WGZ-2000AP台式浊度计产品介绍（中文版）
WGZ-2000AP台式浊度计是一款专为实验室及工业场景设计的水质分析仪器，适用于对液体透明度的量化检测。该设备采用光学传感技术，通过90°散射光原理实现精准测量，测量范围覆盖0-2000NTU，可满足从超纯水到高浊度液体的多样化检测需求。
产品配备7英寸彩色触控屏，界面布局直观，支持多级菜单导航功能。用户可通过预置程序快速完成参数设置，并支持手动校准模式以适应特殊样品检测。内置数据存储模块可记录1000组测量结果，支持时间戳标记及数据分类检索，方便实验追溯与分析。仪器配置USB及RS-232接口，便于与计算机进行数据交互。
核心光学组件采用密封防尘结构，配合温度补偿算法，有效降低环境干扰对测量结果的影响。样品池采用高强度石英玻璃材质，具有耐腐蚀、抗磨损特性，适配标准比色皿尺寸。设备配备自动关机功能及待机模式，兼顾使用便捷性与能耗控制。
该浊度计广泛应用于饮用水处理、工业循环水监测、环保水质评估等领域，同时在食品饮料生产、制药行业工艺控制等场景中发挥重要作用。仪器设计注重操作人性化，兼顾专业检测需求与日常维护便利性，适合需要长期稳定运行的检测环境使用。
WGZ-2000AP Turbidimeter Product Introduction (English Version)
The WGZ-2000AP Benchtop Turbidimeter is an analytical instrument designed for laboratory and industrial applications, specializing in quantitative analysis of liquid clarity. Utilizing 90° scattered light measurement principle with optical sensing technology, this device achieves precise detection across a broad range of 0-2000 NTU, accommodating both ultrapure water and high-turbidity liquid samples.
Featuring a 7-inch color touchscreen with intuitive interface design, the instrument offers multi-level menu navigation. Users can quickly configure parameters through preset programs, with optional manual calibration for specialized sample testing. The built-in data storage module retains 1000 measurement records with timestamp labeling and categorized retrieval functions, facilitating experimental traceability. Standard USB and RS-232 interfaces enable seamless computer connectivity for data management.
The optical system incorporates sealed dust-proof construction and temperature compensation algorithms to minimize environmental interference. Constructed with corrosion-resistant quartz glass cuvettes compatible with standard cell dimensions, the sample chamber ensures long-term durability. Energy-saving features include auto-shutdown and standby modes, balancing operational convenience with power efficiency.
This turbidimeter serves diverse applications including drinking water treatment, industrial cooling water monitoring, and environmental water quality assessment. It also proves valuable in food & beverage production quality control and pharmaceutical process supervision. The design emphasizes user-friendly operation while maintaining professional-grade detection capabilities, making it suitable for environments requiring reliable long-term performance.
