Connections: The RescueLogic Guide To Configuring Ports and Panels
Connections: The RescueLogic Guide To Configuring Ports and Panels
Connections: The RescueLogic Guide To Configuring Ports and Panels
RESCUELOGIC
Safety Made Simple
Cadgraphics Incorporated
Makers of RescueLogic Software for Fire and Security Systems
PO Box 11737
St. Paul, MN 55111-0737
Website: www.rescuelogic.com
Email: info@rescuelogic.com
Phone: (612) 722-3233
2014 by Cadgraphics, Inc. All rights reserved.
ISBN 978-0692253717
Table of Contents
Ports and Panels ................................................................................................................................................................. 1
Things Youll Need .............................................................................................................................................................. 1
Port and Panel Basics ......................................................................................................................................................... 2
A Typical Installation ........................................................................................................................................................... 2
Configure Panels for your Site ............................................................................................................................................ 3
Create a List of Your Panels ............................................................................................................................................... 3
Change the Panel ID ........................................................................................................................................................... 4
Add New Panels to the List ................................................................................................................................................. 5
Delete Unused Panels ........................................................................................................................................................ 6
Panel Types ........................................................................................................................................................................ 7
Pseudo Points ..................................................................................................................................................................... 8
Modify the Values of Your Pseudo Points ........................................................................................................................... 9
Device State Mapping ......................................................................................................................................................... 9
Channel Applications ........................................................................................................................................................ 10
Using Channel Applications .............................................................................................................................................. 10
Assign Channel Numbers ................................................................................................................................................. 11
Script Panel Types ............................................................................................................................................................ 12
Define Patterns for Data Extraction .................................................................................................................................. 13
Test Your Scripts .............................................................................................................................................................. 14
Communication Paths ....................................................................................................................................................... 17
Configure Your Communication Paths .............................................................................................................................. 17
Edit Your COM Ports ........................................................................................................................................................ 18
Add a Reset Map .............................................................................................................................................................. 23
Serial Connections ............................................................................................................................................................ 24
COM Ports ........................................................................................................................................................................ 24
COM Port to COM Port Connections ................................................................................................................................ 25
Ethernet Connections: Add a MOXA Device .................................................................................................................... 26
Configure Operating Settings ............................................................................................................................................ 29
Configure Serial Settings .................................................................................................................................................. 30
Configure Network Settings .............................................................................................................................................. 31
Questions or Comments? ................................................................................................................................................. 32
Helpful Hint: This guide is illustrated with actual RescueLogic screen images, which were captured on a
computer that runs Windows 7. If your computer uses a different Windows operating system, your RescueLogic
windows might look different, but you will follow the same step-by-step procedures.
A list of all the panels youd like to connect, including manufacturer and model numbers.
If you plan to connect your panels to an Ethernet network, you will need:
MOXA utility software. Youll get a software CD with each device. You can also download the software
from the MOXA website at www.moxa.com.
Network information. Youll need to get a static IP address from the network administrator wherever a
serial server is to be installed. For each serial server, the network administrator should also provide
values for the Subnet Mask, Default Gateway, and possibly DNS Servers. (See page 31 for more details.)
The network administrator should also know that the serial servers will connect using, by default, TCP
Port 4001. It can be changed. TCP Port 23 is a common alternate. (See page 29 for the screen with the
TCP Port setting.)
Serial Port information. The alarm panel manufacturers documentation should show you the RS232
serial port settings. These include: baud rate; data bits, stop bits, and parity. See page 8 for the screen
with serial settings to match up with the settings of your alarm panel. You will also need the wiring
information for the RS232 (or EIA232) connection. Many alarm panels suggest a serial printer would be
an optional accessory wired to this port.
You can also connect your panels to your computer ports with RS232 cables. In that case, you will need:
An adaptor cable with a 9-pin connector at the computer end. The connection on the other end will need
to fit your panel. Most often, youll simply wire that end of the cable to a terminal strip.
