Ħarsa ġenerali tal-prodott
Dettalji tal-Prodott
Niżżel id-Data
Prodotti Relatati
Disinn uniku tat-tifi ta ' l-ark magneic with1500V cut-off funzjoni Unique kuntatt structurewith ogħla reżistenza surge u tolleranza kurrenti. Prodotti li ma jagħmlux ħsara lill-ambjent (konformi RoHS). Konnessjoni tat-tagħbija mingħajr polarità.
Struttura unika kontra short circuit, Short circuit reżistenza: 20A ~ 40A:/; 60A ~ 100A24000A; 150A-1000A:28000A.
Vultaġġ għoli u baxx jiflaħ voltageabove 4000V.
Il-konnessjonijiet tal-coil huma kollha mhux polari (60A-100A). Il-coi jista 'jiffranka l-enerġija, u l-coil li jiffranka l-enerġija huwa konness mal-polarità (150A-1000A).
Ikkuntattjana
Karatteristika
·Disinn uniku tat-tifi tal-ark manjetiku b'funzjoni ta 'qtugħ ta' 1500V.
·Struttura unika ta 'kuntatt b'reżistenza ogħla ta' żieda qawwija u tolleranza tal-kurrent.
·Prodotti favur l-ambjent (konformi RoHS).
·Konnessjoni tat-tagħbija mingħajr polarità.
·Struttura unika kontra short circuit,Short circuit reżistenza: 20A ~ 40A:/; 60A ~ 100A.24000A; 150A ~ 1000A.28000A.
·Vultaġġ għoli u baxx jiflaħ 'il fuq minn 4000V.
·Il-coil connectionsare kollha mhux polari (60A ~ 100A). Il-coi jistgħu jiġu jiffrankaw l-enerġija, u l-coil jiffrankaw l-enerġija huwa konness mal-polarità (150A ~ 1000A).
xokk | test ta' stabbiltà | 196m/s2(20G) |
test tas-saħħa | 490m/s2(50G) | |
Reżistenza għall-vibrazzjoni | 10HZ-200HZ,5G | |
temperatura ambjentali operattiva | -40℃~+85℃ | |
umdità ambjentali operattiva | 5% ~ 85% RH | |
IP Grad | IP67 (spazju ta 'ġewwa) | |
AItit ude | ≤4000m |
Mudell | YCC8DC- 20 | YCC8DC- 40 | YCC8DC- 60 | YCC8DC- 100 | YCC8DC- 150 | YCC8DC- 200 | YCC8DC- 250 | YCC8DC- 300 | YCC8DC- 400 | YCC8DC- 500 | YCC8DC- 600 | YCC8DC- 800 | YCC8DC - 1000 |
Struttura | H | ||||||||||||
Kuntatt Materjal | Liga tal-fidda | Liga tar-ram tal-fidda | |||||||||||
Kuntatt reżistenza | ≤5mΩ (@1A) | ≤0.5mQ (@60A) | ≤0.5mQ (@100A) | ≤0.3mQ (@150A) | ≤0.3mQ (@200A) | ≤0.3mQ (@250A) | ≤0.3mQ (@300A) | ≤0.2mQ (@400A) | ≤0.2mQ (@500A) | ≤0.2mQ (@600A) | ≤0.3mQ (@800A) | ≤0.15mQ @1000A | |
Kuntatt tnaqqis fil-pressjoni | / | ||||||||||||
Tagħbija Rated | DC1000V 20A | DC1000V 40A | DC1500V 60A | DC1500V 100A | DC1500V 150A | DC1500V 200A | DC1500V 250A | DC1500V 300A | DC1500V 400A | DC1500V 500A | DC1500V 600A | DC1500V 800A | DC1500V 1000A |
! Qlib elettriku | 20A/1000V 10000darbiet | 20A/1000V 10000darbiet | 60A/450V 50000darbiet | ||||||||||
20A/750V 20000darbiet | 20A/750V 20000darbiet | ||||||||||||
40A/450V 1000 darba | 40A/450V 1000 darba | ||||||||||||
Qawwa mixgħul ħajja | 20A,1500V 20000darbiet | 40A,450V 25000darbiet | 60A,450V 70000darbiet | 100A,450V 50000darbiet | / | / | / | / | Stat fiss 400A,C=1100 37.5V,20000 drabi | Stat fiss 500A,C=100 37.5V,20000 drabi | Stat fiss 600A,C=1100 37.5V,20000 drabi | Stat fiss 800A,C=1100 37.5V,20000 drabi | Stat fiss 800A,C=110 37.5V,20000 drabi |
60A,750V 50000darbiet | 100A,750V 30000darbiet | ||||||||||||
60A, 1500V 8000darbiet | 100A, 1500V 5000darbiet | ||||||||||||
Impatt ħajja elettrika | / | / | / | / | 150A/1500μF 20V.100000 | 200A/1500μF 20V,100000 ċikli | 250A/1500μF 20V,100000 ċikli | 300A/1500μF 20V,50000 ċikli | / | / | / | / | / |
1500A/500V 50 darba | |||||||||||||
