GE Multilin
Sub Meters
51
3962 VARh_L (Fwd)
Forward Reactive Inductive
Energy
32-bit Float
3964 VARh_C (Fwd)
Forward Reactive Capacitive
Energy
32-bit Float
3966 VAh (Rev)
Reverse Apparent Energy
32-bit Float
3968 Wh (Rev)
Reverse Active Energy
32-bit Float
3970 VARh_L (Rev)
Reverse Reactive Inductive
Energy
32-bit Float
3972 VARh_C (Rev)
Reverse Reactive Capacitive
Energy
32-bit Float
3974 Present Demand
Present Demand
32-bits Float
3976 Rising Demand
Rising Demand
32-bits Float
3978 Max Demand
Maximum Demand
32-bit Float
3980 RESERVED 44
Reserved for Future use
32-bits Float
3982 RESERVED 45
Reserved for Future use
32-bits Float
3984 RESERVED 46
Reserved for Future use
32-bits Float
3986 RESERVED 47
Reserved for Future use
32-bits Float
3988 RESERVED 48
Reserved for Future use
32-bits Float
3990 RESERVED 49
Reserved for Future use
32-bits Float
3992 Max Demand
Time
Maximum Demand occurrence
time
32-bit Long
3994 RUN_SECS
(Fwd)
Forward Seconds Meter Load was
connected since last Reset
32-bit Unsigned Long
3996 RUN_SECS
(Rev)
Reverse Seconds
32-bit Unsigned Long
3998 INTR
Number of Power Outages
32-bit Unsigned Long
6.5.9.
Register Map Notes
•
Favorites : These
•
Advisable to configure all the
•
The Power Outages (Intr) parameter in Total RMS Block, RMS Phase A Block, RMS
Phase B Block and RMS Phase C Block gives power outages at the meter Auxiliary
(Control Power) Supply and not for individual phases. Therefore all the values will
always be same. If the meter is powered off of a UPS, then these values will remain Zero,
even if the Voltage signals were interrupted.
•
All the RESERVED parameters will return a Zero value. All RESERVED parameters
must therefore be ignored..
•
RunSecs Parameter in Integration block is a high resolution representation of the Run
Hours available on the Meter Front Panel Display. Divide RunSecs by 3600 to get Run
Hours.
•
No scaling or multiplication factor required. All values are already pre-scaled with the PT
and CT scaling programmed into the meter.