6-28 | Model 933S UV Analyzer
6. Install the new lamps:
a. Insert each lamp into its respective holder, making sure the correct
lamp type is in the correct lamp position and ensuring that the
narrow end of each lamp is pushed completely into the holder.
Do
not touch the (flat) window at the end of the lamp.
When handling the source lamps, it is very important to avoid touch-
ing the lamp windows because residual oils from the fingers will
absorb ultraviolet light. The window is the flat surface at the end of
the narrow glass tube. The lamp assembly is fragile and should be
handled with care.
b. Lightly tighten each Lamp Clamping Screw to secure each lamp.
Do not overtighten; the spring should not be collapsed.
c. Replace each Lamp Socket and secure them by rotating the Lamp
Retaining Bracket 90 degrees to its original position and tightening
the Lamp Retaining Screw. Do not overtighten; the spring should
not be collapsed. The lamp must be allowed to move so it can be
adjusted later.
It is necessary to work with the Ex d Upper Enclosure door open after
replacing source lamps so that adjustments can be made to the lamps.
Take care not to damage the flanges (flamepaths) on the enclosure.
7. Power up the analyzer and allow it to warm up (30–45 minutes) before
continuing.
8. Power up the laptop computer, start the Configurator Software, and
establish communications with the analyzer.
a. From the
Status
tab, click
Conc. Alarm Soft Enable
On/Off
to tem-
porarily
Disable
the Concentration Alarms. Allow the analyzer to
stabilize for approximately 10 minutes before continuing.
b. Change the
Flow Control
to ‘
3
’ (
zero
). Click
Apply
(next to
Flow
Control
) to set the analyzer into
zero
Flow Control mode and then
click
OK
. Do not save the changes to EEPROM. Allow the Zero gas
to flow for 2–3 minutes.
!
WARNING
!
CAUTION
Setup (tab)
Gas
Calibration
Summary of Contents for 933S
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Page 52: ...3 6 Model 933S UV Analyzer Figure 3 1 Analyzer backpan dimensions European...
Page 91: ...Installation and Start Up 3 45 Figure 3 24 Column Profile...
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Page 190: ...6 14 Model 933S UV Analyzer Figure 6 3 1 Standard Range Cell 40 cm or smaller...
Page 191: ...Maintenance and Troubleshooting 6 15 Figure 6 3 2 Low Range White Cell 81 2 cm P N 100 1780 1A...
Page 197: ...Maintenance and Troubleshooting 6 21 Figure 6 4 Column Block assembly...
Page 246: ...6 70 Model 933S UV Analyzer Figure 6 18 Microcontroller board P N 100 1781 SW400...
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Page 272: ...A 8 Model 933S UV Analyzer Lower Enclosure Layout WX 14838...
Page 274: ...A 10 Model 933S UV Analyzer RS 232 Communications Cable Connections 300 9480...
Page 279: ...Appendix A Drawings A 15 Optical Bench Board P N 100 1662...
Page 280: ...A 16 Model 933S UV Analyzer PMT Buffer Board 100 0140...
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