Instruction Manual

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• Supports barcode configuration and printing; supports print-
ing on mag-stripe and prox cards with the Fargo® ProL
series printers.
• Definable operator accounts and access levels.
• Link data definition fields on badge templates to fields in the
data source database.
• Complete control of badge template appearance, including
use of static bitmap images, text and graphic fields using
included tools.
• Organize badge templates into groups.
• Use with LaserJet® printers for paper copies in portrait or
landscape orientation — for personnel files, etc.
U2IRM AND U2IM
• The Incident Reporting Module (U2IRM) and Incident Man-
ager (U2IM) are unique software programs designed to log
all central station events — alarms and troubles as well as
human-generated external events outside the system such
as phone calls, radio calls, and 911 calls. To aid in maintain-
ing daily report logs, the reporting system allows all of these
various events to be cataloged into incidents. Each incident
displayed can be opened and closed by the operator as
required, allowing human events and system events to be
connected.
• The module provides a completely configurable database
manager with optional custom fields that can be used for a
variety of purposes. For example, when generating manual
incidents outside the scope of the monitoring network (i.e.,
incidents that do not involve devices of any type), a descrip-
tive field is required. The system-defined fields are likely to
reference network devices, while custom descriptive fields
such as memo or multi-select fields allow the operator to type
in or select predefined descriptions. Applications for multi-
select fields include lists of injuries, office visitors, staff
assigned to investigate an incident, radio calls describing
vehicles, or standard police codes.
• The IRM is also capable of supporting the Windows 2000
dual-monitor function. This function permits two full screens
to be opened at all times, for example, the graphics alarm
screen along with the Incident Report Manager.
UniTour GUARD TOUR
UniTour is used to facilitate the performance of security tours.
Tours are defined as ordered sets of network monitored check-
points. A minimum and maximum time interval is assigned to
each of these points. A guard must move between points within
the allotted time and electronically register attendance at each
point along the way.
• History log of events received and processed, operator activ-
ity and network status information for each tour schedule.
• Provides real-time notification of guard tour status as well as
an audit trail for guard activity.
• Checkpoints are physical inputs monitored by the network
through nodes such as the NION-2DRN, NION-16C48M or
NION-2C8M.
• An input device can be a Card Reader (recommended), Key
Switch, or Manual Contact Closure.
• Card readers assigned to a guard tour can also be used as
access control devices for other employees, allowing free
movement to authorized employees while providing UniTour
functions.
UniNet-UOL
• UniNet Online (UniNet-UOL) is a web-based application that
operates with the UniNet 2000 (version 2.1 or higher) net-
work through your browser's Internet, intranet, or dial-up con-
nection, allowing remote viewing and monitoring of all your
network devices regardless of their make or brand. UniNet
Online meets UL and ULC Listing requirements and provides
remote read-status of all the NOTIFIER fire panels on your
UniNet 2000 network. UniNet Online can also provide event
information for a range of fire alarm control panels, security
panels, and other systems from multiple vendors. Compatible
with version 5.0 or higher of Microsoft Internet Explorer.
UniNe t 2000
Devic e Netw ork Capacities
The standard physical layer of the UniNet 2000 system is a
transformer-coupled twisted-pair or fiber-optic cabling operating
at 78.5 or 1250 Kbps respectively. Network formats include FT-
10 (Free Topology) which allows: (a) 8,000 foot (2438.4 m)
point-to-point; (b) 6,000 foot (1828.8 m) bus topology with a
maximum of 64 nodes; or (c) 1,500 foot (457.2 m) maximum
radius from origination with multiple T-taps; or FO-10 optical
fiber (using the DFXC network transceiver) for bus-style network
segments to a maximum of 10,000+ feet (3048 m) between
nodes through message/signal regeneration at 1250 Kbps.
Each node is continuously monitored by a network server, and a
fault condition will be reported if any node becomes discon-
nected from the network.
The UniNet 2000 architecture can support up to 99 servers in
wide- or local-area configurations.
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