Ukuqaqa izinhlobo ezahlukahlukene zomkhiqizo T1 + T2, Class B + C, Class I + II, Iimp 12,5kA surge device protection SPD

1. UDehn (eJalimane)

1) UDehn - umbani wamanje nowokuqhuma wokubamba AC T1 + T2, Class B + C, Class I + II Iimp 12,5kA idivayisi yokuvikela yokwanda SPD 1 + 1, 1 + NPE

I-DEHN - ukuvikelwa kokuqhuma kwe-DSH TT 2P 255 FM ingxenye No. 941115

Umdwebo wesisekelo wesisekelo DEHN - ukuvikelwa kokuqhuma kwe-DSH TT 2P 255 FM ingxenye no. 941115

I-DEHN - T1 + T2 B + C I + II yokuvikela ukuvikelwa kwe-DSH TT 2P 255 FM ingxenye no. 941115

Uhlobo: DSH TT 2P 255 FM, Ingxenye No.: 941110

  • Uhlobo-olususelwe kuhlelo lokusebenza olusetshenzisiwe nolusetshenziswe ngaphambili i-spark-based type 1 nohlobo 2 luhlanganiswe umbani wamanje kanye nesiboshwa esikhulayo
  • Idizayini ebumbene ngenxa yokonga isikhala se-spark gap technology enobubanzi bemodyuli / isigxobo esingu-1 kuphela
  • Ivumela ukubumbana kokuhlanganiswa kombani okubandakanya ukuvikelwa kwemishini yokugcina
  • Isicelo sombani ohlanganisiwe osetshenzisiwe futhi osungulwe ngaphambili osetshenziswayo wesistimu eyodwa ye-TT ne-TN-S (1 1 ukumiswa); noxhumana naye osayina okukude okuntantayo.

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, thayipha 1 + uhlobo 2
Amandla okuzisholo (ac) (UN)I-230 V (50/60 Hz)
Ubukhulu. okuqhubekayo voltage yokusebenza (ac) (UC)I-255 V (50/60 Hz)
Okwamanje okushaywa umbani (10/350 μs) [L + N-PE] (IInani)I-25 kA
Okwamanje okushaywa umbani (10/350 μs) [LN] / [N-PE] (Iimp)12.5/25 kA
Okwamanje ukukhishwa kwamanje (8/20 μs) [LN] / [N-PE] (In)12.5/25 kA
Izinga lokuvikelwa kwe-Voltage [LN] / [N-PE] (UP)≤ 1.5 / ≤ 1.5 kV
Isikhathi sokuphendula (tA)Ns 100 ns
Ubukhulu. ukuvikelwa kwe-mains-side overcurrent160 gG

2) UDehn - umbani wamanje nowokuqhuma wedivayisi yokuvikela i-AC T1 + T2, Isigaba B + C, Isigaba I + II Iimp 12,5kIdivayisi yokuvikela yokwanda SPD 3 + 1, 3 + NPE

I-DEHN - idivayisi yokuvikela ukuqhuma T1 + T2 B + C I + II DSH TT 255 FM ingxenye no. 941315

Umdwebo wesisekelo wesisekelo DEHN - ukuvikelwa kokuqhuma kwe-DSH TT 255 FM ingxenye no. 941315

Uhlobo: DSH TT 255 FM ingxenye no. 941315

  • Uhlobo-olususelwe kuhlelo lokusebenza olusetshenzisiwe nolusetshenziswe ngaphambili i-spark-based type 1 nohlobo 2 luhlanganiswe umbani wamanje kanye nesiboshwa esikhulayo
  • Idizayini ebumbene ngenxa yokonga isikhala se-spark gap technology enobubanzi bemodyuli / isigxobo esingu-1 kuphela
  • Ivumela ukubumbana kokuhlanganiswa kombani okubandakanya ukuvikelwa kwemishini yokugcina
  • Umbani osetshenzisiwe futhi osungulwe ngaphambilini osetshenzisiwe nowokuqhuma wokubamba kwezinhlelo ze-TT ne-TN-S (ukumiswa okungu-3 + 1); noxhumana naye osayina okukude okuntantayo

