CI522A 3BSE018283R1 继电器输出模块

CI522A 3BSE018283R1 继电器输出模块

CI522A 3BSE018283R1每个通道会被配制一个隔离的电流输出和一个浓度报警继电器。另外，仪表还具有”采样失效”报警功能，当某一路发生这种情况时，仪表可自动切换到下一选定的流路（依据用户编程设定的流路顺序）。工程人员在现场操作时，可直接观家到各流路工作情况。

由于可以完全连续监测而且提供了宽的动态范围，8240系列具有前 所未有的简便实用性。基于比色技术的精心设计的液体处理部分可将日常的维护工作减至低限度。由于采用了基于微处理器的电子元件，因此仪表具有很多卓越的性能例如自动标定，连续采样监测和可编程多流路轮换采样，这样，就保证了仪表能经济可靠地运行。

CI522A 3BSE018283R1仪表的尺寸被大大减小，一个紧凑的、人机共同设计的，墙装的仪表包含了所有的电子和液体处理部分。

CI522A 3BSE018283R1高炉槽下设左右两侧各4个烧结矿石称量斗和4个烧结矿仓，有侧还有两个杂矿仓和1个杂矿称量斗，8个烧结矿仓下都有振动筛，筛落小的矿石颗粒，把成品矿下到各自下面的称量斗里，两个杂矿仓下都有振动给料机，两个杂矿仓的矿石经振动给料机下到公用杂矿斗中。两侧的9个矿石称量斗的矿石经过称量后，用胶带机运送经翻板选择到料坑中的左右2个大的矿石中间斗中。8个烧结矿筛筛除的小矿石颗粒经过碎矿皮带运送到碎矿仓，经汽车运送走。

CI522A 3BSE018283R1 继电器输出模块

CI522A 3BSE018283R1 Each channel will be configured with an isolated current output and a concentration alarm relay. In addition, the meter also has a "sampling failure" alarm function, when this happens in one way, the meter can automatically switch to the next selected flow path (according to the flow path sequence set by the user). When the engineering personnel operate on site, they can directly observe the working conditions of each flow path.

With full continuous monitoring and a wide dynamic range, the 8240 series offers unprecedented ease of use. A well-designed liquid handling section based on colorimetric technology minimizes routine maintenance. Thanks to the use of microprocessor-based electronics, the meter has many outstanding features such as automatic calibration, continuous sampling monitoring and programmable multi-flow rotation sampling, thus ensuring that the meter can operate economically and reliably.

The CI522A 3BSE018283R1 meter has been greatly reduced in size, and a compact, co-designed, wall-mounted meter contains all electronic and liquid handling components.

CI522A 3BSE018283R1 blast furnace is equipped with 4 sinter ore weighing buckets and 4 sinter silos on the left and right sides, and there are two miscellaneous ore silos and 1 miscellaneous ore weighing bucket on the side. There are vibrating screens under 8 sinter silos to screen small ore particles and put the finished ore into the weighing bucket below each other. There are vibrating feeders under 2 miscellaneous ore silos. The ore from the two silos is lowered into the common silo by a vibrating feeder. After the ore of the 9 ore weighing buckets on both sides is weighed, the conveyor conveyor is used to select the two large ore middle buckets in the material pit. The small ore particles removed by the 8 sinter screens are transported to the crushing bin by the crushing belt and transported by car.