REMOVING & REPLACING THE DETENT DISC

Once the Indexing Hub is removed, the detent disc can be removed from its re- cess in the bottom of the Vertical Bracket. The disc may slip out once the Index- ing Hub is removed. If it sticks inside the recess, simply insert the tip of a ballpoint pen or a pin small enough to fit into the detent disc ejection hole on the top of the bracket and push the detent disc out of the detent disc recess.

With the disc removed, a different disc can be inserted to change the angular spacing. The 14 position detent disc (included with your bracket) is for use with the optional Nikon wide angle lens (available from Nikon for the Coolpix 900/950).

To install a different disc, simply align the keyed slot and push the disc into the recess. Make sure the disc is properly seated and flush to the bottom surface of the Vertical Bracket. With the new disc inserted, reassemble by inserting the In- dexing Hub back through the bearing in the Vertical Bracket.

REPLACING THE FRICTION CAP

Replace the Friction Cap by threading the Cap back onto the axle. Continue to thread the cap so that there is no free play between the Vertical Bracket and the Indexing Hub. The rubber washer on the bottom of the Friction Cap should be slightly compressed. When the drag feels adequate, turn the Friction Cap so that the threaded shaft of the Retaining Knob is aligned with the closest flat on the axle. Tighten the Retaining Knob to lock the Cap in place.

Rubber Washer

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Kaidan 950, 900 manual Rubber Washer, Removing & Replacing the Detent Disc, Replacing the Friction CAP
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900, 950 specifications

Kaidan 950,900 is an advanced robot model that stands out in the competitive field of automation and robotics. This innovative machine is engineered to enhance productivity and efficiency in a wide range of industrial applications. One of the most prominent features of the Kaidan 950,900 is its exceptional versatility, enabling it to perform multiple tasks with precision and reliability.

At the heart of its capabilities is an advanced artificial intelligence system that allows the Kaidan 950,900 to learn and adapt to various operational environments. This AI-driven technology ensures that the robot can optimize its functions based on real-time data analysis, leading to improved performance over time. Additionally, the robot is equipped with state-of-the-art sensory equipment that enables it to perceive its surroundings with remarkable accuracy. High-definition cameras and proximity sensors work in unison to allow the robot to navigate complex environments while avoiding obstacles effectively.

One of the key characteristics of the Kaidan 950,900 is its modular design. The robot can be easily customized with various attachments and tools to suit specific tasks, from heavy lifting to intricate assembly processes. This modularity not only enhances its usefulness across different industries but also extends its operational lifespan, as individual components can be upgraded or replaced without needing a complete overhaul.

Another significant feature of the Kaidan 950,900 is its energy efficiency. Leveraging advanced battery technology, this robot utilizes energy-saving algorithms that enable it to perform extended tasks without frequent recharging. This is crucial for industries that require continuous operations, such as manufacturing and logistics.

Moreover, the Kaidan 950,900 prioritizes safety in its design. It incorporates multiple safety protocols and emergency shut-off systems to ensure a secure working environment for human operators. These features are particularly important in environments where human and robot interactions are frequent.

In summary, the Kaidan 950,900 represents a remarkable achievement in robotic technology. With its intelligent systems, versatility, modularity, energy efficiency, and robust safety features, this robot is poised to significantly impact various sectors, paving the way for a more automated and efficient future. As industries continue to evolve, the Kaidan 950,900 stands as a testament to the potential of advanced robotics in transforming operational paradigms.
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