I-Power Transmitter
Incazelo yokuqamba
Izinkomba zobuchwepheshe ezijwayelekile
| Amazinga Engcaphuno kanye Nemithetho | I-GB/T13850-1998 |
|
| Okokufaka okungaphezu kobubanzi | Okuqhubekayo: izikhathi ezingu-1.2;Ngokushesha: izikhathi eziyi-10 zamanje (imizuzwana emi-5), i-voltage izikhathi ezi-2 (imizuzwana eyi-10) | |
| Faka imvamisa | 50/60Hz±10% | |
| Amandla okushisa | AC 2kV | |
| Isolation imelana ne-voltage | Phakathi kokufaka okujwayelekile nokuphumayo: AC 1KV;ukunikezwa kwamandla nokokufaka, ukunikezwa kwamandla kanye nokuphumayo: AC 2KV | |
| Ukumelana ne-insulation | ≥1000 | |
| Okukhiphayo ripple | Inani lephutha eliyisisekelo alikho ngaphezu kwezikhathi ezi-2 | |
| Izimo zokusebenza | Izinga lokushisa le-ambient: -10~+55℃, umswakama ohlobene ≤93%, | |
| Izimo zokugcina | Izinga lokushisa -40~+70℃, umswakama ohlobene 20~+99℃, akukho ukufingqa | |
| MTBF | ≥50000h | |
| Qaphela: Inani legama lesiginali yokokufaka 0~100% ngokuvamile lihambisana nokuphumayo kwe-4~20mA (izimo ezikhethekile zizocaciswa ngokuhlukile). | ||
Uhlu lwezicaciso namamodeli
| Igama lomkhiqizo | Imodi yokufaka | Izilungiselelo Zokukhiphayo | bonisa | Amandla asizayo | |||
| 4-AC | 5-AC | Inani le-analogi | Ubuningi bedijithali | I-Energy pulse | |||
| Indlela eyodwa | ● | ● | 1 indlela | AC, DC | |||
| ● | ● | 1 indlela | |||||
| ● | 2 indlela | 2 koku-2 ngaphandle noma 1 koku-2 ngaphandle, kuhlukanisiwe komunye nomunye | |||||
| ● | 2 indlela | ||||||
| ● | 1 indlela | Isilinganiso se-RMS sangempela | |||||
| ● | 1 indlela | ||||||
| ● | ● | √ | Ukudluliswa kwedijithali | ||||
| ● | ● | √ | |||||
| ● | 1 indlela | Kudingeka ukunikezwa kwamandla kagesi we-DC wangaphandle | I-DC 12V | ||||
| ● | 1 indlela | ||||||
| I-transducer yamanje yezindlela ezintathu | ● | 3 indlela | AC, DC | ||||
| I-Three way voltage transmitter | ● | 3 indlela | |||||
| I-Power Transmitter | ● | 1 indlela | Izigaba ezintathu zocingo | ||||
| ● | 1 indlela | ||||||
| ● | 1 indlela | Izigaba ezintathu ezinezintambo ezine | |||||
| ● | 1 indlela | ||||||
| ● | 4 indlela | √ | |||||
| i-frequency transmitter | ● | 1 indlela | |||||
| ● | √ | ||||||
| I-Power Factor Transmitter | ● | 1 indlela | |||||
| ● | √ | ||||||
| Isici samandla | ● | 1 indlela | |||||
| ● | √ | ||||||
| Isidlulisi samandla esibanzi | ● | 4 indlela | √ | 2 indlela | Ukudluliselwa okuhlanganisiwe | ||
| Qaphela: ● ibonisa ukuthi kukhona le ndlela yokufaka: √ ikhombisa ukuthi kunomsebenzi wokuphuma kwedijithali we-RS-485. | |||||||
Imikhiqizo Enconyiwe
Isigaba esisodwa samanje, i-voltage transmitter yesigaba esisodwa
Ingakwazi ukukala amasignali amanje nawe-voltage, futhi iwakhiphe njengamasignali e-DC yamanje noma ama-voltage analog ngemva kokucubungula isignali nokuhlukaniswa.Ukunikezwa kwamandla kwalesi sithumeli kunikwa amandla ugesi oshintshayo, ongasebenza kahle endaweni enokuguquguquka okukhulu kugridi yamandla.
