PH500T Benchtop pH Meter – High-Precision Water Quality Tester for Laboratories | Estimated Price: $539–$799

The PH500T Benchtop pH Meter by NANBEI is a high-accuracy laboratory instrument designed for reliable pH, ORP (mV), and temperature measurement in research labs, environmental monitoring, and industrial quality control. Featuring a 5.7-inch LCD touch screen, the PH500T offers an intuitive interface and intelligent operating system that simplifies calibration, data management, and measurement workflows.

With 1–5 point automatic calibration and buffer recognition, this advanced pH meter ensures precise results across a wide measurement range from -2.000 to 18.000 pH with an accuracy of ±0.002 pH. Automatic electrode diagnostics display slope and offset values, helping users maintain optimal measurement performance.

The instrument supports automatic or manual temperature compensation, ensuring stable readings even in changing laboratory conditions. Built-in GLP-compliant data storage for up to 200 records allows easy tracking of measurement results, while USB and RS-232 interfaces enable seamless data transfer to a computer or printer.

Designed for laboratories and quality-control environments, the PH500T pH meter is widely used in water quality analysis, food production, drinking water testing, environmental monitoring, and research laboratories.

Key Features

• High-precision measurement of pH, ORP (mV), and temperature

• 5.7″ LCD touch screen with intelligent operating system

• 1–5 point calibration with automatic buffer recognition

• Automatic electrode diagnostics for slope and offset monitoring

• Automatic/manual temperature compensation

• GLP-compliant storage for 200 datasets

• USB and RS-232 connectivity for data export

The NANBEI PH500T laboratory pH meter provides dependable, high-accuracy measurements and smart data management, making it an ideal solution for laboratories, water testing facilities, and quality assurance environments requiring professional pH measurement and water quality analysis.