I-BAPI BA-RCV-BLE-EZ iReceiver engenazingcingo kunye neManyuwali yoMyalelo yeeModyuli zeAnalog

Ngaphezuluview kunye nokuchonga

I-Wireless Receiver evela kwi-BAPI ifumana isignali kwi-sensors enye okanye ngaphezulu engenazingcingo kwaye inikezela ngedatha kwiiModyuli ze-Analog Output ngokusebenzisa i-RS485 ibhasi ye-wire ezine. Iimodyuli ziguqula umqondiso kwi-analog voltage okanye ukuchasana nomlawuli. Ummkeli unokuhlala ukuya kuma-32 kunye neemodyuli ezahlukeneyo ze-127.
Imodyuli yokuLawula i-Resistance Output (ROM) iguqula idatha yeqondo lokushisa kwi-receiver kwi-10K-2, 10K-3, 10K-3 (11K) okanye i-20K ijika le-thermistor.

IVoltage Output Module (VOM) iguqula iqondo lobushushu okanye ukufuma idatha ukusuka kumamkeli ibe linear 0 ukuya 5 okanye 0 ukuya 10 uphawu VDC. Kukho amaqondo obushushu aseti yefektri asibhozo (°F no°C) kunye noluhlu lokufuma lwe-0 ukuya kwi-100% okanye i-35 ukuya kuma-70% RH. Bona ileyibhile yemveliso yoluhlu kunye nemveliso.

Imodyuli yeSiphumo seSetpoint (SOM) iguqula idata yokumisela ukusuka kwinzwa yegumbi engenazingcingo ibe yinkcaso okanye ivolthi.tage. Kukho iiseti zomzi-mveliso ezintlanu voltage kunye noluhlu oluchasayo, nganye inomsebenzi okhethiweyo wokukhuphela ngaphandle.

Ukudityaniswa kweSensom, uMfumani kunye neeModyuli zokuPhuma kweAnalog

Inkqubo yofakelo ifuna ukuba inzwa nganye engenazingcingo idityaniswe kumamkeli wayo adityanisiweyo kwaye emva koko kwimodyuli yemveliso ehambelanayo okanye iimodyuli. Inkqubo yokudibanisa ilula kakhulu kwibhentshi yovavanyo kunye nenzwa, umamkeli kunye neemodyuli zemveliso ngaphakathi kokufikelela kwengalo enye kwenye. Qinisekisa ukuba ubeke uphawu olulodwa lokuchonga kwi-sensor kunye nemodyuli ehambelana nayo yemveliso okanye iimodyuli emva kokuba zidibene enye kwenye ukuze zichongwe kwindawo yomsebenzi.
Ukuba ngaphezulu koguqulo olunye luthuthwa sisiva (ubushushu, ukufuma kunye nendawo yokumisela umzekelo), uguqulo ngalunye lufuna imodyuli yemveliso eyahlukileyo. Iimodyuli zemveliso ezininzi zinokudityaniswa kuguquko olufanayo ukuba zifunwa.

UKUBANGANISA IVANYO KUMMNIKI
Kufuneka udibanise i-sensor kumamkeli phambi kokubhanqa i-sensor kwimodyuli yemveliso ye-analog.

1. Khetha umenzi woluvo onqwenela ukubhanqa umamkeli. Faka amandla kuluvo. Jonga imanyuwali yayo ngemiyalelo eneenkcukacha.
2. Faka amandla kumamkeli. I-LED eluhlaza okwesibhakabhaka kwi-receiver iya kukhanya kwaye ihlale ikhanya.
3. Cinezela kwaye ubambe "Iqhosha leNkonzo" phezulu kommkeli de kube i-LED eluhlaza okwesibhakabhaka iqala ukudanyaza, emva koko ucinezele kwaye ukhulule "Iqhosha leNkonzo" kwinzwa (iFigs 3 & 4) ofuna ukuyidibanisa nomntu owamkelayo. Xa i-LED kwi-receiver ibuyela kwi-"On" eqinile kunye nohlaza "Inkonzo ye-LED" kwibhodi yesekethe ye-sensor ibhobhoza ngokukhawuleza kathathu, ukudibanisa kuphelile. Phinda le nkqubo kubo bonke abenzi boluvo.

