I I . S A F E T Y

WARNING! If your wheelchair is equipped with a reclining seatback, do not attempt to negotiate inclines with the seat in a reclined position. Do not attempt to negotiate obstacles with the seat in a reclined position unless an attendant is present to help stabilize the chair. Failure to heed may result in the wheelchair tipping over.

WARNING! If your wheelchair is equipped with an optional carry bag mounted to the seatback, do not overload the bag or exceed the maximum load rating of the bag. Doing so could cause instability in your wheelchair when negotiating inclines, causing it to tip.

WARNING! Even though your wheelchair is capable of climbing slopes greater than those illustrated in figure 1, do not, under any circumstances, exceed the incline guidelines or any other specifications presented in this manual. Doing so could cause instability in your wheelchair.

Pride recommends that the maximum slope of an incline you attempt to safely ascend or descend on your wheel- chair does not exceed 5° (8.7%). See figure 1.

WARNING! Any attempt to climb or descend a slope steeper than 5° (8.7%) may put your wheelchair in an unstable position and cause it to tip.

Figure 1. Maximum Safe Slope (Ascending and Descending)

Braking Information

To stop the wheelchair, apply pressure to both handrims until the wheelchair comes to a complete stop.

Manual Wheel Locks

Your wheelchair is equipped with two manual wheel locks; one mounted near (or directly in front of) each drive wheel. The manual wheel locks help prevent your wheelchair from moving when parked. After you bring your wheelchair to a complete stop, engage both manual wheel locks. There are three types of manual wheel locks available on your wheelchair: push-to-lock, pull-to-lock, and scissor-lock. If you have any questions about the operation of your manual wheel locks, contact your Quantum Rehab Provider.

WARNING! Do not attempt to use either manual wheel lock lever to stop your wheelchair. WARNING! Pride does not recommend that you remain parked on an incline for a long period of time. WARNING! Use care when operating the wheel locks. Possible pinch point created during operation.

Cornering Information

While your wheelchair is equipped with front caster wheels, excessively high cornering speeds can still create the possibility of tipping. Factors which affect the possibility of tipping include, but are not limited to: cornering speed, steering angle (how sharply you are turning), uneven road surfaces, inclined road surfaces, riding from an area of low traction to an area of high traction (such as passing from a grassy area to a paved area – especially at high speed while turning), and abrupt directional changes. High cornering speeds are not recommended. If you feel that you may tip over in a corner, reduce your speed and steering angle (i.e., lessen the sharpness of the turn) to prevent your wheelchair from tipping.

WARNING! When cornering sharply, reduce your speed and maintain a stable center of gravity. This greatly reduces the possibility of a tip or fall.

Public Streets and Roadways

WARNING! You should not operate your wheelchair on public streets and roadways. Be aware that it may be difficult for traffic to see you when you are seated on your wheelchair. Obey all local pedestrian traffic rules. Wait until your path is clear of traffic, and then proceed with extreme caution.

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Quantum INFMANU2788 manual Braking Information, Manual Wheel Locks, Cornering Information, Public Streets and Roadways
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INFMANU2788 specifications

Quantum INFMANU2788 is a state-of-the-art device that represents a significant leap forward in the realm of quantum computing and information management. This advanced system is designed to harness the power of quantum mechanics to optimize data processing, communication, and storage. With its cutting-edge technology, the INFMANU2788 is tailored to meet the needs of modern enterprises looking to leverage quantum capabilities for competitive advantage.

At its core, the INFMANU2788 operates on a hybrid quantum architecture that combines superconducting qubits with advanced classical processing units. This unique integration allows for faster execution of complex algorithms that were previously unfeasible with classical computers. The superconducting qubits are engineered to maintain coherence over extended periods, enabling the system to perform intricate calculations without significant loss of information.

One of the standout features of the Quantum INFMANU2788 is its scalability. The device boasts a modular design that allows for the easy addition of qubits, meaning organizations can expand their quantum capabilities as their needs grow. This flexibility ensures that users can efficiently manage increasing amounts of data while maintaining performance benchmarks.

In terms of connectivity, the INFMANU2788 is equipped with a state-of-the-art quantum interconnect that facilitates rapid data transmission between qubits. This advanced interconnect technology ensures low latency and high bandwidth, crucial for real-time processing applications. Furthermore, the system supports quantum entanglement, which enables parallel data processing and enhances computational power exponentially.

The Quantum INFMANU2788 also prioritizes security through quantum cryptography, a feature designed to safeguard sensitive information. By utilizing the principles of quantum mechanics, the device ensures that any attempt to intercept data communications is detectable, providing an unprecedented level of security that is essential for financial institutions, healthcare providers, and other sectors that handle sensitive information.

To support users in harnessing the full potential of quantum computing, the INFMANU2788 comes equipped with a comprehensive suite of software tools. This includes user-friendly interfaces for programming quantum algorithms, simulation environments for testing, and robust analytics capabilities to derive insights from quantum computations.

In conclusion, the Quantum INFMANU2788 is a groundbreaking innovation in quantum technology, offering unmatched performance, scalability, and security. Its advanced features, coupled with its transformative potential, make it an indispensable tool for organizations seeking to lead in the age of quantum computing. As industries continue to explore the capabilities of quantum technologies, the INFMANU2788 positions itself at the forefront, ready to shape the future of data management and computational processes.
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