EIVA ToughBoy Panchax
$ 0,00
The ToughBoy Panchax oceanographic buoy solution´s integrated ADCP and thoroughly-tested, advanced wave sensor provide high-precision wave and current data. The settings and transmission are adjusted according to your needs, keeping communications expenditures at a minimum as well.
Description
Cut costs without compromising on data quality. The ToughBoy Panchax oceanographic buoy solution offers you the lowest possible total cost of ownership on the market. This is achieved through a competitive purchase price together with low service and communications costs. The state-of-the-art, integrated ADCP and thoroughly-tested, advanced wave sensor provide high-precision wave and current data – the settings and transmission are adjusted according to your needs, keeping communications expenditures at a minimum as well. From harbour monitoring, subsea engineering pre-surveys to wave energy studies and any type of wave and current measurement surveys in between, the ToughBoy Panchax is the optimum choice. Additional sensors can be fitted as optional extras, creating an oceanographic buoy that perfectly matches the setup you’re looking for.
Additional information
| Type | Moored buoy |
|---|---|
| Wind speed | Yes, Optional |
| Navigation lights description | IALA compliant |
| Radar reflector | Yes |
| GPS sensor | Y |
| Data logger description | EIVA Data Communication Unit (DCU) is the main control unit in the buoy, It handles communication with the land station, It interfaces with the onboard sensors and stores data from the sensors, It also handles power management of the buoy and controls the intelligent power sources switch. |
| Web based control and tracking | Yes |
| Iridium/Satellite communication | Yes |
| Cellular comunication | Yes |
| Acoustic communication | Yes |
| Type of mission planning software | Web-based software, ToughBoy Onshore, administrated by EIVA, All data collected from the buoy are presented/stored in an open format for easy import into various software for post-processing, Data communicated by Iridium is transmitted by email and interpreted by the web-based software. |
| Type of postprocessing software | Web-based software, ToughBoy Onshore, administrated by EIVA, All data collected from the buoy are presented/stored in an open format for easy import into various software for post-processing, Data communicated by Iridium is transmitted by email and interpreted by the web-based software. |
| Air temperature | Yes, Optional |
| Air humidity | Yes, Optional |
| Barometric pressure | Yes, Optional |
| Wind direction | Yes, Optional |
| GPS description | The onboard GNSS is for locating the buoy, It is possible to make a guard zone for the buoy, If the buoy goes outside the guard zone, it will send a warning to the land station. |
| Solar radiation | Yes, Optional |
| Operating temperature: min. [°C] | -10 |
| Operating temperature: max. [°C] | 40 |
| Deployment methods | By vessel |
| Min deployment depth [m] | 5 |
| Max deployment depth [m] | 1000 |
| Max wave conditions [m] | 15 |
| Anti-fouling systems | Antifouling paints, Interlux Brad Paints, http://www.yachtpaint.com, Severn Marine Technologies, http://www.severnmarinetech.com |
| Max operating time | Site dependent |
| Training facilities | Yes, optional |
| Main applications | Weather forecasting in connection with offshore wind farms, ports, LNG terminals, offshore infrastructure projects, and oil/gas construction. |
| Distinguishable features: | The ToughBoy Panchax wave buoy solution offers you the lowest possible total cost of ownership on the market, achieved through a competitive purchase price together with low service and communications costs. |
| Brand | EIVA |
| Addres | EIVA Niels Bohrs Vej 17 8660 Skanderborg Denmark |
| Navigation lights | Yes |
| Wave direction | Y |
| Year of last update | 2016 |
| Max. depth rating of sensors | Sensor dependent |
| Year of introduction | 2014 |
| Length [m] | 1.2 |
| Width [m] | 1.2 |
| Height [m] | 3.22 |
| Draft [m] | 0.7 |
| Antenna/mast height [m] | 1.4 |
| Hull material | Polyethylene high-density (PEHD) float with polyurethane (PU) foam, collision secured |
| Structure Material | Seawater-resistant aluminium (EN AW-5754) |
| Ballast | Steel |
| Weight [kg] | 405 |
| Battery | Y |
| Battery type | Primary battery, Rechargeable battery 100Ah 12V, AGM type, Secondary battery, Non-rechargeable battery 16, 000 Wh 12V, alkaline type. |
| Solar panels | Yes |
| Solar panels description | 4 x 50 Watt solar panels |
| Nitrate | Yes |
| Current direction | Yes |
| Underwater radiance | Yes, optional |
| Other sensors or additional information | Expandable to allow new sensors, Two serial ports (RS-232) and two I2C ports for external sensor mounting. |
| Water depth | Yes, optional |
| Water temperature | Yes, optional |
| Water salinity | Yes, optional |
| Water turbidity | Yes, optional |
| Chromophoric dissolved organic matter (CDOM) | Yes, optional |
| Dissolved oxygen | Yes, optional |
| Chlorophyll | Yes, optional |
| Sound Velocity | Yes, optional |
| Wave frequency | Yes |
| Wave height | Yes |
| Wave period | Yes |
| Current speed | Yes |
| URL |
