Halyard CO LIEF PMG-Basic - ADVANCED SETTINGS Mode - RFA SETTINGS State; ADVANCED SETTINGS Mode - IDL SETTINGS State

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7.7.7 ADVANCED SETTINGS Mode – RFA SETTINGS State
The following screen appears when RFA SETTINGS is selected from the ADVANCED SETTINGS Mode:
• This screen allows the option of disabling the SECONDARY THERMOCOUPLE probe used in the RFA mode
• If the SECONDARY THERMOCOUPLE is disabled, the corresponding temperature measurement window in RFA – TREATMENT Mode will be inactive.
• This screen allows adjustment of the initial RAMP TIME taken by the RFA mode to attain the SET TEMP.
Figure 7-28 ADVANCED SETTINGS Mode — RFA SETTINGS Display
Settings
Aected Mode Parameter DESCRIPTION Range/Units Default Value Increment
Treatment Mode
Placement Mode
SECONDARY THERMOCOUPLE Enable/disable optional thermocouple ENABLE/ DISABLE ENABLE N/A
Treatment Mode RAMP TIME
Time in which temperature increases
from the INITIAL TEMP to the PEAK TEMP
15 – 60 s;
1 – 10 min
15 s
1 s (for 15 – 60 s);
30 s (for 1 – 10 min)
7.7.8 ADVANCED SETTINGS Mode – IDL SETTINGS State
The following screen appears when IDL SETTINGS is selected from the ADVANCED SETTINGS mode:
• This screen allows the user to enable/disable the use of a secondary thermocouple probe as an aid by toggling ENABLE/DISABLE on the SECONDARY THERMOCOUPLE setting.
• If the SECONDARY THERMOCOUPLE is disabled, the corresponding temperature measurement window in IDL Mode will be inactive.
• This screen allows adjustment of temperature prole parameters for the IDL mode, which are not available from the READY state. The INITIAL TIME, INITIAL TEMP, RAMP
RATE, and POWER LIMIT are adjustable in this state.
• Changes to the INITIAL TIME and RAMP RATE aect the portion of the total TIME spent at the SET TEMP.
• Lowering the INITIAL TIME causes the Generator to attempt to reach the INITIAL TEMP more rapidly.
Figure 7-29 ADVANCED SETTINGS Mode — IDL SETTINGS Display
Avanos Exhibit 2069 Page 32
Medtronic, Inc. v. Avanos Medical Sales, LLC
Case IPR2020-0089