I-Thermostat yegumbi i-VAV

Incazelo emfushane:

Imodeli: F2000LV & F06-VAV

I-thermostat yegumbi le-VAV ene-LCD enkulu
1~2 Imiphumela ye-PID yokulawula amatheminali e-VAV
Isiteji sikagesi esingu-1 ~ 2. isilawuli se-heater
Isixhumi esibonakalayo se-RS485 ozikhethela sona
Izinketho ezakhelwe ezilungiselelweni ezicebile ukuhlangabezana nezinhlelo ezihlukene zohlelo lokusebenza

I-thermostat ye-VAV ilawula itheminali yegumbi le-VAV. Inomphumela owodwa noma emibili we-PID engu-0 ~ 10V ukuze ulawule okokupholisa/ukushisisa okukodwa noma okubili.
Iphinde inikeze okuphumayo okukodwa noma okubili kokudlulisela ukulawula isigaba esisodwa noma ezimbili ze. I-RS485 nayo iyinketho.
Sinikeza ama-thermost amabili e-VAV anokubonakala okubili ngosayizi ababili be-LCD, abonisa isimo sokusebenza, izinga lokushisa legumbi, indawo yokusetha, ukuphuma kwe-analog, njll.
Yakhelwe ukuvikela izinga lokushisa eliphansi, kanye nemodi yokupholisa/yokushisa eshintshekayo ngokuzenzakalelayo noma ngesandla.
Izinketho zokusetha ezinamandla zokuhlangabezana nezinhlelo zohlelo lokusebenza ezihlukene kanye nokuqinisekisa ukulawulwa okunembile kwezinga lokushisa nokonga amandla.

Thumela i-imeyili kithi Ukulanda I-Datasheet<

Isingeniso esifushane

Omaka bomkhiqizo

IZICI

Idizayinelwe ukulawula izinga lokushisa legumbi lamatheminali e-VAV ngokukhipha okungu-1X0~10 kwe-VDC ekupholiseni/ekushiseni noma kokuphumayo okungu-2X0~10 VDC kokupholisa nokushisisa ama-dampers. Futhi okukodwa noma okubili okuphumayo kwe-relay ukulawula isigaba esisodwa noma ezimbili ze-aux kagesi. ihitha.
I-LCD ingabonisa isimo sokusebenza njengegumbi
izinga lokushisa, iphoyinti lokusetha, okukhiphayo kwe-analogi, njll. Yenza ukufunda nokusebenza kube lula futhi kunembile.
Wonke amamodeli anezinkinobho zokusetha ezilungele umsebenzisi
Ukusethwa okuthuthukisiwe okuhlakaniphile nokwanele kwenza i-thermostat isetshenziswe kukho konke
Kufika ku-aux kagesi enezigaba ezimbili. isilawuli heater kwenza
ukulawula izinga lokushisa kunembe kakhulu nokonga amandla.
Ukulungiswa kwephoyinti elikhulu, i-mini. kanye max. umkhawulo wezinga lokushisa elisethwe ngaphambilini abasebenzisi bokugcina
Ukuvikelwa kwezinga lokushisa eliphansi
I-Celsius noma i-Fahrenheit degree ingakhethwa
Imodi yokupholisa/yokushisa ishintsha ngokuzenzakalelayo noma ukushintsha okwenziwa ngesandla kuyakhetheka
Inketho Yesibali Sesikhathi Samahora angu-12 ingasethwa kusengaphambili amahora angu-0.5~12 ukuze uvale i-thermostat ngokuzenzakalelayo
Isakhiwo sezingxenye ezimbili kanye namabhulokhi etheminali yocingo olusheshayo enza ukukhweza kube lula.
Isilawuli kude se-infrared (kuyakhetheka)
I-backlight eluhlaza okwesibhakabhaka (ongakukhetha)
Isixhumi esibonakalayo sokuxhumana se-Modbus

IMICIMBI YOBUCHWEPHESHE

Ukunikezwa kwamandla kagesi	24 VAC±20% 50/60HZ18VDC~36VDC
Isilinganiso sikagesi	2 amp ukulayisha itheminali ngayinye
Inzwa	I-NTC 5K
Ibanga lokulawula izinga lokushisa	5-35℃ (41℉-95℉)
Ukunemba	±0.5℃ (±1℉) @25℃
Okukhiphayo kwe-analog	Okuphumayo okukodwa noma okubili kwe-analog Voltage DC 0V~DC 10 VCurent 1 mA
Isigaba sokuvikela	IP30
Isimo semvelo	Izinga lokushisa elisebenzayo: 0 ~ 50℃(32~122℉) Umswakama osebenzayo: 5 ~ 99%RH Ayijiki Izinga lokushisa lesitoreji: 0℃~50℃ (32~122℉) Umswakama wesitoreji: ＜95%RH
Bonisa	I-LCD
Isisindo sengqikithi	240g
Ubukhulu	120mm(L)×90mm(W)×24mm(H)
Impahla nemibala:	I-PC/ABS yendlu yokuvikela umlilo enombala omhlophe
Izinga lokukhweza	Ukukhweza odongeni, noma 2“×4”/ 65mm×65mm ibhokisi lepayipi