Description
LaMotte - pH TRACER PockeTester 1741
Description
Nail down your water quality control with the LaMotte pH TRACER PockeTester. This rugged, compact electronic meter provides direct, simultaneous, and highly accurate readings of two of the most critical factors in water analysis. Built for reliable field use, the TRACER allows you to quickly check water status for applications across environmental science, pool and spa maintenance, agriculture, and industrial water treatment. Knowing your exact pH and temperature profile is essential for achieving consistent quality and compliance.
Key Measurements
The pH TRACER measures two essential factors critical to water quality:pHTemperature
Features & Specifications
|
Test Factors |
Range |
Resolution |
Accuracy |
|
pH |
0.00 to 14.00 pH |
0.01 pH |
±0.01 pH |
|
Temperature |
32° to 149°F (0 to 65°C) |
0.1°F/°C |
±1.8°F/°C |
Additional Features:
-
Simultaneous pH and Temperature display.
-
15-reading memory storage.
-
Easy-to-replace flat surface electrode.
Understanding Your Measurements
Following the structure of the BrewLab Pro kit, here is a detailed breakdown of why these two measurements are vital for water quality control:
pH
The chemistry of virtually any water-based system is complex, and the pH level is the single most critical factor that affects countless processes—from chemical reaction rates and nutrient solubility to corrosion and biological activity. In order to consistently achieve optimal quality, compliance, and product consistency, the pH of the sample must be monitored with high resolution and accuracy. The TRACER provides the precision needed for critical decision-making.
Temperature
Temperature has a profound, often overlooked, impact on chemical measurements and system stability. Specifically, pH measurements are temperature-dependent, which is why the TRACER automatically utilizes Automatic Temperature Compensation (ATC) to ensure your pH readings are accurate regardless of the sample's temperature. Accurate temperature monitoring is also essential in maintaining ideal conditions for microbial growth, ensuring proper sterilization, and maximizing the effectiveness of chemical reactions across all industrial and environmental applications.