Videofied XT-iP 620 User guide

Document #2029-XTIPIN
COMPLETE SETUP AND PROGRAMMING MANUAL
FOR
XT-IP620
*A Videofied CMA/XMA/WMB Alphanumeric Keypad or Frontel TMT2 is required for
programming and maintenance*
CMA
XMA
WMB

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Table of Contents
Page
FCC 3
Installation Guidelines 4
Introduction 5
Initial Programming 6-15
Device Installation 16
Entering Badges and Access Codes 17-18
Choosing Siren Options 18
Disabling Monitoring 19
Ethernet Parameters and Testing 20
Testing Device RF Level 21
XTIP Power Chart 22
Arming Input Wiring Diagram 23
Testing to Central Station 24
Mounting Control Panel 25
Troubleshooting 26-28
After Initial Programming Flow Chart 29-30
Addendum 31-33
Battery Specifications 31
Finding Manufacture Week/Year 32
Event Log Ethernet Codes 32
Additional System Quick Codes 32
Replacing Device and Control Panel batteries 33
Checking Control Panel Firmware 33

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Regulatory Information for USA and Canada
FCC Part 15.21 Changes or modifications made to this equipment not expressly approved by RSI
Video Technologies may void the FCC authorization to operate this equipment.
FCC Part 15.105 Class B
This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates uses and can
radiate radio frequency energy and, if not installed and used in accordance with the instructions,
may cause harmful interference to radio communications. However, there is no guarantee that
interference will not occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by turning the equipment off
and on, the user is encouraged to try to correct the interference by one or more of the following
measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
Consult the dealer or an experienced radio/TV technician for help.
Radiofrequency radiation exposure information according 2.1091 / 2.1093 / OET bulletin 65
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled
environment. This equipment should be installed and operated with minimum distance of 20 cm
between the radiator and your body.
This transmitter must not be co-located or operating in conjunction with any other antenna or
transmitter.
This device complies with Part 15 of the FCC Rules and with RSS-210 of Industry Canada.
Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that may cause
undesired operation.

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Basic Setup Guidelines for Installation and Programming
Pre-Setup
1) Obtain the account number and IP/Domain information from the Central Station.
System Programming and Setup
1) Setup and program the system in the office or in your vehicle. DO NOT MOUNT THE DEVICES.
(Pages 6-15)
2) Add user codes and or badges after initial programming. (Pages 17-18)
3) Disable monitoring so that signals are not sent until you are ready to send them. (Page 19)
Deploying the System on Site
1) Place the panel where you want to mount it and run the Ethernet cable. In Maintenance run the ETH.
STATUS test to make sure you are receiving an IP. (Page 20)
2) Deploying Devices: Use your keypad to run the RF test for each device. If you get a 9/9 for your RF
test on the first device, then mount it. If not, you will need to move the device to get optimal signal.*
(Page 21)
3) Re-enable monitoring before you send signals (Page 19)
a. If you are currently using TMT Installer to program the system you can now take still pictures
from each MotionViewer using the software. See TMT Installer Users Manual available on
http://support.videofied.com
4) Once you have everything mounted, arm the system and trip one MotionViewer at a time. Make sure
you stand in front of each MotionViewer for 10 seconds so the central station has some video to look
at. (Page 24)
5) After you have sent signals to central station, call to verify.
The following pages will go through each one of these steps and, if you have any issues please consult the
troubleshooting section Pages 26-28. If you still cannot resolve the issue, please feel free to call technical
support through live support chat and ticket submission at support.videofied.com.
Sleeping mode and Wake-up on the CMA:
They keypad backlight will go out after 30 seconds of inactivity. When you press a button the keypad wakes up. The first touch on
the pad that wakes it up will not be a registered command and will only wake up the keypad.
Sleeping mode and wake-up on the XMA/WMB:
The keypad backlight will go out after 30 seconds of inactivity. The first touch on the keypad will wake up the keypad and will
register as a command to the control panel.

