Settings

1 (Examp.: 257 = 1 + 256 for ch. 1)

-

U RMS

V

RMS value of the voltage

2 (Examp.: 770 = 2 + 768 for ch. 3)

-

U peak

V

Peak value of the instantaneous voltage in the last interval

-

3

U Last Zero Cross

V

DC time of the penultimate voltage zero crossing

4

-

U RMS Minimum

V

Minimum RMS value of the voltage in the last interval

5

-

U RMS Maximum

V

Maximum RMS value of the voltage in the last interval

6

-

ULL

V

RMS value of the phase-to-phase voltage
(Channel 1: U_L1L2; Channel 1: U_L2L3; Channel 3: U_L3L1)

8

-

I RMS

A

RMS value of the current

9

-

I peak

A

Peak value of the instantaneous current in the last interval

-

10*

I Last Zero Cross

ns

DC time of the last current zero crossing

11

-

I RMS Minimum

A

Minimum RMS value of the current in the last interval

12

-

I RMS Maximum

A

Maximum RMS value of the current in the last interval

17

-

Frequency

Hz

Frequency of this phase

21

-

Phi

°

Phase angle of the fundamental wave

22

-

Cos phi

-

Cosine of the fundamental wave phase angle

23

-

Power Factor

-

Power factor

26

-

P

W

Active power

27

-

Pavg

W

Average active power during the last interval

28

-

Pmin

W

Minimum active power in the last interval

29

-

Pmax

W

Maximum active power in the last interval

30*

-

Pfund

W

Fundamental wave active power in the last interval

32

-

S

VA

Apparent power

33

-

Savg

VA

Average apparent power during the last interval

34

-

Smin

VA

Minimum apparent power in last interval

35

-

Smax

VA

Minimum apparent power in last interval

36*

-

Sfund

VA

Fundamental wave apparent power in the last interval

38

-

Q

var

Reactive power

39

-

Qavg

var

Average reactive power average during the last interval

40

-

Qmin

var

Minimum reactive power in the last interval

41

-

Qmax

var

Maximum reactive power in the last interval

42*

-

Qfund

var

Fundamental wave reactive power in last interval

-

45

EP

mWh

Recorded active energy

-

46

EP pos

mhW

Received active energy

-

47

EP neg

mWh

Supplied active energy

-

51

ES

mWh

Apparent energy

-

57

EQ

mWh

Reactive energy

-

63*

EP_fund

mWh

Balanced fundamental wave active energy

-

64*

EP pos_fund

mWh

Related fundamental wave active energy

-

65*

EP neg_fund

mWh

Input fundamental wave active energy

-

69*

ES _fund

mWh

Fundamental wave apparent energy

-

75*

EQ _fund

mWh

Balanced fundamental wave reactive energy

-

76*

EQ pos_fund

mWh

Inductive fundamental wave reactive energy

-

77*

EQ neg_fund

mWh

Capacitive fundamental wave reactive energy

95

THD_U

-

"Total Harmonic Distortion" is the distortion factor of the voltage. It indicates the ratio of the harmonic components of an oscillation relative to its fundamental.

98

RMS_fund_U

V

Amplitude of the fundamental wave

99

F_Ref_U

Hz

Reference frequency of the voltage harmonic: Specifies the underlying fundamental frequency, e.g.: 50 or 60 Hz.

100-141

- 163*

Harmonics U 0 to 41

up to 63*

% of the fundamental wave

0 => DC component

1 => fundamental wave

2=> 2nd harmonic

3=> 3rd harmonic

165

THD_I

-

"Total Harmonic Distortion" is the distortion factor of the current. It indicates the ratio of the harmonic components of an oscillation relative to its fundamental.

166

TDD_I

% of the maximum current

"Total Demand Distortion" indicates the ratio between the current harmonics and the maximum current (EL3443: 1A and EL3443-0010: 5A)

168

RMS_fund_I

A

Amplitude of the fundamental wave

169

F_Ref_I

Hz

Reference frequency of the current harmonic: Specifies the underlying fundamental frequency, e.g.: 50 or 60 Hz.

170-211

- 233*

Harmonics I 0 to 41

up to 63*

% of the fundamental wave

0 => DC component

1 => fundamental wave

2=> 2nd harmonic

3=> 3rd harmonic

255

Error: INDEX not valid

-

Error message: The selected index is not available.

1032 (= 1024 + 8)

-

In RMS

A

Calculated RMS value of the neutral current

1033 (= 1024 + 9)*

-

In peak

A

Highest peak value of the instantaneous current in the last interval

1035 (= 1024 + 11)*

-

In RMS Minimum

A

Smallest effective value of the current in the last interval

1036 (= 1024 + 12)*

-

In RMS Maximum

A

Largest effective value of the current in the last interval

1041 (= 1024 + 17)*

-

Frequency

Hz

Frequency of the PDO value set via CoE (see reference channel of frequency measurement)

1047 (= 1024 + 23)

-

Power Factor

-

Total power factor over all phases

1050 (= 1024 + 26)

-

Ptot

W

Total active power

1051 (= 1024 + 27)

-

Ptotavg

W

Average total active power during the last interval

1052 (= 1024 + 28)

-

Ptotmin

W

Minimum total active power in the last interval

1053 (= 1024 + 29)

-

Ptotmax

W

Maximum total active power in the last interval

1056 (= 1024 + 32)

-

Stot

VA

Total apparent power

1057 (= 1024 + 33)

