Lab-Grade pH EC TDS Meter with High Accuracy and Durability Grower-Friendly Calibration Workflow Replaceable Combo Probe Double Junction pH Sensor

Lab-Grade pH EC TDS Meter with High Accuracy and Durability Grower-Friendly Calibration Workflow Replaceable Combo Probe Double Junction pH Sensor Description

This lab-grade multifunction meter is meticulously engineered to deliver high accuracy and durability for demanding applications like hydroponics, aquaculture, and water purification. With its grower-friendly interface, users can easily navigate through measurement modes including temperature, calibration, and locking functions. The replaceable combo probe features a double junction pH sensor and a titanium EC sensor, combining robustness with precision. Automatic temperature compensation enhances reliability under varying conditions, while low power consumption extends battery life. Designed for versatility, this waterproof digital meter supports widespread use in swimming pools, aquariums, and more, offering long-term performance with minimal maintenance. High Accuracy Measurement : Featuring Lab-grade precision, this multifunctional meter ensures consistent and reliable readings across pH, EC, and TDS values, making it ideal for hydroponic systems, aquaculture, and water purification. Grower-Friendly Interface : Designed with an intuitive workflow and LED digital display, enabling quick calibration and mode selection without the need for complex adjustments or tools. Replaceable Probe System : Equipped with a durable combo probe that includes a double junction pH sensor and titanium EC sensor, ensuring long service life and easy replacement when needed. Automatic Temperature Compensation : Built-in temperature compensation technology allows for accurate measurements regardless of ambient conditions, reducing the need for frequent recalibration. Electrode Condition Monitoring : Features an advanced indicator system that alerts users to electrode health and prompts timely calibration reminders, ensuring optimal performance over time.