HAC-ML LoRa Low Power Consumption inkqubo ye-AMR engenazingcingo

Inkcazelo emfutshane:

I-HAC-ML LoRaI-Low Power Consumption system ye-AMR engenazintambo (emva koko ibizwa ngokuba yinkqubo ye-HAC-ML) idibanisa ukuqokelela idatha, ukulinganisa, ukunxibelelana ngeendlela ezimbini, ukufundwa kweemitha kunye nokulawula ivalve njengenkqubo enye. Iimpawu ze-HAC-ML ziboniswa ngolu hlobo lulandelayo: Ukuhanjiswa kwexesha elide, ukusetyenziswa kwamandla aphantsi, ubungakanani obuncinci, ukuthembeka okuphezulu, ukunyusa okulula, ukuLondolozwa okuLula kunye nezinga eliPhezulu eliPhumelelayo lokufunda imitha.

Inkqubo ye-HAC-ML ibandakanya iinxalenye ezintathu eziyimfuneko, oko kukuthi imodyuli yokuqokelela engenazintambo i-HAC-ML, i-Concentrator HAC-GW-L kunye ne-Server iHAC-ML WEB. Abasebenzisi nabo banokukhetha i-terminal ephathwayo okanye iRepeater ngokweemfuno zabo zeprojekthi.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Izinto Eziluncedo Zethu

Iithegi zeMveliso

Iimpawu ze-HAC-ML Modyuli

1. Idatha yengxelo ye-Bubble kanye ngokuzenzekelayo rhoqo kwiiyure ezingama-24

2. Inikezela ngokutshintshela okuzenzekelayo kwitshaneli eninzi kunye nesantya esiphezulu, ngokusebenzayo ngakumbi ukunqanda ukuphazamiseka okunokwenzeka

3. Ukusebenzisa imo yonxibelelwano ye-TDMA, ekwazi ukulungelelanisa ixesha lonxibelelwano ngokuzenzekelayo kwaye ugweme ukungqubana kwedatha ngokupheleleyo.

4. Ukusebenzisa iteknoloji ye-frequency hopping ukunqanda uphazamiseko lwe-Co-channel.

Inkqubo yeAMR ye-HAC-ML LoRa Low Power Consumption wireless (1)

Iindlela ezintathu zokusebenza

I-LOP1 (ixesha langempela lokuvuka kude, ixesha lokuphendula: i-12s, i-ER18505 ixesha lokuphila kwebhetri: iminyaka eyi-8) i-LOP2 (ixesha elide lokuphendula kwi-valve evaliweyo: iiyure ze-24, ixesha lokuphendula kwi-valve evulekileyo: i-12s, i-ER18505 ixesha lokuphila kwebhetri: iminyaka eyi-10)

I-LOP3 (ixesha elide lokuphendula kwi-valve evulekile / evaliweyo: iiyure ezingama-24, ixesha lokuphila kwebhetri ye-ER18505: iminyaka eyi-12)

Idibanisa ukuqokelelwa kwedatha, i-metering, ulawulo lwevalvu, unxibelelwano olungenazingcingo, iwotshi ethambileyo, ukusetyenziswa kwamandla aphantsi kakhulu, ulawulo lonikezelo lwamandla, imisebenzi yokuhlaselwa kwe-anti-magnetic njl kwimodyuli enye.

Inkxaso ye-Single kunye ne-Double reed switch pulse metering, Imowudi yokufunda ngokuthe ngqo inokwenziwa ngokwezifiso. Imowudi yokulinganisa kufuneka isetwe ex-factory.

Ulawulo lwamandla: jonga imeko yokuhambisa okanye i-valve control voltage kunye nengxelo

Uhlaselo lwe-Anti-magnetic: xa kukho uhlaselo lwamagnetic, luya kuvelisa uphawu lwe-alam.

Ukugcinwa kwamandla phantsi: xa imodyuli ivala amandla, iya kugcina idatha, akukho mfuneko yokuqalisa ixabiso lemitha kwakhona.

Ulawulo lwevalve: thumela umyalelo wokulawula ivalve ngeConcentrator okanye ezinye izixhobo.

Funda idata ekhenkcezisiweyo: thumela umyalelo wokufunda idatha ekhenkcezisiweyo yonyaka kunye nedatha ekhenkcezisiweyo yenyanga ngeConcentrator okanye ezinye izixhobo

Umsebenzi wevalve yeDredge, unokusetwa yisoftware yomatshini ephezulu

Wireless Parameter Ukumisela ngokusondeleyo / ukude

Ukusebenzisa i-magnetic trigger ukuchaza idatha okanye imitha ibika idatha efana neqamza ngokuzenzekelayo.

Inketho eqhelekileyo: I-eriyali yasentwasahlobo, abasebenzisi nabo banokwenza ezinye iintlobo ze-eriyali ngokweemfuno zakho.

I-accessory yokuzikhethela: I-Fara Capacitor (okanye abasebenzisi banikezela kwaye bayidibanise ngokwabo).

I-accessory yokuzikhethela: 3.6Ah ER18505 (uhlobo lomthamo) ibhetri, isidibanisi sobungqina bamanzi singenziwa ngokwezifiso.

Ngaphambili: LoRaWAN Indoor Gateway

Okulandelayo: Umfundi we-Pulse we-Diehl yomile imitha yamanzi yejethi enye

1 Uhlolo olungenayo