MasterCool ULTIMA ID PRO Betriebshandbuch Seite 8

8. Disconnect the hose from the Ultima ID Pro™
NOTE: Liquid sampling will likely clog the Brass Sample Hose Restrictor much faster than Vapor Sampling. If the Restrictor
becomes clogged and the analyzer continuously displays "Non-Condensable" or "Unknown Refrigerant" readings you will need to
replace the clogged Restrictor with a new one. To avoid oil or liquid contamination from entering the analyzer, have a designated
vapor and liquid Brass Sample Hose Restrictor for each form of testing.
2.6 Viewing the Test Results
Upon completion of the test, the Ultima ID Pro™will display a screen similar to that shown in (Figure 9). Pressing the 'MORE' but-
ton will display the screen shown in (Figure 10). Once you have completed your test, press 'DONE' to return back to the 'READY'
screen (Figure 7) or refer to section 2.10 Print the Test Results & Channel Data to print.
2.7 Contaminated Refrigerants
The Ultima ID Pro™ includes the ability to detect and analyze the composition of many common R400 Series refrigerants in addi-
tion to R134a, R22 and Hydrocarbons. In the event that the Ultima ID Pro™determines that the primary refrigerant in the system
or cylinder is one of the measured refrigerants, the results will display as follows in (Figure 11). Pressing the 'MORE' button will
display the detail screen shown in (Figure 12). If the blend or refrigerant mixture is not recognized, the screen shown in (Figure
13) will be displayed. Refer to section 2.10 Print the Test Results & Channel Data to print.
R410A
2.8 Pure Refrigerants
The Ultima ID Pro™ has the ability to Identify the following refrigerants: R12, R32, R408A, R409A, R417A, R421A, R421B,
R422A, R422B, R422C, R427A and Hydrocarbons (HC). All Identified refrigerants will display with "Purity Unknown" as the
analyzer cannot yield additional information regarding the composition (Figure 14). Refer to 2.12 Channel Data Modelling for
additional information regarding Identified Refrigerants.
The instrument can also, Identify and Analyze the component content of pure R134a, R22, HC (Hydrocarbons), R404A, R407C
and R410A. Analysis of analyzed pure blend refrigerants will yield additional data regarding the composition of the refrigerant
sample. The Ultima ID Pro™ will display the blend refrigerant type as shown in (Figure 15). Pressing the 'MORE' button will dis-
play the detail screen shown in (Figure 16). Refer to section 2.10 Print the Test Results & Channel Data to print.
NOTE: Hydrocarbons (HC) encompass R600, R600A and R290 and this machine cannot differentiate between Hydrocarbons.
8
0.0% AIR
R22
CONTAMINATED
PRINT MORE
Figure 9
0.0% AIR
-
R410A
R22
CONTAMINATED
PRINT MORE
BACK
Figure 11
RESULTS -
-
R22
R410A
BACK PRINT
Figure 10
RESULTS -
98.7%
1.3%
PRINT DONE
Figure 12
0.0% AIR
REFRIGERANT
R12
PURITY UNKNOWN
PRINT MORE
Figure 14
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97.0%
3.0%
DONE
UNKNOWN
REFRIGERAN
PRINT
Figure 13