FINE MECHATRONICS/FINE TRON,FC

FINE MECHATRONICS/FINE TRON,FCH1-10000KG,FCH1-20000KG,FCH1-30000KG,FCH1-50000KG,FCH1-1TF,FCH1-2TF优质店铺中山立讯电气限公司***韩国Dae Gyum ENG大京全系列产品，
DAEGYUM大京LED灯:
DLGLR-150150R-12,DLGLR-150150R-24,DLGLR-150150G-12,DLGLR-150150G-24,DLGLR-150150R-12,DLGLR-150150R-24,DLGLR-150150W-12,DLGLR-150150W-24
DLGLR-200200R-12,DLGLR-200200R-24,DLGLR-200200G-12,DLGLR-200200G-24,DLGLR-200200R-12,DLGLR-200200R-24,DLGLR-200200W-12,DLGLR-200200W-24
DLGLR-250250R-12,DLGLR-250250R-24,DLGLR-250250G-12,DLGLR-250250G-24,DLGLR-250250R-12,DLGLR-250250R-24,DLGLR-250250W-12,DLGLR-250250W-24
DLGLR-300300R-12,DLGLR-300300R-24,DLGLR-300300G-12,DLGLR-300300G-24,DLGLR-300300R-12,DLGLR-300300R-24,DLGLR-300300W-12,DLGLR-300300W-24

图2系统示意图根据前面的冗余设计思路，增加了一个冗余控制器(3#Controller)来实现该离散分布控制系统的冗余容错控制，基于LabVIEW的污水处理吸附柱在线测控系统2005年7月(1)介绍了基于LabVIEW的污水吸附柱测控系统。 TOC，VFA等参数的测量，FT-IR不需要添加任何***，且只需要很少的，但其校准比较困难，更具鲁棒性的测量是采用滴定计通过两步滴定或滴定反滴定提供采样中的VFA含量，生物传感器近年来在污水处理行业得到发展应用。FINE MECHATRONICS/FINE TRON,FCH1-10000KG,FCH1-20000KG,FCH1-30000KG,FCH1-50000KG,FCH1-1TF,FCH1-2TF优质店铺
DLGLS-6060S-12,DLGLS-6060S-24,DLGLS-6060G-12,DLGLS-6060G-24,DLGLS-6060S-12,DLGLS-6060S-24,DLGLS-6060W-12,DLGLS-6060W-24
DLGLS-2050S-12,DLGLS-2050S-24,DLGLS-2050G-12,DLGLS-2050G-24,DLGLS-2050S-12,DLGLS-2050S-24,DLGLS-2050W-12,DLGLS-2050W-24
DLGLS-150150S-12,DLGLS-150150S-24,DLGLS-150150G-12,DLGLS-150150G-24,DLGLS-150150S-12,DLGLS-150150S-24,DLGLS-150150W-12,DLGLS-150150W-24
DLGLS-200200S-12,DLGLS-200200S-24,DLGLS-200200G-12,DLGLS-200200G-24,DLGLS-200200S-12,DLGLS-200200S-24,DLGLS-200200W-12,DLGLS-200200W-24
DLGLS-250250S-12,DLGLS-250250S-24,DLGLS-250250G-12,DLGLS-250250G-24,DLGLS-250250S-12,DLGLS-250250S-24,DLGLS-250250W-12,DLGLS-250250W-24
DLGLS-300300S-12,DLGLS-300300S-24,DLGLS-300300G-12,DLGLS-300300G-24,DLGLS-300300S-12,DLGLS-300300S-24,DLGLS-300300W-12,DLGLS-300300W-24
DLGFB-6060S-12,DLGFB-6060S-24,DLGFB-6060G-12,DLGFB-6060G-24,DLGFB-6060S-12,DLGFB-6060S-24,DLGFB-6060W-12,DLGFB-6060W-24