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Introduction:
Description:
The XT-IP620 control panel is a Videofied wireless, battery operated hybrid alarm system.
It is designed for residential, small business and commercial security applications. The XT-
IP620 provides integrated Video Verification and features an Ethernet communication
path.
The XT-IP620 has programmable inputs and outputs. XT-IP620 also features mapping
where an external input can be used to generate a video clip from a MotionViewer.
Supervised Wireless Technology:
The XT-IP620, along with all Videofied devices, uses the patented S2View® - Spread
Spectrum, Videofied, Interactive, AES Encrypted Wireless technology, providing
optimum signal integrity and security.
The bi-directional RF communication path between all devices and the system control
panel guarantees high signal reliability. Integrated antennas eliminate protruding wires or
rods, which are difficult to install, unsightly to consumers and potentially troublesome if
damaged.
The panel supervises every device (excluding the remote key fob) to validate current
open/close state, tamper condition, serial number, date of manufacture, firmware revision,
and battery status.
Type
Specifications
Location In Manual
Audio
When a MotionViewer is
installed on the system you
may not have the siren sound
for less than 60 seconds
Page 30
Audio
If no MotionViewer is installed
on the system you may not
have the siren sound for less
than 240 seconds
Page 30
Delays
When a MotionViewer is
installed on the system the
Entry delay must be 45 seconds
Page 9
In order for an installation to be UL compliant you must follow the
specifications in the table below:

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SETUP MANUAL FOR
XT-IP620 SERIES PANEL
*THIS SYSTEM REQUIRES A CMA/WMB/XMA or TMT2 INSTALLER SOFTWARE FOR
PROGRAMMING*
**TO TRANSMIT ALARMS AND VIDEO VIA ETHERNET, THE SYSTEM REQUIRES AN
EXTERNAL POWER SUPPLY WITH 4 ALKALINE BATTERIES FOR BACK-UP (PP4)**
XT Initial Programming
The cover will fold off the panel like a
book with the curved side acting like the
binding. The same technique is used
when placing the cover back onto the
unit.
Open the Control Panel
Using a #1 Phillips screwdriver, remove
the 2 screws holding the cover on.

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Obtaining WMB/XMA Keypad Special Characters
Obtaining CMA Keypad Special Characters
Connect the RJ45 (Ethernet
cable) to the panel
Plug the RJ45 cable into the
Ethernet jack on the control
panel. The cable can be routed
back through the wire channel to
make sure it does not get
pinched.
Important:
When the panel attempts a
transmission via Ethernet a
red LED will flash.

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Power Option (PP4)
4 x E95VP Alkaline D-Cell + 12v 2amp DC Class 2
power supply (not supplied)
Used for Standalone or Xtender mode where
Programmable Inputs/Mapping, Programmable
Outputs, Ethernet connection, or SMS will be used
E95VP Specifications:
Operating Temp: 0°F to 130°F
Power Supply Requirements
Output Voltage (volts)
12
Output Current (mA)
2000
Certifications
Class 2 (For UL
Compliance)
E95VP Technical Specifications
Nominal Capacity
8900 mA hours
Nominal Voltage
1.5 V
WARNING:
1. DO NOT USE ALKALINE BATTERIES IF INSTALLING
BELOW 30° F

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XT-IP620 Programming
Programming Device/Keypad
or
Reset the XTIP Panel:
Press and hold programming button () for 10sec until the
Indicator LED blinks twice
Press and instantly release the programming button ().
The indicator LED will blink once. The panel is now in ‘Learn
Mode’ for the CMA/XMA/WMB keypad.
CLR & ESC/NO
<======XX======>
Insert all three batteries into the CMA/XMA/WMB and press
both the ESC/NO and CLR keys at the same time and
release.
The indicator LED on the keypad will blink rapidly.
YES/OK
KEYPAD 1
RECORDED
RSI (c)20##
www.RsiAlarm.com
<- LANGUAGE : ->
ENGLISH (US/AUS)
or for language selection
YES/OK to apply
Other languages are available by scrolling with arrows.
ITALIANO, NEDERLANDS, DEUTSCH, CASTELLANO,
SVENSKA, PORTUGUES, FRANCAIS
Press YES/OK for the selected one.

