dfbf

I-RLG I-Single-axis Indexing Inertial Navigation System

I-RLG I-Single-axis Indexing Inertial Navigation System

Imodeli: RL1-90

Incazelo emfushane:

PIZICI ZOMSEBENZI                            

l Indlela yokukhomba ye-Sing-eksisi yokunciphisa amaphutha

l Ukunemba okuphezulu kwendandatho ye-laser gyro kanye ne-quartz accelerometer

l Ukuziqondanisa ngokwakho kwesisekelo esimile noma esinyakazayo

l Iphutha lamapharamitha wokulinganisa kanye nesinxephezelo ebangeni lokushisa eligcwele

l Izixhumanisi zokufaka ezihlukile ozikhethelayo ze-GNSS/Odometer/DVL

l Izindlela zokuzulazula ezilungisekayo

l Ukufaneleka kwemvelo okuhle kakhulu

l Amazinga ezempi

 

 AIZINDAWO ZOKUXHUMANA

l Ukuzulazula kwezimoto ezingaphansi kolwandle

l Ukuma kanye nokutholwa kwemoto yomhlabathi enyakatho

l Ukuzinzisa nokulawula kwenkampani yenethiwekhi ehambayo

l Ukulinganisa isimo sezinhlelo zokusebenza ezifunayo

 


  • f614 nxa
  • 6 dac49b1
  • 46bb79b
  • 374a78c3

Ipharamitha Yezobuchwepheshe

Omaka bomkhiqizo

Incazelo yomkhiqizo

I-RL1-90 Inertial Navigation System iyisixazululo esiguquguqukayo nesithembekile sokuzulazula.Ihlanganisa i-Type 90 Ring Laser Gyroscope kanye ne-Quartz Flexible Accelerometer ukuze ilethe ulwazi olunembile lokuzulazula, oluhlanganisa isivinini, indawo, nesimo sengqondo.Uhlelo luhlanganisa ngaphandle komthungo nezinto ezisizayo ezifana ne-GNSS, ama-altimeters, namamitha esivinini somoya, libhekelela izidingo zezinkampani ezithwala umoya nephansi.

Lolu hlelo luthola izinhlelo zokusebenza ezibanzi kuzo zonke izinkundla zenkampani yenethiwekhi, okuhlanganisa amathangi, izimoto zezikhali, izindiza, ama-drones, imikhumbi, izimoto, ujantshi wesivinini esikhulu, izimoto ezingenamuntu, amasistimu okuxhumana ngesathelayithi ephathwayo, kanye nemisebenzi yokumba.Inikeza ukulawula okunembile kokundiza, ukuzinzisa isimo sengqondo, izinkundla zokuzinzisa izikhali, ukuma, nokuma.

Ngobuchwepheshe bayo obuthuthukisiwe kanye nomklamo oqinile, i-RL1-90 Inertial Navigation System iyisinqumo esithembekile sokuhlangabezana nezidingo zokuzulazula ezimbonini nasezinsizeni ezihlukahlukene.

 

 PIZICI ZOMSEBENZI                            

l Indlela yokukhomba ye-Sing-eksisi yokunciphisa amaphutha

l Ukunemba okuphezulu kwendandatho ye-laser gyro kanye ne-quartz accelerometer

l Ukuziqondanisa ngokwakho kwesisekelo esimile noma esinyakazayo

l Iphutha lamapharamitha wokulinganisa kanye nesinxephezelo ebangeni lokushisa eligcwele

l Izixhumanisi zokufaka ezihlukile ozikhethelayo ze-GNSS/Odometer/DVL

l Izindlela zokuzulazula ezilungisekayo

l Ukufaneleka kwemvelo okuhle kakhulu

l Amazinga ezempi

 

 AIZINDAWO ZOKUXHUMANA

l Ukuzulazula kwezimoto ezingaphansi kolwandle

l Ukuma kanye nokutholwa kwemoto yomhlabathi enyakatho

l Ukuzinzisa nokulawula kwenkampani yenethiwekhi ehambayo

l Ukulinganisa isimo sezinhlelo zokusebenza ezifunayo

 

