I-HAC-WR-X: Ukwenza uVulindlela kwiKamva le-Wireless Smart Metering Umfanekiso okhoyo

I-HAC-WR-X: Ukuqalisa iKamva le-Wireless Smart Metering

Inkcazelo emfutshane:

Kwimakethi yanamhlanje ekhuphisanayo ngokuqatha, i-HAC-WR-X Meter Pulse Reader yeNkampani ye-HAC igqame njengesisombululo esinoguqulo esilungele ukucacisa kwakhona ukulinganisa ngaphandle kwamacingo.

Ukuhambelana okubanzi kunye neempawu eziphezulu
I-HAC-WR-X idibanisa ngaphandle komgudu kunye noluhlu olubanzi lweemitha zamanzi, kuquka i-ZENNER yaseYurophu, i-North America's INSA (SENSUS), kunye ne-ELSTER, DIEHL, ITRON, BAYLAN, APATOR, IKOM, kunye ne-ACTARIS. Uyilo lwayo olutsha olusezantsi-isibiyeli lwenza lula ukufakela, lunciphisa kakhulu amaxesha okukhokela-inkampani enye yase-US yamanzi ide yabika inkqubo yokufakela ngokukhawuleza kwe-30%.

Ubomi bebhetri obandisiweyo kunye noQhagamshelwano oluNinzi
Idizayinelwe ukusebenza kwexesha elide, isixhobo sisebenzisa Uhlobo C olunokutshintshwa kunye neebhetri zohlobo D, ziqhayisa ubomi bokusebenza obungaphezulu kweminyaka eyi-15. Oku akugcini nje ukunciphisa ukugcinwa kodwa kukhuthaza ukuzinza kokusingqongileyo-kubonakaliswa yiprojekthi yokuhlala yase-Asia apho imitha iqhube iminyaka engaphezu kweshumi ngaphandle kokutshintsha kwebhetri. Ukongezelela, i-HAC-WR-X isekela iiprotocol zonxibelelwano ezininzi, kuquka i-LoRaWAN, i-NB-IoT, i-LTE-Cat1, kunye ne-Cat-M1, eyaba luncedo kwiprojekthi yedolophu yaseMbindi Mpuma yokujonga amanzi ngexesha langempela.

Iimpawu ezikrelekrele kwiiNkqubo ezahlukeneyo
Ngaphandle kokuqokelelwa kwedatha eyisiseko, i-HAC-WR-X ibandakanya ubuchule obuphambili bokuxilonga. Kwesinye isibonelelo samanzi sase-Afrika, ifumanise ukuvuza kwemibhobho kwangethuba, ngaloo ndlela kuthintelwa ilahleko enkulu yamanzi kunye neendleko ezinxulumene noko. Indawo yayo yokuphucula ekude nayo ibonakalise ukuba ixabisekile-ivumela ipaki yemizi-mveliso yaseMzantsi Melika ukuba yongeze imisebenzi emitsha eye yanciphisa ngakumbi iindleko kunye nokugcinwa kwamanzi.

Ngokubanzi, i-HAC-WR-X idibanisa ukuhambelana okubanzi kwe-brand, amandla ahlala ixesha elide, ukudibanisa okuguquguqukayo, kunye nokuxilongwa okuhlakaniphile, okwenza kube lukhetho olubalaseleyo kulawulo lwamanzi asezidolophini, kwimizi-mveliso kunye neendawo zokuhlala.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Izinto Eziluncedo Zethu

Iithegi zeMveliso

Iimpawu zeLoRaWAN

Ipharamitha yobugcisa

1	Ukusebenza rhoqo	Iyahambelana ne-LoRaWAN®(Ixhasa i-EU433/CN470/EU868/ US915/ AS923 /AU915/IN865/KR920, kwaye ke xa unebhendi ezithile zamaza, kufuneka ziqinisekiswe ngokuthengisa ngaphambi koku-odola imveliso)
2	Amandla okuhambisa	Thobela imigangatho
3	Ubushushu bokusebenza	-20℃~+60℃
4	Umbane osebenzayo	3.0~3.8 VDC
5	Umgama wothumelo	> 10km
6	Ubomi bebhetri	>8 iminyaka @ ER18505 , Kanye ngemini transmittion>12 iminyaka @ ER26500 Kanye ngemini transmittion
7	Isidanga samanzi	IP68

