GE IS220PDIOH1B 336A5026ADP6 PLC模块

GE IS220PDIOH1B 336A5026ADP6 PLC模块

IS220PDIOH1B 336A5026ADP6一些传感器可以收集并提供实时流量数据，同时还可捕获管道中的压力和温度数据，从而实现别的运行参数诊断。通过借助边缘网关的解决方案，通常能轻松改造现器。

全天候监测软件几乎能实时检测泄漏，及时识别有问题的机器，并直接向维护人员发送通知警报，以便他们展开进一步调查。通过实时检测，智能气动技术有望降低10%~20%的压缩空气能耗，以及10%的CO₂排放量。尽早解决压缩空气泄漏问题，还有助于缩短计划内（对每台机器进行空气泄漏检测的时间）和计划外的停机时间，提高整体设备效率 (OEE)。

某些厂商不完全了解气压和气流之间的关系，因此并不知道制造过程中压缩空气的佳消耗点。由于工业机器里的气压通常所需值。当设备消耗的压缩空气比所需的更多时，就会消耗更多的能源，从而增加能源成本和CO₂排放量。借助智能传感器和一个边缘计算设备就能收集有关气压和气流的数据。

IS220PDIOH1B 336A5026ADP6 Some sensors can collect and provide real-time flow data, but also can capture pressure and temperature data in the pipeline, so as to achieve other operating parameters diagnosis. With solutions that leverage edge gateways, it is often easy to retrofit the appliance.

The 24/7 monitoring software detects leaks in almost real time, identifies faulty machines in time, and sends notification alerts directly to maintenance personnel for further investigation. Through real-time detection, intelligent pneumatic technology is expected to reduce compressed air energy consumption by 10% to 20% and CO₂ emissions by 10%. Addressing compressed air leaks early also helps reduce planned (time to air leak detection for each machine) and unplanned downtime and improves overall equipment efficiency (OEE).

Some manufacturers do not fully understand the relationship between air pressure and air flow, and therefore do not know the best consumption point of compressed air in the manufacturing process. Because the air pressure in industrial machines is usually required. When equipment consumes more compressed air than it needs, it uses more energy, which increases energy costs and CO₂ emissions. With the help of smart sensors and an edge computing device, data on air pressure and airflow can be collected.