Qtugħ tad-dawl ħajja | 200A, 300V 1darbiet | 200A, 300V Itimes | 60A.1500V 100darba | 00A,1500V 50 darba | 20A,1500V 15000darbiet | 20A,1500V 15000darbiet | 20A,1500V 15000darbiet | 20A,1500V 15000darbiet | 400A, 1500V 200 darba | 500A, 1500V 100darba | 600A, 1500V 50 darba | 800A, 1000V 50 darba | 000A,750 V 50 darba |
80A,1500V 500darba | 80A,1500V 500darba | 80A,1500V 500darba | 80A,1500V 500darba | 400A, 1000V 500darba | 500A, 1000V 200 darba | 600A, 1000V 100darba | 800A, 1000V 50 darba | ||||||
750A,1500V 100darba | |||||||||||||
200A,450V 50 darba | 200A,450V 50 darba | ||||||||||||
150A, 1000V 1000 darba | 150A, 1000V 1000 darba | 250A,1000V 1000 darba | 300A, 1000V 500darba | 400A,750V 1000 darba | 500A,750V 500darba | 600A,750V 200 darba | 750A,1500V 100darba | ||||||
1000A, 1500V 1darbiet | |||||||||||||
150A, 1500V 100darba | 200A, 1500V 100darba | 250A, 1500V 100darba | 250A, 1500V 100darba | 2000A,1000V Itimes | 2000A,1000V 1darbiet | 2000A,1000V 1darbiet | V 000A,1500 1darbiet | ||||||
600A,450V 1darbiet | 600A,450V 1darbiet | ||||||||||||
2000A,1000V 1darbiet | |||||||||||||
1000A, 1500V 1darbiet | 1000A, 1500V 1darbiet | 1000A, 1500V 1darbiet | 1000A, 1500V 1darbiet | 1000A, 1500V 1darbiet | 1000A, 1500V 1darbiet | 000A, 1500V 1darbiet | 2000A,1000V 1darbiet | ||||||
Short-circuit Kurrenti | / | / | 4000A (5ms) Itimes | 4000A (5ms) Itimes | 6000A (5ms) 1darbiet | 8000A (5ms) 1darbiet | 8000A (5ms) 1darbiet | 8000A (5ms 1darbiet | 8000A (5ms) 1darbiet | 8000A (5ms) 1darbiet | 8000A (5ms) Itimes | 8000A (5ms) Itimes | 8000A (5ms 1darbiet |
!Kurrent nominali | 20A | 40A | 60A | 100A | 150A | 200A | 250A | 300A | 400A | 500A | 600A | 800A | 1000A |
Tagħbija minima kurrenti | 6V/1A | ||||||||||||
! Mekkaniċi durabilità | 200000 darba (0.5 sekondi mixgħula u 0.5 sekondi mitfija) |
Parametru tal-Prestazzjoni | ||||||||||||||
Mudell | Y CC8DC-
| Y CC8DC-
| Y CC8DC-
| Y CC8DC-
| Y CC8DC-
| Y CC8DC-
| Y CC8DC- 250 | Y CC8DC-
| Y CC8DC-
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| Y CC8DC-
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Reżistenza għall-iżolazzjoni | Bejn kojls u kuntatti |
Fuq 1000M Q | ||||||||||||
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| Bejn l-istess kuntatti tal-arblu |
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| Fuq 1000M Q |
| Fuq 1000M Q |
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| Bejn prinċipali u awżiljarju kuntatti |
| Fuq 1000M Q |
| Fuq 1000M Q | |||||||||
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reżistenza tal-vultaġġ | Bejn kojls u kuntatti |
AC4000v għal minuta | ||||||||||||
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| Bejn l-istess kuntatti tal-arblu |
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AC4000v għal minuta |
| AC4000V
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| Bejn kuntatti prinċipali u awżiljarji u kuntatti awżiljarji |
| AC4000V
minuta |
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AC4000v għal minuta | |||||||||
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jiflaħ vultaġġ impuls | 10kv (1.2 x50 y s)bejn coi kuntatt mal-art | |||||||||||||
Ħin ta' azzjoni | Taħt 30ms | |||||||||||||
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Ħin tar-rilaxx | Taħt 10ms | |||||||||||||
rebound tal-ġbid | Taħt 5ms | |||||||||||||