 MAIN IMISEBENZI

l Inomsebenzi wokukhipha ulwazi olufana nendawo yenkampani yenethiwekhi, isihloko, i-engeli yesimo sengqondo, izinga le-angular kanye nesivinini ngesikhathi sangempela;

l Inezindlela zokusebenza ezifana nokuzulazula kwe-inertial okumsulwa kanye ne-INS/GNSS (kuhlanganise ne-Beidou) navigation edidiyelwe;

l Ukuba nomsebenzi wokuthola ulwazi lokuzulazula ngesathelayithi olunikezwa yimishini evamile yesistimu yesikhathi sangaphandle;

l Inomsebenzi wokuzivumelanisa phansi futhi isekela umsebenzi wokuqondanisa komoya;

l Inemisebenzi efana nokuzihlola kwamandla, ukuzihlola wena ngezikhathi ezithile, umbiko wesimo, isinxephezelo sephutha lokufaka, nesitoreji esingaguquguquki.

 

 PIZIKHOMBISA ZOKUSEBENZA

Ukunemba kwesistimu

Ukunemba Kwesistimu

I-Pure Inertial Navigation/Pure Inertial Navigation

2.0nmile/3d, PEAK

Ukuzulazula Okudidiyelwe/Ukuzulazula nge-GNSS

≤5m , 1 p

I-engeli yesihloko/Isihloko

0.01°, i-RMS

Isimo sengqondo esivundlile (i-roll ne-pitch)

Isimo Sengqondo Esivundlile (i-roll & pitch)

0.005°, i-RMS

Isivinini esihlanzekile sangaphakathi

1.0 m/s , RMS

I-GNSS Integrated navigation Velocity

0. 1 m/s , RMS

Izinkomba ze

Amadivayisi anertial Gyro futhi Accelerometer Amapharamitha

i-laser gyroscope _

I-Gyroscope

Ububanzi/Ububanzi

± 6 00 deg/s

Ukuzinza okuchemile

≤0.002 deg/h, 1σ

Ukuphindaphinda Ukuchema

≤0.002 deg/h, 1σ

I-Scale Factor non-linearity

1 ppm

I-Accelerometer

I-Accelerometer

Ububanzi/Ububanzi

± 15g

Ukuzinza okuchemile

≤10μg , 1σ

Ukuphindaphinda kwe-Zero bias

Ukuphindaphinda Ukuchema

≤10μg , 1σ

I-Scale Factor non-linearity

15 ppm

qondanisa isikhathi

Isikhathi Sokuqondanisa

Isiqalo Esibandayo

≤ 15 amaminithi

Qala kabusha

≤ 10 amaminithi

Ukuqala Komoya/Endizeni

≤15min

Amahora okusebenza

Isikhathi sokuSebenza

Isikhathi sokusebenza esiqhubekayo/Isikhathi sokusebenza

ngaphezu kuka-10h

Izici ze-interface

esibonakalayo

Ukunikezwa kwamandla kagesi/I-Voltage

18 ~ 36VDC

Ukusetshenziswa kwamandla

≤ 40W @ 24VDC

Isixhumi esibonakalayo sikagesi/Ekagesi

RS232 × 2

RS422 × 3

INGABE × 2

I-Ethernet × 1

1pps × 1

Izinga Lokubuyekeza Idatha (kuyalungiseka)

200Hz@115.2kbps

Sebenzisa imvelo

Ezemvelo

Izinga Lokushisa Lokusebenza

-40°C~+65°C

Izinga lokushisa lesitoreji/Izinga Lokushisa Lesitoreji

-55°C~+85°C

Sebenzisa i-Altitude/Altitude

20000m

Umswakama

95% (+25°C)

Ukudlidliza/Ukudlidliza

5g @ 20~2000Hz

Ukwethuka/Ukwethuka

40 g, 11 ms, 1/2 Sine

Izici ezingokomzimba

Okomzimba

Ubukhulu/ Usayizi (Φ*H)

≤ 346 x 435 mm

Isisindo/ Isisindo

45 kg

 

Qaphela: Isakhiwo singenziwa ngokwezifiso ngokuya ngezidingo zomsebenzisi.

 


  • Okwedlule:
  • Olandelayo: