GE IS200SDIIH1A(IS200SDIIH1ADB) Shigar da Tuntuɓi Mai Sauƙi tare da Kwamitin Warewa Point

IS200SDIIH1A shine kwamitin shigar da lamba ta nau'in S-nau'i wanda aka keɓe don tsarin sarrafa Mark VIe da Mark VeS. Babban aikinsa shi ne samar da tashoshi 16 masu zaman kansu na gano wutar lantarki don dogaron sa ido akan matsayin lambobin sadarwa a kan na'urori kamar relays, maɓalli, fis, da sauran kayan aiki. Jirgin yana goyan bayan nau'ikan ƙarfin lantarki daga 24V DC zuwa 250V DC da 115V AC zuwa 230V AC, kuma yana ba da sassauci na musamman da ƙarfin bincike mai ƙarfi. Ta zaɓin allon zaɓi na jerin WDII daban-daban, yana iya sauƙi sauyawa tsakanin keɓewar aya da tsarin-wetting (waɗanda aka ware) tsarin, ko ma ba da damar daidaitawa gauraye, saduwa da mafi girman buƙatu don amincin siginar, aminci, da kiyayewa a cikin hadaddun aikace-aikacen masana'antu.

2. Core Features & Capabilities

• 16 Cikakkun Tashoshi Masu Warewa: Kowane tashar shigarwa an keɓe shi zuwa 1500V daga wasu tashoshi kuma daga tsarin sarrafawa. Wannan yana kawar da tsangwama ta hanyar tashar tashar tashar tashar tashar tashar tashar tashar tashar tashar tashar, tabbatar da daidaiton sigina da babban amincin tsarin.

• Babban Haɗin Wutar Lantarki: Ana iya daidaita kowane tashoshi daban-daban zuwa ɗayan daidaitattun jeri shida na ƙarfin lantarki, yana goyan bayan gauraye amfani akan allo ɗaya:

• 24V DC (Nisan Iyali: 14 - 32V DC)

• 48V DC (Kewayon Suna: 19 - 64V DC)

• 125V DC (Nisan Ƙimar: 50 - 156V DC)

• 250V DC (Kewayon Suna: 100 - 264V DC)

• 115V AC RMS (Nisan iyaka: 90 - 143 V AC, 47-63 Hz)

• 230V AC RMS (Nisan iyaka: 90 - 264 V AC, 47-63 Hz)

• Hanyoyin Wutar Lantarki Mai Sauƙi:

• Yanayin Keɓe Mai Tsabta: Lokacin da IS200SDIIH1A aka yi amfani da ita ita kaɗai, duk tashoshi 16 ana amfani da su ta hanyar wutar lantarki da aka samar da mai amfani na waje, suna samun cikakkiyar keɓewar maki.

• Tsarin-Wetting Yanayin: Ta hanyar haɗa allon zaɓi na WDII, ana samar da wutar lantarki ta hanyar tsarin sarrafawa, tana juyawa zuwa keɓewar rukuni. Wannan yana sauƙaƙe wayoyi na waje kuma yana ba da damar bincike na ci gaba.

• Yanayin Kanfigareshan Haɗe-haɗe: Lokacin amfani da WDIIH1 ko WDIIH2, daidaitawa mai sassauƙa zai yiwu inda wasu tashoshi suka jike tsarin wasu kuma sun kasance keɓantacce, ana samun su ta hanyar riƙewa ko cire fis ɗin tashoshi.

• Babban Saka idanu Laifin Layin Filin: Haɗe tare da allunan zaɓi na WDII kuma ta ƙara daidaitattun masu adawa a cikin lambobin filin, yana ba da damar:

• Daidaita Resistor Kanfigareshan: Gano kurakuran da'irar buɗaɗɗe (misali, busa fis, fashewar waya ta filin).

• Kanfigareshan Tsara-Parallel Resistor: Yana gano kurakuran gajerun kewayawa da layi-zuwa-layi duka.

• Babban-Tsarin Abubuwan Abubuwan Da Ya faru (SOE): An inganta shi don ayyukan SOE tare da madaidaicin lokaci tambarin:

• Daidaiton Canja wurin Tuntuɓi DC: ± 1 ms

• Daidaiton Canja wurin Tuntuɓar AC: ± 3 ms

• Kula da Wutar Lantarki mara Inganci & Ƙararrawa: Hukumar tana ci gaba da lura da ƙarfin shigar da kowane tashoshi. Idan wutar lantarki ta karkata a waje da kewayon da aka saita, yana haifar da ƙararrawa mara inganci (daidaita ± 6%), yana juya ma'aunin LED ja, kuma yana daina ba da rahoton matsayin lamba na wannan tashar.

• Gina-Masana'antu:

• Yana amfani da 48-pin pluggable-style Yuro-style tubalan-nau'in akwatin tasha don sauƙin shigarwa da kulawa.

• Yana goyan bayan wayoyi daga #18 AWG zuwa #12 AWG (0.2 mm² zuwa 2.5 mm²).

• Yana ba da daidaitattun daidaitattun (SDIIH1A) da haɓaka (SDIIH2A) ƙimar kariyar girgiza don mahalli daban-daban.

• Cikakken Kariya & Bincike:

• WDIIH1/H2 yi amfani da 200mA wanda za'a iya maye gurbinsa, 250V radial fuse kowane tashoshi.

• WDIIH3 yana amfani da fis ɗin thermal fuses mara cirewa (PTCs).

• Yana gano kurakurai kamar nau'in allo mara daidai da asarar ƙarfin kuzari.

