Gude Expert Power Control 1202 Anleitung Seite 79

Spezifikationen
snmp trap receiver {trap_num} show
syslog
syslog enabled set {OFF=0|ON=1}
syslog enabled show
syslog server set "{dns_name}"
syslog server show
system
system restart
system fabsettings
system bootloader
system flushdns
system uptime
system panel enabled set {OFF=0|ON=1}
system panel enabled show
system display enabled set {OFF=0|ON=1}
system display enabled show
vt100
vt100 echo set {OFF=0|ON=1}
vt100 echo show
vt100 numeric set {OFF=0|ON=1}
vt100 numeric show
vt100 reset
Hinweise
1. Befehl kann auf allen Ebenen ausgeführt werden
2. Die Ausgabe kann 2 Zeilen umfassen - die erste Zeile zeigt den aktuellen Zustand,
die zweite Zeile den Status nach einem Neustart
3. Die Ausgabe kann mehrere Zeilen umfassen
4. Bitte die Energie Sensor Tabelle konsultieren, um den richtigen Index zu finden
Energie Sensor Tabelle
Index Beschreibung
0 Forward Active Energy
1 Power Active
2 Voltage
3 Current
4 Frequency
5 Power Factor
6 Power Angle
7 Power Apparent
8 Power Reactive
9 Forward Active Energy Resettable
10 Forward Reactive Energy
11 Forward Reactive Energy Resettable
12 Reset Time - sec. since last Energy Counter Reset
13 Reverse Active Energy
14 Reverse Reactive Energy
15 Reverse Active Energy Resettable
16 Reverse Reactive Energy Resettable
17 Absolute Active Energy
18 Absolute Reactive Energy
79
Expert Power Control 1202/1292
show address and port of SNMP trap receiver
{trap_num}
enters cmd group "syslog"
enables syslog msgs on/off
show if syslog enabled
sets address of syslog server
show s address of syslog server
enters cmd group "system"
restarts device
restore fab settings and restart device
enters bootloader mode
flush DNS cache
number of seconds the device is running
blocks panel buttons w hen not enabled
show s if panel buttons are enabled
dark display w hen not enabled
show s if display enabled
enters cmd group "vt100"
sets console echo state
show s console echo state
sets numeric mode
show s numeric mode state
resets terminal
Einheit
Wh
W
V
mA
0.01 hz
0.001
0.1 degree
VA
VAR
Wh
VARh
VARh
s
Wh
VARh
Wh
VARh
Wh
VARh
© 2017 Gude Analog- und Digitalsysteme GmbH