Gude Expert Power Control 8021 Series, Manual

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Expert Power Control 8021/8025 © 2021 GUDE Systems GmbH
Specifications
Examples:
"Power Active" for 1st line sensor and 3rd phase: 0x400 + 0 * 0x120 + 2 * 0x60 + 1 * 2
= 0x4C2
"Voltage" for 2nd line sensor and single phase device: 0x400 + 1 * 0x120 + 2 * 2 =
0x524
"Power Angle" for 4th port sensor and single phase device: 3 * 0x120 + 6 * 2
= 0x3d6c
Offset Sensor Field Unit
0 Absolute Active Energy Wh
1 Power Active W
2 Voltage V
3 Current mA
4 Frequency 0.01 hz
5 Power Factor 0.001
6 Power Angle 0.1 degree
7 Power Apparent VA
8 Power Reactive VAR
9 Absolute Active Energy Resettable Wh
10 Absolute Reactive Energy VARh
11 Absolute Reactive Energy Resettable VARh
12 Reset Time - sec. since last Energy Counter Reset s
13 Forward Active Energy Wh
14 Forward Reactive Energy VARh
15 Forward Active Energy Resettable Wh
16 Forward Reactive Energy Resettable VARh
17 Reverse Active Energy Wh
18 Reverse Reactive Energy VARh
19 Reverse Active Energy Resettable Wh
20 Reverse Reactive Energy Resettable VARh
21 Residual Current Type A mA
22 Neutral Current mA
23 Residual Current Type B RMS 0.1 mA
24 Residual Current Type B DC 0.1 mA
Whether the measured values "Residual Current" and "Neutral Current" are sup-
ported depends on the respective device model. For measured values such as "Neut-
ral Current", which are independent of the phase, the same value is returned for all
phases.
DC Energy Sensors:
With the EPC 8291 / 8290 devices, the voltage and current of the individual banks and
voltage sources can be read out. The measured values of the energy sensors are re-
turned as signed 16-bit integers. The following formulas are available for the address
(the values for Bank and PowerSrc start at zero):
Bank: Bank * 2 + Offset
Power Source: PowerSrc * 2 + Offset
Examples: