▶Iimpawu eziphambili:
• Iguqula isignali yeZigBee yesango elizenzekelayo lekhaya ibe ngumyalelo we-IR ukuze ilawule ii-air conditioner ezahlulweyo kwinethiwekhi yendawo yasekhaya.
• Ugubungelo lwe-IR olune-engile yonke: gquma i-180° yendawo ekujoliswe kuyo.
• Umboniso wobushushu begumbi kunye nokufuma
• Ukubeka esweni ukusetyenziswa kwamandla
• Ikhowudi ye-IR efakwe kwangaphambili yee-air conditioner eziphambili ezihlulwe ngomlambo
• Ukusebenza kokufunda ikhowudi ye-IR kwizixhobo ze-A/C zophawu olungaziwayo
• Iiplagi zamandla ezitshintshekayo zemigangatho eyahlukeneyo yamazwe: EU, UK, AU, IT, ZA, CN, FR
▶Usetyenziso:
• Ulawulo lwe-HVAC yeSakhiwo esikrelekrele
• Iiprojekthi zeHotele kunye neeNdwendwe
• Izindlu zokuhlala kunye nezindlu zeentsapho ezininzi
• Iinkqubo zoLawulo lwaMandla
• Iiprojekthi zoHlanganiso lwe-OEM kunye neNkqubo
▶ Kutheni Ufanele Usebenzise Isilawuli Somoya Esipholileyo seZigBee Endaweni Ye-Wi-Fi?
Nangona abalawuli be-air conditioner be-Wi-Fi bexhaphakile kwiimarike zabathengi, abalawuli abasekelwe kwiZigBee banikezela ngeenzuzo ezicacileyo zokusetyenziswa kobuchwephesha norhwebo:
1. Uzinzo olungakumbi kwiinkqubo zezixhobo ezininzi
I-ZigBee isebenzisa inethiwekhi ye-mesh, nto leyo eyenza ukuba ithembeke ngakumbi kune-Wi-Fi kwizakhiwo ezinezixhobo ezininzi okanye ezingamakhulu.
Oku kubalulekile kwiihotele, iiflethi, iiofisi, kunye neeprojekthi zolawulo lwamandla.
2. Amandla aphantsi kunye nokukhula okungcono
Izixhobo zeZigBee zisebenzisa amandla amancinci kwaye zikhula ngokukhawuleza kunezixhobo zeWi-Fi, nto leyo enciphisa ukuxinana kwenethiwekhi kwiindawo ezinkulu.
3. Ulawulo lweNdawo kunye nokuZenzekelayo
NgeZigBee, imithetho yokuzenzekela inokusebenza ngaphakathi ngesango, ukuqinisekisa ukuba ulawulo lwe-HVAC luyaqhubeka nokuba i-intanethi ayifumaneki.
4. Ukudibanisa Inkqubo okulula
Abalawuli beZigBee badibana ngokulula neenkqubo zolawulo lwezakhiwo (i-BMS), amaqonga amandla, kunye neenkonzo zamafu zomntu wesithathu ngokusebenzisa ii-API zesango.
▶ Abalawuli be-AC be-AC be-AC be-AC211 vs. abaqhelekileyo be-ZigBee: Kutheni kubalulekile ukuBeka esweni
Xa kuthelekiswa nabalawuli be-IR abaqhelekileyo be-ZigBee, i-AC211 inika ukubonakala okongeziweyo ekusebenzeni kwe-HVAC, okuvumela ukwenziwa ngcono kwamandla aqhutywa yidatha.
| Uphawu | I-AC201 | AC211 | AC221 |
| Indawo yokuma | Umlawuli we-IR osisiseko | Umlawuli we-IR onokubeka iliso kumandla | Umlawuli we-IR we-A/C esilingini |
| Ufakelo | Faka iplagi | Faka iplagi | Isilingi / Udonga oluseludongeni |
| Ukhuseleko lwe-IR | 120° | 180° | Umthumeli we-IR wangaphandle |
| Isivamvo sobushushu | Yakhelwe ngaphakathi | Yakhelwe ngaphakathi + Ukufuma | Iprobe yangaphandle |
| Ukubeka iliso kuMandla | No | Ewe | No |
| Isikrini sokuBonisa | No | Ewe | No |
| Eyona ilungileyo | Ukulungiswa kwe-HVAC esisiseko | Ulawulo lweZakhiwo ezikrelekrele kunye namandla | Iiprojekthi ze-A/C eziHluliweyo zesilingi |
▶ Inkcazelo Ephambili:
| Uqhagamshelo olungenazingcingo | I-ZigBee 2.4GHz IEEE 802.15.4 IR | ||
| Iimpawu zeRF | Isantya sokusebenza: 2.4GHz I-Antenna ye-PCB yangaphakathi Uluhlu lwangaphandle/ngaphakathi: 100m/30m Amandla e-TX: 6~7mW(+8dBm) Uvakalelo lomamkeli: -102dBm | ||
| Iprofayile yeZigBee | Iprofayili Yokuzenzekela Kwasekhaya | ||
| IR | Ukukhutshwa kunye nokufumana i-infrared Isantya somthwali: 15kHz-85kHz | ||
| Ukuchaneka kokulinganisa | ≤ ± 1% | ||
| Ubushushu | Uluhlu: -10~85°C Ukuchaneka: ± 0.4° | ||
| Umswakama | Uluhlu: 0~80% RH Ukuchaneka: ± 4% RH | ||
| Ukunikezwa Amandla | I-AC 100~240V (50~60Hz) | ||
| Ubukhulu | 68(L) x 122(W) x 64(H) mm | ||
| Ubunzima | 178 g |
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I-ZigBee IR Blaster (uMlawuli we-A/C oHlanganisiweyo) | AC201
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I-Zigbee Air Quality Sensor | I-CO2, i-PM2.5 kunye ne-PM10 Monitor
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Ivalvu yeRadiator yeZigBee 3.0 Thermostatic yeNkqubo zokuFudumeza ze-EU | TRV527
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I-Thermostat ye-WiFi yesikrini sokuchukumisa ene-Remote Sensors | PCT513
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I-Zigbee Combi Boiler Thermostat yokuFudumeza kunye namanzi ashushu e-EU | PCT512
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I-ZigBee Fan Coil Thermostat | Ihambelana neZigBee2MQTT – PCT504-Z