In some cases, you will need to add a serial port to your alarm panel.
If your panel doesnt have a built-in serial port, most manufacturers can offer optional modules that will
work. Siemens, for example, offers a Remote Printer Module (RPM). For details, check the manual that
came with your panel, consult the manufacturer, or call your fire alarm installer.
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A Typical Installation
Here is a prototypical installation that includes five alarm panels. One alarm panel is directly connected to a COM
port. A second alarm panel is connected to the main computer with RS485 converters, to extend the connection
range. A third alarm panel uses RS232/EIA232 cable connect to a TCP/IP converter, to exchange data over the
buildings local area network. A two-node network of alarm panels also connects to the LAN via TCP/IP protocol.
Of course, Ethernet allows you to extend your RescueLogic system to monitor panels over the Internet. A serial
server at each panel will transmit every event in real time.
This illustration also shows how RescueLogic can use hyperlinks to connect a closed-circuit video camera and
HVAC building controls.
Ethernet Switch
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The Panel ID is labeled FIRE to distinguish it from our other example panel used for security alarms.
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This works regardless of if the two panels are connected together or not. Each is an independent node, or data
gathering point. You may be more familiar with network names, such as Node 1. The next field, Description,
allows you to enter a longer, expanded label in addition to each ID. The information you enter will be displayed on
the System Watch screen, so it should make sense to your end users. Be specific, and use a name that everyone
on your staff will recognize: Sample Company Headquarters, for example, as opposed to a more generic Panel
A. When you are through, click OK.
Helpful Hint: The Panel ID does not have to match the messages that the control panel sends. The Panel ID you
enter on this screen will simply be displayed to System Watch users. If you have two networks of panels
connected to one RescueLogic computer, for example, the first network might connect three panels: Node 1,
Node 2, and Node 3. You might want to differentiate the panels on the second network by adding a prefix
number Node 2-1, Node 2-2, and Node 2-3. Then, go back and ID the first network as Node 1-1, Node 12, and Node 1-3.
Click on the drop-down arrow to see the manufacturer and model of the panel. The sample database uses Silent
Knight as an example; if your site includes panels from other manufacturers, each type is added to the database,
and will appear in the drop-down list.
Helpful Hint: If this is the first time youve seen the System Panel list, dont be too concerned about the exact
text. Just make each panel different from one another. At any time, and you can come back and change the
labels after youve seen how they look in System Watch.
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You will see the same fields to customize for your added panel. Simply replace the bracketed text with the names
you used to overwrite the existing default panels. If you have more than one manufacturer/model, choose the
correct one from the drop-down list.
Give your new panel an ID, such as Node 2, and a clear description that everyone on your staff will recognize.
Select the correct manufacturer and model, and then click OK. After the last new panel type has been added to
the system, click Done.
Helpful Hint: RescueLogic is programmed to work with a wide range of panels. RescueLogic also offers a
Software Developers Kit that makes it possible to develop additional drivers to work with any panel. Email
info@rescuelogic.com for details.
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Helpful Hint: If you delete a system panel, you will wipe out RescueLogics link with any devices that were
associated with that panel. The devices themselves will remain in the database until you manually associate their
addresses with a panel or delete them. However, you should only delete a panel if you also intend to delete the
associated devices as when you remove a sample panel from the default database, or if you are installing a
new replacement panel with a new series of device addresses.
You can modify, add, or remove panels at any time. You dont need to set up your entire system all at once.
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Panel Types
RescueLogic uses three methods of interfacing panels: Legacy Panels, Channel Applications, and Script Panel
Types. First, well show you how to define Legacy Panel Types.
To define the panels on your site, open Configuration Manager, choose the Setup Menu, mouse over Panel
Types, and then choose Legacy Panel Types.
Use the drop-down menu to view a list of pre-set panel types. If your panel is not listed, click Add. Enter a name
and model number for your panel type. The name and model you type in are not fields that need to match
anything specific; they are strictly for your own reference.
You will see a form to enter values that determine how messages from the particular type of control panel are to
be interpreted. The purpose of these variables is to allow behavior of your system to vary from other systems, and
also adapt to firmware changes of the control panel in the future.
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Pseudo Points
Some control panels have unique messages, such as low-battery warnings, that dont follow the normal deviceaddress format. If you want to include them in your RescueLogic system, you will need to create an address, or
pseudo point, that can be assigned to each message that you want to identify as a device. Then you will be able
to locate those devices on a background map or floor plan.
The top half of the Panel Output Message form allows you to map messages to pseudo points. In this example, a
message starting with AC INPUT is mapped to an address of PS01. Note that the next line item and also the third
line item are also mapped to the same address, PS01. That is because, in this system, all three of those
messages apply to the power supply, and the end user only wants one point to be created for any of those
messages. The result will be that PS01 will appear in the Address field on the System Watch list, and underneath
the icon on the floor plan.
Alternately, you could assign three separate addresses to those three messages. In the next example, the same
three messages are assigned to unique addresses, which will create three independent devices in the database.
That way, if two or more events occur simultaneously, youll see separate messages about each one. Then, as
conditions are restored to normal, the state of each device will be reflected independently.
Here you see that AC INPUT has an address of 120 VAC, the address for BATTERY is BATTERY, and GROUND
FAULT is GROUND.
Helpful Hint: To test your address assignments, run System Monitor and make the panel report the message by
activating the event. For example, if you have mapped the phrase BATTERY FAILURE to a new address called
BATTERY, try disconnecting the battery while System Monitor is running. A new pseudo device with the address
BATTERY will be automatically added to the database, and it should appear in the System Watch list as a
trouble. When you replace the wire, and the panel detects the batteries again, it will restore to normal, and its
color will be green.
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After the pseudo device is automatically created in the database, you will be able to assign a device type,
description, and any other information you would like to include in the System Devices list to further clarify the
event. You may also want to drop an icon of that device onto your background floor plan or have it blink on a
photograph background picture of the panel on the wall.
Click Add to continue adding pseudo points.
Each item on the left column list will match a message from the control panel. The corresponding choice on the
right will determine how the event will behave in System Watch. To change the Device State between the three
options, highlight the item in the list, drop down the Device State list to choose between ALARM, TROUBLE, or
NORMAL.
You may wonder why there is only one choice for ALARM, and there is no way to distinguish between a FIRE
ALARM and a SUPERVISORY ALARM. The type of alarm is determined by the Device Type category. One
device type cannot be both a FIRE ALARM and a SUPERVISORY. Use the State/Image menu to modify and
determine Logical State for each device type.
Click Add to continue adding message mapping for events.
Click OK on the bottom of the form when you are through.
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Channel Applications
In addition to receiving information from COM ports, RescueLogic can receive information from other Windows
programs in other words, a custom channel application.
A channel application is a Windows program that runs separately from RescueLogic, but is pre-programmed to
send messages to RescueLogic and display alarms. A channel number is a RescueLogic convention that
allocates numbered pathways for data transfer between RescueLogic and channel applications.
You can use your own in-house programmer and the RescueLogic Software Developers Kit to create new
applications.
Click the Add Path button, or click the port that is already listed.
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After you have selected your system type and channel number, you must assign each node that will be reported
through the channel to a System Panel already defined in the RescueLogic database. Click System Panel Node
Mapping.
Add all Nodes as they will be reported from your Channel Application, and assign each to a System Panel.
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Choose the model of the panel youre editing, or click Add to create a new Panel Type.
If you added a new Panel Type, enter the manufacturer, model, and version number.
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Each Script rule will use the pattern you define to extract specific data. The Format to Match field contains the
pattern text. The Start and Length fields may be used to confine the extraction to a specific range within a
message. When set to 0, the Length value will search the entire message. The Field value is for complex Scripts.
