Gnisten dræber
Vores officielle salgspartner: Okaya Electric Industries Co., Ltd.
AIC Europe er en førende leverandør af elektrolyt- og filmkondensatorer med over 30 års erfaring i branchen. Med en imponerende produktionskapacitet på 90 millioner kondensatorer om året og en FIT-rate på mindre end 0,5 står AIC Europe for højeste kvalitet og pålidelighed.
Sammen med AIC Europe fokuserer vi på innovative teknologier og bæredygtig praksis for at sikre, at dine applikationer bliver en succes.
Sammen med AIC Europe fokuserer vi på innovative teknologier og bæredygtig praksis for at sikre, at dine applikationer bliver en succes.
Produktsortiment af vores Spark killer
Vores gnistdæmpere er specielt udviklet til at reducere spændingsspidser og beskytte elektriske kontakter på en pålidelig måde. Uanset om det er til industrielle styresystemer, kontaktorer eller relæer - vi tilbyder en bred vifte af højtydende løsninger til forskellige anvendelser.
I de følgende tabeller finder du detaljerede specifikationer og tekniske datablade, som kan hjælpe dig med at vælge den rigtige løsning til din applikation. Hvis du har spørgsmål eller individuelle krav, vil vi med glæde rådgive dig.
I de følgende tabeller finder du detaljerede specifikationer og tekniske datablade, som kan hjælpe dig med at vælge den rigtige løsning til din applikation. Hvis du har spørgsmål eller individuelle krav, vil vi med glæde rådgive dig.
Gnistdræber fra Okaya Electric Industries Co., Ltd.
S
| Capacitance (µF ±20%) | 0,03-0,5 |
| Resistance (Ω ±30%) | 120 (1/4W), 120 (1/2W) |
| Dimensions W (mm) | 16-23 |
| Dimensions H (mm) | 16-28 |
| Dimensions T (mm) | 7-11,5 |
| Dimensions F (mm) | 12,5-20 |
| Dimensions D (mm) | 0,6±0.05, 0,8±0.07 |
| Dimensions L (mm) | 15-20 |
| Peak to peak | 650V max. |
| Pulse width | 20-50msec.max. |
| Repetitive frequency | 120Hz. max. |
| Pulse width (sec) x Frequency (Hz) | 0,5-3max. |
| Peak Pulse Voltage | 700V |
| Test Voltage | Line to Line 750Vdc or 375Vac 50/60Hz 60sec Line to Case 1,500Vac 50/60Hz 60sec |
| Insulation Resistance Line to Case (MΩ min.) | Line to Line 10,000MΩ min. Line to Case 100,000MΩ min. (S series: at 500Vdc SB series: at100dc) |
SB
| Capacitance (µF ±20%) | 0,03-0,5 |
| Resistance (Ω ±30%) | 120 (1/4W), 120 (1/2W) |
| Dimensions W (mm) | 16-23 |
| Dimensions H (mm) | 16-28 |
| Dimensions T (mm) | 7-11,5 |
| Dimensions F (mm) | 12,5-20 |
| Dimensions D (mm) | 0,6±0.05, 0,8±0.07 |
| Dimensions L (mm) | 15-20 |
| Peak to peak | 650V max. |
| Pulse width | 20-50msec.max. |
| Repetitive frequency | 120Hz. max. |
| Pulse width (sec) x Frequency (Hz) | 0,5-3max. |
| Peak Pulse Voltage | 700V |
| Test Voltage | Line to Line 750Vdc or 375Vac 50/60Hz 60sec Line to Case 1,500Vac 50/60Hz 60sec |
| Insulation Resistance Line to Case (MΩ min.) | Line to Line 10,000MΩ min. Line to Case 100,000MΩ min. (S series: at 500Vdc SB series: at100dc) |
RE
| Capacitance (μF±20%) | 0,01-0,2 |
| Resistance (Ω±30%) | 120 (1/4W), 120 (1/2W) |
| W (mm) | 16-24,5 |
| H (mm) | 13,5-17 |
| T (mm) | 6-8,5 |
| F (mm) | 14-22,5 |
| d (mm) | 0,6±0.05, 0,8±0.07 |
| Peak to peak | 800V max. |
| Pulse width | 50msec max. |
| Repetitive frequency | 120Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,15-1,5max. |
| Peak Pulse Voltage | 1,2V |
| Test Voltage | Line to Line 1,000Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 15,000MΩmin. Line to Case 100,000MΩmin. (at 100Vdc) |
AU
| Capacitance (μF±20%) | 0,03-0,1 |
| Resistance (Ω) | 10-120(1/2W), 120(1/4W) |
| W (mm) | 18-20 |
| H (mm) | 12-17 |
| T (mm) | 5-8 |
| F (mm) | 16-17,5 |
| Peak to peak | 700V max. |
| Pulse width | 20-50msec max. |
| Repetitive Frequency | 120(60)Hz max. |
| Pulse width (sec) x Frequency (Hz) | 3(0.8) max., 6(1.5) max., 10(2.5) max. |
| Peak Pulse Voltage | 700-800V |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 2~5sec Line to Case 2,000Vac 50/60Hz 60sec, Line to Line 2,000Vdc or 1,080Vac Line to Case 2,000Vac |
