产品简介:KDYZ-302A氧化锌避雷器带电测试仪是用于检测氧化锌避雷器电气性能的专用仪器,该仪器适用于各种电压等级的氧化锌避雷器的带电或停电检测,从而及时发现设备内部绝缘受潮及阀片老化等危险缺陷。$n
$n | $n | $n |
型号:JX212380避雷器泄漏电流无线远传系统|避雷器在线监测远传系统 | $n型号:JX212382氧化锌避雷器直流泄露测试仪|氧化锌避雷器直流参数测试仪 | $n型号:JX212390氧化锌避雷器带电测试仪 | $n
$n $n型 号 $n $n | $n$n $n所配避雷器 $n $n | $n$n $n$n $n | $n$n $n额定电流 $n $n | $n$n $n残压值 $n $n | $n$n $n动作电流范围 $n $n | $n$n $n2ms 方波 $n $n | $n$n $n动作计数 $n $n | $n$n | $n|||||||||||
$n $n$n $n | $n$n $n标称放电 $n $n | $n$n $n$n $n | $n$n $nmA $n $n | $n $n$n | $n$n|||||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n(KV) $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n(KA) $n $n | $n$n $n$n $n | $n$n $n(A) $n $n | $n$n $n$n $n | $n$n $n方法 $n $n | $n$n | $n|||||||||
$n $n$n $n | $n$n $n电流(KA) $n $n | $n$n $n$n $n | $n$n $n(有效值) $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n $n$n | $n$n|||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||
$n $nKDS-3A $n $n | $n$n $n20 $n $n | $n$n $n$n $n | $n$n $n20 $n $n | $n$n $n≤1.5 $n $n | $n$n $n$n $n | $n$n $n≥0.01 $n $n | $n$n $n$n $n | $n$n $n1500 $n $n | $n$n $n$n $n | $n$n $n10n $n $n | $n$n | $n||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||
$n $nKDS-3B $n $n | $n$n $n10 $n $n | $n$n $n$n $n | $n$n $n10 $n $n | $n$n $n≤1.5 $n $n | $n$n $n$n $n | $n$n $n≥0.01 $n $n | $n$n $n$n $n | $n$n $n1000 $n $n | $n$n $n$n $n | $n$n $n10n $n $n | $n$n | $n||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||
$n $nKDS-3C $n $n | $n$n $n10 $n $n | $n$n $n$n $n | $n$n $n10 $n $n | $n$n $n≤1.5 $n $n | $n$n $n$n $n | $n$n $n≥0.01 $n $n | $n$n $n$n $n | $n$n $n500 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n10n $n $n | $n$n | $n|||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $nKDS 电流测量特性 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||||
$n $n型 号 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||
$n $n有效量程 mA $n $n | $n$n $n量程 mA $n $n | $n$n $n$n $n | $n$n $n小分度 mA $n $n | $n$n $n$n $n | $n$n $n等级误差 $n $n | $n$n | $n|||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n $n$n | $n$n||||||||||||||||
$n $n$n $n | $n$n $n(峰值) $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n $n$n | $n$n||||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n||||||
$n $nKDS-3A $n $n | $n$n $n4.0 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n10 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n0.1 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n5.0 $n $n | $n$n | $n||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||
$n $nKDS-3B $n $n | $n$n $n1.0 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n3 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n0.04 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n5.0 $n $n | $n$n | $n|||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||
$n $nKDS-3C $n $n | $n$n $n0.4 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n1 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n0.01 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n5.0 $n $n | $n$n | $n|||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||
$n $n$n $n | $n$n $n$n $n | $n$n $nKDS 电流测量特性 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n||||||||||||||
$n $n型 号 $n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||||||||
$n $n测量分辨率 $n $n | $n$n $n测量误差 $n $n | $n$n $n有效量程 mA $n $n | $n$n $n量程(mA) $n $n | $n$n $n测量周期 $n $n | $n$n | $n||||||||||||||
$n $n$n $n | $n $n$n | $n$n||||||||||||||||||
$n $n$n $n | $n$n $n(mA) $n $n | $n$n $n$n $n | $n$n $n(峰值) $n $n | $n$n $n$n $n | $n$n $n(天) $n $n | $n$n | $n|||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||||||||
$n $nKDS-3A $n $n | $n$n $n0.1 $n $n | $n$n $n3% $n $n | $n$n $n0.10—4.00 $n $n | $n$n $n10 $n $n | $n$n $n7 $n $n | $n$n | $n|||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||||||||
$n $nKDS-3B $n $n | $n$n $n0.02 $n $n | $n$n $n3% $n $n | $n$n $n0.01—1.00 $n $n | $n$n $n3 $n $n | $n$n $n7 $n $n | $n$n | $n|||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n|||||||||||||
$n $nKDS-3C $n $n | $n$n $n0.01 $n $n | $n$n $n3% $n $n | $n$n $n0.01—0.50 $n $n | $n$n $n1 $n $n | $n$n $n7 $n $n | $n$n | $n|||||||||||||
$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n $n$n $n | $n$n | $n
$n $n
$n$n1、仪器标准配置不带高能锂离子电池,可选配内置。
$n2、5.7寸320×240液晶显示器,高速热敏打印机;图文显示,界面直观,便于现场人员操作和使用。
$n3、适用于避雷器带电、停电或试验室等场所使用。
$n4、电流、电压传感器完全隔离,安全可靠。真正做到三相电流、三相电压同时测试,提高工作效率;
$n5、仪器可连续测试,显示电压电流曲线,并可快速打印数据和曲线。
$n6、内部配置存储器,可掉电存储200组试验数据。
$n7、选配RS232通讯接口,可通过上位机进行试验,导出试验数据。
$n8、可进行抗计算,补偿A、C两相电流受B相偏差。
$n9、高速的采样频率,先进的数字信号处理技术,抗性能强,测量结果精度极高。
$n10、选配置内带高能锂离子电池,特别适合无电源场合。仪器内部只带弱电,电压不超过12V,充电状态亦可工作。
$n11、采用防尘、防水、防腐工程塑料密封箱,体积小,重量轻,便于携带。
$n
n
利川循环恒温油浴锅,数显粘度计,价格便宜
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免责声明:以上所展示的[东台避雷器泄漏电流,避雷器泄漏电流表,的市场调查]由会员[河北慧采科技有限公司]自行提供,[东台避雷器泄漏电流,避雷器泄漏电流表,的市场调查]内容的真实性、准确性和合法性由发布会员[河北慧采科技有限公司]负责。[阿仪网]对此不承担任何责任
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