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I-HAC-WR-X: "ubuvulindlela ikamva le-smart teiding elinentambo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo
  • I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo

I-HAC-WR: X: Ukunguvulindlela kwikamva lemitha engenacingo

Inkcazo emfutshane:

Kwimakethi ye-smart ekhuphisanayo ye-smart eqinileyo, i-HAC ye-HAC-WR ye-HAC-X

Ukuhambelana okubanzi kunye neempawu eziphezulu
I-HR-WR ye-HR idibanisa ukungasebenzi kakuhle kweempawu zobubanzi zamanzi, kubandakanya i-Zenner yaseYurophu, i-In Eassus ye-Inse (i-Insal), i-Elster, i-ITLAON, i-IKOM, i-Ikom, ne-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, i-Ikom, kunye nePostis. Uyilo lwayo olusezantsi lwe-bracket-bracket lube lula ukufakwa, ukunciphisa ixesha elikhokelayo-inkampani enye yamanzi i-US iphinde yaxela inkqubo ye-30% yokufaka ngokukhawuleza.

Ibhetri eyandisiweyo yobomi kunye nokuxhuzulwa kokuguquguquka
Yenzelwe ukusebenza kwexesha elide, isixhobo sisebenzisa udidi oluthile c kunye nohlobo lweebhetri, ukuqhayisa ngobomi obungaphezulu kweminyaka eli-15. Oku akunakunciphisa nje ulondolozo kodwa kukhusela uzinzo lwendalo ebonakalayo yiprojekthi yokuhlala yaseAsia apho imitha iqhutywa khona ngaphezulu kweshumi leminyaka ngaphandle kokutshintsha kwebhetri ngaphandle kokutshintsha kwebhetri ngaphandle kokutshintsha kwebhetri ngaphandle kokutshintsha kwebhetri. Ukongeza, i-HR-WR-X ixhasa iiprothokholi zonxibelelwano ezininzi, kubandakanya i-lorawan, i-NB-IOI, i-LTE-M1, eyayingenayo kwiProjekthi yeSixeko saseMpuma ye-Smart.

Iimpawu ezikrelekrele kwizicelo ezahlukeneyo
Ngaphandle kokuqokelelwa kwedatha esisiseko, i-HR-WR-X iquka ubuchule bokuxilonga. Kwindawo enye yase-Afrika, ifumanise i-piidiel yenqanaba lenqanaba lokuqala, ngaloo ndlela kuthintela ukuphulukana namanzi okuxabisekileyo kunye neendleko ezinxulumene nazo. Inqaku lokuphucula elikude likwangqina ukuba ixabisekile ipaki yemveliso yaseMzantsi Afrika eyongeza imisebenzi entsha encitshiswa iindleko kunye namanzi agciniweyo.

Lilonke, i-HR-WR ye-HR idibanisa ukungangqinelani okukhulu, amandla ahlala ixesha elide, ukunxibelelana okhethekileyo, kunye nokuxilonga okrelekrele, kusenza ukhetho olubalaseleyo lwedolophu, amashishini, kunye nolawulo lwamanzi.


Iinkcukacha zemveliso

Izibonelelo zethu

Iimpawu zeMveliso

pulda Reader

Iimpawu zeLorawan

Ipharamitha yobugcisa

 

1 Ukusebenza rhoqo Ihambelana neLorawan® (ixhasa i-EU433 / CAN470 / EU815 / i-US915 / i-US915 / i-US915 / AU915
2 Igunya lokuhambisa Uthobela imigangatho
3 Iqondo lokusebenza -20 ℃ ~ + 60 ℃
4 I-voltage esebenzayo 3.0 ~ 3.8 VDC
5 Umgama wokuhambisa I-10km
6 Ubomi bebhetri > Iminyaka eyi-8 @ ER18505, kanye emva kokudlulisela usuku> Iminyaka eli-12 @ i-Er265 kube kanye kwi-De STRYIT
7 Isidanga samanzi Ip68

INKCAZO YOKUFUNDA

 

