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  • YZPST-2R230M(3).jpg
  • YZPST-2R230M(1).jpg

High insulation resistance surge arrester YZPST-2R230M

Cautions and warnings Surge arresters must not be operated directly in power supply networks,whose maximum operating voltage exceeds the minimum spark-over voltage of the surge arresters. Surge arresters may become hot in case of longer periods of current stress (danger of burning). If the contacts of the surge arrester are defective, current stress can lead to the formation of sparks and lou Surge arresters may be used only within their specified values. In case of overload, the head contacts may fail or the component may be destroyed.  Damaged surge arresters must not be re-used.

Product Number: YZPST-2R230M
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  • Product Description
  • Surge arrester

    YZPST-2R230M

     

    Product Description

     

    Features

    Applications

    Extremely small size

    Extremely fast response time

    Stable performance over life

    High insulation resistance

    RoHS-compatible

    To be done by UL standard

    AC power lines

    Class II (class C)-requirements

     

    Electrical specifications

    DC breakdown voltage 1)

    230

    V

    %

    Tolerance

    ±20

    Impulse breakdown voltage

    at 1kv/μs –For 99% measure values

     

    ≤700

     

    V

    GBT/18802.311

     

     

     

    Nominal discharge current 8/20 us

    In

    60

    KA

    Maximum discharge current 8/20 us

    Imax

    100

    KA

    Insulation resistance at DC 100V

    ≥1

    Capacitance at 1MHz

    ≤5

    pF

    Weight

    ~8

    g

    Storage and operations temperature

    -40...+90

    °C

    Climatic category(IEC60068-1)

    40/90/21

     

    Marking,Blue positive

    YZPST-2R230M

     1) At delivery AQL 0.65 level II,DIN ISO2859

     2) DC spark-over voltage >420V after load Tests according to IEC61643-311

    YZPST-2R230M-1.jpg

    Cautions and warnings

    Surge arresters must not be operated directly in power supply networks,whose maximum operating voltage exceeds the minimum spark-over voltage of the surge arresters.

    Surge arresters may become hot in case of longer periods of current stress (danger of burning).

    If the contacts of the surge arrester are defective, current stress can lead to the formation of sparks and lou

    Surge arresters may be used only within their specified values. In case of overload, the head contacts may fail or the component may be destroyed.

     Damaged surge arresters must not be re-used.

     

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