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I-Thermal Overload Relay Wire CuNi8 Alloy12 CN012 Ukushisa Okuphansi Kwamandla Aphansi Isithombe Esifakiwe
  • I-Thermal Overload Relay Wire CuNi8 Alloy12 CN012 Ukushisa Okuphansi Kwamandla Aphansi
  • I-Thermal Overload Relay Wire CuNi8 Alloy12 CN012 Ukushisa Okuphansi Kwamandla Aphansi
  • I-Thermal Overload Relay Wire CuNi8 Alloy12 CN012 Ukushisa Okuphansi Kwamandla Aphansi
  • I-Thermal Overload Relay Wire CuNi8 Alloy12 CN012 Ukushisa Okuphansi Kwamandla Aphansi

I-Thermal Overload Relay Wire CuNi8 Alloy12 CN012 Ukushisa Okuphansi Kwamandla Aphansi

Incazelo emfushane:

I-Copper Nickel Alloy yenziwe kakhulu ngethusi ne-nickel. Ithusi ne-nickel kungancibilikiswa ndawonye kungakhathalekile ukuthi yiliphi iphesenti. Ngokuvamile ukumelana kwe-CuNi alloy kuzoba phezulu uma okuqukethwe yi-Nickel kukhulu kunokuqukethwe kwe-Copper. Kusukela ku-CuNi1 kuya ku-CuNi44, ukumelana kusuka ku-0.03μΩm kuya ku-0.49μΩm. Lokho kuzosiza i-resistor ukuthi ikhethe ucingo lwe-alloy olufanele kakhulu.


  • Ukumelana:0.12+/-5% μΩ.m
  • ububanzi:0.05-5.0mm
  • isimo:ucingo oluyindilinga lokumelana
  • Ubuso:Okukhanyayo
  • Ikhodi ye-HS:7408290000
  • Izinto:I-CUNI
  • Ubuningi:8.9 g/cm3
  • Isampula:I-oda elincane liyamukelwa

    • Imininingwane Yomkhiqizo

    Imibuzo Evame Ukubuzwa

    Amathegi Omkhiqizo

    Ingxubevange ye-nickel yethusi, enokumelana okuphansi kukagesi, ukumelana nokushisa okuhle nokugqwala, okulula ukuyenza

    icutshungulwe futhi ishiselwe nge-lead. Isetshenziselwa ukwenza izingxenye ezibalulekile ku-thermal overload relay, ukumelana okuphansi

    i-thermal circuit breaker, kanye nezinto zikagesi. Futhi iyinto ebalulekile yekhebula lokufudumeza likagesi.

    Ukusetshenziswa kwentambo ye-alloy ye-nickel yethusi:
    1. izingxenye zokushisa
    2. ukumelana okukhawulela kwamanje kokudluliselwa kokushisa ngokweqile
    3. i-circuit breaker ene-voltage ephansi
    4. umshini osebenzisa amandla aphansi

    Izakhiwo/ Izinto
    Ukumelana (200C μΩ.m)
    Ukushisa okuphezulu kokusebenza (℃)
    Amandla okuqina (i-Mpa)
    Indawo yokuncibilika (℃)
    I-TCRx10-6 /℃(20~600℃)
    I-EMF vs Cu(μV/ ℃)(0~100 (℃)
    Ubuningi (g/cm3)
    NC003
    (CuNi1)
    0.03
    200
    210
    1085
    <100
    -8
    8.9
    NC005
    (CuNi2)
    0.05
    200
    220
    1090
    <120
    -12
    8.9
    NC010
    (CuNi6)
    0.1
    220
    250
    1095
    <60
    -18
    8.9
    NC012
    (CuNi8)
    0.12
    250
    270
    1097
    <57
    -22
    8.9
    NC015
    (CuNi10)
    0.15
    250
    290
    1100
    <50
    -25
    8.9
    NC020
    (CuNi14)
    0.2
    300
    310
    1115
    <30
    -28
    8.9
    NC025
    (CuNi19)
    0.25
    300
    340
    1135
    <25
    -32
    8.9
    NC030
    (CuNi23)
    0.3
    300
    350
    1150
    <16
    -34
    8.9
    NC035
    (CuNi30)
    0.35
    350
    400
    1170
    <10
    -37
    8.9
    NC040
    (CuNi34)
    0.4
    350
    400
    1180
    0
    -39
    8.9
    NC050
    (CuNi44)
    0.5
    400
    420
    1200
    <-6
    -43
    8.9




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