PowerTag Energy F160
Introduction
The PowerTag Energy F160 is suitable for molded case circuit breakers and switch-disconnectors (ComPact NSXm and ComPact INS) for 3P and 3P+N electrical networks.
The PowerTag Energy F160 is mounted above or below the circuit breaker using conductor feedthroughs for current measurement. .
With its Flex design, the PowerTag Energy F160 is mounted directly on the power cables. Voltage take-off must be wired, using the recommended EverLink connectors with control wire terminal (LV426970 for 3P, LV426971 for 4P).
The PowerTag Energy F160 must be associated with a concentrator or gateway.
For more information about installation, consult the instruction sheet on the Schneider Electric website: MFR85580 PowerTag F160 3P/3P+N – Instruction Sheet
Description
Status LED
Use the LED indication to confirm that the PowerTag Energy F160 is working during commissioning or maintenance operations.Data Available
The following table lists data available for the following PowerTag Energy F160:
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PowerTag Energy F160 without neutral connection
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PowerTag Energy F160 with neutral connection
Data | Measurement | PowerTag Energy F160 | |
---|---|---|---|
Without neutral connection |
With neutral connection |
||
Current | RMS Current on phase A | ✔ | ✔ |
RMS Current on phase B | ✔ | ✔ | |
RMS Current on phase C | ✔ | ✔ | |
Voltage | RMS Phase-to-phase voltage A-B | ✔ | ✔ |
RMS Phase-to-phase voltage B-C | ✔ | ✔ | |
RMS Phase-to-phase voltage C-A | ✔ | ✔ | |
RMS Phase-to-neutral voltage A-N | – | ✔ | |
RMS Phase-to-neutral voltage B-N | – | ✔ | |
RMS Phase-to-neutral voltage C-N | – | ✔ | |
Power | Total active power | ✔ | ✔ |
Active power on phase A | – | ✔ | |
Active power on phase B | – | ✔ | |
Active power on phase C | – | ✔ | |
Total reactive power | ✔ | ✔ | |
Reactive power on phase A | – | ✔ | |
Reactive power on phase B | – | ✔ | |
Reactive power on phase C | – | ✔ | |
Total apparent power (arithmetic) | ✔ | ✔ | |
Apparent power (arithmetic) on phase A | – | ✔ | |
Apparent power (arithmetic) on phase B | – | ✔ | |
Apparent power (arithmetic) on phase C | – | ✔ | |
Power Factor | Total power factor | ✔ | ✔ |
Power factor on phase A | – | ✔ | |
Power factor on phase B | – | ✔ | |
Power factor on phase C | – | ✔ | |
Frequency | AC Frequency | ✔ | ✔ |
Device temperature | Device internal temperature | ✔ | ✔ |
Energy | Total active energy delivered, non resettable | ✔ | ✔ |
Total active energy received, non resettable | ✔ | ✔ | |
Active energy on phase A delivered, non resettable | – | ✔ | |
Active energy on phase A received, non resettable | – | ✔ | |
Active energy on phase B delivered, non resettable | – | ✔ | |
Active energy on phase B received, non resettable | – | ✔ | |
Active energy on phase C delivered, non resettable | – | ✔ | |
Active energy on phase C received, non resettable | – | ✔ | |
Partial active energy delivered, resettable | ✔ | ✔ | |
Partial active energy received, resettable | ✔ | ✔ | |
Partial active energy on phase A delivered, non resettable | – | ✔ | |
Partial active energy on phase A received, non resettable | – | ✔ | |
Partial active energy on phase B delivered, non resettable | – | ✔ | |
Partial active energy on phase B received, non resettable | – | ✔ | |
Partial active energy on phase C delivered, non resettable | – | ✔ | |
Partial active energy on phase C received, non resettable | – | ✔ | |
Partial reactive energy delivered, resettable | ✔ | ✔ | |
Partial reactive energy received, resettable | ✔ | ✔ | |
Partial reactive energy on phase A delivered, non resettable | – | ✔ | |
Partial reactive energy on phase A received, non resettable | – | ✔ | |
Partial reactive energy on phase B delivered, non resettable | – | ✔ | |
Partial reactive energy on phase B received, non resettable | – | ✔ | |
Partial reactive energy on phase C delivered, non resettable | – | ✔ | |
Partial reactive energy on phase C received, non resettable | – | ✔ | |
Total apparent energy | ✔ | ✔ | |
Apparent energy on phase A | – | ✔ | |
Apparent energy on phase B | – | ✔ | |
Apparent energy on phase C | – | ✔ | |
Partial apparent energy | ✔ | ✔ | |
Partial apparent energy on phase A | – | ✔ | |
Partial apparent energy on phase B | – | ✔ | |
Partial apparent energy on phase C | – | ✔ | |
Alarm |
Alarms
|
✔ | ✔ |
RMS Current on Phase A at voltage loss (last RMS current measured when voltage loss occurred) | ✔ | ✔ | |
RMS Current on Phase B at voltage loss (last RMS current measured when voltage loss occurred) | ✔ | ✔ | |
RMS Current on Phase C at voltage loss (last RMS current measured when voltage loss occurred) | ✔ | ✔ |
Commissioning
Commission the PowerTag Energy F160 by using EcoStruxure Power Commission software or the embedded webpages of the gateway or panel server, if any.
For automatic pairing the PowerTag Energy F160 must be powered and the Status LED must be flashing fast orange.
If the LED is flashing fast red (loss of communication status), turn the power off and on to reset the PowerTag Energy F160. If the PowerTag Energy F160 is not paired within two minutes, it returns to loss of communication status.
If the LED is blinking green, PowerTag Energy F160 is already paired with a gateway. Unpair it before pairing with a new gateway.