Precision Water Testing
Precision Water Testing
Engineered for Pools & Spas
How PoolWaterLAB Photometer Works
This video demonstrates the photometric testing procedure used by PoolWaterLAB during routine pool and spa water analysis.
A water sample is combined with a specific reagent, initiating a controlled chemical reaction. The photometer then measures light transmission through the reacted sample and calculates the concentration of the target parameter, displaying the result as a digital value in ppm.
Technical Overview
PoolWaterLAB is designed as a professional photometric instrument for swimming pool and spa water analysis, combining precise measurement with modern data connectivity.
The device operates using reagent-based photometric measurement. After a specific reagent is added to the water sample, PoolWaterLAB analyzes controlled light transmission through the reacted sample to determine the concentration of the target chemical parameter.
Measurement results are displayed as clear digital values in parts per million (ppm) and can be transmitted via Bluetooth or Wi-Fi to the PoolWaterLAB cloud platform and companion application.
The connected application supports secure result storage, test history tracking, and chemical dosing calculations based on measured values, helping standardize water treatment decisions across service operations.
For professional service companies and developers, PoolWaterLAB provides an open API that enables system integration, custom software development, and workflow automation.
View Full User Manual https://www.poolwaterlab-manual.com
Built on Accuracy. Backed by Support.
PoolWaterLAB is an American brand developed by professionals with hands-on experience in pool and spa water chemistry, construction, and service operations.
The product is supported by a team that understands real-world testing procedures, professional service workflows, and the importance of reliable measurement data.
PoolWaterLAB is designed as a precision instrument intended for long-term use in demanding service environments and advanced residential applications.