*NOTE: If you are having issues
pairing the keypad to the panel,
please refer to the troubleshooting
section.

*NOTE: Once a language is chosen
it cannot be changed in
programming.

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ENTER THE
INSTALLER CODE
4 TO 6 DIGITS
THEN YES/OK
INSTALLER CODE:
INSTALLER CODE:
xxxx
YES/OK
CONFIRM CODE
RE-ENTER CODE
CONFIRM CODE
xxxx
CODE NAME:
ACCESS 1
ENTRY COMPLETE
RADIO RANGE
TEST ?
RF TEST
x/9
YES/OK
ESC/NO
SETTING
DATE AND TIME
SETTING:
AUTO
SETTING:
MANUAL
DATE (Year) :
13/
DATE (Month) :
13/11/
YES/OK
YES/OK
Wait while the screen changes
Use the Alphanumeric Keypad to enter the Installer Code
*This code is important to keep track of. There is no back
door to the system
You may name the installer code using the Alphanumeric
Keypad. If you leave the name blank it will default to
‘ACCESS 1’
Use the or to choose between Auto and
manually configuring the Date and Time
Auto: You will use the arrow keys to choose the UTC time
zone that the panel will be installed at followed by the exact
location within the time zone.
Manual: Use the arrow keys to define the year/ Month/ Day/
Hour/ Minute.
RADIO RANGE
TEST ?
YES/OK
The Radio Range test must be run during device recording
to ensure proper pairing with the control panel. This test the
number of successful pings between the device and the
control panel. The keypad will display a real time RF level
for the device that is being tested. This test will run until
stopped and should be run for at least 30 seconds to
receive accurate results.
The RF level must be 9/9 for reliable transmission.
Wait while the screen changes
TIMEZONE:
UTC-05
From here until the end of initial programming
you will not be able to step back to a previous
parameter. All parameters can be changed after
initial programming has been completed.
YES/OK
UTC-06:
CENTRAL (US/CAN)

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YES/OK
YES/OK
DATE (Minutes) :
10:53
CONNECTED TO
MONITOR.STATION?
ACCOUNT NUMBER?
ACCOUNT NUMBER:
99865123
PERIODIC TEST:
24 HOURS
Other periods are available:
24 hours, 12 hours,1 hour, 7 days No Test
Use arrows for the selection and press YES/OK to
confirm.
*We suggest at least a 24 hour test
or for period selection
and YES/OK to apply
DATE (Day) :
13/11/05
YES/OK
YES/OK
YES/OK
Use the Alphanumeric Keypad to enter in a 4-8 digit account
number provided by the Central Station
TIME (HOUR) :
10:00
YES/OK
YOU MUST ALWAYS CHOOSE ‘YES/OK’
TEST HOUR:
00:00
TEST MINUTE:
00:00
Use the arrow keys + YES/OK to choose the Hour and
Minute the periodic test will happen.
YES/OK