-

Stotavg

VA

Average total apparent power during the last interval

1058 (= 1024 + 34)

-

Stotmin

VA

Minimum total apparent power in the last interval

1059 (= 1024 + 35)

-

Stotmax

VA

Maximum total apparent power in the last interval

1062 (= 1024 + 38)

-

Qtot

var

Total reactive power

1063 (= 1024 + 39)

-

Qtotavg

var

Average total reactive power during the last interval

1064 (= 1024 + 40)

-

Qtotmin

var

Minimum total reactive power in the last interval

1065 (= 1024 + 41)

-

Qtotmax

var

Maximum total reactive power in the last interval

-

1069 (= 1024 + 45)

Eptot

mWh

Balanced total active energy

-

1070 (= 1024 + 46)

EPtot pos

mWh

Imported total active energy

-

1071 (= 1024 + 47)

EPtot neg

mWh

Generated total active energy

-

1072 (= 1024 + 48)

Eptot_intervall

mWh

Balanced total active energy in last interval

-

1073 (= 1024 + 49)

EPtot pos_intervall

mWh

Total active energy imported in the last interval

-

1074 (= 1024 + 50)

EPtot neg_intervall

mWh

Generated total active energy the last interval

-

1075 (= 1024 + 51)

EStot

mWh

Total apparent energy

-

1078 (= 1024 + 54)

EStot_intervall

mWh

Total apparent energy in the last interval

-

1081 (= 1024 + 57)

EQtot

mWh

Total reactive energy

-

1084 (= 1024 + 60)

EQtot_intervall

mWh

Total reactive energy in the last interval

1094 (= 1024 + 70)

-

PhiL1L2

°

Phase shift angle between phase L1 and L2

1095 (= 1024 + 71)

-

PhiL1L3

°

Phase shift angle between phase L1 and L3

1096 (= 1024 + 72)

-

Unbalance

-

Ratio between negative and positive voltage system

1104 (= 1024 + 80)

-

PQF

-

Power quality factor

1105 (= 1024 + 81)

-

PQF Avg

-

Average value of the power quality factor during the last interval

1106 (= 1024 + 82)

-

PQF Min

-

Minimum power quality factor in the last interval

1107 (= 1024 + 83)

-

PQF Max

-

Maximum power quality factor in the last interval

-

1124 (= 1024 + 100)*

Eptot_fund

mWh

Balanced total fundamental wave active energy

-

1125 (= 1024 + 101)*

EPtot_fund pos

mWh

Received total fundamental wave active energy

-

1126 (= 1024 + 102)*

EPtot_fund neg

mWh

Supplied total fundamental wave active energy

-

1127 (= 1024 + 103)*

Eptot_fund _intervall

mWh

Balanced total fundamental wave active energy in the last interval

-

1128 (= 1024 + 104)*

EPtot_fund pos_intervall

mWh

Received total fundamental wave active energy in the last interval

-

1129 (= 1024 + 105)*

EPtot_fund neg_intervall

mWh

Supplied total fundamental wave active energy in the last interval

-

1130 (= 1024 + 106)*

EStot_fund

mWh

Total fundamental wave apparent energy

-

1133 (= 1024 + 109)*

EStot_fund _intervall

mWh

Total fundamental wave apparent energy in the last interval

-

1136 (= 1024 + 112)*

EQtot_fund

mWh

Balanced total fundamental wave reactive energy

-

1137 (= 1024 + 113)*

EQtot_fund pos

mWh

Inductive total fundamental wave reactive energy

-

1138 (= 1024 + 114)*

EQtot_fund neg

mWh

Capacitive total fundamental wave reactive energy

-

1139 (= 1024 + 115)*

EQtot_fund _intervall

mWh

Balanced total fundamental wave reactive energy in the last interval

-

1140 (= 1024 + 116)*

EQtot_fund pos_intervall

mWh

Inductive total fundamental wave reactive energy in the last interval

-

1141 (= 1024 + 117)*

EQtot_fund neg_intervall

mWh

Capacitive total fundamental wave reactive energy in the last interval

1154 (= 1024 + 130)*

-

Ptot_fund

W

Total fundamental wave active power

1155 (= 1024 + 131)*

-

Ptotavg_fund

W

Total fundamental wave average active power during last interval

1156 (= 1024 + 132)*

-

Ptotmin_fund

W

Total fundamental wave minimum active power in the last interval

1157 (= 1024 + 133)*

-

Ptotmax_fund

W

Total fundamental wave maximum active power in the last interval

1160 (= 1024 + 136)*

-

Stot_fund

VA

Total fundamental wave apparent power

1161 (= 1024 + 137)*

-

Stotavg_fund

VA

Total fundamental wave average apparent power during last interval

1162 (= 1024 + 138)*

-

Stotmin_fund

VA

Total fundamental wave minimum apparent powerin the last interval

1163 (= 1024 + 139)*

-

Stotmax_fund

VA

Total fundamental wave maximum apparent power in the last interval

1166 (= 1024 + 142)*

-

Qtot_fund

var

Total fundamental wave reactive power

1167 (= 1024 + 143)*

-

Qtotavg_fund

var

Total fundamental wave avarage reactive power during last interval

1168 (= 1024 + 144)*

-

Qtotmin_fund

var

Total fundamental wave minimum reactive power during last interval

1169 (= 1024 + 145)*

-

Qtotmax_fund

var

Total fundamental wave maximum reactive power during last interval