Specifications

This powerful and easy-to-use power quality analysis software program is

developed exclusively for ACR’s voltage disturbance recorder, the PowerWatch.

With no programming hassles or complex menus, setup and downloading

occurs in seconds. Connection is simple: plug the optical interface cable (LIC-

101 cable) into the serial port of your computer and point the other end to the

optical port on the PowerWatch. Communication begins immediately.

Detailed site reports are displayed for every voltage disturbance event record-

ed including:

• Hot-to-Neutral and/or Neutral-to-Ground Surges

• Hot-to-Neutral and/or Neutral-to-Ground Sags

• Hot-to-Neutral and/or Neutral-to-Ground Impulses

• Outages

• Frequency Variations

Order Information

MODEL DESCRIPTION CATALOG #

PWV-100 PowerWatch Interface Package* 01-0060

PW PowerWatch Software - Full Install 34-0004

Includes software on CD, interface cable, and manual

PowerWatch Software

FEATURES

• Simple and easy

to use

• User-selectable

threshold limits

• Detailed site

reports

• Hot-to-neutral and

neutral-to-ground

readings

• Quick summary

option

• Determine event

importance

For PowerWatch Voltage Disturbance Recorder

Compatible with Windows® 3.1,

95,

98, 2000, Me, NT and XP

With the Quick Summary option, all events are summarized and displayed individually in a bar graph format.

This helps determine power quality trends quickly and effectively. The Event Distribution Graph plots the

magnitude of events against duration on a logarithmic scale, allowing you to determine the importance of

the data (a single random event may not be as important as a cluster of events). The Event Distribution

Graph also helps determine what kind of power quality problems you have as all 4000 events can be plot-

ted on this graph. You have the choice of analyzing hot-to-neutral or neutral-to-ground events or showing

both in different colors. The CBEMA Curve can be used to determine the importance of each event.

Easy setup and downloading

Detailed Site Reports Quick Summary

Event Distribution Graph