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SERVER
ADDRESSES?
CODE/STATE
MODIFICATION?
SERVER
ADDRESSES?
CODE/STATE modification
These are the default transmitted events:
Device Event
Alert Event
Panel Reset Not Transmitted
Panel Batteries Event/Restore
AC Power Event/Restore
Phoneline Fault Not Transmitted
Tamper Event/Restore
Device Batt. Event/Restore
Radio Jamming Not Transmitted
Supervision Event/Restore
Periodic Test Event
Wrong Codes Not Transmitted
Duress Code Event
Alarm Memory Not Transmitted
Arm/Disarm Not Transmitted
Fire Event/Restore
Medical Assist Event
Ethernet Event/Restore
If you would like to change the state
press YES/OK and use the or to toggle
between:
Alarm –Appearance
Alarm/End –Appearance and Restoral
Not Transmitted –Not Transmitted
If you would like the default press ESC/NO
TRANS. STATE
MODIFICATION
List of all
events
YES/OK
ESC/NO
ESC/NO
TRANS. STATE
MODIFICATION
YES/OK
ESC/NO
IP 1 ADDRESS
IP1 ADDRESS:
xxx.xxx.xxx.xxx
YES/OK
YES/OK
DOMAIN NAME 1
DOMAIN NAME 1:
xxxxx.xxx.xxx
YES/O
K
PORT 1
PORT 1:
xxx
YES/OK
YES/OK
YES/OK
ESC/NO
ESC/NO
Your IP1 address is given to you by your Central Station.
Press YES/OK to enter into the parameter and use the
Keypad to complete the address. Press YES/OK to
confirm your entry and the arrow to move to the next
parameter. *You will use either an IP address or a Domain
Name but not both
*When entering an IP address you must enter all 12 digits
including preceding zeros.
Your Domain Name is given to you by your Central Station.
Press YES/OK to enter into the parameter and use the
Keypad to complete the name. Press YES/OK to
confirm your entry and the arrow to move to the next
parameter. *You will use either an IP address or a Domain
Name but not both leave it blank if an IP has already been
entered.
The Port is given to you by your Central Station. By default
the panel will use 888. If you need to modify the port press
the YES/OK key to enter into the parameter and the
keypad to complete the port. Press YES/OK to confirm
and the arrow to move to the next parameter.
Continue through IP2 and TMT IP.
Once you have entered all valid parameters press ESC/NO
to return to the main menu then ESC/NO again to move to
the next parameter.
Your IP1 address is given to you by your Central Station.
Press YES/OK to enter into the parameter and use the
Keypad to complete the address. Press YES/OK to
confirm your entry and the arrow to move to the next
parameter. *You will use either an IP address or a Domain
Name but not both
*When entering an IP address you must enter all 12 digits
including preceding zeros.



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ETHERNET
PARAMETERS
PANEL IP
IP MASK
ETHERNET
PARAMETERS?
PRIMARY DNS
SECONDARY DNS
GATEWAY
ENABLE
DISABLE
•These parameters are not necessary if you choose
DHCP ENABLE
•These parameters are the local network parameters.
It’s necessary to configure all these parameters if
DHCP is disabled.
IMPORTANT: Verify that the IP address selected is
available on the Network.
ETH. STATUS?
ESC/NO
YES/OK
TEST IN PROGRESS
OK/YES/OK = END
PANEL IP
xxx.xxx.xxx.xxx
ETH. STATUS?
During this test, the panel tries to connect to the local
Ethernet Network. The result of this test can be:
If the connection is successful: the local
IP of the panel will be displayed (with right
arrow you can display other Ethernet
parameters –IP Mask, primary & secondary,
Gateway).
ETHERNET OFF NO STATUS: the Ethernet
module is switched off. Please verify that the
Ethernet cable is connected and try again.
CABLE OR NETWORK ABSENT: the panel
doesn’t detect Ethernet Cable or Network.
DHCP ERROR: the panel is not able to get
an IP from the DHCP. DHCP may be
enabled but the network may not have a
DHCP lease available.
DHCP:
ENABLE OR DISABLE
OU INACTIF
ESC/NO

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YES
/OK


Enter the name of the logical area 1 + YES/OK. Repeat
this step for areas 2, 3, 4. Refer to page 4 for more
information.
Press ESC/NO if you want to let default value.
Note: Areas are designed to define logical separation
between groups of devices.
AREAS
CONFIGURATION
AREA NAME 1:
Other values are available:
2 min, 1 min, 45 sec
Use the arrows for the selection and YES/OK to confirm.
Other values are available:
2 min, 1 min, 45 sec, 30 sec, 15 sec
Use the arrows for the selection and YES/OK to confirm.
EXIT DELAY:
45 Sec
ENTRY DELAY:
15 Sec
ARMING OPTION:
From the host
ARMING OPTION:
Standalone
ARMING OPTION: Your choice will depend on how you are
arming the system.
From the host: Will make the XT a piggyback/xtender
system that arms and disarms off the latching of 9-12v on
the arming inputs.
Standalone: Will make the XT a solo system controlled by
arming and disarming using Videofied peripheral devices.

