Isingeniso ku-0-10V Transformer yamanje
I-0-10V Transformer yamanje imele ukuvela kwanamuhla kubuchwepheshe bokuzwakala kwamanje. Isiginali ye-analog esekwe e-VoltageLokho kufana ngokuqondile nakwamanje okulinganiselwe.
Lolu hlobo lwe-transformer lwaziswa kabanzi ngokulula, ukuphepha, kanye nekhono lokuhlinzekaIsikhathi sangempela, ukulinganiswa kokunemba okuphezuluezindaweni ezahlukahlukene.
Izicelo ze-0-10v yamanje transformer
I-Versite futhi Compact, i-0-10V CT ingatholakala kuzilungiselelo eziningi:
- Izinhlelo Zokuphathwa Kwakha (BMS)
Inika amandla ukulandelwa kwamandla okusebenzayo kanye nokuqapha umthwalo we-HVAC. - Ezenzakalelayo zezimboni
Inikeza idatha yangempela yamanje ye-motor control control, amasistimu wokuvikela, kanye nabalawuli abahleliwe (ama-PLCs). - Amaphaneli kagesi wezentengiselwano
Kusiza ukufakwa kwamandla we-branch-izinga lamandla kanye nokuphathwa okufunwayo. - Izinhlelo zamandla avuselelekayo
Kusetshenziswe kuzinhlelo zokusebenza zelanga nezomoya ukuqapha okukhishwe kwamanje ngaphambi kokubopha uthayela. - Izinsimbi ze-OEM
Kufakwe ku-switchgear ehlakaniphile namamitha ahlakaniphile.
Umongo wezimboni kanye nezitayela zemakethe
Njenge-I-Global Industrial automationそしてukusebenza kwamandlaIzakhiwo zivela, ngakho-ke isidingo sezinzwa zamanje, ezinembile, nezinzwa ezihlanganayo zamanje. Izimanjemanje, kubhekwe imakethe yezinzwa yamanje kufanele ifinyelele ngaphezuluI-USD 3.3 billion ngo-2027, eqhutshwa ukwandisa ukutshalwa kwezimali ekuqapheleni kwezimboni kanye nezinhlelo zegridi ezihlakaniphile.
Izinhlangano ezifanaIeeeそしてUyemaNqaphela izinzwa ze-analog Voltage-Output Sensors njengezakhi ezibalulekile zokuhlanganiswa kwesiginali ezinhlelweni zanamuhla zokulawula. I-Wikipedia's Article ku-Transformers yamanjeKuqokomisa ukuthandwa okukhulayo kwezinhlobo zemiphumela yamandla kagesi kuzinhlelo eziphansi ze-voltage automation ngenxa yezinqubo zazo eziphephile zokufaka kanye nokuhambisana kwemishini yedijithali.
技術仕様
I-Transformer evamile ye-0-10V yamanje inikeza amapharamitha alandelayo:
- Faka ibanga lamanje: 0-50a / 0-10a / 0-150a / 0-200a
- Isiginali yokuphuma: 0-10v dc linear analog voltage
- Isigaba sokunemba: isigaba 1.0 noma 0.5 (kuya ngemodeli)
- Ububanzi obujwayelekile: 50hz / 60hz
- Ukushisa okusebenzayo: -25 ° C kuya ku-70 ° C
- Ukushisa kwesitoreji: 40 ° C kuya ku-85 ° C
- Ukumelana nokufakelwa: ≥100m ku-500V DC
- Amandla we-Dielectric: 2.5kv AC, imizuzwana engama-60
- Isikhathi sokuphendula: <250 ms
- Umthwalo wokukhipha: ≥2k ω (ngokulinganisa okunembile kwe-voltage)
- Ukukhwela: I-DIN-Rail noma i-Surface-Mount
- I-EBRICE: I-Flame-Retardant Abs, imvamisa i-IP20 / IP40 ilinganiswe
Qhathanisa: 0-10v CT vs yendabuko yendabuko
| Ubuso | I-CT yendabuko CT (1A / 5A okukhipha) | 0-10v CT |
|---|---|---|
| Uhlobo lokukhipha | -Dlulayo | Amandla kagesi |
| Kudingeka Ukuphikiswa Omthwalo Kuyadingeka | Yebo | -Nokuba |
| Ukuxaka I-Wiring | -Phezulu | -Ehlile |
| Ukufaneleka ukuhambisana | Kudinga ukuguqulwa | Okokufaka okuqondile kwe-analog |
| Ukuphepha Esikoleni Esivulekile | -Bushelelezi | Kuphephile (umjikelezo we-voltage) |
| Icala Lokusetshenziswa Okuncamelayo | Izinhlelo zefa | Izinhlelo zanamuhla ezenzakalelayo kanye namandla |
Ngenkathi ama-CTS yendabuko asalungele izinhlelo eziningi eziphezulu zokusabalalisa amandla, 0Ukulingana okulula nokuphephaukucatshangelwa okubalulekile.
