Imitha yangoku ye-IP68 Titanium Alloy Marine ethengiswa kakhulu yoMenzi kunye noMboneleli we-Ocean Current Monitoring

Imitha yangoku ye-IP68 Titanium Alloy Marine yokujonga uLwandle lwangoku

Imitha yangoku ye-IP68 Titanium Alloy Marine yokujonga ngokuselwandle Umfanekiso obonisiweyo

Inkcazo emfutshane:

I-Frankstar Marine Current Meter yimitha yamandla kagesi enamandla, esebenza kakuhle kakhulu eyenzelwe ukulinganisa okuthembekileyo nokwexesha elide kwiindawo ezahlukeneyo zasemanzini. Isebenzisa umgaqo oqinisekisiweyo wokungeniswa kwe-electromagnetic, inika idatha echanekileyo yesantya samandla kunye nesikhokelo kwiimeko eziqala kwimisinga ethambileyo ukuya kwimisinga enamandla, emanzini olwandle, emanzini acocekileyo, okanye emanzini amdaka. Ixhaswa yiplatfomu yokusasazwa eguquguqukayo yezixhobo ezinzima kwaye incediswa luluhlu lwee-compact corers, umgca wethu wemveliso wenza inkqubo epheleleyo—ukusuka kuphando oluqhelekileyo ukuya kuphando oluchanekileyo—zonke zinokwenziwa ngokwezifiso ngokweemfuno zakho zomsebenzi othile.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimbonakalo

Umlinganiselo Ophezulu kunye Nokuqina

Itekhnoloji yokuHlola eQinisekisiweyo

Isebenzisa i-sensor ye-electromagnetic ezinzileyo esekelwe kumthetho kaFaraday ukuze ilinganise ixesha elide ngendlela echanekileyo nehambelanayo.

Imbuyekezo yeNtshukumo ePhambili

Ikhampasi ye-elektroniki kunye ne-accelerometer eyakhelwe ngaphakathi yokulinganisa i-yaw, i-pitch, kunye ne-roll ukuze kulungiswe idatha ngexesha langempela kwiiselfowuniamaqonga.

Yenzelwe Ukuqina

Inendawo encinci, eqinileyo nengagugiyo, enokutsha, kunye nokugqwala ukuze isetyenziswe ngokuthembekileyo kwiimeko ezinzima.

Izicelo

Uphando lwezoLwandlekazi kunye ne-Hydrographic

Ukubeka iliso kwiNdalo kunye nezifundo zeMpembelelo

Ubunjineli beZibuko, iZibuko, kunye noNxweme

Uvavanyo lweNdawo yeZiseko zoPhuhliso lwaseLwandle

Ukubeka esweni ixesha elide kwiiplatifomu ezizinzileyo okanye iiMoored Buoys

Iiparamente zeMveliso

Igama lemveliso	Imitha yangoku yoLwandle
Indlela yokulinganisa	Umgaqo: Umlinganiselo wobushushu be-Thermistor Isantya sokuhamba: Ukungeniswa kwe-Electromagnetic Isikhokelo sokuhamba: Imitha yangoku yesikhokelo
Uluhlu	Ubushushu: -3℃ ~ 45℃ Isantya sokuhamba: 0～500 cm/s Icala lokuhamba kwamanzi: 0～359.9° : 8～24 VDC（55 mA[12 V]）
Ukuchaneka	Ubushushu: ±0.05℃ Isantya sokuhamba: ±1 cm/s okanye ±2% Ixabiso Elilinganisiweyo Icala lokuhamba: ±2°
Isisombululo	Ubushushu: 0.001℃ Isantya sokuhamba: 0.1 cm/s Icala lokuhamba kwamanzi: 0.1°
I-Voltage	7.2～24 VDC（55mA/ 12V）
Izinto eziphathekayo	I-Titanium Alloy
Ubungakanani	Φ50 mm*415 mm
Ubunzulu Obuphezulu	1500 m
Ibanga le-IP	IP68
Ubunzima	1kg

Isicelo

1. Uphando lwezoLwandlekazi

Jonga imisinga yolwandle, ukuxinana kwamanzi, kunye nobushushu ukuze ufumane izifundo zemozulu kunye ne-ecosystem.

2. Iiprojekthi zamandla angaphandle

Vavanya ukuguquguquka kwangoku kokufakelwa kweefama zomoya ezikude nolwandle, uzinzo lwezixhobo zeoyile, kunye nemisebenzi yokubeka iintambo.

3. Ukubeka iliso kwiNdalo

Landelela ukusasazwa kongcoliseko kunye nokuthuthwa kwenkunkuma kwiindawo ezikunxweme okanye kwiindawo zokuhlala ezinzulu zolwandle.

4. Ubunjineli boMkhosi woLwandle

Lungiselela ukuhambahamba ngaphantsi kwamanzi kunye nokusebenza kwezithuthi ezingaphantsi kwamanzi ngedatha ye-hydrodynamic yexesha langempela.

5. Ulawulo lwezeNdalo zasemanzini

Hlalutya iipatheni zokuhamba kwamanzi ukuze kuphuculwe ukusebenza kakuhle kwefama yeentlanzi kunye nokunciphisa iimpembelelo zokusingqongileyo.

6. Uphando lweHydrographic

Ivumela ukuba kubekho imaphu echanekileyo yemisinga engaphantsi kwamanzi ukuze kudweliswe iitshati zokuhamba, iiprojekthi zokumba, kunye nokuhlola izixhobo zaselwandle.