Go to Page 15 to continue
with standalone programming
Using the control panel in the FROM THE HOST mode will only be able to arm and disarm by latching
9-12v to one of the two inputs. Wiring diagrams available on page 26.
Arming input 1 will control the arming and disarming of devices in areas 1 and 2. Where devices in
area 1 are subject to the Entry Delay.
Arming input 2 will control the arming and disarming of devices in areas 3 and 4. Where devices in
area 3 are subject to the Entry Delay.
ARMING OPTION :
From The Host
MODE:
Slow
MODE:
Fast
Mode Slow : Used for following the arming and disarming of
the host system. This will arm each device one at a time
conserving battery life.
Mode Fast : Used to instant arm all devices while sacrificing
battery life.
ENTRY DELAY
Enter the value for your Entry Delay up to 255 seconds and
press YES/OK.
VALUE:(0-255)
(000):

YES/OK
YES/OK
YES/OK

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


RECORDING
DEVICES
PRESS PROGRAM
BUTTON OF DEVICE
ENTERING A NEW
DEVICE?
CLOSE THE PANEL
OPERATION
COMPLETED?
YES/OK
YES/OK
Each device has a unique programming button. Please
reference the Installation Sheet for the device you would like
to program.
Before completing programming make sure that all tampers
are depressed by verifying that each devices indicator LED is
off.
(Device Type) #
Recorded
RADIO RANGE
TEST?
RF TEST
x/9
RADIO RANGE
TEST?
AREA ALLOCATION:
NAME LOCATION:
FUNCTIONAL
DEVICE TEST?
YES/OK or ESC/NO
Press YES/OK on Radio Range Test? You must allow the
Radio Range test to run for at least 30 seconds (9/9) before
stopping the test by pressing YES/OK.
Press ESC/NO if first Radio Range Test was successful.
Use the arrow keys to select the proper area. Devices that
need an entry/exit delay should be set to AREA 1. Devices
that must be instant trigger should be AREA 2, 3, or 4. Press
YES/OK.
*Note: If you are having issues pairing a device to the panel,
please refer to the troubleshooting section.
TRANSMISSION
DELAY
Value: (0-600)
(000):
ARMING
CONFIRMATION
Value: (0-240)
(0):
YES/OK
By entering a value using the keypad, up to 600 seconds,
the transmission of any event will be delayed that many
seconds.
Enter the value you would like for the Transmission Delay
and press YES/OK
Arming Confirmation is the number of seconds the system
will wait to arm after voltage is latched on the arming input.
This feature can be used as an exit delay.
Enter the value you would like for the Arming Confirmation
and press YES/OK
YES/OK

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DCV601
ITR601
Device Installation
DCV651 –Outdoor MotionViewer / BR651 Outdoor Badge Reader
Place batteries in Device. Wait for LED to turn on. Press and release the programming
button.
DCV601 –Indoor MotionViewer / ITR601 –Indoor Blind PIR
Place batteries in device. Wait for LED to turn on behind PIR lens. Press and release the
programming button.
CT601 –Door/Window Contact
Place battery into the door/window contact. Wait for LED to turn on. Press and release the
programming button.
RC601 –Remote Control Fob
Press and hold the ON and OFF keys at the same time for 5 counts of Mississippi and
release.
SE651/601 –Indoor and Outdoor Sirens
Place all batteries into the siren. Wait for the LED to turn on right above the programming
button. Press and release the programming button.

