SANARWA NRX-M711 Tsarin Radiyon Input-Fit Umarnin Module

SASHE NA LITTAFIN

• Module naúrar 1
• Akwatin baya SMB500
• Murfin gaba 1
• Baturi (Duacell Ultra 123 ko Panasonic Industrial 123) 4
• Gyaran akwatin baya da skru da bango 2
• Module fixing skru 2
• 3-pin Terminal block 2
• 2-pin Terminal block 1
• 47 k-ohm EOL resistor 2
• 18k-ohm ƙararrawa resistor 1
• Umarnin shigarwa na Module 1
• SMB500 umarnin shigarwa akwatin baya

Hoto 1: IO module + akwatin baya a waje da girma

BAYANI

Tsarin shigarwa-fitarwa na rediyo NRX-M711 na'urar RF ce mai batir da aka ƙera don amfani tare da ƙofar gidan rediyon NRXI-GATE, tana aiki akan tsarin wuta wanda za'a iya magana da shi (ta amfani da ƙa'idar sadarwar mallakar mallaka mai dacewa). Modul ne mai dual wanda ke da damar shigarwa da fitarwa daban, haɗe tare da transceiver na RF mara waya kuma ana kawo shi tare da akwatin baya mara waya. Wannan na'urar ta dace da EN54-18 da EN54-25. Ya bi ka'idodin 2014/53/EU don bin umarnin RED

BAYANI

• Ƙara Voltage: 3.3 V kai tsaye na yanzu max.
• Aiki na yanzu: 122 μA@ 3V (na al'ada a yanayin aiki na yau da kullun)
• Matsakaicin jan LED na yanzu: 2mA
• Green LED Cur. Max: 5.5mA
• Lokacin Sake daidaitawa: 35s (mafi girman lokacin zuwa sadarwar RF ta al'ada daga
• wutan na'urar)
• Baturi: 4 x Duracell Ultra123 ko Panasonic Industrial 123
• Rayuwar baturi: shekaru 4 @ 25oC
• Mitar rediyo: 865-870 MHz. Faɗin tashar: 250kHz
• Ƙarfin fitarwa na RF: 14dBm (max)
• Nisa: 500m (nau'i a cikin iska kyauta)
• Dangantakar Humidity: 5% zuwa 95% (ba mai haɗawa ba)
• Girman Wayar Tasha: 0.5 - 2.5 mm2
• Adireshin IP: IP20

Yanayin shigarwa

• Resitor na Ƙarshen Layi: 47K
• Kulawa na Yanzu: 34 μA na yau da kullun

Module na fitarwa

• Resitor na Ƙarshen Layi: 47K
• Kulawa na Yanzu: 60 μA na yau da kullun
• Relay Lambobin sadarwa: 2 A @ 30 VDC (nauyi mai juriya)

Sashin Samar da Wutar Lantarki na Waje

• Voltage: 30V DC max. 8V DC min.
• Laifin Kulawa Voltage: 7V DC na yau da kullun

SHIGA

Dole ne a shigar da wannan kayan aiki da duk wani aikin da ke da alaƙa daidai da duk lambobi da ƙa'idodi masu dacewa

Hoto 1 yayi cikakken bayani game da girman akwatin baya da murfin.

Tazara tsakanin na'urorin tsarin rediyo dole ne ya zama aƙalla m 1

Tebu 1 yana nuna tsarin wayoyi na module

Tebur 1: Haɗin Tasha

TERMINAL	HADI / AIKI
1	Yanayin shigarwa
	Shigarwa -ve
2	Shigar da +ve
	Tsarin fitarwa (Yanayin kulawa)	Tsarin fitarwa (Yanayin Relay)
3	Haɗa zuwa T8	Relay NO (yawanci buɗewa)
4	Don loda +ve	Relay C (na kowa)
5	Haɗa zuwa T7	Relay NC (wanda aka saba rufe)
6	Kulawa: haɗi zuwa load -ve	Ba a yi amfani da shi ba
7	Don fitar da PSU-ve	Ba a yi amfani da shi ba
8	Don cire PSU +ve	Ba a yi amfani da shi ba

Module ɗin shigarwa yana buƙatar 47K EOL don aiki na yau da kullun.
Module ɗin fitarwa yana buƙatar 47K EOL a nauyi don aiki na yau da kullun cikin yanayin kulawa.
Idan kaya yana da ƙananan impedance (idan aka kwatanta da EOL) a
Ya kamata a ƙara jerin diode don daidaitaccen kulawar kaya (duba hoto 2 don polarity diode).