| Insulation Resistance | Line to Line 15,000MΩmin. Line to Case 100,000MΩmin. (at 100Vdc) |
TA
| Capacitance (μF±20%) | 0,03-0,1 |
| Resistance (Ω) | 10-120(1/2W), 120(1/4W) |
| W (mm) | 18-20 |
| H (mm) | 12-17 |
| T (mm) | 5-8 |
| F (mm) | 16-17,5 |
| Peak to peak | 700V max. |
| Pulse width | 20-50msec max. |
| Repetitive Frequency | 120(60)Hz max. |
| Pulse width (sec) x Frequency (Hz) | 3(0.8) max., 6(1.5) max., 10(2.5) max. |
| Peak Pulse Voltage | 700-800V |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 2~5sec Line to Case 2,000Vac 50/60Hz 60sec, Line to Line 2,000Vdc or 1,080Vac Line to Case 2,000Vac |
| Insulation Resistance | Line to Line 15,000MΩmin. Line to Case 100,000MΩmin. (at 100Vdc) |
XE
| Capacitance μF±20% | 0,01-0,5, 1,01.00 |
| Resistance Ω±30% | 10-470(1/4W), 10-470(1/2W), 10-220(1W) |
| W | 17-47 |
| H | 14-33,5 |
| T | 7-22 |
| F | 15-43,5 |
| d | 0,6±0.05, 0,8±0.07, 10,1±0.01 |
| Peak to peak | 800V max. |
| Pulse width | 50 msec max. |
| Repetitive Frequency | 120 Hz |
| Pulse width (sec) x Frequency(Hz) | 0,02-4,5max. |
| Peak Pulse Voltage | 1,2 V |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 15,000MΩmin. except XE0105 0475/01010 5,000Ω·Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
XEB
| Capacitance μF±20% | 0,01-1 |
| Resistance Ω±30% | 10-470(1/4W), 10-470(1/2W), 10-220(1W) |
| W | 16-37 |
| H | 18-48 |
| T | 8-22 |
| F | 12,5-33 |
| Peak to peak | 800V max. |
| Pulse width | 50msec max. |
| Repetitive frequency | 120Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,02-4,5max. |
| Peak Pulse Voltage | 1,2V |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec, Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 15,000MΩmin. except XEB0105 0475/01010 5,000Ω·Fmin. Line to Case 100,000MΩmin. (at 100Vdc), Line to Line 15,000MΩmin. except XEB0105 0475/01010 5,000Ω·Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
CR
| Capacitance μF±20% | 0,1-0,5 |
| Resistance Ω±30% | 150-200(1/4W), 50-150(1/2W) |
| D | 14,5-18,5 |
| L | 38-48 |
| Peak to peak | 700V max. |
| Pulse width | 50-70msec max. |
| Repetitive frequency | 360Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,07-0,45max. |
| Peak Pulse Voltage | 800V |
| Test Voltage | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin Line to Case 10,000MΩmin (at 100Vdc) |
CRE
| Capacitance μF±20% | 0,1-0,5, 0,3-0,5/1 phase |
| Resistance Ω±30% | 50-200(1/2W), 50-68 (1/2W) /1 phase |
| W | 23-44 |
| H | 26-35 |
| T | 14-26 |
| F | 13-15 |
| Peak to peak | 700V max. |
| Pulse width | 50-70msec. max. |
| Repetitive frequency | 360Hz. max. |
| Pulse width (sec) x Frequency (Hz) | 0,07-0,45max. |
| Peak Pulse Voltage | 800V |
| Test Voltage | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec. |
| Insulation Resistance | Line to Line 10,000MΩmin. Line to Case CRE Series 100,000MΩmin. 3CRE Series 10,000MΩmin. (at 100Vdc) |
RMTE
| Capacitance μF±20% | 0,22 |
| Resistance Ω±30% | 120 (1/2W) |
| Peak to peak | 800V max. |
| Pulse width | 50msec max. |
| Repetitive Frequency | 120Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,15 max. |
| Peak Pulse Voltage | 1,2V |
| Test Voltage | Line to Line 1,000Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin Line to Case 100,000MΩmin (at 100Vdc) |
RMTE-FA
| Capacitance μF±20% | 0,22 |
| Resistance Ω±30% | 120 (1/2W) |
| Peak to peak | 700V max. |
| Pulse Condition | 50msec max. |
| Repetitive Frequency | 360Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,15 max. |
| Peak Pulse Voltage | 800V |
| Test Voltage | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (-FA at 100Vdc -MA at 500Vdc) |
RMTE-MA
| Capacitance μF±20% | 0,22 |
| Resistance Ω±30% | 120 (1/2W) |
| Peak to peak | 700V max. |
| Pulse Condition | 50msec max. |
| Repetitive Frequency | 360Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,15 max. |
| Peak Pulse Voltage | 800V |
