• 尊龙凯时·「中国」官方网站

    尊龙凯时(江苏)电气有限公司
      当前位置:
    • 首页>
    • 产品中心>
    • 高压电容器>
    • 高压并联电容器

    取消

    清空记录

    历史记录

    清空记录

    历史记录

    清空记录

    历史记录

    高压并联电容器

    分享到微信

    ×
    高压并联电容器主要用于工频(50Hz或60Hz)1千伏及以上交流电力系统中,提高功率因数,改善电网质量,充分发挥发电、供电设备效率的电气元件。
    在线客服
    产品详情

      1.概述 / Overview

      高压并联电容器主要用于工频(50Hz或60Hz)1千伏及以上交流电力系统中,提高功率因数,改善电网质量,充分发挥发电、供电设备效率的电气元件。

      High-voltage shunt capacitors are electrical elements mainly used in 1 kV or above AC power systems with power frequency (50Hz or 60Hz) to improve the power factor and the power grid quality and give full play to the efficiency of power generation and supply equipment.

      2.型号说明 / Model Description

         高压并联电容器型号说明.png

        3.电容器技术参数/Technical Parameters of Capacitor


    产品型号及规格

    Model and Specification

    额定电压kV

    Rated Voltage kV

    额定容量kvar

    Rated Capacity  kvar

    外型尺寸mm

    Overall Dimensions mm

    接线柱

    Wiring Terminal

    重量kg

    Weight kg

    L

    B

    h

    H1

    H

    C

    D

    AMT-BFM-6.6/√3/67-1W

    6.6/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-6.6/√3/100-1W

    100

    383

    140

    134

    295

    550

    250

    107

    M12

    30

    AMT-BFM-6.6/√3/134-1W

    134

    383

    140

    160

    375

    630

    250

    107

    M12

    36

    AMT-BFM-6.6/√3/167-1W

    167

    383

    140

    160

    440

    695

    250

    107

    M12

    41

    AMT-BFMr-6.6/√3/200-1W

    200

    383

    180

    160

    415

    635

    250

    137

    M16

    46

    AMT-BFMr-6.6/√3/234-1W

    234

    383

    180

    160

    475

    695

    250

    137

    M16

    52

    AMT-BFMr-6.6/√3/300-1W

    300

    383

    180

    160

    590

    810

    250

    137

    M16

    62

    AMT-BFMr-6.6/√3/334-1W

    334

    383

    180

    200

    650

    870

    250

    137

    M16

    67

    AMT-BFM-7.2/√3/67-1W

    7.2/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-7.2/√3/100-1W

    100

    383

    140

    134

    290

    545

    250

    107

    M12

    29

    AMT-BFM-7.2/√3/134-1W

    134

    383

    140

    160

    360

    615

    250

    107

    M12

    34

    AMT-BFM-7.2/√3/167-1W

    167

    383

    140

    160

    440

    695

    250

    107

    M12

    39

    AMT-BFMr-7.2/√3/200-1W

    200

    383

    180

    160

    410

    630

    250

    137

    M16

    46

    AMT-BFMr-7.2/√3/234-1W

    234

    383

    180

    160

    470

    690

    250

    137

    M16

    51

    AMT-BFMr-7.2/√3/300-1W

    300

    383

    180

    160

    575

    795

    250

    137

    M16

    60

    AMT-BFMr-7.2/√3/334-1W

    334

    383

    180

    160

    635

    855

    250

    137

    M16

    65

    AMT-BFM-11/√3/67-1W

    11/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-11/√3/100-1W

    100

    383

    140

    134

    290

    545

    250

    107

    M12

    30

    AMT-BFM-11/√3/134-1W

    134

    383

    140

    160

    370

    625

    250

    107

    M12

    35

    AMT-BFM-11/√3/167-1W

    167

    383

    140

    160

    440

    695

    250

    107

    M12

    40

    AMT-BFMr-11/√3/200-1W

    200

    383

    140

    160

    510

    810

    250

    107

    M16

    45

    AMT-BFMr-11/√3/234-1W

    234

    383

    180

    160

    455

    755

    250

    137

    M16

    50

    AMT-BFMr-11/√3/300-1W

    300

    383

    180

    160

    565

    865

    250

    137

    M16

    59

    AMT-BFMr-11/√3/334-1W

    334

    383

    180

    160