Hoto 2: Diode Polarity

Hoto na 3: Canja Ƙarƙashin Ƙarfafawa

Hoto na 4: Bayan Module tare da Rukunin Baturi da Murfi

Hoto 5: Gaban Module tare da Sauyawan adireshi

GARGAƊI: Canja Ƙaƙƙarfan lodi

Dubi Hoto 3. Nauyin haɓakawa na iya haifar da sauye-sauye, wanda zai iya lalata lambobin sadarwa na relay (i). Don kare lambobin sadarwa na relay, haɗa madaidaicin Voltage Suppressor (iii) - na misaliample 1N6284CA - fadin kaya (ii) kamar yadda aka nuna a cikin Hoto 3. A madadin, don aikace-aikacen DC marasa kulawa, dace da diode tare da juzu'in rushewar vol.tage fiye da sau 10 na kewaye voltage. Hoto na 4 yayi cikakken bayani game da shigarwar baturi da kuma Hoto 5 wurin musanya adireshin

Muhimmanci
Dole ne a shigar da batura kawai a lokacin ƙaddamar da Gargaɗi Kula da haƙƙin masana'anta don amfani da buƙatun zubarwa.

Haɗarin fashewa mai yuwuwar idan aka yi amfani da nau'in kuskure Kada a haɗa batura daga masana'anta daban-daban. Lokacin canza batura, duk 4 zasu buƙaci maye gurbinsu Yin amfani da waɗannan samfuran baturi na dogon lokaci a yanayin zafi ƙasa -20°C na iya rage rayuwar baturi sosai (har zuwa 30% ko fiye)

Gyara tsarin: Cire sukurori 2 daga murfin gaba don bayyana tsarin RF. Cire tsarin RF daga akwatin baya (duba ƙasa). Mayar da akwatin baya zuwa matsayin da ake so akan bango ta amfani da gyare-gyaren da aka bayar. Gyara tsarin a cikin akwatin (duba ƙasa). Waya tashoshi na toshe kamar yadda tsarin tsarin ke buƙata. Gyara murfin gaba don kare tsarin. Cire samfurin daga akwatin baya: Slacke kashe 2 gyara sukurori, karkatar da tsarin a kusa da agogo kadan kuma daga sama. Mayar da wannan tsari don sake daidaita tsarin. Gargaɗi Cire Na'urar: A cikin tsarin aiki, za a aika saƙon faɗakarwa zuwa CIE ta hanyar Ƙofar lokacin da aka cire murfin gaba daga akwatin baya.

KAFA ADDRESS

Saita adireshin madauki ta hanyar juya jujjuyawar shekaru goma biyu a gaban tsarin ta amfani da sukudireba don juya ƙafafun zuwa adireshin da ake so. Sai dai lokacin da ake amfani da Advanced Protocol (AP) (duba ƙasa) tsarin I/O dual zai ɗauki adiresoshin module guda biyu akan madauki; Adireshin tsarin shigar da bayanai zai zama lambar da aka nuna akan maɓalli (N), za a ƙara adireshin samfurin fitarwa da ɗaya (N+1). Don haka don kwamiti mai adireshi 99, zaɓi lamba tsakanin 01 da 98. A cikin Advanced Protocol (AP) adiresoshin da ke cikin kewayon 01-159 suna samuwa, dangane da iyawar panel (duba takaddun kwamitin don bayani akan wannan).

MALAMAI LED

Tsarin rediyo yana da alamar LED mai launi uku wanda ke nuna matsayin na'urar (duba Table 2):

