Step-by-step instructions for using the TD-550/560 and hexane to analyze hydrocarbon in water samples.
How to navigate to the TD-550/560 reading history, filter data by location, date and calibration, graph data, and save data to your network.
How to use the TD-550/560 touchscreen interface. Instructions for connecting with the analyzer, navigating the software, creating new calibrations, creating location data, taking readings and reviewing the reading history.
Brief instructions for mounting the TD-120 monitor to a vertical surface and making connections.
How to use the key pad to trigger a fresh water flush of the Smart Sensor.
The functionality check verifies that the TD-120 monitor is able to be calibrated and make accurate measurements.
NOTE: When injecting solutions while the fluid lines are not connected to the process, all disconnected lines must be filled with water and connectors submerged in a container of water to prevent air from entering the flow cell.
Step-by-step instructions for manually cleaning the Smart Sensor with cleaning solution and a brush.
The modular design of the TD-120 Oil in Water Monitor makes it easy to swap a Smart Sensor for minimum downtime.
Using the internal touch screen tablet and Luer-Lok port to calibrate the smart sensor. This video describes all the materials and procedures necessary for a successful calibration.
NOTE: When injecting solutions while the fluid lines are not connected to the process, all disconnected lines must be filled with water and connectors submerged in a container of water to prevent air from entering the flow cell.
Step-by-step instructions for calibrating the TD-500D, using Hexane or a similar solvent.
Step-by-step instructions for calibrating the TD-500D, without using a solvent.
Preparing an oil in water standard solution for use with the no-solvent calibration method.
Preparing a calibration standard solution, using Hexane as a solvent.
Guidelines for choosing the proper TD-500D channel and cuvette, depending on the targeted hydrocarbon.
Calculating the concentration of hydrocarbons in water, using clear mathematical equations.
