MR ECOTAP VPD CONTROL PRO Operating Instructions Manual page 162

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162 ECOTAP VPD CONTROL PRO
Signal Description
W1: I L3 Winding 1: Current L3
W1: U L1 Winding 1: Voltage L1
W1: U L2 Winding 1: Voltage L2
W1: U L3 Winding 1: Voltage L3
W1: Q L1 Winding 1: Reactive power L1
W1: Q L2 Winding 1: Reactive power L2
W1: Q L3 Winding 1: Reactive power L3
W1: Q Winding 1: Reactive power in total
W2: P L1 Winding 2: Active power L1
W2: P L2 Winding 2: Active power L2
W2: P L3 Winding 2: Active power L2
W2: P Winding 2: Active power in total
W2: S L1 Winding 2: Apparent power L1
W2: S L2 Winding 2: Apparent power L2
W2: S L3 Winding 2: Apparent power L3
W2: S Winding 2: Apparent power in total
W2: f Winding 2: Frequency
W2: φ U1/I1 Winding 2: Phase angle U1/I1
W2: φ U2/I2 Winding 2: Phase angle U2/I2
W2: φ U3/I3 Winding 2: Phase angle U3/I3
W2: cos(φ) L1 Winding 2: Power factor L1
W2: cos(φ) L2 Winding 2: Power factor L2
W2: cos(φ) L3 Winding 2: Power factor L3
W2: cos(φ) Winding 2: Power factor in total
W2: I N Winding 2: Neutral conductor current
W2: I L1 Winding 2: Current L1
W2: I L2 Winding 2: Current L2
W2: I L3 Winding 2: Current L3
W2: U L1 Winding 2: Voltage L1
W2: U L2 Winding 2: Voltage L2
W2: U L3 Winding 2: Voltage L3
W2: Q L1 Winding 2: Reactive power L1
W2: Q L2 Winding 2: Reactive power L2
W2: Q L3 Winding 2: Reactive power L3
W2: Q Winding 2: Reactive power in total
t motor Motor runtime
5252433/02 EN
8 Operation
Maschinenfabrik Reinhausen GmbH 2018