Aquamatic Aquacell P2 Series, Руководство пользователя

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IN
ST
AL
LAT
ION
3.8
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Ensure the stainless steel Intake Filter is always fully immersed. A partially immersed
Intake Filter will result in excessive splashing as effluent enters the Sample Chamber.
This can in turn lead to warnings and possible damage to your Sampler
•
Restrain Intake Hose such that the Sampler is always able to extract a representative
sample in all flow conditions. The Intake Hose Support Bracket Kit Part No. CL-4010
can be used for this purpose
•
Try to ensure that the Intake Hose either runs steadily up to the Sampler or up to a
high point (say a channel wall) and down to the Sampler. The Intake Hose in both the
above arrangements would be self-draining, this will help to ensure that a
representative sample is taken
Setting the Sample Shot Volume
The Sampler is supplied from the factory to extract a nominal 100ml Sample Shot volume
and in many applications this is adequate. Certain applications may require an alternative
sample shot volume; this is extremely simple to set up:
1.
Remove the Sample Chamber/Top Assembly from the Sampler (as detailed in
Section 5 ‘Maintenance’ sub - section ‘Cleaning’) and separate the Sample Chamber
from the Chamber Top
2. For Sample Shot volumes greater than 100ml simply cut the silicone rubber Volume
Control tube to the required length (approximate shot volume lengths are shown on
the side of the Sample Chamber)
3. For sample shot volumes less than 100ml remove the existing silicone rubber Volume
Control Tube and replace it with the spare Volume Control Tube (as supplied with the
Sampler). Cut the new tube to the required length (approximate sample shot volume
lengths are shown on the side of the Sample Chamber)
Note: Where a more precise sample shot volume is required, volumes can be fine-tuned
using alternative means e.g. measuring cylinder, weight. Sample shot volumes can be
checked and the Volume Control tube length progressively adjusted between samples
until the required sample shot volume is achieved
Conditioning the Cooling Elements (Aquacell P2-COOLBOX)
The Aquacell P2-COOLBOX incorporates a passive cooling system which uses a
combination of proprietary Cooling Elements (CL-6017) and thick wall insulation in the
COOLBOX base and lid. This will maintain the collected samples at a nominal 4°C
(optimum storage temperature)
In order to maintain a nominal 4°C sample temperature for the maximum length of time,
the Cooling Elements should be prepared as follows:
Equipment required: