netvox R718VB Wireless Capacitive Proximity 
Manual mai amfani na Sensor

 

 

Copyright©Netvox Technology Co., Ltd.

Wannan takaddar ta ƙunshi bayanan fasaha na mallakar mallaka wanda shine mallakar Fasahar NETVOX. Za a kiyaye shi a cikin kwarin gwiwa kuma ba za a bayyana shi ga wasu jam'iyyun gaba daya ko a bangare ba, ba tare da rubutaccen izinin fasahar NETVOX ba. Abubuwan ƙayyadaddun bayanai suna iya canzawa ba tare da sanarwa ba.

Gabatarwa

R718VB na iya gano matakin ruwan bayan gida, matakin sanitizer na hannu, kasancewar ko rashin takardar bayan gida, ana iya amfani da shi zuwa bututun da ba na ƙarfe ba (babban diamita D ≥11mm) mai gano matakin ruwa.
Ana haɗa wannan na'urar tare da firikwensin capacitive mara lamba wanda za'a iya hawa zuwa wajen kwandon, ba tare da tuntuɓar kai tsaye tare da
abin da za a gano, wanda zai iya gano matsayi na yanzu na matakin ruwa, ko kasancewar ko rashin sabulun ruwa, takarda bayan gida; Ana watsa bayanan da aka gano zuwa wasu na'urori ta hanyar hanyar sadarwa mara waya. Yana amfani da tsarin sadarwa mara waya ta SX1276.

Fasaha mara waya ta LoRa:

LoRa fasaha ce ta sadarwa mara waya wacce aka keɓe don dogon nesa da ƙarancin wutar lantarki. Idan aka kwatanta da sauran hanyoyin sadarwa, LoRa yaɗa hanyar daidaita yanayin bakan yana ƙaruwa sosai don faɗaɗa nisan sadarwa. Ana amfani da shi sosai a cikin nesa, ƙananan bayanan sadarwa mara waya. Don misaliample, karatun mita ta atomatik, kayan aikin gini, tsarin tsaro mara waya, saka idanu na masana'antu. Babban fasalulluka sun haɗa da ƙaramin girman, ƙarancin wutar lantarki, nisan watsawa, ikon hana tsangwama da sauransu.

LoRaWAN:

Loorwan yana amfani da fasaha na Lora don ayyana daidaitattun bayanai don-ƙarshen ƙa'idodin bayanai don tabbatar da ma'amala tsakanin na'urori da kuma ƙofofin daga masana'antun daban-daban.

Bayyanar

Babban Siffofin

• Ɗauki tsarin sadarwa mara waya ta SX1276
• 2 ER14505 baturi AA SIZE (3.6V / sashe) daidaitaccen wutar lantarki
• firikwensin capacitive mara lamba
• Babban matakin kariya na kayan aiki shine IP65/IP67 (na zaɓi), kuma matakin kariya na binciken firikwensin shine IP65.
• An haɗe tushe tare da maganadisu wanda za'a iya haɗawa da wani abu na ferromagnetic
• Mai jituwa da LoRaWANTM Class A
• Yawan hopping yana ba da fasahar bakan
• Ana iya daidaita sigogin saiti ta hanyar dandamali na software na ɓangare na uku, ana iya karanta bayanai kuma ana iya saita faɗakarwa ta hanyar rubutu na SMS da imel (na zaɓi)
• Ana amfani da dandamali na ɓangare na uku: Ayyuka / ThingPark / TTN / MyDevices / Cayenne
• Ƙananan amfani da wutar lantarki da tsawon rayuwar baturi

Note*:

Rayuwar baturi an ƙaddara ta hanyar firikwensin ba da rahoton mitar da wasu masu canji.
Da fatan za a koma zuwa http://www.netvox.com.tw/electric/electric_calc.html
Akan wannan website, masu amfani za su iya samun nau'ikan rayuwar baturi iri-iri a cikin saiti daban-daban.

Aikace-aikace

• Matsayin ruwa na tankin bayan gida
• Matsayin tsabtace hannu
• Kasancewa ko rashin takardar bayan gida

Saita Umarni

Kunna/Kashe

Haɗin Intanet

Maɓallin Aiki

Yanayin bacci

Ƙananan Voltage Gargadi

Rahoton Bayanai

Nan da nan na'urar za ta aika rahoton fakitin sigar tare da fakitin haɓakawa gami da matsayin matakin ruwa, voltage.
Na'urar tana aika bayanai a saitin tsoho kafin a yi kowane saiti.

Saitin Tsohuwar:

Matsakaicin lokaci: 15min
Mafi ƙarancin lokaci: 15min (Gano voltage darajar da matsayi matakin ruwa ta tsoho saitin)
Baturi Voltage Canji: 0x01 (0.1V)

Matsayin gano R718VB:

Nisa tsakanin matakin ruwa da firikwensin ya kai bakin kofa zai bayar da rahoto, kuma bakin kofa na iya daidaita hankali.
Na'urar zata gano matsayin akai-akai a tazarar MinTime.

Lokacin da na'urar ta gano matakin ruwa, matsayi = 1
Lokacin da na'urar ba ta gano matakin ruwa ba, matsayi = 0

Akwai sharuɗɗa biyu waɗanda na'urar zata ba da rahoton matsayin ruwan da aka gano da ƙarfin baturitage a Min Time tazara:

a. Lokacin da matakin ruwa ya canza daga inda na'urar zata iya ganowa zuwa inda na'urar ba zata iya ganowa ba. (1→0)
b. Lokacin da matakin ruwa ya canza daga inda na'urar ba ta iya ganowa zuwa inda na'urar zata iya ganowa. (0→1)
Idan babu ɗaya daga cikin sharuɗɗan da ke sama da aka cika, na'urar za ta yi rahoto a tazarar MaxTime.

Don nazarin umarnin bayanan da na'urar ta ruwaito, koma zuwa takaddar Dokar Aikace-aikacen Netvox LoRaWAN da
http://loraresolver.netvoxcloud.com:8888/page/index

Lura:
Na'urar aika sake zagayowar bayanai ya dogara da ainihin tsarin shirye-shirye bisa ga binciken abokin ciniki.
Tazara tsakanin rahotannin biyu dole ne mafi ƙarancin lokaci.

Exampdon Tsarin Rahoton:

Jirgin ruwa: 0x07

1. Sanya sigogin rahoton na'urar MinTime = 1min, MaxTime = 1min, Canjin Baturi = 0.1v
   Saukewa: 019F003C003C0100000000
   Na'urar tana dawowa:
   819F000000000000000000 (Tsarin ya yi nasara)
   819F010000000000000000
2. Karanta sigogin daidaitawar na'urar
   Saukewa: 029F000000000000000000
   Na'urar tana dawowa:
   829F003C003C0100000000 (daidaitattun sigogi na yanzu)

Exampdon MinTime/MaxTime dabaru:

Exampda #1 dangane da MinTime = Sa'a 1, MaxTime = Sa'a 1, Canjin da ake Rahoto watau BatteryVoltageChange = 0.1V

Lura: Matsakaicin Lokaci = Lokacin Min. Za a ba da rahoton bayanai ne kawai gwargwadon tsawon lokacin Matsakaicin Lokaci (min Lokaci) ba tare da la'akari da Voll batirtage Canza darajar.

Exampda #2 dangane da MinTime = Minti 15, MaxTime = Sa'a 1, Canjin Bayar da Rahoto watau BatteryVoltageChange = 0.1V

Exampda #3 dangane da MinTime = Minti 15, MaxTime = Sa'a 1, Canjin Bayar da Rahoto watau BatteryVoltageChange = 0.1V.

Bayanan kula:

1. Na'urar tana farkawa kawai kuma tana yin sampling bisa ga MinTime Interval. Idan yana barci, ba ya tattara bayanai.
2. An kwatanta bayanan da aka tattara tare da bayanan da aka bayar na ƙarshe. Idan bambancin bayanai ya fi ƙimar ReportableChange, na'urar tana yin rahoto gwargwadon tazarar MinTime. Idan bambancin bayanan bai fi na ƙarshe da aka ruwaito ba, na'urar tana yin rahoto gwargwadon tazarar MaxTime.
3. Ba mu ba da shawarar saita ƙimar tazara ta MinTime tayi ƙasa da ƙasa ba. Idan MinTime Interval yayi ƙasa da ƙasa, na'urar tana farkawa akai-akai kuma baturin zai bushe nan ba da jimawa ba.
4. A duk lokacin da na'urar ta aika da rahoto, komai sakamakon bambancin bayanai, maɓalli da aka tura ko tazarar MaxTime, an fara wani zagayowar lissafin MinTime/MaxTime.

Yanayin aikace-aikace

Lokacin da yanayin amfani shine gano matakin ruwa na tankin bayan gida, da fatan za a shigar da na'urar a matakin da ake so na tankin bayan gida.
Kunna na'urar bayan an daidaita ta a tankin bayan gida kuma an kunna ta.
Na'urar zata gano matsayin akai-akai a tazarar MinTime.
Akwai sharuɗɗa biyu waɗanda na'urar zata ba da rahoton matsayin ruwan da aka gano da ƙarfin baturitage a lokacin MinTime:
a. Lokacin da matakin ruwa ya canza daga inda na'urar zata iya ganowa zuwa inda na'urar ba zata iya ganowa ba
b. Lokacin da matakin ruwa ya canza daga inda na'urar ba ta iya ganowa zuwa inda na'urar zata iya ganowa

Idan babu ɗayan sharuɗɗan da ke sama da aka cika, na'urar za ta yi rahoto a tazarar MaxTime

Shigarwa

Wireless Capacitive Proximity Sensor (R718VB) yana da maganadiso biyu a baya.
Lokacin amfani da shi, ana iya tallata bayansa wani abu na ferromagnetic, ko kuma ana iya daidaita iyakar biyu zuwa bango tare da sukurori (ya kamata a saya)

Lura:
Kada a shigar da na'urar a cikin akwati mai kariya na ƙarfe ko wasu kayan lantarki a kusa da shi don guje wa yin tasiri a watsa na'urar.

8.1 Auna matsakaicin dankowar ruwa

8.1.1 Matsayi mai ƙarfi:

A. Kasa da 10mPa·s lokacin ma'aunin al'ada.
B. 10mPa <Dynamic danko <30mPa·s zai shafi ganowa
C. Fiye da 30mPa·s saboda yawan ruwa da aka haɗe zuwa bangon akwati, ba za a iya auna shi ba.

Lura:
Tare da yawan dankowar zafin jiki yana raguwa, yawancin babban danko na ruwa ta wurin zafin jiki ya fi bayyana, don haka lokacin auna ma'aunin ruwa lokacin da hankalin ruwan zafi.

8.1.2 Bayani mai ƙarfi (cikakkiyar) ɗanƙoƙi:

Dynamic (cikakkiyar) danko shine ƙarfin tangential a kowane yanki da ake buƙata don matsar da jirgin sama ɗaya a kwance dangane da wani jirgin sama - a saurin naúrar - lokacin kiyaye nisa naúrar a cikin ruwan.

8.1.3 Abubuwan gama gari

Madogararsa: https://en.wikipedia.org/wiki/Viscosity

8.2 Abubuwan buƙatun ganga da umarnin shigarwa

1. Zai iya manne binciken ko amfani da goyan baya don gyara binciken a wajen akwati.
2. Guji kayan ƙarfe a wurin hawan bincike don kada ya shafi ganowa.
3. Wurin da aka shigar da binciken ya kamata ya guje wa ruwa da hanyar ruwa.
4. Kada a sami siliki ko wasu tarkace a cikin akwati inda ƙananan binciken ke fuskantar kai tsaye, don kada ya shafi ganowa.
5. Kwantena da aka yi da kayan da ba na ƙarfe ba tare da lebur ƙasa, kauri mai kauri, m abu da kyakkyawan aikin rufi; kamar gilashi, filastik, yumbu maras sha, acrylic, roba da sauran kayan ko kayan haɗin su.

   
   Example na hanyar shigarwa na firikwensin tare da murabba'i ko kwandon da ba na ƙarfe ba

8.3 Daidaita hankali

Daidaita kullin hankali tare da ƙaramin sukudireba, jujjuya agogon agogo baya don ƙara hankali, kuma juya agogon agogo don rage hankali (hankali daga babba zuwa ƙananan zagayowar 12 gabaɗaya.)

8.4 Bayani game da Passiving Baturi

Yawancin na'urorin Netvox suna da ƙarfin batir 3.6V ER14505 Li-SOCl2 (lithium-thionyl chloride) waɗanda ke ba da advan da yawa.tages ciki har da ƙarancin fitar da kai da yawan ƙarfin kuzari.

Koyaya, baturan lithium na farko kamar batirin Li-SOCl2 zasu samar da Layer passivation a matsayin martani tsakanin lithium anode da thionyl chloride idan suna cikin ajiya na dogon lokaci ko kuma idan zazzabin ajiya ya yi yawa. Wannan lithium chloride Layer yana hana saurin fitar da kai wanda ya haifar da ci gaba da amsawa tsakanin lithium da thionyl chloride, amma wucewar baturi kuma na iya haifar da vol.tage jinkirta lokacin da batura suka fara aiki, kuma na'urorinmu na iya yin aiki daidai a wannan yanayin.

Sakamakon haka, da fatan za a tabbatar da samo batura daga amintattun dillalai, kuma yakamata a samar da batura a cikin watanni uku da suka gabata.

Idan fuskantar halin da ake ciki na wucewar baturi, masu amfani za su iya kunna baturin don kawar da juriyar baturi.

*Don sanin ko baturi yana buƙatar kunnawa

Haɗa sabon baturi ER14505 zuwa resistor 68ohm a layi daya kuma duba vol.tage na kewaye.
Idan voltage yana ƙasa da 3.3V, yana nufin baturi yana buƙatar kunnawa.

*Yadda ake kunna baturin

1. Haɗa baturi zuwa resistor 68ohm a layi daya
2. Rike haɗin don 6 ~ 8 mintuna
3. Voltage na kewaye ya kamata ya zama ≧3.3V

Muhimmin Umarnin Kulawa

Da kyau kula da waɗannan abubuwan don cimma mafi kyawun kiyaye samfuran:

• Ajiye na'urar bushewa. Ruwan sama, danshi ko kowane ruwa na iya ƙunsar ma'adanai don haka lalata da'irori na lantarki. Idan na'urar ta jika, da fatan za a bushe gaba ɗaya.
• Kada ayi amfani ko adana na'urar a cikin ƙura ko ƙazanta. Yana iya lalata sassansa masu rarrabuwa da abubuwan lantarki.
• Kada a ajiye na'urar a ƙarƙashin matsanancin yanayin zafi. Babban zafin jiki na iya rage rayuwar na'urorin lantarki, lalata batir, da lalata ko narke wasu sassan filastik.
• Kar a adana na'urar a wuraren da suka yi sanyi sosai. In ba haka ba, lokacin da zafin jiki ya tashi zuwa yanayin zafi na al'ada, danshi zai kasance a ciki, wanda zai lalata jirgin.
• Kar a jefa, ƙwanƙwasa ko girgiza na'urar. Ƙunƙarar sarrafa kayan aiki na iya lalata allunan kewayawa na ciki da ƙaƙƙarfan tsari.
• Kada a tsaftace na'urar tare da sinadarai masu ƙarfi, kayan wanke-wanke ko kayan wanka masu ƙarfi.
• Kada a yi amfani da na'urar da fenti. Smudges na iya toshewa a cikin na'urar kuma ya shafi aiki.
• Kar a jefa baturin cikin wuta, ko baturin zai fashe. Batura da suka lalace kuma na iya fashewa.

Duk abubuwan da ke sama sun shafi na'urarka, batir da na'urorin haɗi. Idan kowane na'ura baya aiki yadda yakamata, da fatan za a kai shi wurin sabis na izini mafi kusa don gyara.

Takardu / Albarkatu

	netvox R718VB Wireless Capacitive Proximity Sensor [pdf] Manual mai amfani R718VB, Wireless Capacitive Proximity Sensor, R718VB Wireless Capacitive Proxim Sensor, Sensor kusanci
	netvox R718VB Wireless Capacitive Proximity Sensor [pdf] Manual mai amfani R718VB, R718VB Wireless Capacitive Proxim Sensor, Wireless Capacitive Proxim Sensor, Capacitive Proxim Sensor, Sensor kusanci

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