AX411/50001 双输入电导率分析仪 监测两个不同位置或过程的电导率

☆型号：AX411/50001  双输入电导率分析仪    监测两个不同位置或过程的电导率

【产品详情】

AX411/50001 是指 ABB 制造的双输入电导率分析仪，特别是其 AX400 系列。以下是分析器的信息和功能的细分：

守则细目：

AX400 系列：这表明它属于 ABB 的 AX400 系列分析仪，该系列分析仪为测量 pH、氧化还原 （ORP） 和电导率等各种参数提供了解决方案。

AX411：这部分代码表明它是 AX400 系列中专为电导率测量而设计的特定型号。像 AX45x 这样的型号可能会处理其他参数，如 pH/氧化还原。

/50001：这部分代码可能是AX411型号的变体或修订版的特定标识符，也可能是ABB用于库存或制造目的的内部代码。

AX411电导率分析仪的功能：

双输入：AX411分析仪可能有两个独立的输入通道，用于测量电导率。这使您可以同时监测两个不同位置或过程的电导率。

电导率测量：它测量液体溶液的电导率。电导率表示溶液的导电能力，受溶液中溶解离子浓度的影响。

应用：电导率测量用于各种工业应用，以监测和控制涉及水溶液的过程。以下是一些示例：

水处理：监测工业锅炉、冷却塔和废水处理厂的水质。

化学加工：控制各种工艺中化学品的浓度。

食品和饮料生产：监测工艺用水的质量和产品的一致性。

半导体制造：监测冲洗水和其他清洁溶液的纯度。

附加功能（取决于特定型号）：

集成PID控制器：这允许分析仪根据测得的电导率自动调整控制输出（例如阀门、泵），以保持所需的设定值。

可编程继电器输出：这些输出可用于触发警报或根据电导率读数超过或低于特定限值来控制外部设备。

高能见度背光显示屏：即使在弱光环境下也能轻松查看测量结果。

【英文介绍】

The AX411/50001 refers to a dual-input conductivity analyzer manufactured by ABB, specifically its AX400 series. The following is a breakdown of the analyzer's information and capabilities:

Code details:

AX400 Series: This indicates that it belongs to ABB's AX400 series of analyzers, which provide solutions for measuring various parameters such as pH, REDOX (ORP) and conductivity.

AX411: This part of the code indicates that it is a specific model in the AX400 series designed for conductivity measurement. Models like the AX45x may handle other parameters such as pH/ REDOX.

/50001: This part of the code may be a specific identifier for variants or revisions of the AX411 model, or it may be an internal code used by ABB for inventory or manufacturing purposes.

AX411 Conductivity analyzer features:

Dual input: The AX411 analyzer may have two separate input channels for measuring conductivity. This allows you to monitor the conductivity of two different locations or processes simultaneously.

Conductivity measurement: It measures the electrical conductivity of a liquid solution. Conductivity indicates the ability of a solution to conduct electricity and is affected by the concentration of dissolved ions in the solution.

Applications: Conductivity measurement is used in a variety of industrial applications to monitor and control processes involving aqueous solutions. Here are some examples:

Water treatment: Monitoring of water quality in industrial boilers, cooling towers and wastewater treatment plants.

Chemical processing: Control the concentration of chemicals in various processes.

Food and beverage production: Monitoring the quality of process water and product consistency.

Semiconductor manufacturing: Monitor the purity of rinse water and other cleaning solutions.

Additional features (depending on the specific model) :

Integrated PID controller: This allows the analyzer to automatically adjust the control output (e.g. valves, pumps) according to the measured conductivity to maintain the desired set value.

Programmable relay outputs: These outputs can be used to trigger alarms or control external devices based on conductivity readings above or below specific limits.

High-visibility backlit display: Easy to view measurements even in low-light environments.

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