| Test Voltage | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (-FA at 100Vdc -MA at 500Vdc) |
CRH
| Capacitance μF±20% | 0,1-0,47, 0,33-0,47/1phase |
| Resistance Ω±30% | 33-68(6W), 27(10W), 33(6W)/1phase, 27(10W)/1phase |
| W | 30-56 |
| H | 57-62 |
| T | 15-40 |
| F | 13-28 |
| Peak to peak | 1V max. |
| Pulse width | 50-100msec.max. |
| Repetitive frequency | 720Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,2-1max. |
| Peak Pulse Voltage | 1,5V |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (at 100Vdc) |
3CRE
| Capacitance μF±20% | 0,1-0,5, 0,3-0,5/1 phase |
| Resistance Ω±30% | 50-200(1/2W), 50-68 (1/2W) /1 phase |
| W | 23-44 |
| H | 26-35 |
| T | 14-26 |
| F | 13-15 |
| Peak to peak | 700V max. |
| Pulse width | 50-70msec. max. |
| Repetitive frequency | 360Hz. max. |
| Pulse width (sec) x Frequency (Hz) | 0,07-0,45max. |
| Peak Pulse Voltage | 800V |
| Test Voltage | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec. |
| Insulation Resistance | Line to Line 10,000MΩmin. Line to Case CRE Series 100,000MΩmin. 3CRE Series 10,000MΩmin. (at 100Vdc) |
SK01D2E-12033
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.33μF, Resistance value 120Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct contact type with electromagnetic contactor(for absorbing main circuit surge), Safety atandard certified product |
SK02D2E-04747
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.47μF, Resistance value 47?, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct contact type with electromagnetic contactor(for absorbing main circui surge), Safety atandard certified product |
SK03D2E-12033
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.33μF, Resistance value 120Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct connect type with electromagnet switch/ thermal relay(for absorbing main circuit surge), Safety atandard certified product |
SK07D2E-04747
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.33μF, Resistance value 120Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct connect type with electromagnet switch/ thermal relay(for absorbing main circuit surge), Safety atandard certified product |
SK08D2E-04747
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.47μF, Resistance value 47Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct connect type with electromagnet switch/ thermal relay(for absorbing main circuit surge), Safety atandard certified product |
3CRH
| Capacitance μF±20% | 0,1-0,47, 0,33-0,47/1phase |
| Resistance Ω±30% | 33-68(6W), 27(10W), 33(6W)/1phase, 27(10W)/1phase |
| W | 30-56 |
| H | 57-62 |
| T | 15-40 |
| F | 13-28 |
| Peak to peak | 1V max. |
| Pulse width | 50-100msec.max. |
| Repetitive frequency | 720Hz max. |
| Pulse width (sec) x Frequency (Hz) | 0,2-1max. |
| Peak Pulse Voltage | 1,5V |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (at 100Vdc) |
SK10A2E-12033
| Capacitance μF±20% | 0,33 /1phase |
| Resistance Ω±30% | 120 (1/2W) /1phase |
| Peak to peak | 700V max. |
| Pulse width | 70msec max. |
| Repetitive frequency | 360Hz max. |
| Pulse width (sec) x Frequency(Hz) | 0,07 max. |
| Peak Pulse Voltage | 800V |
| Test Voltage | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 10,000MΩmin Line to Case 100,000MΩmin (at 100Vdc) |
Gnistdræber mod gnistdannelse i kredsløb
Køb Spark killer
- Beskyttelse mod spændingsspidser
- Længere levetid for komponenter
- Pålidelig funktion i industri og elektronik
- Effektive løsninger fra Rotima AG
Spark Killer - beskyttelse mod overspænding i elektriske kredsløb
Der opstår ofte spændingsspidser i elektriske kredsløb, som kan beskadige relæer, kontaktorer eller andre komponenter. Det er præcis her, gnistdæmpere kommer ind i billedet. De reducerer disse uønskede gnister og forlænger dermed komponenternes levetid. Især i industrielle applikationer, kontrolsystemer og kontrolskabe sikrer de problemfri drift og større pålidelighed.