Tebur 2: Matsayin Module LEDs

Matsayin Module	Jihar LED	Ma'ana
Ƙaddamar da wutar lantarki (babu laifi)	Dogon Koren bugun jini	Na'urar ba ta aiki (tsohowar masana'anta)
	3 Koren kyaftawa	An ƙaddamar da na'ura
Laifi	Blink Amber kowane 1s.	Na'urar tana da matsala ta ciki
Mara aiki	Ja/Green mai ƙiftawa sau biyu kowane 14s (ko Green kawai lokacin sadarwa).	Ana kunna na'urar kuma ana jira a shirya shi.
Aiki tare	Green/Amber mai ƙiftawa sau biyu kowane 14s (ko kawai Green lokacin sadarwa).	Ana kunna na'ura, tsarawa da ƙoƙarin nemo/shiga cibiyar sadarwar RF.
Na al'ada	Sarrafa ta panel; ana iya saita shi zuwa Ja ON, Koren ON, Koren ƙiftawar lokaci ko KASHE.	An kafa sadarwar RF; na'urar tana aiki yadda ya kamata.
Rago (yanayin rashin ƙarfi)	Amber/Green yana kyaftawa sau biyu kowane 14s	Hanyar sadarwar RF da aka ba da izini tana cikin jiran aiki; ana amfani dashi lokacin da aka kashe ƙofar.

Shirye-shiryen DA KWAMITIN Yana Haɓaka Yanayin Module na Fitowa

Ana ba da samfurin fitarwa an saita shi azaman Module Output Mai Kulawa (tsarin saitin masana'anta). Don canja abin fitarwa zuwa yanayin relay (Form C - lambobin musanya masu ba da wutar lantarki) na buƙatar aiki na daban na shirye-shirye ta amfani da Umurnin Kai tsaye na Na'ura a cikin AgileIQ (Duba Shirye-shiryen Rediyo da Jagorar Gudanarwa - Ref. D200-306-00 don cikakkun bayanai.)

Farawa da tsarin da ba a aiwatar da shi ba

1. Cire shi daga akwatin baya.
2. Tabbatar cewa an saita adireshin zuwa 00 (tsahohin saitin).
3. Saka batura.
4. Zaɓi shafin Umurnin Kai tsaye na Na'ura a AgileIQ.
5. Danna sau biyu akan allon don bayyana jerin zaɓuɓɓuka kuma bi umarnin don saita yanayin fitarwa.

Lura: Cire batura daga na'urar daga baya idan aikin ƙaddamar da tsarin bai kusa yin aiki ba. Ana ba da shawarar cewa an lura da ƙayyadaddun ƙayyadaddun kayan fitarwa don tunani na gaba akan lakabin module bayan ƙaddamarwa:

Gudanarwa

1. Cire samfurin daga akwatin baya.
2. Tabbatar cewa an saita daidai adireshin.
3. Saka batura.
4. Gyara tsarin kuma maye gurbin murfin gaban akwatin baya

Ƙofar RF da tsarin RF a cikin aikin daidaitawa ta amfani da kayan aikin software na AgileIQ. A lokacin ƙaddamarwa, tare da kunna na'urorin cibiyar sadarwar RF, ƙofar RF za ta haɗa kuma ta tsara su da bayanan cibiyar sadarwa idan ya cancanta. Tsarin RF ɗin yana aiki tare da sauran na'urorinsa masu alaƙa kamar yadda hanyar sadarwa ta RF ta ƙirƙira ta Ƙofar. (Don ƙarin bayani, duba Shirye-shiryen Rediyo da Gudanarwa

NOTE: Kar a gudanar da kebul na USB fiye da ɗaya lokaci guda don ƙaddamar da na'urori a wani yanki. SIFFOFIN WIRING

Hoto 6: Ana Kula da Module na Fitowa

Hoto 7: Yanayin Relay Module Input/Fit

Fadakarwa Tsarin Wuta ta Honeywell Pittway Tecnologica Srl Ta Caboto 19/3 34147 TRIESTE, Italiya

TS EN 54-25: 2008 / AC: 2010 / AC: 2012 Abubuwan Amfani da hanyoyin haɗin Rediyo EN54-18: 2005 / AC: 2007 na'urorin shigarwa / fitarwa don amfani da gano wuta da tsarin ƙararrawar wuta don gine-gine

Sanarwa ta Ƙa'ida ta EU Ta haka, Mai sanarwa ta Honeywell ya bayyana cewa nau'in kayan aikin rediyo na NRX-M711 yana cikin bin umarnin 2014/53/EU Ana iya buƙatar cikakken rubutun EU DoC daga: HFREDDoC@honeywell.com

Takardu / Albarkatu

SANARWA NRX-M711 Tsarin Radiyon Abubuwan Shigar-Sabuntawa [pdf] Jagoran Jagora NRX-M711 Tsarin Gidan Rediyon Tsarin Fitar da Fitarwa, NRX-M711.

Magana

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