UKUBANISA IMODYULI EPHUMAYO KWISIVAMVA
Nje ukuba inzwa idityaniswe kumamkeli, ungabhanqa iimodyuli zokuphuma kwi-variable ye-sensor.

1. Khetha imodyuli yokuphuma kwi-sensor efunwayo eguquguqukayo kunye noluhlu kwaye uqhagamshele kumamkeli ongenazintambo (Umfanekiso 1).
2. Cinezela kwaye ubambe "Iqhosha leNkonzo" phezulu kwimodyuli yokuphuma de i-LED eluhlaza iqale ukukhanyisa (malunga nemizuzwana emi-3). Emva koko, thumela "umqondiso wokuhambisa ukudibanisa" kuloo modyuli yokuphuma ngokucofa kwaye ukhulule "iqhosha leNkonzo" kwinzwa engenazingcingo.

I-LED eluhlaza okwesibhakabhaka kwi-receiver iya kudanyaza kanye ibonise ukuba usulelo lufunyenwe; emva koko i-LED eluhlaza kwimodyuli yokuphuma iya kuhamba iqinile malunga nemizuzwana emi-2 kwaye emva koko icime. Isivamvo kunye nemodyuli yemveliso ngoku zidityaniswe enye kwenye kwaye ziya kuhlala zidityaniswe enye kwenye ngokutshintshwa kwebhetri okanye ukuba amandla asusiwe kumandla ocingo.
iiyunithi. Imodyuli ephumayo ye-LED eluhlaza ngoku iya kukhanya kube kanye xa ifumana ukuhanjiswa kwinzwa.

Qaphela: Izinzwa ezingenazingcingo zihlala zilinganisa kwaye zihambisa iiguquguquko ezininzi, ezinje ngeqondo lobushushu kunye nokufuma,
okanye ubushushu, ukufuma kunye nendawo yokubeka. Zonke ezi ziguquguqukayo zihanjiswa xa isivamvo "Iqhosha leNkonzo" licinezelwe. Nangona kunjalo, imodyuli nganye ye-Analog yeSiphumo iqwalaselwe ngexesha locwangco kuguquko oluthile kunye noluhlu ngoko iyakubhanqa kuphela koguquko hayi ezinye.

Ukunyuka kunye nokuBekwa kwe-Antenna

I-eriyali inesiseko sozibuthe sokuxhoma. Nangona umamkeli unokufumaneka ngaphakathi kwendawo ebiyelweyo yentsimbi, i-eriyali kufuneka ibe ngaphandle kwendawo ebiyelweyo. Kufuneka kubekho umgca wokubona ongeyiyo owentsimbi ukusuka kuzo zonke iinzwakazi ukuya kwi-eriyali. Umgca owamkelekileyo wokubona uquka iindonga ezenziwe ngomthi, ilitye leshidi okanye i-plaster ene-non-metallic lath. Ukuqhelaniswa kwe-antenna (ethe tye okanye ethe nkqo) nayo iya kuchaphazela ukusebenza kwaye iyahluka ngokusetyenziswa.
Ukuxhoma i-eriyali kumphezulu wesinyithi kuya kunqumla ulwamkelo emva komphezulu. Iifestile ezikhenkcezayo zinokuvalela ukungena kwakhona. Umtya owenziwe ngomthi okanye weplastiki odityaniswe kumqadi wesilingi wenza intaba enkulu. I-eriyali inokuxhonywa kuyo nayiphi na isilingi kusetyenziswa ifayibha okanye iplastiki twine. Musa ukusebenzisa ucingo ukuxhoma, kwaye musa ukusebenzisa imitya yesinyithi enemingxuma, ebizwa ngokuba yi tape ye-plumbers.

