Step 10: Connect The Compressed Gas; Installing The Carrier Gas Supply - GE Sievers InnovOx Operation And Maintenance Manual

Chapter 4: Installation
To connect the persulfate oxidizing solution
When handling components that contain sample, standards, waste solution, or
reagents, wear eye protection and gloves.
1. Attach one end of the tubing to the Oxidizer port, and tighten the PEEK nut finger-tight.
2. Insert the other end of the tube assembly into the opening of the carboy.
3. Do one of the following:
• If you are preparing the 600 g pouches of oxidizer in a 2L bottle, proceed to step 4.
• If mixing the oxidizer powder and water directly in the carboy, follow the directions on the carboy's
label. Do not proceed further with the steps in section.
4. Open the oxidizer pouch and pour the entire contents (600 g) into the "Persulfate Oxidizing Solution"
2 L bottle (Oxidizer prep bottle from the Accessories Kit).
5. Add deionized water or comparable water to the fill line. This makes 2 L of oxidizer reagent.
6. Seal the container with the bottle cover that does not have a hole, and shake the bottle to dissolve the
oxidizer.
7. Transfer the solution to the oxidizer carboy.
8. Repeat steps 4 - 7 until the oxidizer carboy is filled with the desired volume of solution.
To connect the acid
When handling components that contain sample, standards, waste solution, or reagents,
wear eye protection and gloves.
Transfer the 3M hydrochloric acid or 6M phosphoric acid into the "Acid" bottle, and insert the end of the tube
assembly into the opening of the carboy. For additional details, see "Preparing the Acid" on page 156.

Step 10: Connect the Compressed Gas

Installing the Carrier Gas Supply

The Analyzer uses low-CO
compressed air if the optional Air Purifier is installed. The Air Purifier removes CO
compressed air that is pressurized from 30 to 100 psig (207 to 689 kPa).
GE Analytical Instruments ©2012
gas as carrier gas and as sparge gas. This requirement can be satisfied using
2
Warning
Warning
85 of 238
and moisture from
2
DLM 68100-06 EN Rev. A