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, thayipha 1 + uhlobo 2
Amandla okuzisholo (ac) (UN)I-230 V (50/60 Hz)
Ubukhulu. okuqhubekayo voltage yokusebenza (ac) (UC)I-255 V (50/60 Hz)
Okwamanje okushaywa umbani (10/350 μs) [L1 + L2 + L3 + N-PE] (Itotal)I-50 kA
Okwamanje okushaywa umbani (10/350 μs) [LN] / [N-PE] (Iimp)12.5/50 kA
Okwamanje ukukhishwa kwamanje (8/20 μs) [LN] / [N-PE] (In)12.5/50 kA
Izinga lokuvikelwa kwe-Voltage [LN] / [N-PE] (UP)≤ 1.5 / ≤ 1.5 kV
Isikhathi sokuphendula (tA)Ns 100 ns
Ubukhulu. ukuvikelwa kwe-mains-side overcurrent160 gG

3) UDehn - umbani wokuvikela wamanje nowokuqhuma we-AC T1 + T2, Class B + C, Class I + II Iimp 12,5kA idivayisi yokuvikela yokwanda SPD 4 + 0

I-DEHN - ithuluzi lokuvikela elikhulayo T1 + T2 B + C I + II DSH TNS 255 FM ingxenye no. 941405

Umdwebo wesisekelo wesisekelo DEHN - ithuluzi lokuvikela elikhulayo T1 + T2 B + C I + II DSH TNS 255 FM ingxenye no. 941405

Uhlobo: I-DSH TNS 255 FM ingxenye no. 941405

  • Uhlobo-olususelwe kuhlelo lokusebenza olusetshenzisiwe nolusetshenziswe ngaphambili i-spark-based type 1 nohlobo 2 luhlanganiswe umbani wamanje kanye nesiboshwa esikhulayo
  • Idizayini ebumbene ngenxa yokonga isikhala se-spark gap technology enobubanzi bemodyuli / isigxobo esingu-1 kuphela
  • Ivumela ukubumbana kokuhlanganiswa kombani okubandakanya ukuvikelwa kwemishini yokugcina
  • Umbani wamanje osetshenzisiwe owenziwe ngokusebenza futhi osungulwe ngaphambili wezinhlelo ze-TN-S; noxhumana naye osayina okukude okuntantayo.

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, thayipha 1 + uhlobo 2
Amandla okuzisholo (ac) (UN)I-230 V (50/60 Hz)
Ubukhulu. okuqhubekayo voltage yokusebenza (ac) (UC)I-255 V (50/60 Hz)
Okwamanje okushaywa umbani (10/350 μs) [L1 + L2 + L3 + N-PE] (IInani)I-50 kA
Okwamanje okushaywa umbani (10/350 μs) [L, N-PE] (Iimp)I-12.5 kA
Okwamanje ukukhishwa kwamanje (8/20 μs) [L / N-PE] / [L1 + L2 + L3 + N-PE]

(In)

12.5/50 kA
Izinga lokuvikelwa kwe-Voltage [LN] / [N-PE] (UP)≤ 1.5 / ≤ 1.5 kV
Isikhathi sokuphendula (tA)Ns 100 ns
Ubukhulu. ukuvikelwa kwe-mains-side overcurrent160 gG

2. IPhoenix (eJalimane)

Uhlobo lombani wokukhuphuka kombani 1/2 - VAL-MS-T1 / T2 335 / 12.5 / 3 + 1-FM - 2800183

i-phoenix xhumana nombani wokukhuphuka kokubamba uhlobo 1 uhlobo 2 - VAL-MS-T1T2 335 Iimp 12.5 3 + 1-FM-2800183

surge-arrester-phoenix-contact-val-ms-t1-t2-335-125-11-fm-280018

I-basic circuit diagram surge-protection-phoenix-contact-val-ms-t1-t2-335-125-11-fm-280018

surge-protection-phoenix-contact-val-ms-t1-t2-335-125-11-fm-280018

Universal varistor-based plug-in lightning / surge arrester for 3-phase power supply network with N and PE ehlukile (5-conductor system: L1, L2, L3, N, PE), for Lightning Protection Levels III and IV, enerimote inkomba yokuxhumana.