Ukunyuswa kwe-Receiver kunye ne-Analog Output modules

Ummkeli kunye neemodyuli eziphumayo zinokuba yi-snaptrack, i-DIN Rail okanye i-surface mounted. Umamkeli ngamnye unokwamkela ukuya kuthi ga kwiimodyuli ze-127. Qala ngomamkeli ekhohlo kude, emva koko uqhoboshele ngokukhuselekileyo imodyuli nganye yemveliso ngasekunene.

Tyhila iithebhu zokunyusela ezibhlowu ukuze unyuke nge-2.75 ″ snaptrack. Tyhiliza ngaphandle iithebhu zokunyusela zeDIN kaloliwe. Bamba ihuku yokuxhoma ye-EZ kumda we-DIN kaloliwe (Umfanekiso wesi-7) kwaye ujikelezise kwindawo. Tyhiliza ngaphandle iithebhu zokunyusela umphezulu usebenzisa izikrufu ezine ezibonelelweyo,
enye kwithebhu nganye.

Ukuba iimodyuli zakho zemveliso azinakungena kumgca omnye othe ngqo ngenxa yendawo enyiniweyo, nyusa umtya wesibini weemodyuli ngaphezulu okanye ngaphantsi. Xhuma iingcingo ukusuka kwicala lasekunene lomtya wokuqala weemodyuli ukuya kwicala lasekhohlo lomtya wesibini weemodyuli. Olu lungelelwaniso lufuna enye okanye ezingaphezulu eziPluggable Terminal Block Connector Kits (BA/AOM-CONN) ukwenzela ukupheliswa kocingo olongezelelweyo kwicala lasekhohlo nasekunene leeModyuli zeZiphumo zeAnalog.
Ikhithi nganye ibandakanya isethi enye yezihlanganisi ezi-4.

Ukupheliswa

I-Wireless Receiver kunye ne-Analog Output Modules ziplagi kwaye zinokudityaniswa kumtya oqhotyoshelweyo njengoko kubonisiwe ekunene. Amandla ebhasi anokunikezelwa kumamkeli okanye kwimodyuli yokugqibela yokuphuma kwicala lasekunene, kodwa hayi kuzo zombini iindawo ngaxeshanye. Qiniseka ukuba unamandla aneleyo kuzo zonke izixhobo ezisebhasini.

Ukwandiswa kwe-RS485 Network phakathi kwe-Receiver kunye ne-Analog Output Modules

Iimodyuli ze-Analog Output zinokunyuswa ukuya kuthi ga kwii-4,000 ezinyaweni ukusuka kummkeli. Ubude bubonke bazo zonke iintambo ezikhuselweyo, ezijijekileyo eziboniswe kumfanekiso we-10 ziinyawo ezingama-4,000 (i-1,220 yeemitha). Qhagamshela iitheminali kunye njengoko kubonisiwe kumfanekiso we-10.tagi-e converter (efana ne-BAPI's VC350A EZ) yelo qela le-Analog Output Modules.

Qaphela: Ulungelelwaniso olukuFig 10 lufuna iKits enye okanye ezingaphezulu eziPluggable Terminal Block Kits ukwenzela ukupheliswa kocingo olongezelelweyo kwicala lasekhohlo nasekunene le-Analog Output Modules. Ikhithi nganye ibandakanya isethi enye yezihlanganisi ezi-4.

Ummkeli Tshintshela Izicwangciso

Zonke iisetingi zoluvo zilawulwa kwaye zihlengahlengiswa ngummkeli ukuze zihambelane neemfuno zofakelo. Ezi zilungelelaniswa ngokutshintsha kwe-DIP phezulu kommkeli. Olu luseto lwazo ZONKE IIMVA ZOVAVANYO ezidityaniswe kulo mamkeli.

Sample Rate/Iithuba Ixesha eliphakathi kokuvuka koluvo kwaye ithatha ukufunda. Amaxabiso akhoyo 30 sec, 1 min, 3 min okanye 5 min.