Imodeli yomkhiqizo
◇ Isidlulisi samanje se-AC
◇ DC isidluliseli samanje
◇ I-AC voltage Transmitter
◇ Isidluliseli se-voltage DC
Izinkomba zobuchwepheshe
| Specification Model Inkomba | BS41 | BS51 | BS4U | BS5U | ||
| Isigaba sokunemba | 0.2 izinga 0.5 izinga | |||||
| Okokufaka | Ngokuzisholo | 1A, 5A njll | 20mA njll | 100v, 220V, 380V njll | 75mV njll | |
| imvamisa | 50/60Hz±10% | |||||
| Okukhiphayo | Inani le-analogi | Ngokuzisholo | 0~20mA, 4~20mA, 0~5V njll | |||
| Layisha Ukumelana | Okukhiphayo kwamanje: RL<1kΩ;okukhipha amandla kagesi: RL≥5kΩ | |||||
| Ubuningi bedijithali | Iphrothokholi ye-RS-485 ye-MODBUS-RTU;isilinganiso se-baud: okuzenzakalelayo okungu-4800 (ongakukhetha 2400, 9600) bps | |||||
| Ukunikezwa kwamandla kagesi | Amandla asizayo | I-Ac, DC 80~270v | ||||
| Ukuchithwa kwamandla | ≤3.5VA | |||||
Ubukhulu bangaphandle
Indlela yokufaka
Ingafakwa ngendlela eqondile kumzila wesitimela ojwayelekile ongu-35mm.
Indlela yokufaka izintambo
Thekelisa uhlobo lwamanje lwesigaba esisodwa, i-voltage transmitter yesigaba esisodwa
I-AC yamanje kanye ne-voltage transmitter iyithuluzi elingakala ngomugqa ukulinganisa kwe-AC yamanje kanye ne-voltage futhi ihlukanise futhi iguqule okukhiphayo kwe-DC yamanje noma i-voltage.Ifakwe amathuluzi ahambisanayo akhombisayo noma amadivaysi, ukukalwa nokulawulwa kwamandla amanje kanye ne-voltage kungenziwa kusekethe yesistimu yamandla.Isidlulisi se-RMS sangempela asithinti ukunemba ngokuhlanekezelwa kwe-waveform, futhi ifaneleka ikakhulukazi izindawo ezinokuhlanekezela okunzima kwe-waveform.
Indlela yokufaka
Ingafakwa ngokuqinile kumzila wesitimela ojwayelekile ongu-35mm, futhi ingasetshenziselwa ukulungisa izikulufu.
Imodeli yomkhiqizo
◇ Isidlulisi samanje se-AC
◇ DC isidluliseli samanje
◇ I-AC voltage Transmitter
◇ Isidluliseli se-voltage DC
Indlela yokufaka izintambo
Indlela ezintathu yamanje, inhlanganisela ye-voltage transmitter
I-AC yezigaba ezintathu zamanje kanye ne-voltage transmitter iyithuluzi elingaguqula i-AC yezigaba ezintathu zamanje noma i-voltage ibe i-DC yamanje noma i-voltage ehlukanisiwe futhi eguqulelwe ngesilinganiso somugqa.Ifakwe amathuluzi ahambisanayo akhombisayo noma okokusebenza, ukukalwa nokulawulwa kwamandla amanje noma amandla kagesi kungenziwa kumjikelezo we-AC wohlelo lwamandla.
Imodeli yomkhiqizo
◇Isidlulisi samanje se-AC sezindlela ezintathu
◇Isidlulisi se-voltage ye-AC yezindlela ezintathu
Izinkomba zobuchwepheshe
| Ukucaciswa Inkomba yemodeli | BS413 | BS4U3 | |
| Isigaba sokunemba | Ileveli 0.5, Ileveli 0.2 (Okokufaka kwe-RMS Yangempela) | ||
| Okokufaka | Okokufaka okuncane | I-AC1A, 5A, njll. | I-AC100V, 220V, 380V, njll. |
| Okukhiphayo | Okukhiphayo kwe-analog | Ngesikhathi esifanayo la, lb, lc amanani amathathu | Kanyekanye Uab, Ubc, Uca noma Uan, Ubn, Ucn amanani amathathu |
| Inani elilinganiselwe | 4~20mA, 4~12~20mA, 0~5V, njll. | ||
| Layisha Ukumelana | I-Voltage output RL>100KΩ, okukhiphayo kwamanje RL<510KΩ | ||
| Ukunikezwa kwamandla kagesi | Amandla asizayo | I-AC/DC 80V~270V | |
| Ukuchithwa kwamandla | <5VA | ||
| Umphumela wokuxhumana | Isixhumi esibonakalayo se-RS485 ozikhethela sona, iphrothokholi ye-MODBUS-RTU, izinga le-baud: okuzenzakalelayo 4800 (ongakukhetha 2400, 9600) bps | ||
Qaphela: Uma kucatshangelwa okokusebenza okwamukelayo komsebenzisi, kunezimo ezimbili zokukhipha isignali kagesi:
Lapho i-voltage yokufakwayo iyizintambo ezintathu zezigaba ezintathu, i-0 ~ 120% yenani elincane lihambisana nokuphuma kokudlulisela okungu-4~20mA
Uma i-voltage yokufaka iyisigaba sesithathu sezintambo ezine, i-0 ~ 100% yenani elincane lihambisana nokuphuma kokudlulisela okungu-4~20mA
Ubukhulu bangaphandle
Indlela yokufaka
Ifakwe kumzila wesitimela ojwayelekile ongu-35mm noma igxiliswe kukhabethe elinezikulufu.
Indlela yokufaka izintambo
Ama-Frequency Transmitters
I-frequency transmitter iyithuluzi eliguqula isignali yefrikhwensi elinganisiwe ibe yamanje ye-DC noma i-voltage elingana ngokomugqa nokuphumayo kokuguqulwa okukodwa.Ifakwe amathuluzi ahambisanayo okubonisa noma okokusebenza, ingakwazi ukubona ukukalwa nokulawula kwesignali yefrikhwensi yegridi kumjikelezo we-AC wesistimu yamandla.
Ukucaciswa komkhiqizo
i-frequency transmitter
Indlela yokufaka
Ifakwe kumzila wesitimela ojwayelekile ongu-35mm noma igxiliswe kukhabethe elinezikulufu.
Indlela yokufaka izintambo
Ubukhulu bangaphandle
I-Power Factor Transmitter
I-power factor transmitter iyithuluzi eliguqula isignali yesici samandla esilinganisiwe ibe yamanje ye-DC noma i-voltage ehlukanisiwe futhi eguqulwa ngokwesilinganiso somugqa.Ifakwe amathuluzi ahambisanayo okubonisa noma okokusebenza, ingabona ukukalwa nokulawula isici samandla egridi kumjikelezo we-AC wesistimu yamandla.
Ukucaciswa komkhiqizo
I-Power Factor Transmitter
Indlela yokufaka
Ifakwe kumzila wesitimela ojwayelekile ongu-35mm noma igxiliswe kukhabethe elinezikulufu.
Indlela yokufaka izintambo
Ubukhulu bangaphandle
Isihambisi samandla asebenzayo/asebenzayo
Isidluliseli samandla asebenzayo/asebenzayo sidinga kuphela isethi yezintambo zokuxhuma okokufaka, futhi sithatha kuphela indawo yesidlulisi esisodwa ukukala amandla asebenzayo namandla asebenzayo ngesikhathi esifanayo, amandla asebenzayo kanye nokuphumayo okukodwa kwe-DC okubili okuhambisana namandla asebenzayo , ngakho-ke ithuluzi elisekela ukonga kakhulu lamandla asebenzayo kanye nesilinganiso samandla asebenzayo.