Inkcazo yomsebenzi

1	Ingxelo yedatha	Ixhasa iindidi ezimbini zokunika ingxelo: ukunika ingxelo ngexesha kunye nengxelo eyenziwa ngesandla. Ukunikwa kwengxelo ngexesha kubhekisa kwimodyuli yokunika ingxelo ngokungacwangciswanga ngokomjikelo wokunika ingxelo (iiyure ezingama-24 ngokungagqibekanga);
2	Ukulinganisa	Inkxaso yendlela yokulinganisa i-non-magnetic. Iyakwazi ukuxhasa i-1L / P, 10L/P, 100L/P, 1000L/P, kwaye iyakwazi ukulungelelanisa izinga lesampulu ngokuhambelana noqwalaselo lwe-Q3
3	Ukugcinwa kwedatha ekhenkcezisiweyo ngenyanga nangonyaka	Inokugcina iminyaka eyi-10 yedatha engumkhenkce yonyaka kunye nedatha ekhenkcezisiweyo yenyanga yeenyanga ezili-128 ezidlulileyo, kwaye iqonga lelifu lingabuza idatha yembali.
4	Ukufumana okuxineneyo	Ixhasa umsebenzi wokufumana oxineneyo, unokumiselwa, uluhlu lwexabiso: 5, 10, 15, 20, 30, 60, 120, 240, 360, 720 min, kwaye iyakwazi ukugcina ukuya kuthi ga kwi-12 yedatha eshinyeneyo yokufumana. Ixabiso elimiselweyo lexesha lesampulu enzulu yi-60min..
5	I-alam yangoku	1. Ukuba usetyenziso lwamanzi/irhasi lugqithise kumda wexesha elithile (engagqibekanga iyure e-1), kuya kwenziwa i-alam ye-overcurrent.2. Umda wamanzi / ukuqhuma kwegesi unokuqwalaselwa ngokusebenzisa izixhobo ze-infrared
6	I-alamu yokuvuza	Ixesha eliqhubekayo lokusetyenziswa kwamanzi lingamiselwa. Xa ixesha eliqhubekayo lokusetyenziswa kwamanzi likhulu kunexabiso elimiselweyo (ixesha eliqhubekayo lokusetyenziswa kwamanzi), iflegi ye-alarm yokuvuza iya kuveliswa ngaphakathi kwemizuzu engama-30. Ukuba amanzi asetyenzisiweyo yi-0 kwiyure enye, uphawu lwe-alam yokuvuza kwamanzi luya kususwa. Xela i-alam yokuvuza kwangoko emva kokuba uyibhaqile okokuqala yonke imihla, kwaye ungayixeli ngokuqhubekayo ngamanye amaxesha.
7	I-alam yokubuyisela umva	Ixabiso eliphezulu lokubuyisela umva eliqhubekayo linokusetwa, kwaye ukuba inani lee-pulses zokulinganisa ukubuyisela umva likhulu kunexabiso elimiselweyo (ubuninzi bexabiso lokuguqulwa okuqhubekayo), iflegi ye-alarm ejikelezayo iya kuveliswa. Ukuba i-pulse yokulinganisa phambili eqhubekayo idlula i-20 pulses, iflegi ye-alarm flow reverse iya kucaca.
8	Anti disassembly alarm	1. Umsebenzi we-alamu we-disassembly ufezekiswa ngokufumanisa ukuxubha kunye nokuphambuka kwe-angle yamanzi / imitha yegesi.2. Uvakalelo lwe-vibration sensor lunokuqwalaselwa ngokusebenzisa izixhobo ze-infrared
9	I-alamu yombane ophantsi	Ukuba i-voltage yebhetri ingaphantsi kwe-3.2V kwaye ihlala ngaphezu kwemizuzwana ye-30, isibonakaliso se-alarm esisezantsi siya kuveliswa. Ukuba i-voltage yebhetri inkulu kune-3.4V kwaye ubude bexesha bukhulu kunemizuzwana ye-60, i-alamu ye-voltage ephantsi iya kucaca. Iflegi ye-alarm ye-voltage ephantsi ayiyi kuqaliswa xa amandla ombane ebhetri ephakathi kwe-3.2V kunye ne-3.4V. Xela i-alam yombane ophantsi ngoko nangoko xa uyibhaqa okokuqala yonke imihla, kwaye ungayixeli ngokuqhubekayo ngamanye amaxesha.
10	Izicwangciso zeParameter	Inkxaso ye-wireless kufutshane kunye nesetingi zeparameter ezikude. Ukusetwa kweparamitha ekude kufezekiswa ngeqonga lelifu, kwaye ukumiswa kweparameter ekufutshane kufezekiswa ngesixhobo sovavanyo lokuvelisa. Kukho iindlela ezimbini zokuseta iiparamitha zentsimi ezikufutshane, ezizezi, unxibelelwano olungenazingcingo kunye nonxibelelwano lwe-infrared.
11	Uhlaziyo lweFirmware	Xhasa usetyenziso oluphuculweyo lwesixhobo ngokusebenzisa iindlela ze-infrared kunye nee-wireless.
12	Umsebenzi wokugcina	Xa ufaka imo yokugcina, imodyuli iya kukhubaza imisebenzi efana nengxelo yedatha kunye nokulinganisa. Xa uphuma kwimodi yokugcina, inokusetwa ukukhulula imo yogcino ngokuqalisa ingxelo yedatha okanye ngokungena kwimo ye-infrared ukugcina ukusetyenziswa kwamandla.
13	I-alam yohlaselo lwemagnethi	Ukuba umhlaba wemagnethi usondela ngaphezulu kwemizuzwana emi-3, i-alam iya kuqaliswa

