Endress+Hauser SOP300, Краткое руководство по эксплуатации

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Operation options Overfill Prevention System SOP300
26 Hauser
4. Ensure that moisture cannot penetrate the cable entry by laying the cable in such a way
that it forms a U shape in front of the cable entry ( water trap ).
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5. Seal off any unused cable entries using dummy plugs.
6.4 Post-connection check
Are the system, devices and cables undamaged (visual check)? 
Do the cables comply with the requirements ? 
Do the cables have adequate strain relief? 
Are all cable glands installed, securely tightened and leak-tight? Cable run with water trap? 
Does the supply voltage match the specifications on the nameplate? 
Is the terminal assignment correct? 
Are all housing covers installed and securely tightened? 
Are all unused cable entries sealed with a dummy plug? 
Are the cables of the field signalization system routed separately? 
7 Operation options
The device is generally operated using the optional touch display integrated in the door of the
control cabinet. If the touch display was not ordered, it is possible to connect to the system via
a VNC client and operate the system via this client.
There is also a button for acknowledging alarms and an illuminated pushbutton to reset
components, such as the alarm output relay and electronic device protective switches, to an
operational state. The light of the illuminated pushbutton flashes to alert the user to the fact
that a reset is necessary. There are built-in signal lamps in the cabinet door which signalize
the state of the system (green: system status OK, orange: system status WARNING, red:
system status ERROR).
Safety-oriented field signalization units, such as strobes and sirens, are also optionally
available for order. Furthermore, users also have the option of making data available to a
higher-level system (e.g. Modbus TCP).