Som officiel distributør for Okaya Electric Industries tilbyder vi hos Rotima AG gnistdæmpere af høj kvalitet til en lang række krav. Ved hjælp af avanceret teknologi giver vores løsninger pålidelig beskyttelse af elektroniske komponenter - effektivt, holdbart og gennemprøvet.
Som officiel distributør for Okaya Electric Industries tilbyder vi hos Rotima AG gnistdæmpere af høj kvalitet til en lang række krav. Ved hjælp af avanceret teknologi giver vores løsninger pålidelig beskyttelse af elektroniske komponenter - effektivt, holdbart og gennemprøvet.
Har du spørgsmål til vores tilbud?
Gnisten dræber
Gnisten dræber
S
| Rated Voltage | Model Number | Capacitance (μF±10%) | Width (W) | Height (H) | Thickness (T) | Lead Spacing (F) | Lead Diameter (φd) | Dissipation Factor | Test Voltage | Insulation Resistance |
|---|---|---|---|---|---|---|---|---|---|---|
| 450Vdc / 630Vdc | AFC***V474K | 0.47 | 17.0 | 14.5 | 6.5 | 15.0 | 0.6 | 0.002 max. (at 1kHz) | Rated Voltage ×1.75Vdc (2~5sec) | 7,500Ω•F min. (at 20°C,100Vdc) |
| 450Vdc / 630Vdc | AFC***V684K | 0.68 | 17.5 | 15.0 | 7.5 | 15.0 | 0.8 | 0.002 max. (at 1kHz) | Rated Voltage ×1.75Vdc (2~5sec) | 7,500Ω•F min. (at 20°C,100Vdc) |
| 450Vdc / 630Vdc | AFC***V105K | 1.0 | 17.5 | 18.0 | 9.5 | 15.0 | 0.8 | 0.002 max. (at 1kHz) | Rated Voltage ×1.75Vdc (2~5sec) | 7,500Ω•F min. (at 20°C,100Vdc) |
| 450Vdc / 630Vdc | AFC***V225K | 2.2 | 25.5 | 19.5 | 10.5 | 22.5 | 0.8 | 0.002 max. (at 1kHz) | Rated Voltage ×1.75Vdc (2~5sec) | 7,500Ω•F min. (at 20°C,100Vdc) |
| 450Vdc / 630Vdc | AFC***V335K | 3.3 | 25.5 | 22.0 | 13.5 | 22.5 | 0.8 | 0.002 max. (at 1kHz) | Rated Voltage ×1.75Vdc (2~5sec) | 7,500Ω•F min. (at 20°C,100Vdc) |
Gnisten dræber
SB
Gnisten dræber
RE
Gnisten dræber
TA
Gnisten dræber
AU
Gnisten dræber
XE
Gnisten dræber
XEB
Gnisten dræber
CR
Gnisten dræber
CRE
Gnisten dræber
RMTE
| Class | Model Number | Capacitance μF±20% | Resistance Ω±30% | Peak to peak | Pulse width | Repetitive Frequency | Pulse width (sec) x Frequency (Hz) | Peak Pulse Voltage | Test Voltage | Insulation Resistance |
|---|---|---|---|---|---|---|---|---|---|---|
| X2 | RMTE-121224 | 0.22 | 120 (1/2W) | 800V max. | 50msec max. | 120Hz max. | 0.15 max. | 1,200V | Line to Line 1,000Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec | Line to Line 10,000MΩmin Line to Case 100,000MΩmin (at 100Vdc) |
Gnisten dræber
RMTE-FA
| Model Number | Capacitance μF±20% | Resistance Ω±30% | Peak to peak | Pulse Condition | Repetitive Frequency | Pulse width (sec) x Frequency (Hz) | Peak Pulse Voltage | Test Voltage | Insulation Resistance |
|---|---|---|---|---|---|---|---|---|---|
| RMTE-121224-FA | 0.22 | 120 (1/2W) | 700V max. | 50msec max. | 360Hz max. | 0.15 max. | 800V | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (-FA at 100Vdc -MA at 500Vdc) |
| RMTE-121224-MA | 0.22 | 120 (1/2W) | 700V max. | 50msec max. | 360Hz max. | 0.15 max. | 800V | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (-FA at 100Vdc -MA at 500Vdc) |
Gnisten dræber
RMTE-MA
| Model Number | Capacitance μF±20% | Resistance Ω±30% | Peak to peak | Pulse Condition | Repetitive Frequency | Pulse width (sec) x Frequency (Hz) | Peak Pulse Voltage | Test Voltage | Insulation Resistance |
