52432_ins_BBX_Humidity_Duct
I-Duct Humidity Sensor ene-BAPI-Box Crossover
Indawo Evalekile kanye Nenzwa Yezinga Lokushisa Ongayikhetha
Ukufakwa & Ukusebenza
Kuphelileview kanye Nokuhlonza
Izinzwa ze-Duct Humidity ku-BAPI-Box Crossover enclosure ziza ngokunemba okungu-2%RH kanye no-3%RH ngokuphuma kuka-0 kuye ku-5, 1 kuya ku-5, 0 kuya ku-10 noma 2 kuya ku-10VDC okukhiphayo noma iluphu enikwe amandla 4 kuya ku-20mA okukhiphayo. Ayatholakala nge-RTD yokuzikhethela noma inzwa yezinga lokushisa le-thermistor. Indawo ebiyelwe ye-BAPI-Box Crossover inesembozo esinezintelezi ukuze iqedwe kalula futhi iphethe isilinganiso se-IP44 ngepulaki yokungqongqoza embobeni evulekile. Ihlanganisa i-LED ebonisa amandla aluhlaza ebonakala ngekhava. Leli shidi lemiyalo liqondene ngqo namayunithi ane-BAPI-Box Crossover Enclosure. Ukuze uthole ezinye izivalo, sicela ubheke i-BAPI webisayithi noma uxhumane nawe omele i-BAPI.
Ukukhweza
Khipha okungenani amadayamitha amathathu wamapayipi ukusuka kuma-humidifiers phakathi nendawo yodonga lwamapayipi. Bamba imbobo eyi-intshi engu-1 ye-probe emhubheni bese usebenzisa izikulufu zensimbi zeshidi elingunombolo 8 ukuze unamathisele inzwa kumbhobho. Beka phakathi uphenyo embotsheni yayo yokukhweza. Qinisekisa ukuthi igwebu livala imbobo, kodwa ungaqinisi kakhulu izikulufu.
Ukuxhuma izintambo nokuqeda
I-BAPI incoma ukuthi kusetshenziswe ipheya esontiwe okungenani engu-22AWG nezixhumi ezigcwele izinsimbi kukho konke ukuxhumana kwezintambo. I-gauge wire enkulu ingase idingeke isikhathi eside. Zonke izintambo kufanele zihambisane ne-National Electric Code (NEC) namakhodi endawo. Ungazisebenzisi izintambo zale divayisi epayipini elifanayo nentambo yamandla ye-AC ye-NEC yesigaba 1, i-NEC isigaba 2, i-NEC yesigaba 3 noma ngezintambo ezisetshenziselwa ukuhlinzeka ngemithwalo enamandla kakhulu njengamamotho, izixhumi zokuthinta kanye nama-relay. Ukuhlola kwe-BAPI kubonisa ukuthi amaleveli esignali aguquguqukayo nangalungile angenzeka uma izintambo zamandla e-AC zikhona kumgudu ofanayo nolayini wesiginali. Uma uhlangabezana nanoma ibuphi lobu bunzima, sicela uxhumane nomele i-BAPI yakho.
I-BAPI incoma ukufaka izintambo komkhiqizo ngamandla anqanyuliwe. Umthamo wokunikezwa okufaneletage, i-polarity, nokuxhumeka kwezintambo kubalulekile ekufakweni okuyimpumelelo. Ukungazinaki lezi zincomo kungalimaza umkhiqizo futhi kuzovala iwaranti.