    645

    945

    250

    137

    M16

    66

    AMT-BFM-12/√3/67-1W

    12/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-12/√3/100-1W

    100

    383

    140

    134

    295

    550

    250

    107

    M12

    30

    AMT-BFM-12/√3/134-1W

    134

    383

    140

    160

    355

    610

    250

    107

    M12

    34

    AMT-BFM-12/√3/167-1W

    167

    383

    140

    160

    420

    675

    250

    107

    M12

    38

    AMT-BFMr-12/√3/200-1W

    200

    383

    180

    160

    510

    810

    250

    137

    M16

    45

    AMT-BFMr-12/√3/234-1W

    234

    383

    180

    160

    480

    780

    250

    137

    M16

    51

    AMT-BFMr-12/√3/300-1W

    300

    383

    180

    160

    595

    895

    250

    137

    M16

    61

    AMT-BFMr-12/√3/334-1W

    334

    383

    180

    160

    645

    945

    250

    137

    M16

    66


        4.主要性能指标 / Main Performance Indexes

    项目

    Item

    项目描述

    Item Description

    主要性能指标

    Main performance indexes

    电容器安装运行地区环境温度范围是:AMT-BFM型电容器为-25℃~+45℃,AMT-BAM型电容器为-40℃~+45℃。海拔高度不超过1000米。对安装地点海拔高度超过1000米的电容器,订货时应特别加以说明。

    The ambient temperature range for capacitor installation and operation is -25℃~+45℃, and that for AMT-BAM capacitors is -40℃~+45℃. The altitude shall not be more than 1000 meters. Special instructions shall be be given when orders are placed for capacitors with altitude over 1000 meters in the installation site.

    电容器极间介质应能承受下列两种试验电压之一,历时10s

    The interelectrode dielectric of the capacitor shall be able to withstand one of the following two test voltages, lasting for 10s.

    工频交流电压:Ut(~)=2.15Un

    Power frequency AC voltage: Ut(~)=2.15Un

    直流电压:Ut(~)=4.3Un

    DC voltage: Ut(~)= 4.3Un

    为了延长电容器的使用寿命,电容器应经常维持在额定电压下运行

    In order to extend the service life of the capacitor, the capacitor shall always operate at the rated voltage.

    电容器能承受峰值不超过2.2Un持续1/2周期的 过渡过电压。

    The capacitor shall withstand the transient overvoltage with first peak value not more than 2.2Un and lasting for 1/2 cycle.

    电容器允许在由于电压升高及高次谐波造成的有效值为1.3ln的稳定过电流下运行,对于电容具有较大正偏差的电容器,这个过电流允许达到1.43ln

    The capacitor is allowed to operate at a stable overcurrent with an effective value of 1.3ln caused by voltage rise and higher harmonics. For the capacitor with the maximum positive deviation, this overcurrent is allowed to be 1.43ln.

    电容器的实测电容值与额定值之差不超过额定值的-5%~+10%,三相电容器中任何两线路端子间测得 的较大与较小电容值之比不大于1.08

    The difference between the measured capacitance and the rated value of the capacitor shall not exceed -5%~+10%. The ratio of maximum capacitance to minimum capacitance measured between any two terminals of the three-phase capacitor shall not be more than 1.08.

    电容器在工频额定电压下,温度为20℃时的损耗角正切值(tgδ)≤0.0005

    The tangent (tgδ) of loss angle of the capacitor at 20℃ at rated power frequency voltage is less than or equal to 0.0005.

    注:内部装有放电电阻或熔丝的电容器,其损耗角正切值允许增加0.0001

    Note: for capacitors with internal discharge resistor or fuse, the tangent of loss angle is allowed to increase by 0.0001.

    内部装有放电电阻的电容器,与电源断开后,能在10分种内由额定电压的峰值降到75伏以下。若要在5分钟内由额定电压的峰值降到50伏以下,则应在订货时加以说明。

    After the capacitor with an internal discharge resistor is disconnected with the power supply, its peak rated voltage can be reduced to be less than 75 volts within 10 minutes. If the peak rated voltage is required to be reduced to be less than 50 volts within 5 minutes, this shall be indicated at the time of ordering.

    三相电容器内部为星形接线,每相均加有放电电阻。

    Three-phase capacitoris internallywired in a star shape, and a discharge resistor is added for each phase.