  • Ngokuthintana nenkomba ekude entantayo
  • Ukubamba okuvikelekile kwamapulagi uma kwenzeka imithwalo yamanje yombani ephezulu nokudlidlizela okunamandla ngenxa yokuqedwa okusha
  • Inkomba yesimo se-Optical, mechanical for the arresters ngamunye
  • Ixhunyiwe
  • Idivayisi yokunqamula okushisayo kwe-plug ngayinye
  • Ukufakwa amakhodi kwemishini yazo zonke izikhala

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, thayipha 1 + uhlobo 2
Amandla okuzisholo UN I-240/415 V AC (TN-S)I-240/415 V AC (TT) 240/415 V AC (TT)
Imvamisa yamagama fN I-50 Hz (60 Hz)I-50 Hz (60 Hz)
Ubuningi bokusebenza okuqhubekayo kwamandla u-UC (LN)I-335 V AC
Ubuningi bokusebenza okuqhubekayo kwamandla u-UC (L-PE)I-335 V AC
Ubuningi voltage okuqhubekayo UC (N-PE)I-264 V AC
Kulinganiswe ngo umthwalo wamanje IL80 A
Insalela yamanje IPE5 μA
Ukukhishwa kwegama Okwamanje Ku (8/20) μs (LN)I-12.5 kA
Ukukhishwa kwegama Okwamanje Ku (8/20) μs (L-PE)I-12.5 kA
Ukukhishwa kwegama Okwamanje Ku (8/20) μs (N-PE)I-50 kA
Ukukhishwa okukhulu kwe-Imax yamanje (8/20) μsI-50 kA
Impulse discharge current (10/350) μs (LN), inani lamanje eliphakeme IimpI-12.5 kA
Impulse discharge current (10/350) μs (L-PE), inani lamanje eliphakeme IimpI-12.5 kA
Impulse discharge current (10/350) μs (N-PE), inani lamanje eliphakeme IimpI-50 kA
Ukukhishwa okuphelele kwamanje IInani (8/20) μsI-50 kA
Ukukhishwa okuphelele kwamanje IInani (10/350) μsI-50 kA
Landela isilinganiso samanje sokuphazamiseka Ifi (N-PE)100 A
Isilinganiso samanje sesifunda esifushane II-SCCRI-25 kA

2.Raycap (eJalimane)

1) Umbani wamanje nowokuqhuma wedivayisi yomvikeli AC T1 + T2, Isigaba B + C, Isigaba I + II Iimp 12,5kA idivayisi yokuvikela yokwanda SPD 3 + 1, 3 + NPE

I-Raycap - ProTec T1-300-3 + 1-R ikhodi yoku-oda 590060

Umdwebo wesisekelo wesisekelo uRaycap - ProTec T1-300-3 + 1-R ikhodi yoku-oda 590060

I-Raycap - ProTec T1H-300-3 + 1-R ikhodi yoku-oda 590321

Imodeli kaRaycap: ProTec T1-300-3 + 1-R ikhodi yoku-oda 590060

Umbani Nokuvikelwa Kokuvota Kwamandla 12.5 kA Series
I-ProTec T1 3 + 1 Class I Class II Uhlobo 1 Uhlobo 2 Uhlobo 1CA
Indawo Yokusetshenziswa: Amabhodi Okusabalalisa Amakhulu
Izinhlelo Zenethiwekhi: TT, TN-S
Imodi Yokuvikelwa: LN, N-PE
Isigaba se-IEC / EN / UL: Isigaba I + II / Uhlobo 1 + 2 / Uhlobo 1CA
Ezezindlu: Idizayini Engaxhunywa
Ukuhambisana: IEC 61643-11: 2011 / EN 61643-11: 2012 / UL 1449-4th Edition

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, thayipha 1 + uhlobo 2
Igama le-AC voltage (50/60 Hz) Uo/UnI-240 V
Ubukhulu. okuqhubekayo voltage yokusebenza (LN) UCI-300 V
UMax. voltage yokusebenza eqhubekayo (N-PE) UCI-305 V
Okokukhishwa Kwamagama Kwamanje (8/20 μs) (LN) / (N-PE) In20 kA / 50 kA
Isikhathi sokukhishwa esiphezulu (8/20 μs) (LN) / (N-PE) Imax50 kA / 100 kA
I-Impulse Discharge Current (10/350 μs) (LN) / (N-PE) Iimp12,5 kA / 50 kA
Izinga Lokuvikelwa Kwamandla (LN) / (N-PE) UPI-1500 V / 1500 V
Isikhathi sokuphendula tA<25 ns / <100 ns
Ubukhulu. ukuvikelwa kwe-mains-side overcurrent315 A / 250 A gG
Ukulinganisa Kwamanje Okumfishane (i-AC) (LN) II-SCCR25 kA / 50 kA

2) Isibani samanje nesokuvikela idivayisi ye-AC T1 + T2, Isigaba B + C, Isigaba I + II Iimp 12,5kA idivayisi yokuvikela yokwanda SPD 4 + 0

