韩国ROOTECH模块Accura 2350-1P-30A-35 30mA 120mA-36A应用推荐中山朗立电气有限公司***SHINHO SYSTEM韩国星河信号变送器

SHN-DFC-DAA-U SHN-DFC-DAA-V SHN-DFC-DAA-W SHN-DFC-DAA-X SHN-DFC-DAA-Y SHN-DFC-DAA-Z
SHN-DFC-DBB-U SHN-DFC-DBB-V SHN-DFC-DBB-W SHN-DFC-DBB-X SHN-DFC-DBB-Y SHN-DFC-DBB-Z
SHN-DFC-DCC-U SHN-DFC-DCC-V SHN-DFC-DCC-W SHN-DFC-DCC-X SHN-DFC-DCC-Y SHN-DFC-DCC-Z
SHN-DFC-DDD-U SHN-DFC-DDD-V SHN-DFC-DDD-W SHN-DFC-DDD-X SHN-DFC-DDD-Y SHN-DFC-DDD-Z
SHN-DFC-EAA-U SHN-DFC-EAA-V SHN-DFC-EAA-W SHN-DFC-EAA-X SHN-DFC-EAA-Y SHN-DFC-EAA-Z
SHN-DFC-EBB-U SHN-DFC-EBB-V SHN-DFC-EBB-W SHN-DFC-EBB-X SHN-DFC-EBB-Y SHN-DFC-EBB-Z
SHN-DFC-ECC-U SHN-DFC-ECC-V SHN-DFC-ECC-W SHN-DFC-ECC-X SHN-DFC-ECC-Y SHN-DFC-ECC-Z

，四，测定有无接地电位电磁流量计在正常使用过程中，如传感器附近电(力)机状态变化(如漏电)，接地电位会产生变化而引起零点变动，检查是否有这方面影响，可将转换器工作接地C端子与保护接地G端子短路，以零点(或指示值)变动判断有否接地电位。 回答是肯定的，如果是两套并联计量供下游一个用户，当取出1套孔板后，另一套计量值明显下降，从实验数据看下降幅度在30%-40%,也就是说，某套孔板取出以后，由于没有阻流件实际流量是要增加的，增加多少则是一个复杂的问题。韩国ROOTECH模块Accura 2350-1P-30A-35 30mA 120mA-36A应用推荐
SHN-DFC-EDD-U SHN-DFC-EDD-V SHN-DFC-EDD-W SHN-DFC-EDD-X SHN-DFC-EDD-Y SHN-DFC-EDD-Z
SHN-DFC-FAA-U SHN-DFC-FAA-V SHN-DFC-FAA-W SHN-DFC-FAA-X SHN-DFC-FAA-Y SHN-DFC-FAA-Z
SHN-DFC-FBB-U SHN-DFC-FBB-V SHN-DFC-FBB-W SHN-DFC-FBB-X SHN-DFC-FBB-Y SHN-DFC-FBB-Z
SHN-DFC-FCC-U SHN-DFC-FCC-V SHN-DFC-FCC-W SHN-DFC-FCC-X SHN-DFC-FCC-Y SHN-DFC-FCC-Z
SHN-DFC-FDD-U SHN-DFC-FDD-V SHN-DFC-FDD-W SHN-DFC-FDD-X SHN-DFC-FDD-Y SHN-DFC-FDD-Z
SHN-DFC-GAA-U SHN-DFC-GAA-V SHN-DFC-GAA-W SHN-DFC-GAA-X SHN-DFC-GAA-Y SHN-DFC-GAA-Z
SHN-DFC-GBB-U SHN-DFC-GBB-V SHN-DFC-GBB-W SHN-DFC-GBB-X SHN-DFC-GBB-Y SHN-DFC-GBB-Z
SHN-DFC-GCC-U SHN-DFC-GCC-V SHN-DFC-GCC-W SHN-DFC-GCC-X SHN-DFC-GCC-Y SHN-DFC-GCC-Z
SHN-DFC-GDD-U SHN-DFC-GDD-V SHN-DFC-GDD-W SHN-DFC-GDD-X SHN-DFC-GDD-Y SHN-DFC-GDD-Z

一般结构电极在测量电导率为5×10-6S/cm的蒸馏水时电阻值为350k，电导率为150×10-6S/cm的生活和工业用水约为15k，电导率为1×10-6S/cm的盐水约为200，用万用表在充满液体时测量电极电阻。 如有错误给出显示，写卡函数:将工作参数及标准数据写入IC卡，数据处理函数:将按一定格式的二进制压缩数据解压成为十进制数据表，并与标准数据比较找出异常数据，显示曲线函数:显示标准油耗率-功率曲线，5其他现场测试仪的工作还受到两个接点的控制。韩国ROOTECH模块Accura 2350-1P-30A-35 30mA 120mA-36A应用推荐