Imininingwane Yomkhiqizo
Isidlulisi samandla esisebenza ngezintambo ezintathu esinezigaba ezintathu
Isidlulisi samandla esisebenza ngezintambo ezine ezinezigaba ezintathu
Isidlulisi samandla esisebenza ngezintambo ezintathu sezigaba ezintathu
Isidlulisi samandla esisebenza ngezintambo ezinezigaba ezintathu
Indlela yokufaka izintambo
Ubukhulu bangaphandle
| igama lomkhiqizo | imodeli yomkhiqizo | umsebenzi oyisisekelo | amazwi | |
| Isidluliseli samanje se-AC | I-NLK600-BS4I | | Isigaba esisodwa samanje, i-voltage transmitter yesigaba esisodwa Ingakwazi ukukala amasignali amanje kanye ne-voltage, Ngemuva kokucutshungulwa kwesignali nokuhlukaniswa ekugelezeni kwe-DC Noma okukhipha isignali ye-analog ye-voltage.Lesi sidluliseli Ukunikezwa kwamandla ukushintsha ukunikezwa kwamandla, kungasebenza kahle endaweni eguquguqukayo yegridi.
| Ubude * ububanzi * ukuphakama 92mm * 23mm * 135mm ngokulandelana |
| I-DC electric current transmitter | I-NLK600-BS5I | |||
| I-AC voltage Transmitter | I-NLK600-BS4U | |||
| I-DC electric voltage transmitter | I-NLK600-BS5U | |||
| Isidluliseli samanje se-AC | I-NLK700-BS4I |
| Ingakwazi ukukala amasignali amanje kanye ne-voltage, Ngemuva kokucutshungulwa kwesignali nokuhlukaniswa ekugelezeni kwe-DC Noma okukhipha isignali ye-analog ye-voltage. Thekelisa uhlobo lwamanje lwesigaba esisodwa, i-single phase voltage transmitter | Ubude: * ububanzi: * ubude: 75mm: * 55mm: * 120mm |
| I-DC electric current transmitter | I-NLK700-BS5I | |||
| I-AC voltage Transmitter | I-NLK700-BS4U | |||
| I-DC electric voltage transmitter | I-NLK700-BS5U | |||
| Isidluliseli samanje se-AC sezindlela ezintathu | I-NLK600-BS4I3 | | I-Transmitter yenhlanganisela yamanje ne-voltage ehlanganisa izindlela ezintathu I-AC yezigaba ezintathu zamanje kanye ne-voltage transmitter iyithuluzi elingaguqula i-AC yezigaba ezintathu ezikaliwe noma i-voltage ibe okokuphumayo kokuguqulwa okujwayelekile ngengxenye yomugqa. Ngethuluzi lenkomba elihambisanayo noma okokusebenza, isilinganiso samanje nokulawula noma i-voltage kungaba yabonakala ohlelweni lwamandla lwesekethe ye-AC. | Ubude, * ububanzi, * ukuphakama, 110mm * 75mm * 120mm |
| I-AC voltage Transmitter yezindlela ezintathu | I-NLK600-BS4U3 | |||
| I-Frequency Transmitter | I-NLK600-BS4F |
| I-frequency transmitter iyithuluzi eliguqula isignali yefrikhwensi elinganisiwe ibe yamanje ye-DC noma i-voltage ukuze ihlukanise okukhiphayo okuguquliwe esikalini somugqa. | Ubude: * ububanzi: * ubude: 75mm: * 55mm: * 120mm |
| Isidlulisi sesici samandla | I-NLK600-BS4H | I-power factor transmitter iyithuluzi eliguqula isignali yesici samandla esilinganisiwe ibe i-DC eguquliwe yamanje noma i-voltage esikalini esiwumugqa. | ||
| Isidlulisi samandla esisebenzayo | I-NLK600-BS4P | | Isidluliseli samandla sizofaka imigqa yezigaba ezintathu noma izigaba ezintathu imigqa emine yamandla kagesi kanye namasiginali amanje esilinganisweni sempumelelo yokuphuma komugqa wokukhipha i-DC yamanje noma insimbi ye-voltage. | Ubude, * ububanzi, * ukuphakama, 110mm * 75mm * 120mm |
| Isidlulisi samandla esisebenzayo | I-NLK600-BS4Q | |||