|---|---|---|---|---|---|---|---|---|---|
| RMTE-121224-FA | 0.22 | 120 (1/2W) | 700V max. | 50msec max. | 360Hz max. | 0.15 max. | 800V | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (-FA at 100Vdc -MA at 500Vdc) |
| RMTE-121224-MA | 0.22 | 120 (1/2W) | 700V max. | 50msec max. | 360Hz max. | 0.15 max. | 800V | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec | Line to Line 10,000MΩmin. Line to Case 100,000MΩmin. (-FA at 100Vdc -MA at 500Vdc) |
Gnisten dræber
CRH
Gnisten dræber
3CRE
Gnisten dræber
SK01D2E-12033
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.33μF, Resistance value 120Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct contact type with electromagnetic contactor(for absorbing main circuit surge), Safety atandard certified product |
Gnisten dræber
SK02D2E-04747
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.47μF, Resistance value 47?, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct contact type with electromagnetic contactor(for absorbing main circui surge), Safety atandard certified product |
Gnisten dræber
SK03D2E-12033
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.33μF, Resistance value 120Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct connect type with electromagnet switch/ thermal relay(for absorbing main circuit surge), Safety atandard certified product |
Gnisten dræber
SK07D2E-04747
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.47μF, Resistance value 47Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct connect type with electromagnet switch/ thermal relay(for absorbing main circuit surge), Safety atandard certified product |
Gnisten dræber
SK10A2E-12033
| Class | Model Number | Capacitance μF±20% | Resistance Ω±30% | Peak to peak | Pulse width | Repetitive frequency | Pulse width (sec) x Frequency(Hz) | Peak Pulse Voltage | Test Voltage | Insulation Resistance |
|---|---|---|---|---|---|---|---|---|---|---|
| X2 | SK10A2E-12033 | 0.33 /1phase | 120 (1/2W) /1phase | 700V max. | 70msec max. | 360Hz max. | 0.07 max. | 800V | Line to Line 625Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec | Line to Line 10,000MΩmin Line to Case 100,000MΩmin (at 100Vdc) |
Gnisten dræber
SK08D2E-04747
| Product category | For 3-Phase 200V circuit |
| Specifications | Rated voltage 250VAC, Capacitance 0.47μF, Resistance value 47Ω, Operating temperature range -40 to +100℃ |
| Safety standards | UL, cUL, VDE |
| Country of origin | Japan |
| Features | For contact protection(quenching the contact spark)/ absorption of back electromotive surge voltage, Direct connect type with electromagnet switch/ thermal relay(for absorbing main circuit surge), Safety atandard certified product |
Gnisten dræber
3CRH
Har du spørgsmål til vores tilbud?
Gnisten dræber
Vores udvalg af andre kondensatorer:
Elektrolytiske kondensatorer
Elektrolytkondensatorer er specielle kondensatorer med høj kapacitans, der bruger en elektrolyt som ledende medium. De lagrer elektrisk energi og bruges i strømforsyninger, lyd- og højfrekvente kredsløb. På grund af deres polaritet kan de kun bruges i jævnstrømskredsløb. Almindelige typer er elektrolytiske kondensatorer af aluminium, tantal og niobium.
