Man. NVIP3 – Rel 1.3 EN (UK)
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5.3 - Single-phase Connection Menu
As already mentioned, if the single-phase connection is set, the instrument will automatically change the
structure of the menus, eliminating the non-applicable items for this type of electrical connection, and grouping
information in fewer pages.
5.3.1 - Voltages Menu (1ph)
This page displays the RMS voltage, maximum, average and minimum value, and
frequency, and the relevant currents.
Minimum and maximum voltage values can be reset as described in Sect. 4.2.3.3, whereas
the average value can be reset as described in Sect. 4.3.3.
Press to access the page containing the information regarding auxiliary channel
voltage. In the AUX Menu, the user can also access the other Auxiliary Channel
Menus (Currents, Power, Counters, Harmonics, Waveforms) by selecting them with
the relevant function keys.
Press
⊳
to exit the Auxiliary Menu and return to the first page of the relevant
menu.
5.3.2 - Currents Menu (1ph)
This page displays the RMS current, maximum, average and minimum value, and
maximum demand (load peaks are calculated on the basis of the integration time set), and
the relevant voltages.
Minimum and maximum current values can be reset as described in Sect. 4.2.3.3, whereas
the average value can be reset as described in Sect. 4.3.3, and maximum demand can be
reset as described in Sect. 4.2.3.2.
Press
to access the page containing all the information regarding auxiliary
channel current. In the AUX Menu, the user can also access the other Auxiliary
Channel Menus (Voltages, Power, Counters, Harmonics, Waveforms) by selecting
them with the relevant function keys.
Press
⊳
to exit the Auxiliary Menu and return to the first page of the relevant
menu.
5.3.3 - Power Menu (1ph)
This page displays active, reactive and apparent power, and the PF (including a note
whether the latter is inductive or capacitive).
NOTE
: as a norm:
•
Active power is shown as a negative when generated and a positive when
absorbed.
•
Reactive power is shown as a negative when capacitive and a positive when
inductive.
•
The PF is shown as a negative when active power is generated and a positive when
it is absorbed.