I-Raycap - ProTec T1-300-4 + 0-R ikhodi yoku-oda 590042

Umdwebo wesisekelo wesisekelo uRaycap - ProTec T1-300-4 + 0-R ikhodi yoku-oda 590042

Imodeli kaRaycap: ProTec T1-300-4 + 0-R ikhodi yoku-oda 590042

Umbani Nokuvikelwa Kokuvota Kwamandla 12.5 kA Series
I-SPD ProTec T1 4 + 0 Class plugable plugable plugable Type 1 Type 2 Type 1CA
Indawo Yokusetshenziswa: Amabhodi Okusabalalisa Amakhulu
Izinhlelo Zenethiwekhi: TN-S
Imodi Yokuvikelwa: L-PE, N-PE
Izilinganiso Zokukhuphuka: Iimp = 12.5 kA (10/350 μs), In = 12.5 kA (8/20 μs)
Isigaba se-IEC / EN / UL: Isigaba I + II / Uhlobo 1 + 2 / Uhlobo 1CA
Izinto Zokuvikela: High Energy MOV
Ezezindlu: Idizayini Engaxhunywa
Ukuhambisana: IEC 61643-11: 2011 / EN 61643-11: 2012 / UL 1449, edition 4

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, thayipha 1 + uhlobo 2
Igama le-AC voltage (50/60 Hz) Uo/UnI-240 V
UMax. okuqhubekayo voltage yokusebenza UCI-300 V
Okwamanje Ukuchithwa Kwamagama (8/20 μs) InI-20 kA
Isikhathi sokukhipha esiphezulu (8/20 μs) ImaxI-50 kA
Impulse Discharge yamanje (10/350 μs) IimpI-12,5 kA
Izinga Lokuvikelwa Kwamavili UPI-1500 V
Isikhathi sokuphendula tA<25 ns
Ubukhulu. ukuvikelwa kwe-mains-side overcurrent315 A / 250 A gG
Ukulinganisa Kwamanje Okumfishane (i-AC) (LN) II-SCCR25 kA / 50 kA

4. ICitel (eFrance)

Idivayisi yomvikeli we-AC surge T1 + T2 + T3, Class B + C + D, Class I + II + III Iimp 12,5kA, 3 + 1, 3 + NPE

Idivayisi yomvikeli we-AC surge T1 + T2 + T3, Iimp 12,5kA DAC1-13VG-31-275, ingxenye yenombolo 821730234

Idizayini eyisisekelo yesekethe yedivayisi yokuvikela i-AC T1 + T2 + T3, Iimp 12,5kA DAC1-13VG-31-275, ingxenye yenombolo 821730234

I-DAC1-13VG-31-275, inombolo yenombolo: 821730234

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II + III, T1 + T2 + T3
UMax. Amandla wokusebenza we-AC UCI-275 V
Ukukhishwa Kwamagama Okwamanje kwe-15 * (8/20 μs) InI-20 kA
Ubukhulu bokukhishwa kwamanje

Ubukhulu. ukumelana @ 8/20 μs ngesigxobo Imax

I-50 kA
Umfutho wamanje ngesigxobo

Ubukhulu. ukumelana 10/350 μs Iimp

I-12,5 kA
Melana nohlolo lwe-Combination waveform Class III UocI-6 kV
Izinga Lokuvikelwa Kwezingcingon (8/20 μs) kanye no-6 kV (1.2 / 50 μs) UPI-1,5 kV
Okwamukeleka njengamanje wesekethe yamanje II-SCCRI-50 kA

5.Hakel (Czech)

Umbani nokukhuphuka kokubamba / i-varistor + ithumbu lokukhipha igesi / UHLOBO 1 + 2

Umbani weHalkel nesiboshwa esikhulayo T1 + T2 B + C Iimp 12.5kA PIVM12,5-275 DS-3 + 1