Inqanaba loThutho/Ithuba lexesha phakathi kwaxa isivamvo sihambisa ufundo kumamkeli. Amaxabiso akhoyo yi-1, 5, 10 okanye 30 imizuzu.

Ubushushu beDelta Ukutshintsha kobushushu phakathi kwesampIzithuba eziya kubangela ukuba umenzi woluvo abhale ngaphezulu kwithuba lothumelo kwaye adlulisele ubushushu obutshintshileyo kwixesha elilandelayo.ample interval. Amaxabiso akhoyo yi-1 okanye 3 °F okanye °C.

Ukufuma kweDelta Ukutshintsha kokufuma phakathi kwesample zithuba eziya kubangela ukuba umenzi woluvo abhale ngaphezulu kwithuba lothumelo kwaye adlulisele ukufuma okutshintshileyo kwixesha elilandelayoample interval. Amaxabiso akhoyo yi-3 okanye 5 %RH.

Ukuseta kwakhona iSensom, uMmkeli okanye iModyuli yokuPhuma yeAnalog

Ii-Sensors, abamkeli kunye neemodyuli zemveliso zihlala zidityanisiwe xa amandla ephazamisekile okanye iibhetri zisusiwe. Ukuqhawula amabhondi phakathi kwabo, iiyunithi kufuneka zisetwe ngokutsha njengoko kuchaziwe ngezantsi:
UKUSETHA FUTHI ISENSOR: Cofa kwaye ubambe “Iqhosha leNkonzo” kwisivamvo malunga nemizuzwana engama-30. Ngexesha laloo mizuzwana ye-30, i-LED eluhlaza iya kucima imizuzwana emi-5, emva koko idanyaze kancinci, emva koko iqalise ukudanyaza ngokukhawuleza. Xa ukudanyaza ngokukhawuleza kuyeka, ukuseta kwakhona kugqityiwe. Inzwa ngoku inokudityaniswa kumamkeli omtsha. Ukubhangqa kwakhona kumamkeli omnye, kufuneka usete ngokutsha umamkeli. Iimodyuli zemveliso ebezidityaniswe ngaphambili kwisixhobo soluvo akufuneki ziphinde zidityaniswe.
UKUSETA BUYISA IMODULI EPHUMAYO: Cofa kwaye ubambe “Iqhosha leNkonzo” phezu kweyunithi malunga nemizuzwana engama-30. Ngexesha laloo mizuzwana ye-30, i-LED eluhlaza okwesibhakabhaka iya kucinywa kwimizuzwana emi-3 yokuqala kwaye ikhanyise ixesha eliseleyo. Xa ukukhanya kuyeka, khulula "Iqhosha leNkonzo" kwaye ukusetha kwakhona kugqityiwe. Iyunithi ngoku inokuphinda idityaniswe kwi-sensor variable.
UKUSETHA KWAKHONA UMAMELI: Cofa kwaye ubambe “Iqhosha leNkonzo” kwisixhobo soluvo malunga nemizuzwana engama-20. Ngexesha laloo mizuzwana ye-20, i-LED eluhlaza okwesibhakabhaka iya kudanyaza kancinci, emva koko iqalise ukudanyaza ngokukhawuleza. Xa ukudanyaza ngokukhawuleza kuyeka kwaye kubuyela kublowu oqinileyo, ukuseta kwakhona kugqityiwe. Iyunithi ngoku inokuphinda idityaniswe kwiisensom ezingenazingcingo. Isilumkiso! Ukusetha kwakhona umamkeli kuya kuqhawula amabhondi phakathi kommkeli kunye nabo bonke abenzi boluvo. Kuya kufuneka usete kwakhona inzwa nganye kwaye emva koko udibanise kwakhona nganye yezinzwa kummkeli.