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Entering a Badge or Access Code for Arming/Disarming
After Initial programming has been completed, you are not able to arm and disarm the system until
you enter a user code or badge (the installer code cannot arm and disarm the system). Codes can
be 4-6 digits and the 4th digit must be 2 values higher or lower than any other code on the system:
Example: User code 1234, next code cannot be 1235, 1236, 1233, or 1232 –These are reserved for
Silent Duress and Audible Duress. The XT system can accept up to 19 Badges or Access codes in
any combination.
Reserved codes
Reserved codes
Reserved codes
000000
From 9998 to 9999
All codes +1
From 99998 to 99999
All codes +2
From 999898 to 999999
All codes -1
From 314157 to 314159
All codes –2
A total of 186 codes are forbidden
If you are entering any additional codes press YES/OK. If you
have completed entering Badges and Codes press and hold
ESC/NO for 5 seconds to return to the main manu.
Use the keypad to name the badge or code or leave it blank
for the default name: ACCESS #.
Confirm the code by re-entering.
Enter a 4-6 digit user code or present a badge to the reader
for 2 seconds.
You must first change the access level to 4. Right Arrow to
Access Level and press YES/OK. Use the arrow keys to
move to Level 4 and press YES/OK. When prompted with
Badge Or Code enter the installer code followed by YES/OK.
Press the arrow to move to BADGES ACCESS CODES.
YES/OK
YES/OK
YES/OK
YES/OK
CONFIRM THE
CODE:
Badge
Presented
NAME OF BADGE:
ENTER A
BADGE/CODE
YES/OK
YES/OK
CODE NAME:
BADGE OR CODE
****
ENTRY COMPLETE
ENTER A
BADGE/CODE
BADGE OR CODE:
****
ACCESS LEVEL:
4
10/12/27 10:53
DISARMED LVL:1
BADGES ACCESS
CODES
YES/OK

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Access level
Definition & rights
LVL1
Stand by level
LVL2
Restricted USER level where it is only possible to arm/disarm the system.
LVL3
USER level where it is possible to arm/disarm the system, check the event
log, test the devices.
Modifications of the setting are not possible at this level.
User LVL3 can create LVL3 or LVL2 access codes.
LVL4
INSTALLER level where it is possible to modify the setup of the panel. The approval of a
LVL3 or LVL2 is required to modify the level for LVL4.
Installer LVL4 can create the first LVL3 access code only.
Configuration of Special Arming Modes:
A
Armed
D
Disarmed
P
Perimeter Devices Only
(devices must be programmed)
E
External Devices Only
(devices must be programmed)
Siren
Immediate triggering of all sirens
Delay beeps
Entry/Exit delay beeps, then triggering of the sirens
Silent
No Sirens, No Beeps
Without Siren
Beeps on the keypad only
To configure or modify a special arming mode, with the direction arrow go to the menu:
CONFIGURATION (LEVEL 4) + [YES/OK] ALARM MODES PROGRAMMABLE + [YES/OK]
FULLY ARMED, SP1 and SP2 (use direction arrows to select the arming mode you want to
modify + [YES/OK]).
For each arming mode, it is possible to specify how each of the 4 areas will be armed and how
the system will behave during an alarm.
Areas: 1 2 3 4 press the corresponding number to change that areas arming option
States: A A A A state for the respective area.
Press the [YES/OK] key after this configuration step. The system will then display what siren
mode will be in effect for this special profile. Select the siren mode using the direction arrows
then press [YES/OK].