Keramiske kondensatorer
Keramiske kondensatorer er elektriske komponenter til energilagring og signalfiltrering. De består af et keramisk dielektrikum og metalplader. Deres fordele: høj stabilitet, lave tab, hurtige opladnings- og afladningstider. De bruges i elektronik, højfrekvensteknologi og strømforsyningsapplikationer - fra smartphones til industrielle kontrolsystemer.
Tantal-kondensatorer
Tantal-kondensatorer er elektriske kondensatorer med tantal som anodemateriale. De er kendetegnet ved høj kapacitetstæthed, lave lækstrømme og stabile elektriske egenskaber. De bruges ofte i højfrekvens- og miniatureapplikationer og giver pålidelig ydeevne i mobile enheder, medicinsk teknologi og industrielle kredsløb. Deres oxiddielektrikum sikrer høj dielektrisk styrke og lang levetid.
Har du spørgsmål til vores tilbud?
Gnisten dræber
Typiske anvendelsesområder for Spark Killer
Gnistdæmpere spiller en afgørende rolle inden for elektroteknik, især i applikationer, hvor der bruges relæer, kontaktorer eller mekaniske afbrydere. De reducerer de spændingsspidser, der opstår under koblingsoperationer, og forhindrer dermed gnistdannelse og for tidlig slitage af elektriske komponenter.
Et klassisk eksempel er brugen af dem i kontrol- og automatiseringssystemer. Her forlænger de skiftekontakternes levetid og sikrer pålidelig drift. De forhindrer også uønskede fejl forårsaget af elektriske overspændinger i kontrolskabe i industrianlæg.
Gnistdæmpere bruges også i elektriske husholdningsapparater som f.eks. vaskemaskiner eller klimaanlæg. De beskytter de interne koblingselementer og minimerer støjen, når der skiftes.
Som officiel distributør af Okaya Electric Industries tilbyder Rotima AG skræddersyede gnistdræberløsninger til forskellige anvendelsesområder - fra industri til bygningsteknologi. Vores produkter sikrer stabil drift og længere levetid for elektroniske komponenter.
Et klassisk eksempel er brugen af dem i kontrol- og automatiseringssystemer. Her forlænger de skiftekontakternes levetid og sikrer pålidelig drift. De forhindrer også uønskede fejl forårsaget af elektriske overspændinger i kontrolskabe i industrianlæg.
Gnistdæmpere bruges også i elektriske husholdningsapparater som f.eks. vaskemaskiner eller klimaanlæg. De beskytter de interne koblingselementer og minimerer støjen, når der skiftes.
Som officiel distributør af Okaya Electric Industries tilbyder Rotima AG skræddersyede gnistdræberløsninger til forskellige anvendelsesområder - fra industri til bygningsteknologi. Vores produkter sikrer stabil drift og længere levetid for elektroniske komponenter.
Hvad kan vi gøre for dig?
Kontakt vores produkteksperter
Hvad kan vi gøre for dig?
Kontakt vores produkteksperter
Har du nogen spørgsmål om:
Gnisten dræber
Send os blot en kort besked, og vi vil med glæde besvare dine spørgsmål via telefon eller e-mail.
Har du spørgsmål?
Skriv til os!
Vil du gerne vide mere om vores kvalitetsprodukter?
Vi har et stort lager, korte leveringstider og toldfri levering !
Tøv ikke med at kontakte os, vi rådgiver dig gerne personligt.
Tøv ikke med at kontakte os, vi rådgiver dig gerne personligt.
Dine kontaktpersoner
Anmod om et tilbagekald
Vil du gerne have en personlig telefonkonsultation?
Du skal blot udfylde formularen, så vender vi tilbage til dig.
Hvad er fordelene ved at bruge DC-spændingstransformere frem for AC-spændingstransformere?
Udfyld venligst nedenstående formular for at downloade databladet for dette produkt.
Hvad er fordelene ved at bruge DC-spændingstransformere frem for AC-spændingstransformere?
Du kan nu klikke og downloade PDF-dokumenterne, som du plejer.
X
Kom i kontakt med os
Mere information om Spark killer
I vores FAQ-sektion besvarer vi de hyppigst stillede spørgsmål om gnistdæmpere og deres anvendelse i industri og elektronik. Find ud af, hvordan disse små, men effektive komponenter kan reducere spændingsspidser, optimere driften af dine systemer og spare omkostninger på lang sigt. Hvis du har yderligere spørgsmål eller ønsker individuel rådgivning, vil vi hos Rotima AG med glæde hjælpe dig med vores ekspertise som distributør for Okaya Electric Industries.
