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Expert Power Control 8291
© 2020 GUDE Systems GmbH
Specifications
Discrete Inputs
Device Resource
Start
End
Function when set
DC Inputs
0x400
0x7ff
Input logically 1
Stop Condition active
0x800
0x800
Stop Input active
POE active
0x801
0x801
POE active
Status Power Sources
0x1000 0x100f Power Source active
OVP active (Line-Ins)
0x1010 0x101f OVP active
eFuse Error
0x1100 0x11ff
eFuse Error
Status Power Sources
Offset
EPC 8221 / 8226
0 = Bank A, 1 = Bank B
ENC 2111 / 2191
0 = Pwr1, 1 = Pwr2
ESB 7213 / 7214
0 = Pwr1, 1 = Pwr2 (only 7214)
Input Registers
Device Resource
Start
End
Function
Info Bereich
0x000
0x005
see table
CPU Sensor values
0x080
0x083
see table
Externe Sensoren
0x100
0x1ff
see table
Fan Level
0x200
0x20f
0 (aus) bis 3 (maximal)
Line Energy Sensors
0x400
0x39ff
see table
Port Energy Sensors
0x3a00 0x81ff
see table
Bank Energy Sensors
0x8200 0x823f see table
Power Source Sensors
0x8240 0x827f see table
Info Area
Address
Width
Information
0
16-bit
Number of Ports (Relay)
1
16-bit
Number of Ports (Outlets) with
Energy Measurement
2
16-bit
Number of Banks
3
16-bit
Number of Line-In
4
16-bit
Phases per line
5
16-bit
Number of Inputs
Sensor Type Description
Address
Width
Information
0x080 to 0x083
16-bit (signed
CPU Sensor values
0x100 to 0x1ff
16-bit (signed)
external Sensors
0x400 to 0x39ff
32-bit (signed)
Line Energy Sensors
Summary of Contents for Expert Power Control 8291
Page 2: ...2 Expert Power Control 8291 2020 GUDESystems GmbH ...
Page 5: ...Device Description ...
Page 16: ...Operating ...
Page 26: ...Configuration ...
Page 52: ...Specifications ...
Page 85: ...Support ...