1 UkuXelwa kwengxelo yeDatha Ixhasa iindidi ezimbini zokunikwa kwengxelo: Ukunikwa kwengxelo yexesha kunye nengxelo eyenzelwe ngesandla. Ukunikwa kwengxelo yexesha kubhekisele kwimodyuli yokunika ingxelo ngokulandelelana komjikelo wokunikwa kwengxelo (iiyure ezingama-24 ngokuzenzekelayo);
2 Imitha Inkxaso yendlela engeyiyo ye-bemagnetic. Ingayixhasa i-1l / P, 10L / P, 100l / p, 1000l / p, kwaye inokulungelelanisa ireyithingi yesampulu ye-Q3 ngolungelelwaniso lwe-Q3
3 Inyanga nenyanga ne-racken yedatha Ingagcina iminyaka eli-10 yedatha ye-frozen yonyaka kunye nedatha ye-frozen yenyanga yeenyanga ezili-128 ezidlulileyo, kwaye iqonga lelifu linokufumana idatha yembali.
4 Ukufunyanwa kwemali Umsebenzi wokufumana inkxaso yenkxaso, inokusetwa, uluhlu lwexabiso ngu: 5, 15, 20, 60, i-60, i-70, kwaye inokukwazi ukugcina ukuya kuthi ga kwiinkcukacha ezili-12 zokufumana idatha ye-12 yedatha yokufumana inkcukacha. Ixabiso elingagqibekanga lexesha elinesampulu liyi-60min..
5 I-alamu engaphezulu 1. Ukuba ukusetyenziswa kwamanzi / igesi kudlula umphezulu kangangexesha elithile (okungagqibekanga kweyure), i-alamu egqithileyo iya kwenziwa.I-2. Umbundu wezandla zamanzi / zegesi zingamiselwa kwizixhobo ze-infrared
6 I-alamu yokuvuza Ixesha lokusetyenziswa kwamanzi eliqhubekayo linokusetwa. Xa ixesha lokusetyenziswa kwamanzi eliqhubekayo likhulu kunexabiso le-SET (ixesha lokusetyenziswa kwamanzi eliqhubekayo), iflegi yeakaka yokuvuza iya kwenziwa ngaphakathi kwemizuzu engama-30. Ukuba ukusetyenziswa kwamanzi kungu-0 kwiyure enye, uphawu lwe-alamu lokuvuza amanzi luya kucinywa. Xela i-alamu yokuvuza kwangoko xa uyifumana okwesihlandlo sokuqala yonke imihla, kwaye ungayixeleli ngamaxesha athile.
7 Ukubuyela umva i-alamu yokuhamba Elona xabiso liphezulu lokutshintsha okuqhubekayo linokusetwa, kwaye ukuba inani lemilinganiselo eqhubekayo eqhubekayo inkulu kunexabiso le-SET (ixabiso eliphezulu lokubuyela umva) Ukuba i-temple yokuqhuba phambili igqitha i-20 itsiba, iflegi yokubuyela i-alagi yokuhamba iya kucaca.
8 I-alamu ye-anti I-1. Umsebenzi we-alambyly fazwe ufezekiswa ngokubufumana i-vibration yentshukumo kunye ne-angle ye-angle yemitha / yegesi.2. Uvalo lwenzwa ye-chibiction inokumiselwa kwizixhobo ze-infrared
9  I-arm ye-voltage ephantsi Ukuba i-voltage yebhetri ingaphantsi kwe-3.2v kwaye ihlale ngaphezulu kwemizuzwana engama-30, uphawu lwe-alamu ephantsi lwe-Voltrage luya kwenziwa. Ukuba i-voltage yebhetri ingaphezulu kwe-3.4v kwaye ixesha elingaphezulu kwemizuzwana engama-60, i-alage ye-voltage ephantsi iya kucaca. Iflegi ye-Voltsi ye-Volmuge ephantsi ayiyi kusebenza xa i-voltage yebhetri iphakathi kwe-3.2v kunye ne-3.4v. Xela i-volm yevolumu ephantsi kwangoko emva kokufumana okokuqala yonke imihla, kwaye ungayixeleli ngamanye amaxesha.
10 Useto lweparamitha Inkxaso kwi-wireless kufutshane ne-parameter parameter. Iseti yeparamitha ekude ifezekiswa kwiqonga lelifu, kwaye ukuseta okufuphi nepharamitha kufezekiswa ngesixhobo sovavanyo lwemveliso. Zimbini iindlela zokuseta iiparamitha zentsimi, ezizezi zingenazingcingo kunye nonxibelelwano lwenokonwaba.
11 Uhlaziyo lwe-firmware Inkxaso yokuphucula inkxaso yezicelo ngeendlela ezingenazingcingo nezingenazingcingo.
12 Umsebenzi wokugcina Xa ungena kwimodi yokugcina, imodyuli iya kukhubaza imisebenzi efana nengxelo yedatha kunye nomlinganiselo. Xa uphuma kwimodi yogcino, inokusetwa ukukhulula imowudi yokugcina ngokukhupha idatha yedatha okanye ukungena kwi-infrared State ukugcina ukusetyenziswa kwamandla.
13 I-magnetic calm Ukuba imagnethi yemagnethi ihamba ngaphezulu kwemizuzwana emi-3, i-alamu iya kubangelwa

