client/server
components

general overview
device server
modbus
configurator
license manager
security manager
setpoints/trip curve
tools
monitor
waveform
dde server
integrator
bill
elogdde
trend
integrator

metering
components

iq analyzer
iq dp 4000
iq data
iq generator
iq energy sentinel
iq 200
iq power sentinel

protection
components

digitrip 3000
iq 1000 ii
dual-source pwr supply
universal rtd module

communication
components

buffered poni
incom poni

mint ii
coni 3
assemblies electronic monitor ii
central energy display
breaker interface module
analog input module
addressable relay

information

purchasing
applications notes
specification guide

introducing powernet

powernet enables efficient monitoring, alarming and trending of an electrical distribution system. the powernet system communicates with state-of-the-art meters, relays, trip units, motor protectors, starters, and more to process vital power information. powernet delivers the information needed to analyze power quality, manage power costs, track and schedule maintenance, trouble shoot system faults, and receive early warnings about potential problems. the power monitoring capabilities of powernet coupled with the factory floor automation capabilities of devicenet forms the most comprehensive control and information management system in the industry.

high speed and open communications
powernet is well positioned to manage power usage well into the new millennium. the high-speed ethernet backbone of the powernet system uses the same infrastructure that delivers gigabits of data to millions of internet and e-mail users. this open design of a powernet network allows multiple users and vendors to share the same network, eliminating the need for proprietary networks dedicated to a single vendor.


our customers know their power distribution system like the back of their hand
. . . . . and they don't even leave their desks.

how many times have you visited your gear to gather information? information including how a device was set, like breaker trip units and relaying devices. information including energy usage or voltage and current levels. what about information that includes why a device tripped off line? well, at one time, our industry did this quite often. in fact engineers still allocate much of their time to visiting substations and other types of gear recording data that we can now record over the network.

we do more than just record energy data and allocate energy costs, we enable you to change device setpoints, view your current and voltage waveforms, view your device trip curves for your protective devices in your facility. we do all this from your desk for a facility that can be on the other side of the globe.

ordering information

application notes

specification guide

users manual

before you begin
chapter 1
(overview)
chapter 2
(installation)
chapter 3
(quick start)
chapter 4
(deviceserver)
chapter 5
(database synchronization)
chapter 6
(logging on & off)
chapter 7
(license manager)
chapter 8
(security manager)
chapter 9
(configure the system)
chapter 10
(setpoints & trip curve)
chapter 11
(tools)
chapter 12
(troubleshooting)
appendix a
(status & reasons)
appendix b
(device objects)
appendix c
(odbc32 admin)
appendix d
(ip addresses/data source names)
appendix e
(integrator)