纯化水系统电导率分析数据

通过采集纯化水系统中传感器输出口的电压，分析纯化水系统的电导率，实现纯化水系统电导率的预警及报警，保证医疗器械的生产合乎标准。纯化水系统电导率分析数据算法规则主要包括：1、数据采集：通过测量传感器输出端的电压；2、算法加工：σ=Vx/V1*V2（Vx为传感器输出端的电压，V1为电导率传感器输出口S1 电
压量程，V2为电导率传感器量程）；3、将数据标上时间与测量点名称，进行汇总分析；4、将上述电导率值与系统中预先设置的预警值（3.6μS/cm）相比较，实现纯化水系统电导率的预警及报警。

By collecting the voltage at the sensor output ports of the purified water system and analyzing the electrical conductivity of the system, this dataset enables early warning and alarm for the purified water system's conductivity, ensuring compliance with medical device production standards. The algorithmic rules for conductivity analysis data of the purified water system mainly include: 1. Data Collection: Measure the voltage at the sensor output terminals; 2. Algorithmic Processing: σ = Vx/V1 * V2, where Vx is the voltage at the sensor output terminal, V1 is the voltage range of the conductivity sensor's output port S1, and V2 is the measurement range of the conductivity sensor; 3. Data Tagging and Aggregated Analysis: Tag the collected data with timestamps and measurement point names, then conduct aggregated analysis; 4. Warning and Alarm Triggering: Compare the calculated conductivity values with the pre-configured early warning threshold (3.6 μS/cm) in the system to trigger early warnings and alarms for the conductivity of the purified water system.

搜集汇总

数据集介绍

特点

该数据集记录了纯化水系统的电导率监测数据，包含电压和电导率值，用于预警和报警，确保医疗器械生产水质达标。数据规模为53条，每年更新，采用特定算法处理传感器数据。