YASKAWA HB300, Руководство пользователя, Страница: 317 / 441

ID Description Data type Unit Min. value Max. value
18 Voltage L1 INT_32 1mV 0 300 000
19 Current L1 INT_16 1mA 0 5 000 000
20
Cos phi L1 *)
INT_8 0.01 -100 100
21 Harmonic voltage L1 INT_32 1mV 0 300 000
22 Harmonic current L1 INT_16 1mA 0 5 000 000
23 Active power L2 INT_32 1mW -1 250 000 1 250 000
24 Reactive power L2 INT_32 1mW -1 250 000 1 250 000
25 Total power L2 INT_32 1mW -1 250 000 1 250 000
26 Voltage L2 INT_32 1mV 0 300 000
27 Current L2 INT_16 1mA 0 5 000 000
28
Cos phi L2
*)
INT_8 0.01 -100 100
29 Harmonic voltage L2 INT_32 1mV 0 300 000
30 Harmonic current L2 INT_16 1mA 0 5 000 000
31 Active power L3 INT_32 1mW -1 250 000 1 250 000
32 Reactive power L3 INT_32 1mW -1 250 000 1 250 000
33 Total power L3 INT_32 1mW -1 250 000 1 250 000
34 Voltage L3 INT_32 1mV 0 300 000
35 Current L3 INT_16 1mA 0 5 000 000
36
Cos phi L3
*) INT_8 0.01 -100 100
37 Harmonic voltage L3 UINT_32 1mV 0 300 000
38 Harmonic current L3 UINT_16 1mA 0 5 000 000
39 Overflow energy meter
Is incremented by 1 in case of overflow of
the energy meter (ID = 1)
UINT_32
40 Overflow energy meter
Is incremented by 1 in case of overflow of
the energy meter (ID = 2)
UINT_32
41
Ä
‘Status measurement’ on page 318 UINT_16
*) The measuring accuracy of the Cos phi is maintained from a minimum current of 5mA x CT-FACTOR (current transformer factor).
The display resolution of the energy meter is 1Wh x CT-FACTOR (current transformer
factor).
Ä
Chapter 3.27.5 ‘Parameter data’ on page 314
The measuring tolerance for each measurand is continuously 1%.
Each measurand one ID is assigned. The access to the measured value of a measurand
happens by means of the corresponding ID .
Resolution energy meter
Tolerance
ID
VIPA System SLIO
Analog Input
031-1PA00 - AI1x 3Ph 230/400V 1A > Measurands
HB300 | SM-AIO | | en | 17-05 317