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How to Disable/Enable Monitoring
Disabling monitoring can be a useful tool in many situations. Before mounting devices and moving the
panel to find a good communication with devices, disabling monitoring will ensure that you will have access
to programming and that unnecessary signals are not sent to the monitoring station. When performing
maintenance on the system disabling monitoring until the issue has been resolved will ensure that you will
have access to programming throughout your troubleshooting.
Use the to move to CONFIGURATION MONITOR.
STATION
Press YES/OK on MONITORING ENABLED and use the
to change the value to DISABLED and press YES/OK
to lock it in. Press and hold ESC/NO for 5 seconds to return
to the main menu.
Press YES/OK on MONITORING PARAMETERS
Press the to move to CONFIGURATION
Enter the installer code for the system. If a level 3 code is
entered in the system you will be required to authenticate with
that code as well.
Press the arrow to move to ACCESS LVL.
Use your arrow keys to change the level to 4
YES/OK
MONITORING:
DISABLED
YES/OK
YES/OK
GENERAL
PARAMETERS
YES/OK
YES/OK
BADGE OR CODE
****
YES/OK
CONFIGURATION
MONITOR. STATION
ACCESS LVL: 4
MONITORING
PARAMETERS
MONITORING
ENABLED
CONFIGURATION
ACCESS LEVEL
1
10/12/27 10:53
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2012/1/9 Ed 1.1 Setup and Programming manual for XT-IP620 series
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ETHERNET Parameters:
nging Siren Options
After initial programming has been completed any sounder on the system will be enabled by default,
this includes the sounder on the Keypad and Badge Reader. While there is no way to disable the
sounding of the exit delay you are able to disable the intrusion sound.
How to test to the dispatch center
Testing to the dispatch is done twice during installation. Once while you are programming the
system and then again once the installation has been completely finished. Although both will use the
same steps the initial test will be just confirmation using one device to verify the programming.
How to Disable Monitoring
Disabling monitoring can be a useful tool in many situations. Before mounting devices and moving the
panel to find a good 2G3G level, disabling monitoring will ensure that you will have access to programming
and that unnecessary signals are not sent to the monitoring station. When performing maintenance on the
system disabling monitoring until the issue has been resolved will ensure that you will have access to
programming throughout your troubleshooting.
To configure or modify Ethernet Parameters, go to:
CONFIGURATION (level 4) + [YES/OK] >> GENERAL PARAMETERS + [YES/OK] >> ETHERNET +
[YES/OK]
IP Parameters:
1. DHCP Enable –IP address is assigned by the DHCP service on the network.
2. DHCP Disable –IP address must be defined in Ethernet parameters. IP address will NOT be
automatically obtained from DHCP service on the network.
Constant Ethernet:
1. “Auto” Mode - We recommend this mode. If main powered, the panel will be connected
constantly to the local Network. In case of an alarm, the alarm will be sent in few seconds to
the monitoring station. When the main power is cut, the Ethernet module will switch off after a
delay (DELAY BEFORE OFF –30 by default) in order to save battery life. In case of an alarm,
the panel will at first connect to the local Network. It adds few seconds to the total process of
sending an alarm.
2. “ON” Mode - The panel will be connected constantly to the local Network. This option will
impact back-up battery life.
3. “OFF” Mode - For each transmission of alarm and video, the panel will connect to the local
Network.
PING REPLY: Enables ping response
Time Out Server: In case of disconnection to the local Network, the panel will try after that time to
re-connect.
Max Seg. Size: Size of packet sent
Codes
Action
999996
Maintenance request - Ethernet transmission
999995
Displays local IP address assigned to the control panel:
If the DHCP mode is deactivated : the static local IP of the panel will be displayed
(defined in the ETHERNET menu –7)
If the DHCP is activated:
If the panel is not in transmission then 0.0.0.0 will be displayed
If the panel is in transmission (the RJ45 led will be flashing) then the dynamic IP
of the panel will be displayed.
999991
Sends a test alarm to IP1 Address (Primary alarm receiver)
This is a quick way to check for connectivity to the monitoring center. If there is a
transmission problem the panel will terminate communication faster than in an actual alarm.
The system will automatically attempt connection to IP2 Address (Backup alarm receiver) in
the event that IP1 is unavailable.
999997
Displays external power supply status