Ukuthenga izeluleko namathiphu wokukhetha
Ukukhetha i-0-10V CT kuncike ezintweni ezimbalwa eziqondene nohlelo:
- Faka isilinganiso samanje samanje
Khetha i-Transformer ikalwe kancane ngenhla kwesilinganiso sakho esiphezulu sokusebenza kwamandla enani elifanele nokunemba. - Isigaba sokunemba
Izicelo ezibandakanya ukucwaningwa kwamandla kwamandla noma ukukhokhiswa kufanele kusetshenziswe ikilasi 0.5 noma okungcono. - Ukuhambisana kokulawulwa
Qinisekisa ukuthi idivaysi eyamukelayo isekela amasignali wokufaka we-0-10v futhi inokuvikelwa okufanele kokufaka. - Ifomu lesici
UmsebenziSplit-Core CTSNgokuphinda usebenzise kabusha ukufakwa okukhona ngaphandle kokunqamula i-wiring; Ama-CTS aqinileUkufakwa okusha kudinga ukunemba okungcono. - Indawo ezungezile
Ngezindawo ezingaphandle noma zezimboni, cabanga ngamamodeli ngeIzilinganiso eziphakeme ze-IPそしてukubekezelela okungashisa okunwetshiwe. - Ukuqinisekiswa
Imikhiqizo edumile efanaAbisa,ItそしてSchneider Electricnikeza izinketho eziqinisekisiwe ze-ul noma ze-CE ezihambisana nazoIEC 61869amazinga.
Imibuzo ebuzwa njalo (i-FAQ)
A: Uma nje uhlelo lumukela okokufaka kwe-analogi oku-0-10v futhi lunokuvinjelwa okufanele kokufakwayo (ngokujwayelekile ≥2kω), ukuhlanganiswa kuvame ukuqondile.
A: Cha. Lo mkhiqizo wenzelwe ukuqapha ukuqapha kwamanje.
A: Ukuphazamiseka komthwalo ngaphansi kobuncane obucacisiwe kungahlanekezela isiginali ye-voltage futhi kuholele ezilinganisweni ezinganembile. Umhlahlandlela WokuguqulaIzakhi zangaphakathi zangaphakathi.
I-0-10V変流器ガイドはIthembekile, iphephile, futhi iyahambisanaIthuluzi lokuqapha njengamanje ezindaweni zanamuhla eziqhutshwa yisikhathi. Ukukhetha okuthandwayo kwezimboni eziqaphele amandla kanye nengqalasizinda yezokwakha ehlakaniphile.
Ngokuqonda imininingwane, imikhuba yokufaka, kanye nenqubo yokukhetha, onjiniyela kanye nochwepheshe bokuthengwa kwempahla bangakhulisa ukusebenza futhi baqinisekise ukuthembeka kwesikhathi eside. Ieee,Schneider ElectricそしてWikipediaukwenza isinqumo esinolwazi.
