Getting Started
248083427-1 Rev 4
3-13
Power
The NanoCount 30+ uses an IEC power cord for 100-240 VAC power.
Attaching the
Sensor Lines
This section provides instructions on how to attach the liquid source
and drain lines to the Inlet and Outlet nozzles on the sensor. Refer to
previous sections of this chapter for electrical connection information.
WARNING:
Please
follow the standard
precautions for working
with liquids around
electronic components.
Use of safety measures when working with liquids around electronics
cannot be stressed enough. Make sure the NC30+ is physically secure
before connecting any tubing or electrical cables. Use Personal
Protection Equipment, such as face shields, protective garments and
gloves, whenever working around hazardous liquids.
1. Make sure that there is no flow of liquid in the system and power is
removed from the
NC30+
.
Note:
When connecting
flare fittings to the NC30+,
do
NOT
use a wrench or
other tool to tighten the
flare nut! Doing so will
damage the instrument,
tubing or nut. The
connections
MUST
be
finger-tight
only.
2. Connect the liquid source to the
NC30+
’s Inlet nozzle using the
provided ¼" flare tubing. Make sure the tubing is inserted firmly
onto the nozzle and the knurled nut is finger tight only.
3. Connect the liquid drain to the
NC30+
’s Outlet nozzle using the
provided ¼" flare tubing. Make sure the tubing is inserted securely
onto the nozzle and the knurled nut is finger tight only.
4. Turn the liquid system on and allow liquid to flow through the
NC30+
, making sure that there are no leaks at the sensor’s inlet or
outlet or any other connections.
WARNING:
If a leak
occurs anywhere within
the system, immediately
stop the flow of liquid
and repair the leak!
5. If leaks occur, immediately stop the flow of liquid. Disconnect and
clear the flare fittings and connectors of debris or burrs. Repair any
other leak(s) and return to Step 1 of this section.
6. If no leaks occur, connect power to the
NC30+
.
7. Make sure the sample liquid is bubble-free - bubbles will be
counted as particles and in large amounts may cause sensor errors.
8. Allow liquid to flow through the sensor for 10 minutes or until
there are no bubbles and the Service LED is OFF. If the Service
LED comes on and remains on, the flow cell should be cleaned (see
Appendix B, “Maintenance”
for cleaning instructions).
9. If there are no leaks and the service LED is off, the instrument is
ready to configure the communications - refer to
Chapter 4,
“Communications”
.
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