PSL PQube - Appendix 4: MIB Table for SNMP; PQube MIB Table Overview

PQube User Manual 2.1
Page 109 of 113
Appendix 4 –MIB Table for SNMP
A beta version of SNMP support is included. SNMP is a common meter reading protocol that is
used in data centers worldwide. For easy SNMP installation, a PQube MIB file is available for
download from http://www.PowerStandards.com/PQube .
Use the following information to connect to your PQube via SNMP:
SNMP port: 161
Get community string: pqube
Set community string: pqube
PQube MIB Table
Offset
Register
Format
Units
Comments
1
L1-E
Float
RMS Volts
L1 to earth – U
rms10/12
2
L2-E
Float
RMS Volts
L2 to earth – U
rms10/12
3
L3-E
Float
RMS Volts
L3 to earth – U
rms10/12
4
N-E
Float
RMS Volts
Neutral to earth – U
rms10/12
5
L1-N
Float
RMS Volts
L1 to neutral – U
rms10/12
6
L2-N
Float
RMS Volts
L2 to neutral – U
rms10/12
7
L3-N
Float
RMS Volts
L3 to neutral – U
rms10/12
8
L1-L2
Float
RMS Volts
L1 to L2 – U
rms10/12
9
L2-L3
Float
RMS Volts
L2 to L3 – U
rms10/12
10
L3-L1
Float
RMS Volts
L3 to L1 – U
rms10/12
11
AN1-E
Float
RMS Volts
Analog 1 to Earth – U
rms10/12
12
AN2-E
Float
RMS Volts
Analog2 to Earth – U
rms10/12
13
AN1-AN2
Float
RMS Volts
Analog1 to Analog2 – U
rms10/12
14
Frequency
Float
Hertz
15
L1 Current
Float
RMS Amps
A
rms10/12
16
L2 Current
Float
RMS Amps
A
rms10/12
17
L3 Current
Float
RMS Amps
A
rms10/12
18
N Current
Float
RMS Amps
Neutral current - A
rms10/12
19
Power (W)
Float
Watts
20
Apparent Power (VA)
Float
VA
21
Digital Input
Float
(none)
Usually 0 or 1; a fractional value
indicates duty cycle
22
Peak Current (1-cycle)
Float
RMS Amps
A
rms10/12
See registers 122-124: Peak current since
[date]
23
Peak Current (1-minute)
Float
RMS Amps
1-minute RMS average
See registers 122-124: Peak current since
[date]