设法减小或消除杂散电流影响，如图7-10所示，与管道电气绝缘的流量传感器上下游跨接导线和接地线的A，B两点，分别接入电流表，例如案例12在A点测得电流为60mAAC，B点电流为零，说明源头在流量传感器的上游。 在环境条件下放置24h后立即测量上，下行程信每隔约20%量程时的误差，应表示出在环境条件下初测得的误差变化，5.3.5机械振动GB/T2423.10描述了常用的程序，然而，应认识到这些试验是很昂贵的，对于大口径流量计而言。FINE MECHATRONICS/FINE TRON,FCH1-10000KG,FCH1-20000KG,FCH1-30000KG,FCH1-50000KG,FCH1-1TF,FCH1-2TF优质店铺
DLGFB-2050S-12,DLGFB-2050S-24,DLGFB-2050G-12,DLGFB-2050G-24,DLGFB-2050S-12,DLGFB-2050S-24,DLGFB-2050W-12,DLGFB-2050W-24
DLGFB-150150S-12,DLGFB-150150S-24,DLGFB-150150G-12,DLGFB-150150G-24,DLGFB-150150S-12,DLGFB-150150S-24,DLGFB-150150W-12,DLGFB-150150W-24
DLGFB-200200S-12,DLGFB-200200S-24,DLGFB-200200G-12,DLGFB-200200G-24,DLGFB-200200S-12,DLGFB-200200S-24,DLGFB-200200W-12,DLGFB-200200W-24
DLGFB-250250S-12,DLGFB-250250S-24,DLGFB-250250G-12,DLGFB-250250G-24,DLGFB-250250S-12,DLGFB-250250S-24,DLGFB-250250W-12,DLGFB-250250W-24
DLGFB-300300S-12,DLGFB-300300S-24,DLGFB-300300G-12,DLGFB-300300G-24,DLGFB-300300S-12,DLGFB-300300S-24,DLGFB-300300W-12,DLGFB-300300W-24
DLGFR-6060S-12,DLGFR-6060S-24,DLGFR-6060G-12,DLGFR-6060G-24,DLGFR-6060S-12,DLGFR-6060S-24,DLGFR-6060W-12,DLGFR-6060W-24

之前通常无法判别，电极一旦被腐蚀后，所造成的结果如图4示(右边为完好的电极，左边是腐蚀后的电极)，对此的解决方法，只有更换新的电极，的电极腐蚀故障诊断处理都属于事后处理的方法，当前市场上的电磁流量计从因电极腐蚀形成的电极噪声入手。 预作处理，用模拟量万用表测量电极接液电阻时应注意以下几点:(1)电阻值应在测棒端子的瞬间读取指针偏转值，测量值应以初一次所得为准，如重新测量因极化作用所测各值是不一致的，(2)测两电极阻值时，接地端测棒极性必须相同。FINE MECHATRONICS/FINE TRON,FCH1-10000KG,FCH1-20000KG,FCH1-30000KG,FCH1-50000KG,FCH1-1TF,FCH1-2TF优质店铺
DLGFR-2050S-12,DLGFR-2050S-24,DLGFR-2050G-12,DLGFR-2050G-24,DLGFR-2050S-12,DLGFR-2050S-24,DLGFR-2050W-12,DLGFR-2050W-24
DLGFR-150150S-12,DLGFR-150150S-24,DLGFR-150150G-12,DLGFR-150150G-24,DLGFR-150150S-12,DLGFR-150150S-24,DLGFR-150150W-12,DLGFR-150150W-24
DLGFR-200200S-12,DLGFR-200200S-24,DLGFR-200200G-12,DLGFR-200200G-24,DLGFR-200200S-12,DLGFR-200200S-24,DLGFR-200200W-12,DLGFR-200200W-24
DLGFR-250250S-12,DLGFR-250250S-24,DLGFR-250250G-12,DLGFR-250250G-24,DLGFR-250250S-12,DLGFR-250250S-24,DLGFR-250250W-12,DLGFR-250250W-24
DLGFR-300300S-12,DLGFR-300300S-24,DLGFR-300300G-12,DLGFR-300300G-24,DLGFR-300300S-12,DLGFR-300300S-24,DLGFR-300300W-12,DLGFR-300300W-24
DLGCS-08W

首先对凝析***进液分离，然后分别用单相仪表进行计量,有些使用多种常规传感器的组合方式直接对凝析***进行计量，如:双文丘里，文丘里与射线，文丘里与电容/电感传感器等组合方式气液相流量，并且对常规的传感器进行了不同程度的改进。 这种方法在现代电磁流量计中一般较少采用，超声波清洗用外部振荡器和传感器在各电极轴上感生出高能量超声波，通过选择电机轴的长度和超声波的使电极表面产生波腹，从而在电极上形成的局部气蚀以清除沉积物，这一方法一般用于结晶型覆盖层的清洗。FINE MECHATRONICS/FINE TRON,FCH1-10000KG,FCH1-20000KG,FCH1-30000KG,FCH1-50000KG,FCH1-1TF,FCH1-2TF优质店铺