    • 高压并联电容器
    • 高压并联电容器

    高压并联电容器

    分享到微信

    ×
    高压并联电容器主要用于工频(50Hz或60Hz)1千伏及以上交流电力系统中,提高功率因数,改善电网质量,充分发挥发电、供电设备效率的电气元件。
    0515-82327185
    在线客服
    产品详情

      1.概述 / Overview

      高压并联电容器主要用于工频(50Hz或60Hz)1千伏及以上交流电力系统中,提高功率因数,改善电网质量,充分发挥发电、供电设备效率的电气元件。

      High-voltage shunt capacitors are electrical elements mainly used in 1 kV or above AC power systems with power frequency (50Hz or 60Hz) to improve the power factor and the power grid quality and give full play to the efficiency of power generation and supply equipment.

      2.型号说明 / Model Description

         高压并联电容器型号说明.png

        3.电容器技术参数/Technical Parameters of Capacitor


    产品型号及规格

    Model and Specification

    额定电压kV

    Rated Voltage kV

    额定容量kvar

    Rated Capacity  kvar

    外型尺寸mm

    Overall Dimensions mm

    接线柱

    Wiring Terminal

    重量kg

    Weight kg

    L

    B

    h

    H1

    H

    C

    D

    AMT-BFM-6.6/√3/67-1W

    6.6/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-6.6/√3/100-1W

    100

    383

    140

    134

    295

    550

    250

    107

    M12

    30

    AMT-BFM-6.6/√3/134-1W

    134

    383

    140

    160

    375

    630

    250

    107

    M12

    36

    AMT-BFM-6.6/√3/167-1W

    167

    383

    140

    160

    440

    695

    250

    107

    M12

    41

    AMT-BFMr-6.6/√3/200-1W

    200

    383

    180

    160

    415

    635

    250

    137

    M16

    46

    AMT-BFMr-6.6/√3/234-1W

    234

    383

    180

    160

    475

    695

    250

    137

    M16

    52

    AMT-BFMr-6.6/√3/300-1W

    300

    383

    180

    160

    590

    810

    250

    137

    M16

    62

    AMT-BFMr-6.6/√3/334-1W

    334

    383

    180

    200

    650

    870

    250

    137

    M16

    67

    AMT-BFM-7.2/√3/67-1W

    7.2/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-7.2/√3/100-1W

    100

    383

    140

    134

    290

    545

    250

    107

    M12

    29

    AMT-BFM-7.2/√3/134-1W

    134

    383

    140

    160

    360

    615

    250

    107

    M12

    34

    AMT-BFM-7.2/√3/167-1W

    167

    383

    140

    160

    440

    695

    250

    107

    M12

    39

    AMT-BFMr-7.2/√3/200-1W

    200

    383

    180

    160

    410

    630

    250

    137

    M16

    46

    AMT-BFMr-7.2/√3/234-1W

    234

    383

    180

    160

    470

    690

    250

    137

    M16

    51

    AMT-BFMr-7.2/√3/300-1W

    300

    383

    180

    160

    575

    795

    250

    137

    M16

    60

    AMT-BFMr-7.2/√3/334-1W

    334

    383

    180

    160

    635

    855

    250

    137

    M16

    65

    AMT-BFM-11/√3/67-1W

    11/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-11/√3/100-1W

    100

    383

    140

    134

    290

    545

    250

    107

    M12

    30

    AMT-BFM-11/√3/134-1W

    134

    383

    140

    160

    370

    625

    250

    107

    M12

    35

    AMT-BFM-11/√3/167-1W

    167

    383

    140

    160

    440

    695

    250

    107

    M12

    40

    AMT-BFMr-11/√3/200-1W

    200

    383

    140

    160

    510

    810

    250

    107

    M16

    45

    AMT-BFMr-11/√3/234-1W

    234

    383

    180

    160

    455

    755

    250

    137

    M16

    50

    AMT-BFMr-11/√3/300-1W

    300

    383

    180

    160

    565

    865

    250

    137

    M16

    59

    AMT-BFMr-11/√3/334-1W

    334

    383

    180

    160

    645

    945

    250

    137

    M16

    66

    AMT-BFM-12/√3/67-1W

    12/√3

    67