temperatura ambjentali operattiva | -40 ~ + 85 ℃ (mingħajr iffriżar jew kondensazzjoni) | |||||||||||||
ambjent operattiv umdità | 5% ~ 85% RH |
Parametri ta' kuntatt awżiljarju | |||||||||||||
Mudell | Y CC8DC- 20 | Y CC8DC- 40 | Y CC8DC- 60 | Y CC8DC- 100 | Y CC8DC- 150 | Y CC8DC. 200 | Y CC8DC. 250 | Y CC8DC- 300 | Y CC8DC- 400 | Y CC8DC- 500 | Y CC8DC- 600 | Y CC8DC-
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Struttura | / | A | |||||||||||
Reżistenza għall-Kuntatt | / | ≤100mΩ (@0. 1A) | |||||||||||
Tagħbija Rated | / | DC12V 0. 1A | |||||||||||
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Qlib tal-ħajja elettrika | / | DC12V 0.1A 10000times |
Parametri tal-kolja | ||||||||||||
Mudell | YCC8DC-20 | YCC8DC-40 | YCC8DC-60 | YCC8DC-100 | ||||||||
Vultaġġ nominali (Vd. c .) | 12 | 24 | Tip PWM | 12 | 24 | Tip PWM | 12 | 24 | Tip PWM | 12 | 24 | Tip PWM |
Vultaġġ ta' azzjoni (Vd. c .) | ≤9 | ≤18 | / | ≤9 | ≤18 | / | ≤9 | ≤18 | / | ≤9 | ≤18 | / |
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Vultaġġ tax-xogħol (Vd. c .) | 9~14 | 18~28 | / | 9~14 | 18~28 | / | 9~16 | 18~32 | / | 9~16 | 18~32 | / |
Vultaġġ ta' rilaxx (Vd. c .) | ≥1 | ≥2 | / | ≥1 | ≥2 | / | ≥1 | ≥2 | / | ≥1 | ≥2 | / |
Reżistenza tal-kojl (Ω ) ( 1±7%) | 55 .4 | 221 .6 | / | 48 | 192 | / | 27 .7 | 111 | / | 27 .7 | 111 | / |
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Kurrent tal-bidu (A) | 0 .22 | 0 . 11 | / | 0 .25 | 0 . 125 | / | 0 .43 | 0 .22 | / | 0 .43 | 0 .22 | / |
Ħin tal-bidu (ms) | / | / | / | / | / | / | / | / | / | / | / | / |
Kurrent nominali (A) | 0 .22 | 0 . 11 | / | 0 .25 | 0 . 125 | / | 0 .43 | 0 .22 | / | 0 .43 | 0 .22 | / |
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Konsum tal-enerġija tal-bidu (W) | 2 .6 | 2 .6 | / | 3 | 3 | / | 5 .2 | 5 .2 | / | 5 .2 | 5 .2 | / |
Konsum tal-enerġija fi stat fiss (W) | 2 .6 | 2 .6 | / | 3 | 3 | / | 5 .2 | 5 .2 | / | 5 .2 | 5 .2 | / |
Parametri tal-kolja | |||||||||||||||
Mudell | YCC8DC-150 | YCC8DC-200 | YCC8DC-250 | YCC8DC-300 | YCC8DC-400 | ||||||||||
Vultaġġ nominali (Vd. c .) | 12 | 24 | Tip PWM | 12 | 24 | Tip PWM | 12 | 24 | Tip PWM | 12 | 24 | Tip PWM | 12/24 | / | / |
Vultaġġ ta' azzjoni (Vd. c .) | ≤9 | ≤18 | ≤9 | ≤9 | ≤18 | ≤9 | ≤9 | ≤18 | ≤9 | ≤9 | ≤18 | ≤9 | ≤9 | / | / |
Vultaġġ tax-xogħol (Vd. c .) | 9~16 | 18~32 | 9~36 | 9~16 | 18~32 | 9~36 | 9~16 | 18~32 | 9~36 | 9~16 | 18~32 | 9~36 | 9~36 | / | / |
Vultaġġ ta' rilaxx (Vd. c .) | ≥1 | ≥2 | ≥5 | ≥1 | ≥2 | ≥5 | ≥1 | ≥2 | ≥5 | ≥1 | ≥2 | ≥5 | ≥5 | / | / |
Reżistenza tal-kojl (Ω ) ( 1±7%) | 24 | 96 | 3.1 | 24 | 96 | 3.1 | 24 | 96 | 3.1 | 24 | 96 | 3.1 | 3.1 | / | / |
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Kurrent tal-bidu (A) | 0 .5 | 0 .25 | 3 .8 | 0 .5 | 0 .25 | 3 .8 | 0 .5 | 0 .25 | 3 .8 | 0 .5 | 0 .25 | 3 .8 | 3 .8 | / | / |
Ħin tal-bidu (ms) | / | / | ≤150 | / | / | ≤150 | / | / | ≤150 | / | / | ≤150 | ≤150 | / | / |
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Kurrent nominali (A) | 0 .5 | 0 .25 | 0 .2 | 0 .5 | 0 .25 | 0 .2 | 0 .5 | 0 .25 | 0 .2 | 0 .5 | 0 .25 | 0 .2 | 0 .33 | / | / |
Konsum tal-enerġija tal-bidu (W) | 6 | 6 | 46 | 6 | 6 | 46 | 6 | 6 | 46 | 6 | 6 | 46 | 48 | / | / |
Konsum tal-enerġija fi stat fiss (W) | 6 | 6 | 2 .5 | 6 | 6 | 2 .5 | 6 | 6 | 2 .5 | 6 | 6 | 2 .5 | 4 | / | / |