connection of the hoses to the motor will determine the direction of rotation of the rotor shaft. As reverse rotation is standard on the machine, then the following instructions will apply to reverse rotation. For forward rotation the pipe connections on the motor are interchanged.

A.Locate the relief valve at the pump outlet.

B.Connect hose attached to port marked 'P' for pressure, to the bottom rear fitting on motor and tighten.

C.Connect hose attached to port marked 'T' for tank, to the top fitting on motor and tighten.

D.For forward rotation interchange these hoses.(Same as tractor tires)

NOTE: When fitting Cowl Bracket in different positions on the cowl rear beam it is important that the motor hose cannot be caught up between the Arm and rear of the Cowl. It may be necessary to reposi- tion the hose in hose clamps on the second arm.

MECHANICAL BREAKOUT

The RBF-12C is equiped with a mechanical breakout, which is fitted at the bottom of the kingpost attach- ment point in the mainframe. This will reduce the risk of damage if an obstruction is encountered during work. This breakout mechanism is pre-set at the factory and should not need any adjustment. If it is ever dismantled it is important that the disc springs are replaced in the correct sequence.

HOSE LAYOUT

It is important that hoses are fitted correctly. To ensure that there are no kinks, sharp bends and that the hoses do not chafe against sharp edges, the following layout should be used as a guide.

Twists

Hoses should never be twisted or kinked. On most hoses there is a line which runs the full length of the hose acting as a useful guide (see FIGURE 3-8). If there is no guideline running along the hose follow the fitting instructions below.

 

FIGURE 3-8

RBF-2C 07-04

Assembly Section 3-10

© 2004 Alamo Group Inc.

 

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Tiger RBF-2C manual Connecting the Motor, Mechanical Breakout, Hose Layout, Twists
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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.

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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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