3. Cikakken Ƙa'idar Aiki

3.1 Sensing Signal & Keɓewa
Babban jigon IS200SDIIH1A shine da'irori 16 iri ɗaya. Lokacin da ƙarfin lantarki ya kasance a tashoshin shigar da tasha, wannan kewaye tana canza shi zuwa ƙarami, ƙayyadaddun ma'anar halin yanzu (yawanci 2-7 mA, dangane da ƙarfin lantarki). Wannan halin yanzu yana fitar da opto-isolator, yana samar da keɓaɓɓen siginar dijital da tsarin ya karɓa. Ta hanyar nazarin wannan siginar, tsarin yana ƙayyade matsayi na buɗe/kusa da abokin hulɗa kuma zai iya ƙididdige ainihin ƙimar ƙarfin lantarki a shigarwar.

3.2 Aiki da keɓaɓɓen Yanayin
A wannan yanayin, mai amfani da kansa yana ba da wutar lantarki da kansa kuma yana haɗa lamba ga kowane tashoshi. Hankali ya bambanta dangane da wayoyi:

• Haɗin Series (Tsoffin): Lambobin suna cikin jeri tare da da'irar hankali. Makullin tuntuɓar yana aiki da ƙarfin lantarki zuwa ma'aunin ma'ana, wanda aka ruwaito azaman 'Gaskiya'; Buɗewar lamba yana cire ƙarfin lantarki, an ruwaito shi azaman 'Ƙarya'.

• Haɗin Daidaitawa: Lambobin suna cikin layi ɗaya tare da da'irar hankali. Ana amfani da wannan sau da yawa don gano lambobin sadarwa a jeri tare da lodi (misali, motoci). Lura: Tsarin layi ɗaya yana da ɗigogi na yanzu (2-7 mA) lokacin da lambar sadarwa ke buɗewa, yana mai da bai dace da na'urori masu kula da ƙananan igiyoyin ruwa kamar alamun LED ba.

3.3 Tsarin-Wetting Yanayin Aiki
Lokacin da aka shigar da allon zaɓi na WDII, tsarin yana samar da wutar lantarki ta hanyar haɗin JE1 ko JE2 na zaɓi. Dole ne a haɗa lambar sadarwa zuwa tashoshi biyu na ƙarshe na kowane tashoshi (misali, sukurori 3 & 5). Da'irar hankali akan allon zaɓi yana lura da wannan tsarin da aka samar da wutar lantarki. Wannan yanayin shine tushen sa ido kan kuskuren layi.

3.4 Tsarin Gane Laifi

• Daidaita Resistor Kanfigareshan: An haɗa resistor na takamaiman ƙima (misali, 3.01 kΩ na WDIIH1 a 24V DC) a layi daya tare da lambar sadarwa. Lokacin da lambar ke buɗe, ji na yanzu yana gudana ta wannan resistor, yana ƙirƙirar madauki. Laifin da'ira mai buɗewa yana karya wannan madauki, wanda tsarin ya gano.

• Kanfigareshan Tsara-Parallel Resistor: Yana ƙara silsilar resistor (misali, 3.32 kΩ na WDIIH2 a 48V DC) a layi tare da lambar sadarwa, ban da mai daidaitaccen resistor (misali, 6.04 kΩ). Ta hanyar saka idanu jujjuyawar wutar lantarki a cikin jerin resistor, tsarin zai iya tantance ko gajeriyar layi-zuwa-layi ta faru.

4. Kanfigareshan & Waya Jagora

4.1 Zaɓin Zaɓuɓɓuka & Ƙarfi

4.2 Ma'anar Tasha & Waya

• Kowane tashoshi yana da screws 3 tasha (misali, Channel 1: Screws 1, 3, 5).

• Yanayin Warewa Batu: Lamba yana haɗi zuwa sukurori biyu na farko (misali, 1 & 3).

• Yanayin Jikewar Tsari: Lamba yana haɗi zuwa sukurori biyu na ƙarshe (misali, 3 & 5).

• Garkuwa: Tsari na garkuwa da aka haɗa da ƙasan chassis yana nan da nan zuwa hagu na kowace tasha.

5. Fault Diagnosis & SOE

Lokacin da aka kunna sa ido kan kuskuren layi, tsarin yana ba da rahoton lamba ga matsayin lafiya (TRUE-U / FALSE-U). Halin shigar SOE yana buƙatar kulawa ta musamman:

• Wasu canje-canje kai tsaye daga yanayin al'ada zuwa yanayin kuskure (misali, KARYA zuwa GASKIYA-U) suna shiga SOE, amma wannan SOE ya kamata a yi watsi da shi saboda ainihin yanayin tuntuɓar ba ta canza ba.

• Idan irin ƙarfin lantarki ya canza ba zato ba tsammani da fiye da 7.5% a cikin 100ms, zai iya haifar da sanarwar jihar da ba daidai ba da kuskuren shiga SOE.

• Ana bayyana kurakuran layi a cikin 20ms na canjin jihar.

6. Bayanin oda

• Babban Hukumar Tasha: IS200SDIIH1A (Standard Vibration) ko IS200SDIIH2A (Ingantattun Vibration)

• Allon Zaɓuɓɓukan Jika:

• WDIIH1: Don 24V DC / 115-230V AC tsarin wetting & gauraye sanyi.

• WDIIH2: Domin 48V DC tsarin jika & gauraye sanyi.

• WDIIH3: Don 125V DC tsarin jika (Tsarin Wetted kawai).

• Muhimmiyar Bayani: Lokacin maye gurbin fuses, yi amfani da takamaiman nau'in: Littelfuse 372 jerin, 200 mA, 250 V radial fuse (Lambar sashi 3720200051 / 37202000511) ko lambar ɓangaren GE 342A4908AFP1.