德國PILZ皮爾茲PSEN系列安全繼電器現(xiàn)貨7電流比對繼電器可靠性的影響：所謂電流比是繼電器的工作負載電流與額定負載電流之比。電流比對繼電器的可靠性影響很大,尤其當電流比大于0.1時,平均故障間隔時間迅速下降,而電流比小于0.1時,平均故障間隔時間基本不變,因此在電路設計時應選用額定電流較大的負載以降低電流比,這樣可保證繼電器乃至整個電路不因工作電流的波動而使可靠性降低。

德國PILZ皮爾茲PSEN系列安全繼電器現(xiàn)貨

1.環(huán)境對繼電器可靠性的影響：繼電器工作在GB和SF下的平均故障間隔時間zui高,達到820000h,而在NU環(huán)境下,僅60000h

2質(zhì)量等級對繼電器可靠性的影響：當選用A1質(zhì)量等級的繼電器時,平均故障間隔時間可達3660000h,而選用C等級的繼電器平均故障間隔時間為110000,其間相差33倍,可見繼電器的質(zhì)量等級對其可靠性能的影響非常大

3觸點形式對繼電器可靠性的影響：繼電器的觸點形式也會對其可靠性產(chǎn)生影響,單擲型繼電器的可靠性都高于相同刀數(shù)的雙擲型繼電器,同時隨刀數(shù)的增加可靠性逐漸降低,單刀單擲繼電器的平均故障間隔時間是四刀雙擲繼電器的5.5倍

4結(jié)構(gòu)類型對繼電器可靠性的影響：繼電器結(jié)構(gòu)類型共有24種,不同類型均對其可靠性產(chǎn)生影響

5溫度對繼電器可靠性的影響：繼電器工作溫度范圍在-25～70℃之間。隨著溫度的升高,繼電器的平均故障間隔時間逐漸下降

6動作速率對繼電器可靠性的影響：隨著繼電器動作速率的提高,平均故障間隔時間基本呈指數(shù)型下降趨勢因此,若設計的電路要求繼電器的動作速率非常高,那么在電路維修時就需要仔細檢測繼電器以便及時對它更換

 

德國PILZ皮爾茲PSEN系列安全繼電器現(xiàn)貨

7電流比對繼電器可靠性的影響：所謂電流比是繼電器的工作負載電流與額定負載電流之比。電流比對繼電器的可靠性影響很大,尤其當電流比大于0.1時,平均故障間隔時間迅速下降,而電流比小于0.1時,平均故障間隔時間基本不變,因此在電路設計時應選用額定電流較大的負載以降低電流比,這樣可保證繼電器乃至整個電路不因工作電流的波動而使可靠性降低。

750102PNOZ s2 24VDC 3 n/o 1 n/c
750103PNOZ s3 24VDC 2 n/o
750104PNOZ s4 24VDC 3 n/o 1 n/c
750105PNOZ s5 24VDC 2 n/o 2 n/o t
750106PNOZ s6 24VDC 3 n/o 1 n/c
750107PNOZ s7 24VDC 4 n/o 1 n/c
750108PNOZ s8 24VDC 2 n/o
750109PNOZ s9 24VDC 3 n/o t 1 n/c t
750110PNOZ s10 24VDC 4 n/o 1 n/c
750111PNOZ s11 24VDC 8 n/o 1 n/c
750124PNOZ s4.1 24VDC 3 n/o 1 n/c
750126PNOZ s6.1 24VDC 3 n/o 1 n/c
750134PNOZ s4 48-240VACDC 3 n/o 1 n/c
750135PNOZ s5 48-240VACDC 2 n/o 2 n/o t
750136PNOZ s6 48-240VACDC 3 n/o 1 n/c
750154PNOZ s4.1 48-240VACDC 3 n/o 1 n/c
750156PNOZ s6.1 48-240VACDC 3 n/o 1 n/c
750167PNOZ s7.1 24VDC 3 n/o cascade
750177PNOZ s7.2 24VDC 4 n/o 1 n/c expand

 

德國PILZ皮爾茲PSEN系列安全繼電器現(xiàn)貨
751002PNOZ s Set spring loaded terminals 12,5m
751003PNOZ s Set spring loaded terminals 17,5m
751004PNOZ s Set spring loaded terminals 22,5m
751008PNOZ s Set1spring loaded terminals 45mm
751012PNOZ s Set2 spring loaded terminals 45mm
751101PNOZ s1 C 24VDC 2 n/o
751102PNOZ s2 C 24VDC 3 n/o 1 n/c
751103PNOZ s3 C 24VDC 2 n/o
751104PNOZ s4 C 24VDC 3 n/o 1 n/c
751105PNOZ s5 C 24VDC 2 n/o 2 n/o t
751106PNOZ s6 C 24VDC 3 n/o 1 n/c
751107PNOZ s7 C 24VDC 4 n/o 1 n/c
751108PNOZ s8 C 24VDC 2 n/o
751109PNOZ s9 C 24VDC 3 n/o t 1 n/c t
751110PNOZ s10 C 24VDC 4 n/o 1 n/c
751111PNOZ s11 C 24VDC 8 n/o 1 n/c
751124PNOZ s4.1 C 24VDC 3 n/o 1 n/
751126PNOZ s6.1 C 24VDC 3 n/o 1 n/c
751134PNOZ s4 C 48-240VACDC 3 n/o 1 n/c
773105PNOZ m1p base unit coated version
773110PNOZ m0p base unit not expandable
773111PNOZ m0p base unit eco
773113PNOZ m0p ETH
773120PNOZ m2p base unit press function
773125PNOZ m3p base unit burner function
773200PNOZ pps1p 100-240VAC
773300PNOZ p1p 24VDC 2so
773400PNOZ mi1p 8 input
773800PNOZ ms1p standstill / speed monitor
773810PNOZ ms2p standstill / speed monitor
773811PNOZ ms2p TTL coated version
773812PNOZ ma1p 2 Analog Input
773815PNOZms2p HTL
773820PNOZ ms3p standstill / speed monitor
773830PNOZ ms4p speedcontrol
773839PNOZ msi1Bp Adapter Si/Ha 25/25 5m
773840PNOZ msi1Ap Adapter Si/Ha 25/25 2,5m
773841PNOZ msi1Bp Adapter Si/Ha 25/25 2,5m
773842PNOZ msi3Ap Adapter Si/Ha 15/15 2,5m
773843PNOZ msi3Bp Adapter Si/Ha 15/15 2,5m
774327PNOZ X5 12VDC 2n/o coated version
774330P2HZ X1 24VAC 3n/o 1n/c
774331P2HZ X1 42VAC 3n/o 1n/c
774332P2HZ X1 48VAC 3n/o 1n/c
774554PNOZ XV2.1 0.5/24-240 VacDC 2n/o 2n/o fix
774558PNOZ XV2.1 300/24-240VACDC 2n/o 2n/o t
774560PNOZ XHCV 0,7/24VDC 2n/o fix