Umdwebo wesisekelo wesisekelo uHalkel PIVM12,5-275 DS-3 + 1

IHalkel PIVM12,5-275 DS-3 + 1

I-PIVM12,5-275 / 3 + 1 Vseries iyi-pole, i-metal oxide varistor lightning ne-surge arrester, ihlanganiswe ne-gas discharge tube Type 1 + 2 ngokwe-ICE EN 61643-11. Laba baboshiwe banconyelwa ukuthi basetshenziswe ku-Lightning Protection Zones Concept emingceleni ye-LPZ 0 - 1 (ngokusho kwe-IEC EN 62305), lapho behlinzeka khona ngokuxhuma nokukhishwa kwakho kokubili, umbani wamanje kanye nokuqubuka kokushintsha, okwenziwa ezinhlelweni zokuphakelwa kukagesi ezingena esakhiweni. Ukusetshenziswa kombani ababamba njengamanje i-PIVM12,5-275 / 3 + 1 Vseries ikakhulukazi ezintanjeni zokuhambisa ugesi, ezisetshenziswa njengezinhlelo ze-TN-S ne-TT. Ukusetshenziswa okuyinhloko kwe-PIVM12,5-275 / 3 + 1 Vseries arrester kusezakhiweni ze-LPL III-IV ngokusho kwe-IEC EN 62305. Ukumakwa kuka-M kucacisa uhlobo lokwakha nge-module ekhiphekayo. Ukumakwa kwe-DS kucacisa inguqulo enokuqapha okukude.

I-SPD ngokuya nge-IEC61643-11: 2011, EN61643-11: 2012Isigaba I + II, B + C, T1 + T2
UMax. okuqhubekayo voltage yokusebenza UC275 V AC / 350V DC
Ukukhishwa okuphezulu kwamanje 8/20 μs ImaxI-50 kA
I-Lightning Impulse yamanje 10/350 μs (LN) IimpI-12,5 kA
I-Lightning Impulse yamanje 10/350 μs (N-PE) IimpI-50 kA
Ingqikithi yombani wamanje ongu-10/350 μs [L1 + L2 + L3 + N] -PEI-50 kA
Ukukhishwa Kwamagama Okwamanje 8/20 μs InI-20 kA
Izinga Lokuvikelwa Kwamavili UP<1,2 kV
Isikhathi sokuphendula L / N.<25 ns
Isikhathi sokuphendula N / PE<100 ns
Ubukhulu. isipele fuse160 A gL / gG
Okwamukeleka njengamanje wesekethe yamanje II-SCCRI-60 kAama-rms

6. I-Chint (China)

Thayipha amadivayisi 1 + 2 SPDs (Class I + II, T1 + T2, B + C), Iimp = 12.5 kA (10/350 µs)

Idivayisi yomvikeli weChint AC Surge t1 + t2 class b + c Iimp 12.5kA

I-NXU-I + II / F12.5 / 275V

Amadivayisi wokuvikela ama-Surge asetshenziswa njengesivikelo sokufakwa kukagesi ekuvuthweni kwamandla okuhamba kwesikhashana kanye nemivimbo yombani engaqondile. Lawa ma-SPD aklanyelwe futhi aqinisekisiwe ngokusho kwe-EN 61643-11. Iyunithi yenkomba isiza abasebenzisi ukuthi bazi isimo sedivayisi kanye nechweba lesiginali ekude likwazi ukunikeza inkomba ekude ne-alamu. Idizayini yemodyuli ye-plug-in yenza kube lula ukushintsha amamojula asetshenzisiwe ngaphandle kokunqanyulwa kwedivayisi.

Umfutho omkhulu wamanje we-Iimp 12.5 kA (10/350 )s) ngesigaba ngasinye / 50 kA (10/350 µs) yemodyuli ye-NPE (+1)

Ukukhishwa kwegama kwamanje Ku-25 kA (8/20 µs) ngesigaba ngasinye / 50 kA (8/20 µs) yemodyuli ye-NPE (+1)

Ukukhishwa okukhulu kwe-Imax 50 kA yamanje (8/20 µs)

Ubuningi bokusebenza okuqhubekayo kwamandla we-Uc 275 V AC ngesigaba ngasinye / 255 V AC yesigaba se-NPE (+1)

Ngenxa ye-Iimp 12.5 kA ngepali ngayinye elungele i-LPL III ne-LPL IV ngokuya nge-EN 62305 ekufakweni okujwayelekile kwesigaba 3 se-TN-C ne-TN-S

Izinguqulo ezinokuxhumeka okungu-1 + 0, 1 + 1, 2 + 0, 3 + 0, 3 + 1 no-4 + 0

Idizayini yemodyuli ye-plug-in, Ngokuxhumana ngaphandle kwenkomba okude, inkomba yesimo sedivayisi

Umphumela wokuhlaziywa okuyinhloko:

UDehn usebenzisa igebe le-spark ukwenza i-T1 + T2 Iimp 12.5kA yedivayisi yokuvikela i-SPD.

I-Phoenix, i-Raycap, i-Citel, i-Hakel, ne-Chint zisebenzisa i-high energy varistors (LN) ne-gas discharge tube (N-PE) ukwenza i-T1 + T2 SPD.