Iyunithi yokulawula ye-NMS1001-L

Incazelo emfushane:

♦ Uhlobo Lomtshina: Umtshina wokushisa we-Linear NMS1001

♦ Amandla kagesi asebenzayo: DC24V

♦ I-Voltge Range evunyelwe: 16VDC-28VDC

♦ Okwamanje okulindile ≤60mA

♦ I-alamu Yamanje ≤80mA

♦ Ukusetha Kabusha Okuthusayo: Ukumiswa kabusha kokunqanyulwa

♦ Inkomba Yesimo: Ukunikezwa kwamandla okuzinzile: Ukuphazima kwenkomba eluhlaza (imvamisa cishe ku-1Hz) Ukusebenza okuvamile: Inkomba eluhlaza kukhanya njalo. I-alamu yomlilo wezinga lokushisa elilungisiwe: Inkomba ebomvu ihlale ikhanyisa Iphutha: Inkomba ephuzi ihlale ikhanya

♦ Indawo yokusebenza: Izinga lokushisa: -10℃ - + 50℃

Umswakama ohlobene ≤95%, akukho ukufingqa

♦ Ukunemba Kokumisa: 10m noma okungengaphezu kuka-5% wobude obugcwele (ngaphansi kuka-25℃imvelo)

♦ Ubude besicelo: Abukho ngaphezu kuka-1,000m

♦ Ikilasi Lokuvikela Igobolondo Langaphandle: IP66

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Iyunithi Yokulawula i-NMS1001-L iyithuluzi elilawulayo lokuqapha ukushintsha kwezinga lokushisa kwekhebula lenzwa futhi lixhunywe ku-mainframe yephaneli yokulawula i-alamu yomlilo ehlakaniphile.

Isingeniso

I-NMS1001-L yenza ukuqapha okuqhubekayo phezu kwe-alamu yomlilo kanye nesekhethi evulekile yendawo egadiwe kanye nebanga ukusuka endaweni ye-alamu yomlilo. Lezi zimpawu ezishaqisayo ziboniswa ku-LCD kanye nezinkomba ze-NMS1001-L.

Njengoba i-alamu yomlilo inomsebenzi wokukhiya, i-NMS1001-L kufanele inqanyulwe emandleni futhi isethwe kabusha ngemva kwe-ALARM. Nakuba umsebenzi wephutha ungasetha kabusha ngokuzenzakalelayo, kusho ukuthi ngemva kwephutha lokusula, isignali yephutha ye-NMS1001-L isulwa ngokuzenzakalelayo.

1. Izici

♦ Isembozo sebhokisi: Yenziwe ngepulasitiki enokusebenza okuphezulu kokumelana namakhemikhali, ukumelana nokuguga kanye nokumelana nomthelela;

♦ Isilinganiso se-IP: IP66

♦ Nge-LCD, ulwazi oluhlukahlukene olushaqisayo lungaboniswa

♦ Umtshina unekhono eliphezulu lokumelana nokuphazamiseka usebenzisa ukulinganisa okuphansi, ukuhlolwa kokuhlukaniswa kanye nezindlela zokumelana nokuphazamiseka kwesofthiwe. Iyakwazi ukusebenzisa ezindaweni ezinokuphazamiseka kwensimu ye-electromagnetic ephezulu.

2.I-Wiring Isingeniso

Umdwebo Wohlelo Lwetheminali Yezintambo zesixhumi esibonakalayo somtshina womugqa :

Phakathi kwazo:

(1)DL1 kanye ne-DL2: xhuma kumandla we-DC 24V ngaphandle kokuxhumeka kwe-polar.

(2)1 2: xhuma kukhebuli yokuthola ukushisa ewumugqa,Indlela yezintambo imi kanje:

Ilebula yetheminali	Izintambo zekhebula zokuthola ukushisa ngomugqa
1	Okungeyona i-polarity
2	Okungeyona i-polarity

(3) I-COM1 NO1: i-alamu yangaphambi kwe-alamu/iphutha/inhlanganisela evamile yendawo yokuxhumana yesiphetho

(4)I-EOL1: indawo yokufinyelela engu-1 ye-terminal impedance (ihambisana nemojula yokufaka futhi ihambisana ne-COM1 NO1)

(5)COM2 NO2 NC2: umphumela wephutha

3. Ukusetshenziswa kanye Nokusebenza Kweyunithi Yokulawula ye-NMS1001-L kanye Nendawo

Vula Iyunithi Yokulawula ngemva kokuqeda ukufaka izintambo zesistimu nokufakwa. Inkomba eluhlaza yeyunithi yokulawula iyakhanya. Iyunithi yokulawula ingena esimweni sokuqalisa ukuhlinzeka. Uma inkomba eluhlaza ikhanya njalo, Iyunithi Yokulawula ingena esimweni esivamile sokuqapha.

(1) Isikrini sokuqapha esijwayelekile

Isibonisi sesikhombi se-linear detector interface ngaphansi kokusebenza okujwayelekile sinje ngesikrini esilandelayo:

I-NMS1001-L

I-Anbesec Technology

(2)Isixhumi esibonakalayo se-alamu yomlilo

Isibonisi se-Control Unit ngaphansi kwe-alamu yomlilo sisesikrinini esilandelayo:

I-Fire Alar m!
Indawo ku-0540m

Inkomba ethi “Indawo: XXXXm” ngaphansi kwesimo se-alamu yomlilo ibanga ukusuka endaweni yomlilo ukuya kuyunithi yokulawula

4.Ukufanisa nokuxhuma i-NMS1001-L uhlelo:

Abathengi bangakhetha ezinye izinto zikagesi abazozixhuma ne-NMS1001, benze amalungiselelo amahle ngendlela elandelayo:

Ukuhlaziya amandla okuvikela amathuluzi (itheminali yokokufaka). Ngesikhathi sokusebenza, i-LHD ingase ihlanganise isignali yedivayisi evikelwe (ikhebula lamandla) ebangela ukuphakama kwe-voltage noma umthelela wamanje kutheminali yokokufaka yempahla yokuxhuma.

Ukuhlaziya amandla e-anti-EMI emishini (itheminali yokokufaka). Ngenxa yokuthi ukusetshenziswa okude kwe-LHD ngesikhathi sokusebenza, kungase kube khona ifrikhwensi yamandla noma ifrikhwensi yomsakazo evela ku-LHD ngokwayo ephazamisa isignali.