Wireless System Diagnostics

Iingxaki ezinokwenzeka:
Ufundo olusuka kwinzwa ayilunganga okanye kumda walo ophantsi:

Izisombululo ezinokubakho:
-Khangela i-wiring efanelekileyo kunye nokudibanisa kwiimodyuli zokuphuma kumlawuli.
– Jonga ukubona ukuba isoftware yomlawuli imiliselwe ngokufanelekileyo na.
– Cinezela iqhosha le-sensor "Inkonzo" (njengoko kuchaziwe kwi-Analog Output Module Pairing icandelo kwi-pg 1) kwaye uqinisekise ukuba i-LED eluhlaza kwibhodi yesekethe ye-sensor iyadanyaza. Ukuba akunjalo, buyisela iibhetri.
-Jonga amandla afanelekileyo kumamkeli kunye neeModyuli zokuPhuma kweAnalog.

I-LED engaphezulu kwe-Analog Output Module iqhwanyaza ngokukhawuleza:

– Lungisa kwakhona i-Analog Output Module njengoko kuchaziwe kwi-pg 1, kwaye uqinisekise ukuba i-LED eluhlaza okwesibhakabhaka kwimodyuli yemveliso iyadanyaza xa uthumelo lufunyanwa.

Ufundo lwesivamvo luyaphuma-Lungisa kwakhona iModyuli yeSiphumo seAnalog njengoko kuchaziwe kwi-pg 1, kwaye uqinisekise ukuba iblue imodyuli yesiphumo esingalunganga:

I-LED kwimodyuli yemveliso idanyaza xa ukuhanjiswa kufunyenwe.

Imo eMiselweyo

Ukuba imodyuli yokuphuma ayifumani idatha kwi-sensor yayo eyabelwe imizuzu engama-35, i-LED eluhlaza okwesibhakabhaka phezulu kwimodyuli iya kubetha ngokukhawuleza. Ukuba oku kuyenzeka, i-Analog Output Modules nganye iya kusabela ngolu hlobo lulandelayo:

• IiModyuli zokuPhumelela kweNkxaso (BA / ROM) ziya kuvelisa ukuchasana okuphezulu kuluhlu lwabo lokuphuma.
• Umqulutage IiModyuli zokuPhuma (BA/VOM) ezilinganiswe kwiqondo lobushushu ziya kumisela imveliso yazo ibe yi-0 volts.
• UmqulutagIimodyuli ze-E Output (BA/VOM) ezilinganiswe ukufuma ziyakuseta imveliso yazo ibe yeyona volyumu iphezulutage (5 okanye 10 volts).
• Setpoint Output Modules (BA/SOM) ziya kubamba ixabiso labo lokugqibela ngokungenasiphelo.
  Xa ukuhanjiswa kufunyenwe, iimodyuli zokuphuma ziya kubuyela ekusebenzeni okuqhelekileyo kwimizuzwana engama-60 okanye ngaphantsi.

Iinkcukacha zomamkeli

Amandla okubonelela: 15 ukuya kwi-40 VDC okanye i-12 ukuya kwi-24 VAC, i-halfwave ilungisiwe ukuSetyenziswa kwamandla: 30mA @ 24 VDC, 2.75 VA @ 24 VAC Umthamo / Iyunithi: Ukuya kuthi ga kwi-32 sensors kunye ne-127 eyahlukeneyo ye-Analog Output Modules Varies Reception Distance *:
Ukuphindaphinda: 2.4 GHz (iBluetooth Low Energy)
Umgama weCable yeBhasi: 4,000 ft enekhuselo, intambo ejijekileyo
Uluhlu lokuSebenza kokusiNgqongileyo: I-Temp: 32 ukuya kwi-140 ° F (0 ukuya ku-60 ° C) Ukufuma: 5 ukuya kwi-95% i-RH i-Enclosure Material engaguqukiyo kunye nokulinganisa: I-ABS Plastic, UL94 V-0 i-Arhente: RoHS

