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10kV、20kV SBH15-M 型
           油浸式非晶合金变压器
           Oil-immersed amorphous alloy transformer



           10kV、20kV 油浸式非晶合金铁芯配电变压器 ( 通过短路试验 )
           Immersed amorphous alloy core distribution transformers(Pass the short-circiut test)

           由于非晶合金铁芯不能承受机械力的作用,加之矩形线圈的机械强度较弱,因此非晶合金变压器通过短路试验成为变压器领域的一个技术难题。本公司运用
           成熟的技术经验成功地攻克了这一难关,自行设计开发 SBH15-M-2500/10 配电变压器。在沈阳国家变压器质量监督检验中心一举通过了短路试验,这标
           志着本公司的非晶合金变压器的设计制造技术处于国际领先水平。
           As Amorphous Distribution Transformer can't bear mechanicalforce, and rectangle winding's mechnical intensity is week, it is a big difficulty for
           Amorphous DistributionTransformer pass the Short-circiut Test, my company has captured this difficulty .exploited SBH15-M-2500/10 Distribution
           Transformer, it has passed the Short-circiut Test in Shen Yang National Transformer Quality Supervision Testing Center. It demonstrates that my
           company's Amorphous Distribution Transformer design has came to the international advanced level.



           10kV、20kV 油浸式非晶合金铁芯配电变压器 ( 产品绝缘水平 )
           Immersed amorphous alloy core distribution transformers(Insulation level)

                                    设备最高电压有效值                额定短时工频耐受电压有效值               额定雷电冲击耐受电压全波峰值
            电压等级                    Highest electrical           Rated frequency       Rated lightning impulse withstand
            Voltage                  equipment RMS             withstand voltage rms           voltage full
            level(kV)
                                      voltage(kV)                   (kV/min)                  wave peak(kV)
             ≤1                          ≤1                           5                           --
             6                           6.9                          25                          75
             10                          11.5                         35                          95
             20                           23                          55                          125



           10kV、20kV 油浸式非晶合金铁芯配电变压器 ( 产品符合标准 )
           Immersed amorphous alloy core distribution transformers(Products standard)

           GB 1094.1-2013 电力变压器第一部分总则
           GB 1094.2-2013 电力变压器第二部分温升
           GB 1094.3-2003 电力变压器第三部分绝缘水平和绝缘试验
           GB 1094.5-2008 电力变压器第五部分承受短路的能力
           GB/T1094.10-2003 电力变压器第十部分声级测定
           GB/T6451-2015 油浸式电力变压器技术参数和要求
           GB20052-2013 三相配电变压器能效限定值及能效等级及委托技术要求
           GB 1094.1-2013 电力变压器第一部分总则
           GB 1094.2-2013 电力变压器第二部分温升
           GB 1094.3-2003 电力变压器第三部分绝缘水平和绝缘试验
           GB 1094.5-2008 电力变压器第五部分承受短路的能力
           GB / T1094.10-2003 电力变压器第十部分声级测定
           GB / T6451-2015 油浸式电力变压器技术参数和要求
           GB20052-2013 三相配电变压器能效限定值及能效等级及委托技术要求
           GB 1094.1-2013 power transformer part I general provisions
           GB 1094.2-2013 temperature rise of the second part of power transformer
           GB 1094.3-2003 power transformer part iii insulation level and insulation test
           The fifth part of GB 1094.5-2008 power transformer is capable of withstanding short circuit
           GB/ t1094.10-2003 power transformer part x sound level measurement
           Technical parameters and requirements of GB/ t6451-2015 oil-immersed power transformer
           Gb20052-2013 energy efficiency limit value and energy efficiency grade of three-phase distribution transformer and technical requirements for
           entrustment
           GB 1094.1-2013 power transformer part I general provisions
           GB 1094.2-2013 temperature rise of the second part of power transformer
           GB 1094.3-2003 power transformer part iii insulation level and insulation test
           The fifth part of GB 1094.5-2008 power transformer is capable of withstanding short circuit
           GB/t1094.10-2003 power transformer part x sound level measurement
           Technical parameters and requirements of GB/t6451-2015 oil-immersed power transformer
           Gb20052-2013 energy efficiency limit value and energy efficiency grade of three-phase distribution transformer and technical requirements for
           entrustment

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