Iimpawu ze-NB-IOI

Ipharamitha yobugcisa

 

Hayi. Into INKCAZO YOKUFUNDA
1 Ukusebenza rhoqo B1 / B3 / B5 / B8 / B20 / B28.etc
2 I-max edlulisela amandla + 23Dbm ± 2db
3 Iqondo lokusebenza -20 ℃ ~ + 70 ℃
4 I-voltage esebenzayo + 3.1v ~ + 4.0v
5 Ubomi bebhetri > Iminyaka eyi-8 ngokusebenzisa i-Er265 + i-SPC1520 yebhetri> Iminyaka eli-12 ngokusebenzisa iqela lebhetri ye-Er34615
6 Inqanaba lamanzi Ip68

INKCAZO YOKUFUNDA

 

1 UkuXelwa kwengxelo yeDatha Ixhasa iindidi ezimbini zokunikwa kwengxelo: Ukunikwa kwengxelo yexesha kunye nengxelo eyenzelwe ngesandla. Ukunikwa kwengxelo yexesha kubhekisele kwimodyuli yokunika ingxelo ngokulandelelana komjikelo wokunikwa kwengxelo (iiyure ezingama-24 ngokuzenzekelayo);
2 Imitha Inkxaso yendlela engeyiyo ye-bemagnetic. Ingayixhasa i-1l / P, 10L / P, 100l / p, 1000l / p, kwaye inokulungelelanisa ireyithingi yesampulu ye-Q3 ngolungelelwaniso lwe-Q3
3 Inyanga nenyanga ne-racken yedatha Ingagcina iminyaka eli-10 yedatha ye-frozen yonyaka kunye nedatha ye-frozen yenyanga yeenyanga ezili-128 ezidlulileyo, kwaye iqonga lelifu linokufumana idatha yembali.
4 Ukufunyanwa kwemali Umsebenzi wokufumana umsebenzi wenkxaso, unokusetwa, uluhlu lwexabiso yile: Ixabiso elingagqibekanga lexesha elinesampulu liyi-60min.
5 I-alamu engaphezulu I-1. Ukuba ukusetyenziswa kwamanzi / igesi kudlula umbundu kangangexesha elithile (ukusilela kweyure enye), i-alamu egqithisileyo iya kwenziwa.2. Umbundu wezandla / yeBig Inokulungiswa kwizixhobo ze-infrared
6 I-alamu yokuvuza Ixesha lokusetyenziswa kwamanzi eliqhubekayo linokusetwa. Xa ixesha lokusetyenziswa kwamanzi eliqhubekayo likhulu kunexabiso le-SET (ixesha lokusetyenziswa kwamanzi eliqhubekayo), iflegi yeakaka yokuvuza iya kwenziwa ngaphakathi kwemizuzu engama-30. Ukuba ukusetyenziswa kwamanzi kungu-0 kwiyure enye, uphawu lwe-alamu lokuvuza amanzi luya kucinywa. Xela i-alamu yokuvuza kwangoko xa uyifumana okwesihlandlo sokuqala yonke imihla, kwaye ungayixeleli ngamaxesha athile.
7 Ukubuyela umva i-alamu yokuhamba Elona xabiso liphezulu lokutshintsha okuqhubekayo linokusetwa, kwaye ukuba inani lemilinganiselo eqhubekayo eqhubekayo inkulu kunexabiso le-SET (ixabiso eliphezulu lokubuyela umva) Ukuba i-temple yokuqhuba phambili igqitha i-20 itsiba, iflegi yokubuyela i-alagi yokuhamba iya kucaca.
8 I-alamu ye-anti I-1. Umsebenzi we-alam we-bolmby ufezekile ngokufumana i-vibration yentshukumo kunye ne-engile ye-meter / yegesi.2. Imvakalelo yovelwano lwe-chibiction inokumiselwa kwizixhobo ze-infrared
9 I-arm ye-voltage ephantsi Ukuba i-voltage yebhetri ingaphantsi kwe-3.2v kwaye ihlale ngaphezulu kwemizuzwana engama-30, uphawu lwe-alamu ephantsi lwe-Voltrage luya kwenziwa. Ukuba i-voltage yebhetri ingaphezulu kwe-3.4v kwaye ixesha elingaphezulu kwemizuzwana engama-60, i-alage ye-voltage ephantsi iya kucaca. Iflegi ye-Voltsi ye-Volmuge ephantsi ayiyi kusebenza xa i-voltage yebhetri iphakathi kwe-3.2v kunye ne-3.4v. Xela i-volm yevolumu ephantsi kwangoko emva kokufumana okokuqala yonke imihla, kwaye ungayixeleli ngamanye amaxesha.
10 Useto lweparamitha Inkxaso kwi-wireless kufutshane ne-parameter parameter. Iseti yeparamitha ekude ifezekiswa kwiqonga lelifu, kwaye ukuseta okufuphi nepharamitha kufezekiswa ngesixhobo sovavanyo lwemveliso. Zimbini iindlela zokuseta iiparamitha zentsimi, ezizezi zingenazingcingo kunye nonxibelelwano lwenokonwaba.
11 Uhlaziyo lwe-firmware Inkxaso yokuphuculwa kwezixhobo kwizicelo ze-infrared kunye ne-DFOT.
12 Umsebenzi wokugcina Xa ungena kwimodi yokugcina, imodyuli iya kukhubaza imisebenzi efana nengxelo yedatha kunye nomlinganiselo. Xa uphuma kwimodi yogcino, inokusetwa ukukhulula imowudi yokugcina ngokukhupha idatha yedatha okanye ukungena kwi-infrared State ukugcina ukusetyenziswa kwamandla.
13 I-magnetic calm Ukuba imagnethi yemagnethi ihamba ngaphezulu kwemizuzwana emi-3, i-alamu iya kubangelwa