It tells the processor which group of parentheses has the value to be used.
The sample above has an embedded variable name that refers to a list of possible text values. Each Script rule
may contain a corresponding list. In this example the list is for the Device Types. In practice, the variable name is
replaced with the list of possible text matches in the drop-down on the left.
You can check the box below the list to see its Script format, where each item is enclosed in parentheses.
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The first tab, Message Bounds, defines the beginning and end of each message. It also allows you to strip
specified pattern from the beginning, and set a maximum time to wait for the end of an event.
The Event Type tab allows you to define messages that are changes from Alarm, Trouble, and Normal state.
The Date & Time tab defines the format of date and time.
The Panel tab defines Node IDs, panel reset messages, and system events.
The Device tab allows extraction of Device Type, Address, and Condition text.
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The Description tab allows you to extract Description text from events. If both are found, they are concatenated
together to create a single Description for System Watch to display.
The System Events tab provides the parameters for a Heartbeat, and lets you define messages that are to be
completely ignored by RescueLogic.
The Controls tab defines pushbuttons for commands to be sent to the panel.
The Conversion tab provides a way to change text as it was extracted, and convert it to something more
meaningful for display in System Watch.
The Hex View tab allows you to see the actual hex values of the sample text pasted in the black window.
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Communication Paths
A communication path is a route for information transfer between a computer and an alarm system. RescueLogic
usually relies on two types of communication paths: COM ports and TCP/IP.
A COM port is a plug-in connection. Older technology uses COM ports and RS232 protocol to send information
via a modem, a mouse, or a printer. By modern standards, RS232 specifications are slow. Theyre also limited to
50 feet of standard cable length. (Other protocols, such as RS485, RS422, and fiber optics, can speed up
communication and extend the distance between COM port devices.)
Your alarm system probably has an RS232 port on its control panel that you can use to collect data as events
occur. In some cases, usually UL-listed systems, information can also go from the computer to the RS232 port.
A TCP/IP connection uses an IP network. It uses the same Ethernet connection thats used for other information
transfer, such as Internet access and file sharing between networked computers.
Your fire alarm panel may have an Ethernet port that can plug into an IP network. If your panel has an RS232 or
RS485 data port, you can connect it to an IP network with a small device called a serial server.
Many RescueLogic systems use just one communication path either a COM port or a TCP/IP connection.
Those who want to connect several panels and computers, however, combine the two types of connections in
order to connect remote COM ports over a local area network.
The Communication Path Setup screen will open. Youll notice that RescueLogic comes with a default COM port
thats already set up.
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You can use the drop-down Port ID list to select any COM port from 1 to 99.
Set the Baud Rate, Parity, Data Bits, and Stop Bits to match the settings of your control panel.
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Your system might use TCP/IP connections instead of directly connected RS232 COM ports. In that case, the
Baud Rate, Data Bits, and Stop Bits will be set at the remote serial device. If you have a newer panel, it might not
use those settings at all. It would simply have an IP Address, and a data Port number. In IP network terms, the IP
Address and Port are called a socket.
To set the pathway as a direct IP connection, change the Path ID selection to TCP/IP.
Next, type in the IP Address as the Host, and the data port number as the Port.
Connect Time is the allowable duration the IP socket may remain disconnected before it will report a problem.
NFPA codes require the system to report a problem within 200 seconds. Therefore, the maximum allowable
setting for Connect Time is 200. The default Connect Time is 90 seconds.
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The Heartbeat value is the frequency of sending a string of text to the IP socket as a way to test its connection
integrity. This is for systems that do not already have two-way communication. If no data is generated, the IP
socket is not tested. For such systems, a heartbeat signal may be generated by RescueLogic as a periodic test of
the path. Set the Heartbeat to 0 if your alarm panel is already communicating in both directions through the
pathway. The default Heartbeat is 20 seconds.
