ProMinent
®
General Notes for the User/About the In-Line Probe Housing/Safety
General Notes for the User
Please read through the following notes. This information will help you use the operating manual
more effectively.
Points are highlighted as follows:
• lists
instructions
Operating advice:
NOTES
Notes are intended to make your job easier.
and safety advice:
WARNING
Describes a potentially dangerous situation. Non-observance can lead to serious
personal injury!
IMPORTANT
Describes a potentially dangerous situation. Non-observance can lead to damage
to property!
1
About the In-Line Probe Housing
The in-line probe housing has a modular structure. To maximise volume, it is designed so that
one sensor can be installed in every module. The ideal flow around the sensors keeps response
times low. The flow is guided towards the sensors from below.
The in-line probe housing modules are supplied pre-assembled on a mounting panel.
2
Safety
For use as specified below:
• The DGMa must be used exclusively for drinking water, swimming pool water or water of a
similar quality that does not contain solid matter.
• Operate the in-line probe housing only within the conditions described in the technical data!
• All other applications and modifications are prohibited.
• The DGMa must not be used for gaseous or solid media.
• The DGMa must be assembled and installed by trained, authorized staff only.
• You shall be responsible for observing the information provided in the operating instructions at
the various phases in the service life of the device!
Safety advice
IMPORTANT
• Before using the DGMa in corrosive media, check the resistance of the housing
material (please refer to the chemical resistance list in ProMinent's product
catalogue or www.prominent.com).
• Observe the maximum operating parameters for the whole in-line probe
housing (e.g. pressure, temperature). Take into account the lowest maximum
operating parameters of the in-line probe housing components and sensors
(please refer to the individual operating manuals). Please also note any
temperature dependences.
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