Satellite reception antenna 45 STV with SAT 9, China (replaces E70334)

The Raymarine 45 STV satellite reception antenna is a piece of equipment designed specifically for marine environments. It allows boat users to receive satellite television signals, providing access to television entertainment even while underway.

The '45' in the 45 STV antenna name typically refers to the diameter of the antenna's internal reflector, which is 45 centimeters. This size indicates the antenna's ability to receive satellite signals.

The 45 STV antenna is equipped with an advanced gyroscopic stabilization system that compensates for vessel movements (pitch, roll, and yaw). This system ensures the antenna remains precisely pointed at the satellite, guaranteeing stable and continuous reception of TV channels, even in rough sea conditions.

Yes, the Raymarine 45 STV antenna is designed to receive satellite television signals, including those broadcast in high definition (HD). The final ability to display HD channels will also depend on the satellite decoder used and the subscription service.

The Raymarine 45 STV antenna is designed to receive television signals broadcast on the Ku band, which is the standard frequency band used by most satellite TV service providers worldwide.

Yes, the Raymarine 45 STV antenna is specifically designed for marine environments. It is housed in a weatherproof dome to protect its internal components from saltwater, wind, UV rays, and extreme temperatures, ensuring durability and reliability at sea.

Yes, the Raymarine 45 STV antenna is generally equipped with a multi-output LNB (Low Noise Block). This allows it to distribute the satellite signal to multiple independent decoders or televisions aboard, providing customized entertainment for different passengers.

Before modifying the mounting surface, it is essential to ensure that the printed template matches the measurements specified in the technical document. Verify that the template is printed at actual scale to guarantee precise and secure antenna installation.

Adobe Acrobat Reader must be used to print the 45 STV antenna mounting template. This software, configured with Raymarine's recommended print settings, ensures the template is printed at the correct scale.

To check the scale, open the template document in Adobe Acrobat Reader. Go to 'File' → 'Properties' and note the page format. When printing ('File' → 'Print'), ensure the paper size matches the noted format and that the 'Page Sizing & Handling' or 'Scaling' options are set to 'Actual size' or 'None'.

Recommended print settings include:

Ensure the selected paper format matches the document page format (visible via 'File' → 'Properties'). Make sure size or scaling options are set to 'Actual size' or 'None'. Disable 'Auto rotate and center pages' or 'Auto portrait/landscape'. Select the correct orientation (portrait or landscape) to match the template.

Yes, it is crucial to ensure that the 'Auto-rotate and center pages' or 'Auto portrait/landscape' option (depending on the case) is NOT checked when printing the mounting template. This ensures the template retains its precise orientation and dimensions.

Yes, the Raymarine 45 STV antenna (reference E70468) is the direct replacement for the previous model, the E70334 antenna. It offers equivalent or improved features compared to its predecessor.

The 45 STV antenna is designed to be compatible with satellite TV services using the Ku band. Compatibility with specific providers in different geographical regions (e.g., Europe, Americas) will often depend on the LNB (Low Noise Block) configuration and the antenna's ability to target the relevant satellites for those regions. It is advisable to check regional specifications.

Yes, the 45 STV antenna is designed to be compatible with most standard satellite TV decoders on the market that support Ku-band signals. It provides a standardized satellite signal, but advanced or decoder-specific features may vary.

Yes, the Raymarine 45 STV antenna is compatible with standard broadcast satellites that transmit television signals on the Ku band. It is designed to automatically acquire and track these satellites to provide continuous, high-quality reception.