MARINELITE SATELITE COMPASS

 Advanced Satellite Compass for Accurate Navigation: Discover the Benefits of Cutting-Edge Technology

 

Are you tired of relying on outdated navigational tools that fail to provide the accuracy and reliability you need to navigate the open water? Look no further than our Advanced Satellite Compass – the cutting-edge solution for your navigation needs.
Drawing on the latest advancements in satellite technology, our Advanced Satellite Compass delivers pinpoint accuracy and seamless navigation, ensuring smooth sailing no matter where the journey takes you.

Featuring advanced algorithms, this innovative compass is able to compensate for vessel motions, ensuring accurate heading and orientation regardless of the most challenging weather conditions. The result? You can set your course with utmost confidence, knowing that you have the most reliable navigational tool available.

In addition to reliable navigation, our Advanced Satellite Compass also delivers a range of benefits that make it the go-to choice for seasoned sailors and novices alike. With easy-to-use controls and intuitive interfaces, you'll be able to quickly and easily set your course and sail with ease.

And with robust features like heading alarms and GPS fail-safe backups, you can rest easy knowing that you'll always be able to navigate safely and with confidence.

So why settle for anything less than the best? Upgrade to our Advanced Satellite Compass and experience the benefits of cutting-edge technology for yourself. Whether you're an experienced sailor or a newcomer to the open water, our compass will help you navigate with ease and confidence.

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OVA transducers

 A leading manufacturer and developer of underwater transducers.

Established in 2001, the company has been at the forefront of research and development in the field of underwater transducer technology.

We are committed to using the latest technology to provide our customers with the best quality products possible. We have a dedicated team of engineers and technicians who work tirelessly to ensure that our products are cutting-edge and meet the exact needs of our customers.
We have a wide range of underwater transducers that are both high-quality and reliable. Our products are designed to work seamlessly in any underwater environment and provide the most accurate readings possible. Whether you are looking for transducers for use in deep water, shallow water, freshwater, or saltwater, we have the perfect solution for you.

How to check sperry marine Mk1 gyro compass to ensure gyrosphere is working properly?

I believe quite a lot of service provider company has some bad experience with gyrosphere purchase either from Pakistan, Bangladesh, India reseller markets due to gyrosphere receive and tested defective.

Here is one of our way to test gyrosphere , mainboard, encoder, container to ensure system works at sea after delivered to ship.

Please see procedure below :

Switch on gyro power allow system to run for 4hours for gyro to settle. Connect a Dot matrix printer to TB7 pin 15/16. Go to First page and select F2 for manual settings. Printer use must be Epson LQ300+II or LQ310. Please see below how to enable order printer in the system.

Allow the gyro compass to run overnight and let the printer prints overnight.

The result we will know the next day whether the gyrosphere has sway away or maintain at a fix heading ? This method is good because there are times the gyro current is normal below 300mA. But the gyrosphere is unstable and once we install on vessel, it will become disaster.

Happy reading. Do send me enquiry if you find this information useful:-)

Refurbished S-band magnetron tested working Sp-5.8A, Mp-8.0A, Lp-8.6A From S$200.00

Tested this magnetron on sperry marine S-band downmast transceiver. Found magnetron current good for short pulse, medium pulse and long pulse. Take down the magnetron current value as a gauge to predict the magnetron life span for 3-6 months usage. For ship owner who is budget constraint or vessel intend to sail to scrap yard. This magnetron would serve the purpose. 

Kelvin Hughes MDP-A5 SVDR DAU convert to MDD Radar for testing Saab R4 AIS interface purpose.

Try to load MDD software into VDR system. Start up and found No MTI and system show slave mode. Connect AIS signal and was able to show on screen.

Then swap the Manta vdr interface pcb FSD-A202 with Manta Radar interface pcb FSD-A223, system detected this pcb and change from No MTI to Tx2. Run simulate mode, it shows very good simulated echo with real AIS targets on screen.

Sperry tabletop ecdis vmft convert to Radar vmft V2.0.5.850

Previously use as vmft ecdis.

Now it can be use as a standalone radar connected as interswitch to other radar. As the specification of the motherboard is relatively low, run the most early software and connect to BME X-band. 3-4Arcs can be shown on display transmit with PM at 12 nm.

Sperry vmft/JRC 9110/Saab R4 AIS/KH VDR/ Furuno GP150/NSR AIS/Sperry dual Mk1 gyro with switch over unit.

If we can setup a workshop  to simulate a vessel Navigation equipment and allow technicians who are not familiar with marine equipment to hands on and play with it, we can train out a very good technician in very short time. This is what we believe:-)