Iimpawu ze-NB-IOT

Ipharamitha yobugcisa

Hayi.	Into	Inkcazo yomsebenzi
1	Ukusebenza rhoqo	B1/B3/B5/B8/B20/B28.etc
2	Amandla oThutho oluKhulu	+23dBm±2dB
3	Ubushushu bokusebenza	-20℃～+70℃
4	I-Voltage esebenzayo	+3.1V～+4.0V
5	Ubomi Bebhetri	＞8 iminyaka ngokusebenzisa iqela lebhetri le-ER26500+SPC1520＞iminyaka eyi-12 ngokusebenzisa iqela lebhetri le-ER34615+SPC1520
6	Inqanaba lokungangeni manzi	IP68

Inkcazo yomsebenzi

1	Ingxelo yedatha	Ixhasa iindidi ezimbini zokunika ingxelo: ukunika ingxelo ngexesha kunye nengxelo eyenziwa ngesandla. Ukunikwa kwengxelo ngexesha kubhekisa kwimodyuli yokunika ingxelo ngokungacwangciswanga ngokomjikelo wokunika ingxelo (iiyure ezingama-24 ngokungagqibekanga);
2	Ukulinganisa	Inkxaso yendlela yokulinganisa i-non-magnetic. Iyakwazi ukuxhasa i-1L / P, 10L/P, 100L/P, 1000L/P, kwaye iyakwazi ukulungelelanisa izinga lesampulu ngokuhambelana noqwalaselo lwe-Q3
3	Ukugcinwa kwedatha ekhenkcezisiweyo ngenyanga nangonyaka	Inokugcina iminyaka eyi-10 yedatha engumkhenkce yonyaka kunye nedatha ekhenkcezisiweyo yenyanga yeenyanga ezili-128 ezidlulileyo, kwaye iqonga lelifu lingabuza idatha yembali.
4	Ukufumana okuxineneyo	Ixhasa umsebenzi wokufumana oxineneyo, unokusetwa, uluhlu lwexabiso: 5, 10, 15, 20, 30, 60, 120, 240, 360, 720 min, kwaye iyakwazi ukugcina ukuya kuthi ga kwi-48 yedatha eshinyeneyo yokufumana. Ixabiso elimiselweyo lexesha lesampulu enzulu yi-60min.
5	I-alam yangoku	1. Ukuba usetyenziso lwamanzi/irhasi lugqithise kumda wexesha elithile (engagqibekanga iyure e-1), kuya kuveliswa i-alam ye-overcurrent.2. Umda wokugqabhuka kwamanzi/igesi unokuqwalaselwa ngezixhobo ze-infrared
6	I-alamu yokuvuza	Ixesha eliqhubekayo lokusetyenziswa kwamanzi lingamiselwa. Xa ixesha eliqhubekayo lokusetyenziswa kwamanzi likhulu kunexabiso elimiselweyo (ixesha eliqhubekayo lokusetyenziswa kwamanzi), iflegi ye-alarm yokuvuza iya kuveliswa ngaphakathi kwemizuzu engama-30. Ukuba amanzi asetyenzisiweyo yi-0 kwiyure enye, uphawu lwe-alam yokuvuza kwamanzi luya kususwa. Xela i-alam yokuvuza kwangoko emva kokuba uyibhaqile okokuqala yonke imihla, kwaye ungayixeli ngokuqhubekayo ngamanye amaxesha.
7	I-alam yokubuyisela umva	Ixabiso eliphezulu lokubuyisela umva eliqhubekayo linokusetwa, kwaye ukuba inani lee-pulses zokulinganisa ukubuyisela umva likhulu kunexabiso elimiselweyo (ubuninzi bexabiso lokuguqulwa okuqhubekayo), iflegi ye-alarm ejikelezayo iya kuveliswa. Ukuba i-pulse yokulinganisa phambili eqhubekayo idlula i-20 pulses, iflegi ye-alarm flow reverse iya kucaca.