    134

    140

    135

    220

    475

    250

    107

    M12

    25

    AMT-BFM-12/√3/100-1W

    100

    383

    140

    134

    295

    550

    250

    107

    M12

    30

    AMT-BFM-12/√3/134-1W

    134

    383

    140

    160

    355

    610

    250

    107

    M12

    34

    AMT-BFM-12/√3/167-1W

    167

    383

    140

    160

    420

    675

    250

    107

    M12

    38

    AMT-BFMr-12/√3/200-1W

    200

    383

    180

    160

    510

    810

    250

    137

    M16

    45

    AMT-BFMr-12/√3/234-1W

    234

    383

    180

    160

    480

    780

    250

    137

    M16

    51

    AMT-BFMr-12/√3/300-1W

    300

    383

    180

    160

    595

    895

    250

    137

    M16

    61

    AMT-BFMr-12/√3/334-1W

    334

    383

    180

    160

    645

    945

    250

    137

    M16

    66


        4.主要性能指标 / Main Performance Indexes

    项目

    Item

    项目描述

    Item Description

    主要性能指标

    Main performance indexes

    电容器安装运行地区环境温度范围是:AMT-BFM型电容器为-25℃~+45℃,AMT-BAM型电容器为-40℃~+45℃。海拔高度不超过1000米。对安装地点海拔高度超过1000米的电容器,订货时应特别加以说明。

    The ambient temperature range for capacitor installation and operation is -25℃~+45℃, and that for AMT-BAM capacitors is -40℃~+45℃. The altitude shall not be more than 1000 meters. Special instructions shall be be given when orders are placed for capacitors with altitude over 1000 meters in the installation site.

    电容器极间介质应能承受下列两种试验电压之一,历时10s

    The interelectrode dielectric of the capacitor shall be able to withstand one of the following two test voltages, lasting for 10s.

    工频交流电压:Ut(~)=2.15Un

    Power frequency AC voltage: Ut(~)=2.15Un

    直流电压:Ut(~)=4.3Un

    DC voltage: Ut(~)= 4.3Un

    为了延长电容器的使用寿命,电容器应经常维持在额定电压下运行

    In order to extend the service life of the capacitor, the capacitor shall always operate at the rated voltage.

    电容器能承受峰值不超过2.2Un持续1/2周期的 过渡过电压。

    The capacitor shall withstand the transient overvoltage with first peak value not more than 2.2Un and lasting for 1/2 cycle.

    电容器允许在由于电压升高及高次谐波造成的有效值为1.3ln的稳定过电流下运行,对于电容具有较大正偏差的电容器,这个过电流允许达到1.43ln

    The capacitor is allowed to operate at a stable overcurrent with an effective value of 1.3ln caused by voltage rise and higher harmonics. For the capacitor with the maximum positive deviation, this overcurrent is allowed to be 1.43ln.

    电容器的实测电容值与额定值之差不超过额定值的-5%~+10%,三相电容器中任何两线路端子间测得 的较大与较小电容值之比不大于1.08

    The difference between the measured capacitance and the rated value of the capacitor shall not exceed -5%~+10%. The ratio of maximum capacitance to minimum capacitance measured between any two terminals of the three-phase capacitor shall not be more than 1.08.

    电容器在工频额定电压下,温度为20℃时的损耗角正切值(tgδ)≤0.0005

    The tangent (tgδ) of loss angle of the capacitor at 20℃ at rated power frequency voltage is less than or equal to 0.0005.

    注:内部装有放电电阻或熔丝的电容器,其损耗角正切值允许增加0.0001

    Note: for capacitors with internal discharge resistor or fuse, the tangent of loss angle is allowed to increase by 0.0001.

    内部装有放电电阻的电容器,与电源断开后,能在10分种内由额定电压的峰值降到75伏以下。若要在5分钟内由额定电压的峰值降到50伏以下,则应在订货时加以说明。

    After the capacitor with an internal discharge resistor is disconnected with the power supply, its peak rated voltage can be reduced to be less than 75 volts within 10 minutes. If the peak rated voltage is required to be reduced to be less than 50 volts within 5 minutes, this shall be indicated at the time of ordering.

    三相电容器内部为星形接线,每相均加有放电电阻。

    Three-phase capacitoris internallywired in a star shape, and a discharge resistor is added for each phase.

    选择区号
    • 尊龙凯时客服