Use the drop-down System Type list to select the system you will connect to your communication path. Select
the last item in the list (*) if your system uses the new Script interface method.
Helpful Hint: Your system might be one of those listed in the System Type drop-down list. If your system is not
listed, you may use a custom interface, or a field configurable Script interface. Many alarm panel manufacturers
have already developed interface solutions for RescueLogic to work with their systems. Call us toll-free at (866)
665-2100 for details, or e-mail info@RescueLogic.net.
Once you have selected your system type, click System Panel Node Mapping.
A new setup screen will open, so you can list the panels that will send information through the path. Start by
highlighting the default node in the System Panel list. The Node ID and System Panel name will automatically
appear in the fields on the bottom.
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Highlight an item in the list. If the window is blank, click Add Node.
The Node ID must match the format that already has been established by your system manufacturer. System
Panels defined earlier will appear in the System Panel drop-down list.
Click the down arrow on the System Panel field to see the list of panels you defined earlier using the Setup
System Panels menu. Select the system panel that will send data to the new port. Repeat as needed for all
panels that will report through this path. When you are finished, click Done.
The System Panel column on this form allows you to see panels listed by either Panel ID or Description as you
entered them in your RescueLogic database. You may choose to list panels by either Panel ID or Description.
Additionally, if you have a long list of panels, you may want to check Select only unassigned to narrow the list as
you apply the correct panel to the Node ID youve entered.
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Helpful Hint: Here are some things youll need to know about nodes:
If your System Type is not capable of multiple nodes, and allows only one panel, the Add Node button
may not be usable after you have assigned one system panel. However, the one node and system
panel must be assigned to the COM port using this form.
If the new port receives data and information from more than one source or panel, click Add Node.
You will see <New> added to the list. Change the text to an appropriate entry, such as Node02.
Enter ID exactly as it will be reported by each panel as a Node ID. The network message will tell
RescueLogic which panel is reporting.
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A new screen will appear that allows you to create statements about any nodes that reset other nodes (but do not
report the event.) In this example, the statement means that a reset message about Node01 also performed a
reset at Node02.
Click OK to go back to the Panel Monitor Setup screen. Double-check your port assignments and panel types,
make corrections as needed, and then click Done to return to the Configuration Manager main screen.
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Serial Connections
Up until this point, you have been configuring RescueLogic software for the big moment when you actually
connect your alarm panels to the COM ports on your RescueLogic computer. We have worked with hundreds of
RescueLogic installations, and we are happy to give you our advice about the hardware and peripherals you will
use to link ports and panels.
You can use practically any combination of cabling, network switches, and wireless networking devices to connect
all of the devices from panels on your site to your RescueLogic monitoring station.
You may use commonly available RS232 cable to connect the COM ports on your computer to the COM ports on
your alarm panel. (The RS232 standard is one of the oldest data transfer standards still applicable to computers
today. It was renamed the "EIA232 Standard" in the early 1990's.)
An RS232 cable is designed to run a maximum of 50 feet. In its most basic form, its twisted pair copper wire,
consisting of a common wire, a transmit wire, and a receive wire. The three wires work together to complete an
electrical circuit. The common wire is continuously connected. The transmit wire pulses to transmit a code. And
the receive wire receives any information that comes in from the transmit wire of another device.
COM Ports
COM ports, also known as serial ports, are one of the most basic ways to get data into and out of a computer.
COM ports are the plug ins that, in earlier times, let you attach devices, like modems and printers, to your
computer. When you set up your RescueLogic system, you will use COM ports to attach your system panels to
your RescueLogic computer. COM ports are usually nine-pin ports that look like this:
Most desktop computers still come with one COM port. If you need more ports to handle the panels on your site
or to connect to your printer or other peripherals you can add them quickly and easily:
If you need to add one or two COM ports to your computer, you can plug an adaptor cable into any available USB
port.