SHN-DFC-HAA-U SHN-DFC-HAA-V SHN-DFC-HAA-W SHN-DFC-HAA-X SHN-DFC-HAA-Y SHN-DFC-HAA-Z
SHN-DFC-HBB-U SHN-DFC-HBB-V SHN-DFC-HBB-W SHN-DFC-HBB-X SHN-DFC-HBB-Y SHN-DFC-HBB-Z
SHN-DFC-HCC-U SHN-DFC-HCC-V SHN-DFC-HCC-W SHN-DFC-HCC-X SHN-DFC-HCC-Y SHN-DFC-HCC-Z
SHN-DFC-HDD-U SHN-DFC-HDD-V SHN-DFC-HDD-W SHN-DFC-HDD-X SHN-DFC-HDD-Y SHN-DFC-HDD-Z
SHN-DFC-IAA-U SHN-DFC-IAA-V SHN-DFC-IAA-W SHN-DFC-IAA-X SHN-DFC-IAA-Y SHN-DFC-IAA-Z
SHN-DFC-IBB-U SHN-DFC-IBB-V SHN-DFC-IBB-W SHN-DFC-IBB-X SHN-DFC-IBB-Y SHN-DFC-IBB-Z
SHN-DFC-ICC-U SHN-DFC-ICC-V SHN-DFC-ICC-W SHN-DFC-ICC-X SHN-DFC-ICC-Y SHN-DFC-ICC-Z
SHN-DFC-IDD-U SHN-DFC-IDD-V SHN-DFC-IDD-W SHN-DFC-IDD-X SHN-DFC-IDD-Y SHN-DFC-IDD-Z
韩国SHINHO SYSTEM星河信号转换器，
SHN-ISO-AAA-U SHN-ISO-AAA-V SHN-ISO-AAA-W
SHN-ISO-BAA-U SHN-ISO-BAA-V SHN-ISO-BAA-W
SHN-ISO-CAA-U SHN-ISO-CAA-V SHN-ISO-CAA-W
SHN-ISO-ABA-U SHN-ISO-ABA-V SHN-ISO-ABA-W
SHN-ISO-BBA-U SHN-ISO-BBA-V SHN-ISO-BBA-W

如出现异常可立即判别出问题的一台，标准仍可由于下二台正常仪表继续进行，四，标准表和容积法流量标准装置结容积法流量校准装置的度较高，在作较高要求流量试验(如性能评定试验，仲裁性检验)时，通常均在这类装置上进行。 故这一测量点是十分重要和的,准确是其首要指标，麦汁有一定的粘度，但对于电磁流量计的测量不存在困难，需要考虑的是工艺过程中的消，用在该测量点的流量计可考虑采用PTFE衬里(或PFA)和不锈钢材料电极的电磁流量计。韩国ROOTECH模块Accura 2350-1P-30A-35 30mA 120mA-36A应用推荐
SHN-ISO-CBA-U SHN-ISO-CBA-V SHN-ISO-CBA-W
SHN-ISO-ACA-U SHN-ISO-ACA-V SHN-ISO-ACA-W
SHN-ISO-BCA-U SHN-ISO-BCA-V SHN-ISO-BCA-W
SHN-ISO-CCA-U SHN-ISO-CCA-V SHN-ISO-CCA-W
SHN-ISO-AAB-U SHN-ISO-AAB-V SHN-ISO-AAB-W
SHN-ISO-BAB-U SHN-ISO-BAB-V SHN-ISO-BAB-W
SHN-ISO-CAB-U SHN-ISO-CAB-V SHN-ISO-CAB-W
SHN-ISO-ABB-U SHN-ISO-ABB-V SHN-ISO-ABB-W
SHN-ISO-BBB-U SHN-ISO-BBB-V SHN-ISO-BBB-W
SHN-ISO-CBB-U SHN-ISO-CBB-V SHN-ISO-CBB-W
SHN-ISO-ACB-U SHN-ISO-ACB-V SHN-ISO-ACB-W
SHN-ISO-BCB-U SHN-ISO-BCB-V SHN-ISO-BCB-W
SHN-ISO-CCB-U SHN-ISO-CCB-V SHN-ISO-CCB-W

以下是实现FPGA上电后自动配置功能的部分代码，实践证明，这种自动配置方式具有节约成本，省时，的特点，VoidTD∥Calledonceatstartup--PORTACFG=O,∥CongigurePA4asDCLKout-putport,PA5asCONFDONEinportOEA=,,∥aso。 将记录中的8个模拟量通道值(12位)和12个开关量通道值(共12位)编排成连续的15个字节并设置采样记录标志(具体编码方式见表1)，使数据更加紧凑从而存储空间利用率，监测仪总体结构如图2所示，检测仪定时采集所有通道数据。韩国ROOTECH模块Accura 2350-1P-30A-35 30mA 120mA-36A应用推荐