| Ithebula 1: I-Humidity Transmitter enomphumela ongu-4 kuye ku-20mA | ||
| Umbala Wocingo | Inhloso | Qaphela |
| Emhlophe | Ayisetshenziswa | Ayisetshenziswa |
| Mnyama | Ukukhishwa komswakama | 4 kuya ku-20mA, Okokufaka kwe-Analog yesilawuli |
| Okubomvu | Amandla | 7 ukuze 40VDC |
| Ithebula 3: I-Humidity Transmitter eno-0 ukuya ku-10 noma 2 kuya ku-10VDC Okukhiphayo | ||
| Umbala Wocingo | Inhloso | Qaphela |
| Emhlophe | Ukukhishwa komswakama | 0 kuya ku-10 noma 2 kuye ku-10VDC, Okokufaka kwe-Analog yesilawuli |
| Mnyama | I-GND (Ejwayelekile) | IGround for Power and Humidity Output |
| Okubomvu | Amandla | 13 kuya ku-40VDC noma 18 kuya ku-32VAC |
| Ithebula lesi-4: Imibala Yentambo Yokuhola Yenzwa Yezinga lokushisa | |||
| Ama-thermitors | I-Platinum RTDs - 2 Wire | ||
| 1.8KΩ | Owolintshi/Obomvu | 100Ω | Okubomvu/Okubomvu |
| 2.2KΩ | Brown/Mhlophe | 1KΩ | Owolintshi/Owolintshi |
| 3KΩ | Ophuzi/Mnyama | I-Nickel RTD | |
| 3.25KΩ | Brown/Green | 1KΩ | Okuluhlaza/Okuhlaza |
| 3.3KΩ | Ophuzi / onsundu | I-Silicon RTD | |
| 10K-2Ω | Ophuzi/Ophuzi | 2KΩ | Brown/Blue |
| 10K-3Ω | Ophuzi/Obomvu | I-Platinum RTDs - 3 Wire | |
| 10K-3(11K)Ω | Ophuzi/Oluhlaza okwesibhakabhaka | 100Ω | Okubomvu/Okubomvu/Mnyama* |
| 20KΩ | Mhlophe / Mhlophe | 1KΩ | Iwolintshi/Owolintshi/Mnyama* |
| 47KΩ | Ophuzi/Owolintshi | *Kuzinzwa ze-RTD ezi-3-Wire ezisohlwini olungenhla, izintambo ezimbili zombala ofanayo zixhunywe ndawonye. | |
| 50KΩ | Okumhlophe/Kuluhlaza | ||
| 100KΩ | Ophuzi/Omhlophe | ||
Izinzwa ezengeziwe ziyatholakala ukuze inzwa yakho ingase ingafakwa ohlwini kuleli thebula.
QAPHELA: Ama-BAPI's ±2% kanye ne-±3% ama-humidity transmitter ARE sensitive polarity futhi avikelwe i-polarity ehlehlayo.
| Ithebula 2: I-Humidity Transmitter eno-0 ukuya ku-5 noma 1 kuya ku-5VDC Okukhiphayo | ||
| Umbala Wocingo | Inhloso | Qaphela |
| Emhlophe | Ukukhishwa komswakama | 0 kuya ku-5 noma 1 kuye ku-5VDC, Okokufaka kwe-Analog yesilawuli |
| Mnyama | I-GND (Ejwayelekile) | IGround for Power and Humidity Output |
| Okubomvu | Amandla | 7 kuya ku-40VDC noma 18 kuya ku-32VAC |
Ukunakekelwa Kwesihlungi
Isihlungi esine-sintered sivikela inzwa yomswakamo ezinhlayiyeni ezihlukahlukene ezihamba emoyeni futhi singase sidinge ukuhlanzwa ngezikhathi ezithile. Ukuze wenze lokhu, khulula ngobumnene isihlungi ku-probe. Hlanza isihlungi emanzini afudumele anensipho bese uhlanza size sihlanzeke. Ibhulashi lenayiloni lingasetshenziswa uma kunesidingo. Faka esikhundleni isihlungi ngobumnene ngokusibuyisela ku-probe. Isihlungi kufanele sifake yonke indlela singene ku-probe. Ukuqinisa isandla kuphela. Uma isihlungi esingena esikhundleni sidingeka, shayela i-BAPI.
