MANUAL LOWERING TO PARK POSITION

If a defect arises in the electronic controls, after some disassembly work the satellite dish can be returned to the park position (horizontal position) manually. Following this however recalibration by an authorised workshop is always necessary.

Driving to the nearest workshop with the antenna extended at a moderate speed and taking into account the increase (+ 72 cm) in the vehicle height is an option and is preferable to manual lowering.

Users who are not familiar with the necessary repair work are urged not to manually retract the antenna into park position themselves. They should contact a technician or engineer. They may find a suitable person on the campsite.

In any case, the safety instructions listed below must be followed.

SAFETY NOTES

Make sure that:

-The antenna and connected units are disconnected from the power

-The person carrying out the repair does not suffer from vertigo and can move around safely on the roof of the caravan or motor home

-The person carrying out the repairs is wearing sturdy and non-slip shoes

-The person carrying out the repairs has a secure position to stand and hold on while working

-The roof and the climbing equipment used (e.g. ladder) are dry, clean and non-slip

- The roof can withstand the weight of the person carrying out the repairs

Caution! Risk of death or injury due to calling or roof collapsing!

-Do not hold onto the antenna, as the rocker comes free without warning during dismantling

Caution! Risk of death and injury due to falling or crushing!

-Nobody should be inside the caravan / motor home underneath the antenna during dismantling/installation.

Caution! Risk of death or injury due to possible roof collapsing and falling parts!

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Kathrein CAP 600 manual Manual Lowering to Park Position, Safety Notes

CAP 600 specifications

The Kathrein CAP 600 is a cutting-edge solution designed for the modern telecommunications landscape, catering primarily to the demands of mobile network operators and service providers. This compact, high-performance active antenna system is engineered to enhance connectivity in urban environments, significantly improving network efficiency and user experience.

One of the key features of the Kathrein CAP 600 is its multi-band capability. It supports various frequency bands including LTE, 5G NR, and others, making it versatile for both current and future network deployments. This allows operators to seamlessly upgrade their services without needing to overhaul their infrastructure.

The CAP 600 is equipped with advanced MIMO (Multiple Input Multiple Output) technology, which leverages multiple antennas at both transmitting and receiving ends to boost data throughput and reliability. This technology is essential for maximizing spectral efficiency, thus accommodating more users and higher data rates in dense urban areas.

In terms of design, the Kathrein CAP 600 features a compact and lightweight structure. This is crucial for installations in constrained environments where space is at a premium. The antenna's sleek aesthetics also allow it to blend into its surroundings, thereby reducing visual impact, which is often a concern in urban deployments.

The antenna incorporates intelligent software features that facilitate dynamic beamforming. This enables targeted coverage, allowing signals to be directed towards users rather than being broadcast in all directions, thus minimizing interference and optimizing network performance. Additionally, the built-in remote management capabilities allow operators to monitor and manage network performance in real-time, enhancing operational efficiency.

Regarding sustainability, the CAP 600 is designed with energy efficiency in mind. The use of advanced materials and optimized hardware contributes to lower energy consumption, making it an environmentally friendly choice for operators looking to reduce their carbon footprint.

Overall, the Kathrein CAP 600 is a sophisticated solution that meets the high demands of modern mobile networks. With its advanced features, technologies, and commitment to sustainable operations, it represents a pivotal component for any operator looking to enhance connectivity and provide exceptional service in today’s dynamic telecommunications environment.