I-VAV ye-Thermostat Yegumbi

Isithombe Esifakiwe se-Thermostat yegumbi le-VAV

Incazelo emfushane:

Imodeli: F2000LV kanye ne-F06-VAV

I-thermostat yegumbi le-VAV ene-LCD enkulu
Imiphumela ye-PID engu-1 ~ 2 yokulawula ama-terminal e-VAV
Isiteji sikagesi esingu-1 ~ 2. isilawuli se-heater
Isixhumi esibonakalayo se-RS485 esingakhethwa
Izinketho zokusetha ezicebile ezakhelwe ngaphakathi ukuze zihlangabezane nezinhlelo zokusebenza ezahlukene

I-thermostat ye-VAV ilawula i-terminal yegumbi le-VAV. Ine-output eyodwa noma ezimbili ze-0~10V PID ukulawula i-damper eyodwa noma ezimbili zokupholisa/zokushisa.
Iphinde inikeze okukhiphayo okukodwa noma okubili kokudlulisa ukulawula isigaba esisodwa noma ezimbili ze-. I-RS485 nayo iyindlela yokukhetha.
Sinikeza ama-thermostts amabili e-VAV anezimo ezimbili ze-LCD ezinobukhulu obubili, ezibonisa isimo sokusebenza, izinga lokushisa legumbi, iphuzu elibekiwe, ukuphuma kwe-analog, njll.
Yakhelwe ukuvikela izinga lokushisa eliphansi, kanye nemodi yokupholisa/yokushisa engashintshashintshayo ngokuzenzakalelayo noma ngesandla.
Izinketho ezinamandla zokusetha ukuhlangabezana nezinhlelo ezahlukene zohlelo lokusebenza nokuqinisekisa ukulawulwa kokushisa okunembile nokonga amandla.

Sithumelele i-imeyili Ukulanda Ishidi Ledatha<

Isingeniso Esifushane

Amathegi Omkhiqizo

IZICI

Yakhelwe ukulawula izinga lokushisa legumbi lama-terminal e-VAV ngokukhipha okungu-1X0~10 VDC ekupholiseni/ekufudumaleni noma okuphuma okungu-2X0~10 VDC kuma-damper okupholisa nokushisa. Futhi okukhipha okukodwa noma okubili kokudlulisela ukulawula i-heater kagesi yesigaba esisodwa noma ezimbili.
I-LCD ingabonisa isimo sokusebenza njengegumbi
izinga lokushisa, iphuzu elibekiwe, ukuphuma kwe-analog, njll. Kwenza ukufunda nokusebenza kube lula futhi kunembile.
Wonke amamodeli anezinkinobho zokusetha ezilula ukuzisebenzisa
Ukusetha okuhlakaniphile nokuthuthukile ngokwanele kwenza i-thermostat esetshenziswa kuzo zonke
Kufika ezigabeni ezimbili zokulawula i-heater kagesi
ukulawula izinga lokushisa okunembe kakhudlwana nokonga amandla.
Ukulungiswa kwephuzu elikhulu lesethi, umkhawulo omncane kanye nomkhawulo ophezulu wokusetha izinga lokushisa ngabasebenzisi bokugcina
Ukuvikelwa kokushisa okuphansi
Idigri ye-Celsius noma ye-Fahrenheit ingakhethwa
Ukushintsha okuzenzakalelayo kwemodi yokupholisa/yokushisa noma ukushintsha ngesandla
Inketho Yesikhathi Samahora Ayi-12 ingahlelwa kusengaphambili amahora angu-0.5 ~ 12 ukuvala i-thermostat ngokuzenzakalelayo
Isakhiwo sezingxenye ezimbili kanye namabhulokhi e-terminal e-wire esheshayo kwenza ukufakwa kube lula.
Isilawuli Esikude Esine-infrared (ongakukhetha)
Isibani sangemuva esiluhlaza okwesibhakabhaka (ongakukhetha)
Isixhumi sokuxhumana se-Modbus esingakhethwa

IZINHLOBO ZOBUCHWEPHESHE

Ukunikezwa kwamandla kagesi	24 VAC±20% 50/60HZ18VDC~36VDC
Isilinganiso sikagesi	Umthwalo we-amp ezimbili nge-terminal ngayinye
Inzwa	I-NTC 5K
Ibanga lokulawula izinga lokushisa	5-35℃ (41℉-95℉)
Ukunemba	±0.5℃ (±1℉) @25℃
Umphumela we-analog	Ukuphuma okukodwa noma okubili kwe-analog Voltage DC 0V~DC 10 VCurrent 1 mA
Isigaba sokuvikela	I-IP30
Isimo sendawo	Izinga lokushisa lokusebenza: 0 ~ 50℃(32~122℉) Umswakama wokusebenza: 5 ~ 99%RH Akunciphisi Izinga lokushisa lokugcina: 0℃~50℃ (32~122℉) Umswakama wokugcina: <95%RH
Isibonisi	I-LCD
Isisindo sengqikithi	240g
Ubukhulu	120mm(L)×90mm(W)×24mm(H)
Izinto kanye nemibala:	Indlu yokuvikela umlilo ye-PC/ABS enombala omhlophe
Izinga lokufaka	Ukufakwa odongeni, noma ibhokisi lamapayipi angu-2"×4"/ 65mm×65mm