IiNkcazo zeModyuli yokuPhuma yeAnalog

ZONKE IIMODYULI Uluhlu lokuSebenza kokusiNgqongileyo: ITemp: 32°F ukuya ku-140°F (0°C ukuya ku-60°C) Ukufuma: 5% ukuya kwi-95% RH engacondensing
Umgama weCable yeBhasi: 4,000 ft (1,220m) w/ ekhuselweyo, iperi ejijekileyo intambo
Unikezelo lwamandla: (isiqingatha samaza) 15 ukuya 40 VDC, 12 ukuya 24 VAC
I-Enclosure Material & Rating: ABS Plastic, UL94 V-0 Agency: RoHS

IMODYULI YESIPHUMO ESIBEKWE (SOM)
Ukutya umbane:
Iimodeli zokuxhathisa:
20 mA @ 24 VDC, 1.55 VA @ 24 VAC
Umqulutage Iimodeli:
25 mA @ 24 VDC, 1.75 VA @ 24 VAC
Imveliso yangoku: 2.5 mA @ 4KΩ umthwalo
Ilahleko iComm. Kuphele ixesha:
35 imiz. (Fanyaza ngokukhawuleza)
Ibuyela kumyalelo wayo wokugqibela
I-Analog Input Bias Voltage:
10 VDC max
(Imifuziselo yeZiphumo zokuChasa kuphela)
Isisombululo Seziphumo:
Imveliso yokuchasa: 100Ω
Umqulutage Imveliso: 150µV

UMQULUTAGIMODULI EPHUMAYO (VOM)
Ukutya umbane:
25 mA @ 24 VDC, 1.75 VA @ 24 VAC
Imveliso yangoku: 2.5 mA @ 4KΩ umthwalo
Ixesha loNxibelelwano olulahlekileyo:
35 imiz. (Fanyaza ngokukhawuleza)
Imveliso yobushushu ibuyela kwi-0 volts
I-%RH imveliso ibuyela kwisikali esiphezulu (5V okanye 10V)
Imveliso VoltagUluhlu:
0 ukuya 5 okanye 0 ukuya 10 VDC (factory calibrated)
Isisombululo Sesiphumo: 150µV

IMODYULI YEZIPHUMO ZOKUCHANA (iROM)
Ukutya umbane:
20 mA @ 24 VDC, 1.55 VA @ 24 VAC
I-Analog Input Bias Voltage: 10 VDC max
Ilahleko iComm. Ixesha elimiselweyo: 35 min. (Fanyaza ngokukhawuleza)
Buyela kuKuxhathisa okuPhezulu >35KΩ (ITemp ephantsi)
Uluhlu Lweziphumo Zobushushu:
Iyunithi ye-10K-2: 35 ukuya ku-120ºF (1 ukuya ku-50ºC)
Iyunithi ye-10K-3: 32 ukuya ku-120ºF (0 ukuya ku-50ºC)
10K-3(11K) Iyunithi: 32 ukuya ku-120ºF (0 ukuya ku-50ºC)
Iyunithi ye-20K: 53 ukuya ku-120ºF (12 ukuya ku-50ºC)
Isisombululo Sesiphumo: 100Ω
Iinkcukacha zinokutshintshwa ngaphandle kwesaziso.

Imilinganiselo yemodyuli 

Ulwakhiwo lweeMveliso eziziSebenzisayo, i-Inc., 750 North Royal Avenue, Gays Mills, WI 54631 USA Umnxeba:+1-608-735-4800 · Ifeksi+1-608-735-4804 · I-imeyile:sales@bapihvac.com · Web:www.bapihvac.com

Amaxwebhu / Izibonelelo

I-BAPI BA-RCV-BLE-EZ i-Wireless Receiver kunye ne-Analog Output Modules [pdf] Incwadi Yomyalelo I-BA-RCV-BLE-EZ i-Wireless Receiver kunye ne-Analog Output Modules, BA-RCV-BLE-EZ, i-Wireless Receiver kunye ne-Analog Output Modules, i-Receiver kunye ne-Analog Output Modules, iimodyuli ze-Analog Output, iimodyuli zokuphuma, iimodyuli, i-Wireless Receiver, i-Receiver.

Iimbekiselo

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