The JUE-95VM plays a leading role to assist in faster and more accurate monitoring of vessel location, integrating the latest advancements in technologies and packed into a small compact unit.
Vessel Monitoring System (VMS) is primarily used in commercial fishing, allowing environmental and fisheries regulatory organizations to monitor, the position, time at a position, and course and speed of fishing vessels. VMS also helps to protect fisheries sustainability, by enabling the monitoring of fishing activity around borders and closures.
With the JUE-95VM Inmarsat C, VMS, JRC has developed a compact, mobile satellite communication system, to allow quick and easy worldwide tracking of a vessels’ precise location, utilizing two-way data messaging. Fisheries monitoring are usually costly and difficult. JRC’s formidable formula, a compact, affordable JUE-95VM system, integrating the latest technologies, makes monitoring of fishing activities cost-effective and highly accurate.
JRC’s mobile JUE-95VM terminal incorporates various self-diagnostic programmers to facilitate maintenance and troubleshooting, reporting any possible problems it might suffer. The results are displayed on the data terminal. These functions will allow for easy maintenance and more reliability. In addition, automatic testing for performance verification and commissioning via the satellite channel is also available.
The JUE-95VM system has the same cable management philosophy resembling all other Inmarsat products that JRC is offering, allowing for an easy installation as only a single coax cable is used between antenna and terminal. Both are very compact and can be easily installed on any size and type of commercial fishing vessel.
| Inmarsat type approved | v |
| Class of Inmarsat C MES | Class 2 |
| Model – terminal | NTF-782VM |
| Model – antenna | NAF-742VM (including pole mounting bracket) |
| Frequency | TX 1626.5MHz – 1646.5MHz, RX 1530.0MHz – 1545.0MHz, GPS 1575.2 MHz ±1MHz |
| Channel spacing | 5KHz |
| G/T | -23.7dB/K minimum at 5º angle |
| E.I.R.P. | +7 to +16dBW |
| Modulation | TX and RX: 1200 symbols/sec, BPSK1 |
| Data rate | TX: 600bps, RX: 600bps |
| Antenna | Type: helical, Pattern: hemisphere (non directional), Polarization: right hand circular |
| Power supply voltage | DC 24V (+30% -20%) |
| Power consumption | TX 75W, RX 25W (terminal and antenna) |
| Ambient condition | Antenna: -35°C +55°C, Terminal: -15°C +55°C |
| Preservation temperature | -40°C +80°C |
| Relative humidity | -40°C +80°C |
| Icing | Up to 25mm (antenna) |
| Precipitation | 100mm/hour (antenna) |
| Wind | Up to 100 knots |
| Vibration | As specified by Inmarsat |
Read more :
Rheonik Fuel Consumption For Marine Application, Rheonik Coriolis mass flow meters have been used for…
Coriolis Mass Flow Meters For Marine Fuel Consumption Application, Rheonik Coriolis mass flow meters have…
In commercial shipping, now more than ever, fuel consumption measurements are an important part of…
In commercial shipping, now more than ever, fuel consumption measurements are an important part of…
Mengukur konsumsi bahan bakar di sebuah mesin atau engine, disini kita melihat penjelasan bagaimana bahan…
Mengukur Konsumsi Bahan Bakar di Kapal Dengan Fluidwell Tipe F127 Mengukur konsumsi bahan bakar di…
This website uses cookies.
View Comments