Ametek IPS-4-UV, User Manual

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3-24 | IPS-4-UV Analyzer-GPDiv2
b. Check the other relays, comparing their settings/values to their
corresponding settings/values listed on the analyzer documenta-
tion.
If any of the settings need to be changed, refer to “Relay Setup
Screens” in Chapter 4 for details.
9. If using an Ethernet connection to communicate with the analyzer,
set up the Ethernet parameters as described in the section “Ethernet
Network Screen” in Chapter 4.
10. After approximately 2–3 hours, at which time the entire sample system
has now reached its normal operating temperature (application-spe-
cific) and has stabilized, the system will leave the Not Ready state for
the first time.
Temporarily open the Electronics Enclosure door and listen for an
intermittent clicking sound, which indicates the Xenon Flash Lamp is
on (flashing).
If there is no clicking sound, and the analyzer is in a state other than
the Not Ready state, this can indicate problems with the wiring. If
necessary, power down the analyzer and check all associated wiring.
11. If the analyzer sample system cools down to below its normal oper-
ating temperature and returns to the Not Ready state, wait until it
warms up enough and the analyzer leaves the Not Ready state.
Check the User Interface Panel for current alarms. To view alarms that
have been detected, press the
ALARMS
soft key to view the ALARMS
screen. From here, use the
UP
/
DOWN
arrow key to select Current
Alarms and press
ENTER
again to view any active alarms (on the Cur-
rent Alarms screen, Figure 3-8).
If any alarms exist, take appropriate action to correct the alarms before
continuing. For more information about alarms and corrective action
to take to correct and reset alarms, refer to “Alarm Conditions and Cor-
rective Action” in Chapter 5.
If no alarms exist (Figure 3-9), or after all alarm conditions have been
cleared (reset), recheck the temperature of each zone from the
STATUS screen.
Compare the values to the values recorded earlier to ensure they have
increased, have reached their normal operating temperatures, and
have stabilized.
Normal operating temperatures are values that are within 5 °C (typi-
cal; set point may vary) of the Set Point values.