I-BA/HDOFS3: Ukushintshwa Kwesihlungi Sensimbi Engagqwali Kwamayunithi Omoya Angaphandle
Ukuxilongwa Komswakama
| Izinkinga ezingaba khona: | Izixazululo Ezingaba Khona: | ||||||||||||
| Iyunithi ngeke isebenze | Hlola amandla okunikezela afanele. (Bheka ikhasi 2 ukuze uthole umdwebo wezintambo kanye nezici zamandla) | ||||||||||||
| Umswakamo ophumayo usezingeni eliphezulu | Qiniseka ukuthi inzwa yokuswakama ixhunywe kahle. Qinisekisa umswakama ngenzwa yereferensi. Uma umswakama wehlela ku-5% noma ngaphansi endaweni ezungezile, okukhiphayo kuzoya enanini eliphezulu.D375 |
||||||||||||
| Umswakamo ophumayo ubuncane bawo | Qiniseka ukuthi inzwa yokuswakama ixhunywe kahle. | ||||||||||||
| Ukufundwa komswakamo kusofthiwe yesilawuli kubonakala kucishwe ngaphezu kokunemba okucacisiwe | Hlola yonke imingcele yesofthiwe Nquma ukuthi ingabe inzwa ivezwe emthonjeni womoya wangaphandle ohlukile ku- imvelo elinganiselwe ehlosiwe noma idivayisi yereferensi.D376 |
||||||||||||
|
Hlola okukhiphayo kwesidlulisi se-Humidity ngokumelene nereferensi elinganiselwe njenge-hygrometer enembile engu-2%. Linganisa umswakama endaweni yenzwa usebenzisa imitha yereferensi, bese ubala okukhiphayo kwesidlulisi somswakama usebenzisa ifomula yokuswakama kwesokunxele. Qhathanisa okukhiphayo okubaliwe nokuphumayo kwangempela kwesidlulisi somswakama (bona umdwebo wezintambo ekhasini 2 ukuze uthole imibala yezintambo eziphumayo zesidlulisi somswakama). Uma okukhiphayo okubaliwe kuhluka kokuphumayo kwesidlulisi somswakama ngaphezu kuka-5%, xhumana nosekelo lobuchwepheshe lwe-BAPI. |
I-Temperature Diagnostics
| Izinkinga ezingaba khona: | Izixazululo Ezingaba Khona: |
| Isilawuli sibika ukuthi Akulungile izinga lokushisa |
Qinisekisa okokufaka kumiswe ngendlela efanele kusofthiwe yesilawuli - Qinisekisa ukuthi izintambo zezinzwa azifinyeziwe ngokomzimba noma azivuliwe - Hlola izintambo ukuze unqamule okufanele – Linganisa izinga lokushisa endaweni yenzwa yezinga lokushisa usebenzisa izinga lokushisa elinembile. Nqamula izintambo zenzwa yezinga lokushisa futhi ulinganise ukumelana kwenzwa yezinga lokushisa nge-ohmmeter. Qhathanisa ukumelana kwenzwa yezinga lokushisa nethebula lenzwa yezinga lokushisa elifanele ku-BAPI webindawo. Uma ukumelana okukaliwe kuhlukile kuthebula lokushisa ngaphezu kuka-5%, shayela usekelo lobuchwepheshe lwe-BAPI. I-BAPI's web indawo itholakala ku www.bapihvac.com; chofoza ku-“Resource Library” kanye “Nezici Zenzwa” bese uchofoza ohlotsheni lwenzwa onayo. |
Inothi Lokushintsha Kwe-DIP Lokukhipha Umswakama:
Ibhodi lesekethe yesidluliseli lingase libe neswishi ye-DIP yezikhundla ezintathu elawula inani lokuphumayo lomswakamo. Le swishi isethwe efekthri ngesikhathi soku-oda. Izilungiselelo zokushintsha ziboniswa kwesokudla uma ufuna ukuzishintsha ensimini. Qaphela ukuthi izimfuneko zamandla zeyunithi ziyashintsha kuye ngevelu yokukhipha umswakamo. Bona isigaba sokucaciswa ngezidingo zamandla.
Isikwele esimnyama simele indawo yokushintsha, okungukuthi, i-“0-5Vout” inawo wonke amaswishi endaweni “yokucisha”.
