Establish Communication With The 1314 - Advanced Energy 1314 User Manual

2. Remove the reservoir filler cap. It is located on the upper left side of the front panel of the
chiller.
Figure 6: The Location of the Reservoir Filler Cap
3. Using a clean funnel, fill the chiller reservoir with a mixture of 25% DOW-Therm SR-1 and
75% pure distilled water. Avoid splashing coolant onto electrical components. The DOW-
Therm provides a corrosion-prevention system that will extend the life of your calorimeter's
load and plumbing. Additionally, factory test data was taken with this mix and any change
will result in calibration that is not repeatable to the factory test. Do not exceed 25% coolant,
as the specific heat of coolant is lower than water and temperature rise will be excessive. DO
NOT USE AUTOMOTIVE COOLANT. Automotive coolant uses unknown and/or
inadequate corrosion protection systems that may be incompatible with materials in your
calorimeter
4. Add a drop of ordinary dishwater detergent or other biocide inhibitor to the distilled water to
prevent organic growth within the calorimeter's cooling system.
Adding a growth inhibitor is good practice whenever the unit is being filled from a dry state
and when use is infrequent,
5. Replace the reservoir filler cap, and make sure that it is tight.
The cap is unvented, so you can locate the unit either above or below the load.

Establish Communication with the 1314

1. Connect the 1314 ethernet port into a network hub on the same network as the computer.
Note: The TEGAM Program Iguana Manager can be used to upload all updated system
initialization files to the 1314 through these communication interfaces (cables) if the
system is not intended to be setup for automated measurements.
1314-900 Revision BA
250W Precision Calorimeter
10