1.3 Mutual Operation of Equipment

As noted earlier, the equipment in this radio console are interfaced by FURUNO's MIF radio interface. For example, to transmit a message over the DSC-60 or DP-6, the Tx and Rx frequen- cies and class of emission are automatically set on the FURUNO SSB Radiotelephone and then the message is transmitted.

Two printers are supplied and one is dedicated to the Inmarsat C. The other printer is for both the DSC-60 and DP-6. If the DP-6 is used (message transmission or reception), this printer is automatically connected to the DP-6 to print out the data. When the printer selector switch in the console is set to the “AUTO” position, it automatically connects one of those equipment to the printer on a first-come-first-served basis. For example, if the DSC-60 is used (message transmission or reception), the printer selector switch automatically connects the printer to the DSC-60 and disconnects itself from other equipment.

Connection between DSC-60 and DP-6

Suppose you transmitted a call over the DSC-60 and want to communicate with the receiving station by the DP-6 instead of FURUNO SSB Radiotelephone. If the DSC-60 and DP-6 were not connected you would have to set the several data such as working frequency, communica- tion mode, etc. manually on the DP-6. Because they are connected by the remote function, however, the data mentioned above are automatically set on the DP-6 via the DSC-60.

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Furuno RC-1500-1T manual Mutual Operation of Equipment
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RC-1500-1T specifications

The Furuno RC-1500-1T is a highly regarded radar system designed specifically for maritime applications, providing vessel operators with robust tools for navigation, collision avoidance, and situational awareness. With advanced features and cutting-edge technologies, the RC-1500-1T stands out as a reliable choice for both commercial and recreational vessels.

One of the main features of the Furuno RC-1500-1T is its high-resolution display. The system boasts a crystal-clear LCD screen that offers exceptional visibility, even in bright sunlight. This makes it easier for operators to monitor the radar’s output, enhancing their ability to detect and track other vessels and obstacles in the marine environment.

Another significant characteristic of the RC-1500-1T is its power and performance. The radar operates on a frequency of 9.3 GHz, providing a range of up to 64 nautical miles, depending on environmental conditions. This impressive range ensures that mariners can detect distant targets, giving them ample time to react and make informed navigational decisions.

The RC-1500-1T also incorporates Furuno’s advanced signal processing technology. This enhances target detection and discrimination capabilities, allowing users to differentiate between multiple targets in cluttered environments, such as busy harbors or areas with a lot of smaller vessels. This technology is especially crucial for ensuring safety while navigating.

Additionally, the system comes equipped with various operational modes, including different range scales and advanced filtering options. Users can customize their radar display to highlight specific target types, improving the radar's effectiveness based on situational needs.

Safety features are a vital aspect of the Furuno RC-1500-1T. It includes an Automatic Radar Plotting Aid (ARPA) function, helping operators track targets and predict their movements. This bolsters the vessel's ability to navigate safely, particularly in challenging visibility conditions.

Furthermore, the compact design of the RC-1500-1T makes it easy to install on a variety of vessels without taking up extensive space. Its robust construction ensures it can withstand harsh marine environments, making it a durable solution for long-term use.

In conclusion, the Furuno RC-1500-1T radar system combines advanced technology, user-friendly features, and high performance to provide mariners with crucial navigational information. Its capabilities cater to both experienced sailors and newcomers alike, reinforcing its position as a leader in marine radar technology.
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