Imininingwane
Amandla:
10 kuya ku-35VDC ………………… Ku-0 kuya ku-5 noma 1 kuya ku-5VDC noma 4 kuya ku-20 mA Okukhipha Umswakamo
15 kuya ku-35VDC ……………………. Ku-0 kuye ku-10 noma ku-2 kuye ku-10VDC Umswakamo Okukhiphayo
12 kuya ku-27VAC ……………………. Ku-0 kuye ku-5 noma 1 kuya ku-5VDC Humidity Output
15 kuya ku-27VAC ……………………. Ku-0 kuye ku-10 noma 2 kuya ku-10VDC Humidity Output
Ukusetshenziswa kwamandla:
22 mA ubukhulu. DC ………………. Ku-0 kuye ku-5 noma 1 kuya ku-5VDC noma 4 kuya ku-20 mA Ukuphuma komswakamo
6 mA ubuningi. DC ……………… Ku-0 kuye ku-10 noma 2 kuya ku-10VDC Umswakamo Ophumayo
0.53 VA ubuningi. AC …………… Ku-0 kuya ku-5 noma 1 kuya ku-5VDC Umswakamo Okukhiphayo
0.14 VA ubuningi. AC …………… Ku-0 kuya ku-10 noma 2 kuya ku-10VDC Umswakamo Okukhiphayo
Inzwa:
Umswakamo………………………….. I-Capacitive Polymer
I-Drift ………………………………. 0.5% ngonyaka
Isikhathi sokuphendula ……………………. < 5 imizuzwana emoyeni onyakazayo
I-RH Linearity ………………….. Ayinakwa, i-factory ilungiswe ngomugqa ukusuka ku-10 ukuya ku-80% we-RH
I-RH Hysteresis ……………… Imboni ilungiswe yaba ngu-<1%
Khetha. Temp. …………………………. I-Passive RTD noma i-Thermistor
Ukunemba Kwesistimu:
2% RH ………………………………. ±2% (10 kuya ku-80% RH @ 25°C), ±3% (80 kuya ku-90% RH @ 25°C), Ayincishi
3% RH ………………………………. ±3% (10 kuya ku-90% RH @ 25°C), Ayiminyanisi
I-Thermistor …………………………. ±0.36ºF (0.2ºC) ukusuka ku-32 ukuya ku-158ºF (0 kuya ku-70ºC) - Amayunithi anemba okuphezulu ayatholakala
I-RTD …………………………………. ±0.55ºF (0.31ºC) @ 32ºF (0ºC) - Amayunithi okunemba okuphezulu ayatholakala
Isihlungi: …………………………………. 80 micron sintered isihlungi sensimbi engagqwali
Okukhiphayo: Ikhetheka ngemininingwane yezintambo
Umswakamo ………………………….. 0 kuya ku-5, 1 kuya ku-5, 0 kuya ku-10 noma 2 kuya ku-10VDC noma 4 kuya ku-20mA ku-0 kuya ku-100% RH
Khetha. Temp. …………………………. I-Resistance RTD noma i-Thermistor
I-Humidity Output Impedance:
Okwamanje …………………………… 700Ω@ 24VDC, VoltagUkwehla kwe-e kungu-10VDC
(Supply Voltage DC - Transmitter voltage yehlisa i-10VDC) / 0.02 Amps = Impedance yomthwalo omkhulu
Voltage………………………………. 10KΩ
Ubude be-Probe: …………………… 5.3” (13.5cm) Ukufakwa Kwepayipi, 1” ububanzi
Ukunqanyulwa: Vula intambo
I-Crimp: 18 kuya ku-26 AWG ene-Sealant Egcwele
Isixhumi se-Crimp (BA/SFC1000)
I-wire Nut: 26 kuya ku-16 AWG ene-Sealant Egcwele
I-wire Nut (BA/SFC2000)
Okubalulekile Kwe-Enclosure Nezilinganiso:
I-Polycarb emelana ne-UV., IP10, NEMA 1
(IP44 enepulaki yokungqongqoza echwebeni elivulekile)
Ibanga Lokusebenza Kwemvelo:
-40 kuya ku-158ºF (-40 kuya ku-70ºC) 0% kuya ku-100% RH
Isisebenzeli:
I-CE EN 61326-1:2013 EMC
(Industrial Electromagnetic Environment), RoHS
Imininingwane ingashintsha ngaphandle kwesaziso.
Building Automation Products, Inc., 750 North Royal Avenue, Gays Mills, WI 54631 USA
Ucingo:+1-608-735-4800
Ifeksi+1-608-735-4804
I-imeyili:sales@bapihvac.com
Web:www.bapihvac.com
Amadokhumenti / Izinsiza
 |
Inzwa ye-BAPI 52432 Duct Humidity ene-Crossover Enclosure [pdf] Umhlahlandlela wokufaka 52432, 52432 Inzwa yokuswakama kwe-Duct ene-Crossover Enclosure, i-Duct Humidity Sensor ene-Crossover Enclosure, i-Humidity Sensor ene-Crossover Enclosure, Inzwa ene-Crossover Enclosure, I-Crossover Enclosure, I-Enclosure |