8	Anti disassembly alarm	1. Umsebenzi we-alamu we-disassembly ufezekiswa ngokufumanisa ukuxubha kunye nokuphambuka kwe-angle yamanzi / imitha yegesi.2. Uvakalelo lwenzwa ye-vibration lunokuqwalaselwa ngokusebenzisa izixhobo ze-infrared
9	I-alamu yombane ophantsi	Ukuba i-voltage yebhetri ingaphantsi kwe-3.2V kwaye ihlala ngaphezu kwemizuzwana ye-30, isibonakaliso se-alarm esisezantsi siya kuveliswa. Ukuba i-voltage yebhetri inkulu kune-3.4V kwaye ubude bexesha bukhulu kunemizuzwana ye-60, i-alamu ye-voltage ephantsi iya kucaca. Iflegi ye-alarm ye-voltage ephantsi ayiyi kuqaliswa xa amandla ombane ebhetri ephakathi kwe-3.2V kunye ne-3.4V. Xela i-alam yombane ophantsi ngoko nangoko xa uyibhaqa okokuqala yonke imihla, kwaye ungayixeli ngokuqhubekayo ngamanye amaxesha.
10	Izicwangciso zeParameter	Inkxaso ye-wireless kufutshane kunye nesetingi zeparameter ezikude. Ukusetwa kweparamitha ekude kufezekiswa ngeqonga lelifu, kwaye ukumiswa kweparameter ekufutshane kufezekiswa ngesixhobo sovavanyo lokuvelisa. Kukho iindlela ezimbini zokuseta iiparamitha zentsimi ezikufutshane, ezizezi, unxibelelwano olungenazingcingo kunye nonxibelelwano lwe-infrared.
11	Uhlaziyo lweFirmware	Xhasa usetyenziso lophuculo lwesixhobo ngokusebenzisa i-infrared kunye neendlela ze-DFOTA.
12	Umsebenzi wokugcina	Xa ufaka imo yokugcina, imodyuli iya kukhubaza imisebenzi efana nengxelo yedatha kunye nokulinganisa. Xa uphuma kwimodi yokugcina, inokusetwa ukukhulula imo yogcino ngokuqalisa ingxelo yedatha okanye ngokungena kwimo ye-infrared ukugcina ukusetyenziswa kwamandla.
13	I-alam yohlaselo lwemagnethi	Ukuba umhlaba wemagnethi usondela ngaphezulu kwemizuzwana emi-3, i-alam iya kuqaliswa

Ukusetha iiparamitha:

Inkxaso ye-wireless kufutshane kunye nesetingi zeparameter ezikude. Ukusetwa kwepharamitha ekude kufezekiswa ngeqonga lelifu. Ukusetwa kwepharamitha ekufutshane kubonwa ngesixhobo sovavanyo lwemveliso, oko kukuthi unxibelelwano olungenazingcingo kunye nonxibelelwano lwe-infrared.

Uphuculo lweFirmware:

Ukuxhasa ukuphuculwa kwe-infrared

Ngaphambili: I-HAC-WR-X: Ubuvulindlela bokuQala kwi-Smart Metering Landscape

Okulandelayo: Bukrelekrele, ngokukhawuleza, ngcono: Dibana ne-HAC-WR-X Pulse Reader

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