Ukuseta iiparamitha:

Inkxaso kwi-wireless kufutshane ne-parameter parameter. Iseti yeparamenti ekude ifezekiswa kwiqonga lelifu. I-parameter ekufuphi ifezekiswa ngesixhobo sovavanyo lwemveliso, okt unxibelelwano olungenazingcingo kunye nonxibelelwano olungenantlonelo.

Ukuphuculwa kwe-firmware:

Inkxaso yokuphucula i-infrared

  • Ngaphambili:
  • Okulandelayo:

    • I-1 engenayo

    Isango elihambelana nesango, ii-handhelds, amaqonga esicelo, isoftware yovavanyo njl. Ngenxa yezisombululo zenkqubo

    Iimveliso ezi-2 ze-welding

    Iiprothokholi ezivulekileyo, amathala eencwadi e-Dynamic Chicods yokuphuhliswa kwenqanaba lesibini

    I-3 yovavanyo lweparamitha

    Inkxaso yobugcisa bentengiso yangaphambi kokuthengisa, uyilo lweskimu, isikhokelo sokufakelwa, inkonzo yasemva kwentengiso

    I-4 Gling

    I-ODM / I-OEMS yokufihla kwimveliso ekhawulezayo kunye nokuhanjiswa

    Ukuvavanywa kweemveliso ezigqityiweyo

    I-7 * 24 Inkonzo ekude yeDemo ekhawulezayo kunye nePilot Run

    I-6 i-Incwadi

    Uncedo malunga nesiqinisekiso kunye nohlobo lokuvunywa, njl.

    Iphakheji ye-7Iminyaka engama-22 yamava oShishino, iqela eliqeqeshiweyo, amalungelo awodwa omenzi wechiza

    Iphakheji ye-8

    Bhala umyalezo apha kwaye uthumele kuthi

    iimveliso ezinxulumene noko

    Hit faka ukhangela okanye i-ESC ukuvala