By combining TCP/IP networks with COM ports, you can add thousands of panels to your RescueLogic system.
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Here is a sample diagram that shows the COM port connector on a fire alarm panel, wired to the COM port on a
computer.
Helpful Hint: If you need to connect your RescueLogic computer to a panel that is more than 50 feet away, you
can use converters that will carry the signal over twisted pair copper wire, fiber optic cable, or a wireless signal.
The best method is a serial-to-IP converter. Having an IP address makes it possible for RescueLogic to supervise
the IP address and report when it is powered down or disconnected.
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To begin, insert the CD or download the install program from the web. Then run the NPort Search Utility from your
Windows menu.
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The Search Utility will open. Click the Search button to continue.
Helpful Hint: The default IP address of a MOXA NPort is 192.168.127.254. If you set your LAN card configuration
settings with an IP address in the same subnet (such as 192.168.127.100), you do not necessarily need the
Search Utility software. Just skip to the web configuration shown on page 28, and type 192.168.127.254 in the
Address bar of your browser.
A new popup window titled Searching will appear for several seconds, list any MOXA NPorts, then disappear.
After the search window disappears, the list on the list window should show the NPort server with the default IP
Address 192.168.127.254. Double-click the list item to open a browser window and configure.
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The NPort configuration screen will appear in a web browser. The IP Address of the server will show in your
browsers address bar. The left column has a menu for changing settings. You will need to use three of them:
Operating Settings, Serial Settings, and Network Settings.
If you like, you can also change the name of the server from the Basic Settings menu.
When you are done with any changes on a page, click the Submit button on the bottom of the page.
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Another page appears to confirm that you are ready to make the changes permanent. Click Save/Restart.
The IP Address is now changed, and your browser must be changed to match.
When you click on a link, you might see a page with a message that the page failed to load.
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Type the changed address in your browsers Address bar and Refresh to see the MOXA configuration page
again.
Your serial server is now ready to communicate with RescueLogic. See RescueLogics Complete Guide for the
next steps.
Helpful Hint: If your browser does not find the server with the default or the newly assigned IP Address, check
the IP settings of your computers network adapter. The left three quad elements of the IP Address represent the
network, and the right quad element is unique for each endpoint device. Remember to write down your
computers original settings first. Contact your network administrator if these settings are not familiar to you.
Questions or Comments?
Technical support is available online at RescueLogic.com, or by phone at (612) 722-3233.
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Get the most from your RescueLogic software, with comprehensive instructions and step-by-step illustrations.
Download a PDF copy from RescueLogic.com or order a printed book from Amazon.com.
Copyright Information
Copyright 2014 by Cadgraphics Incorporated. All rights reserved. No part of this publication may be reproduced
or transmitted in any form or by any means electronic or mechanical, including photocopy, recording, or any
information storage and retrieval system now known or to be invented, without permission in writing from the
publisher, except by a reviewer who wishes to quote brief passages in connection with a review written for
inclusion in a magazine, newspaper, or broadcast.
Patent Information
Cadgraphics and RescueLogic techniques and technology are protected by United States Patents 6,229,429 and
6,369,695.
Trademark Information
Cadgraphics and RescueLogic are registered trademarks of Cadgraphics Incorporated. Safety Made Simple is
the service mark of Cadgraphics Incorporated.
Disclaimer
Although every precaution has been taken in the preparation of this guide, the author and the publisher assume
no responsibility for errors or omissions. The information in this guide is subject to change without notice to
improve reliability, design, and function. This guide does not represent a commitment or a contract on behalf of
Cadgraphics Incorporated. In no event will Cadgraphics Incorporated, its agents, or its representatives be liable
for direct, indirect, special, incidental, or consequential damages arising out of the use or inability to use the
product or documentation, even if advised of the possibility of such damages. The entire risk as to the results and
performance of Cadgraphics RescueLogic software is assumed by you.