Videofied XT GPRS User manual

Monitored GPRS Cellular alarm system
Made by RSI VIDEO TECHNOLOGIES
Installation
Manual
Security System Videofied®- Model XT GPRS
XT GPRS -
XT600i GPRS for USA/Canada,
XT700i GPRS for Australia/New Zealand
200 i GPRS for Europe and rest of the world.
Video Alarm Technologies HELPLINE: 1300 46 44 55
[email protected]
Australasian Hotline +61 (0) 7 5

Video Alarm Technologies
SETUP MANUAL
FOR
XT710 GPRS PANEL
*THIS SYSTEM REQUIRES A CMA01 FOR PROGRAMMING*
1. XT Installation
Open the Control Panel
Unscrew the 2 screws holding
the panel together
infor
[email protected]
www.videofied.com.au

2009/06/15 Ed1.0 User manual for XT710GPRS
2 | Page
*The SIM card must not be inserted or removed while the panel is powered*
Install the SIM card
Put the SIM card on the plastic
(Take care to respect the right direction)
Slide it into the connector.
*How to Mount the Control Panel
Fix the back casing on the wall
with 3 screws (n top).
*Mounting does not have to be performed
in-order to program the panel.
Power the XT panel
Option 1: Option 2:
4 x LSH20 Lithium D-Cell
Used for Standalone or Xtender mode without
Programmable Inputs. (inputs may be used if N/O)
4 x E95 Alkaline D-Cell + 12DC power supply
Used for Standalone or Xtender mode where
Programmable Inputs/Mapping will be used
n
o
p

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3 | Page
2. XT Programming
CMA Programming Device/Keypad
or
Reset the XT Panel :
Press and hold programming button (n) for 10sec until the
Indicator LED blinks twice
Press and instantly release the programming button (n).
The indicator LED will blink once. The panel is now in ‘Learn
Mode’ for the CMA701 keypad.
CLR & ESC/NO
≤======XX======>
Insert all three batteries into the CMA701 and press on both
the ESC/NO and CLR keys at the same time and release.
The indicator LED on the keypad will blink rapidly.
©YES
KEYPAD 1
RECORDED
RSI (c)2005
www.RsiAlarm.com
<- LANGUAGE : ->
ENGLISH
Õor Öfor language selection
©YES to apply
Other languages are available by scrolling with arrows.
ITALIANO, NEDERLANDS, DEUTSCH, CASTELLANO,
SVENSKA, PORTUGUES, FRANCAIS
Press YES for the selected one.
n
n

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4 | Page
ENTER THE
INSTALLER CODE
4 TO 6 DIGITS
THEN YES
INSTALLER CODE:
INSTALLER CODE:
xxxx
©YES
CONFIRM CODE
RE-ENTER CODE
CONFIRM CODE
xxxx
CODE NAME :
ACCESS 1
ENTRY COMPLETE
RADIO RANGE
TEST ?
RF TEST
x/9
©YES
ESC/NO
ADJUSTING
TIME AND DATE
DATE (Year) :
09/ /
DATE (Year) :
10/ /
DATE (Month) :
10/01/
The Radio Range test must be run during the learn in
process in order to ensure proper pairing with the control
panel. This test is the strength of communication between
the device and the control panel. The keypad will display a
real time range out of 9 for the device that the test is
running for. To receive the most accurate results you must
run the radio range test for at least 30 seconds.
The RF level test must be 8/9 or better for reliable
transmission.
©YES
RADIO RANGE
TEST ?
©YES
©YES
Wait while the screen changes
Use the Õor Öto set the Year
You may name the installer code using the Alphanumeric
Keypad. If you leave the name blank it will default to
‘ACCESS 1’
Use the Alphaumeric Keypad to enter the Installer Code
*This code is important to keep track of. There is no back
door to the system
Wait while the screen changes

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DATE (Minutes) :
10:00
DATE (Minutes) :
10:53
03/06/09 10:53
ENTRY COMPLETE
CONNECTED TO
MONITOR.STATION?
ACCOUNT NUMBER?
ACCOUNT NUMBER:
99865123
PERIODIC TEST:
24 HOURS
Other periods are available:
48 hours, 24 hours, 12 hours,1 hour, No Test
Use arrows for the selection and press ©YES to confirm.
*We suggest at least a 24 hour test
Õor Öfor period selection
and ©YES to apply
DATE (Month) :
10/11/
DATE (Day) :
09/06/01
DATE (Day) :
09/06/03
©YES
©YES
©YES
Using the arrow keys + ©YES to choose the Hour and
Minute the periodic test will happen.
TEST MINUTE:
00:00
TEST HOUR:
00:00
Use the Alphanumeric Keypad to enter in a 4-8 digit account
number provided by the Central Station
Use the Õor Öto set the Hour
Use the Õor Öto set the Minutes
©YES
TIME (HOUR) :
00:00
YOU MUST ALWAY CHOOSE ‘YES’
©YES
TIME (HOUR) :
10:00
Use the Õor Öto set the Day
Use the Õor Öto set the Month

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CODE/STATE
MODIFICATION ?
ENTER YOUR
I.D.
NAME OR ADDRESS
AREAS
CONFIGURATION
AREA NAME 1:
Other values are available:
2 min, 1 min, 45 sec
Use the arrows for the selection and ©YES to confirm.
Other values are available:
2 min, 1 min, 45 sec, 30 sec, 15 sec
Use the arrows for the selection and ©YES to confirm.
Use the Alphanumeric Keypad to name the area and press
©YES. Repeat for all areas. If you want to keep the default
area names press the ESC/NO key.
CODE/STATE modification
These are the default transmitted events:
Intrusions
Panic
Periodic Test
Tamper
Supervision Fault
Device Battery Low
Panel Battery Low
If you would like any other events to be transmitted
press ©YES and use the Õor Öto toggle
between events
If you would like the default press ESC/NO
You may name the Site
Wait
TRANS. STATE
MODIFICATION
List of all
events
©YES
ESC/NO
©YES
EXIT DELAY:
45 Sec
ENTRY DELAY:
15 Sec
ARMING OPTION:
From the host ARMING OPTION:
Standalone
ARMING OPTION: You will choose between configurations
depending on how you will be 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.
Ö
Go to Page 7 if you will
be choosing this option
Go to Page 8 to continue with
standalone programming

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7 | Page
©YES
Ö
Ö
Ö
Ö
Ö
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
There is no Videofied Exit Delay with the ‘From the Host’
option. Videofied will only control the Entry Delay.
Enter the value for your Entry Delay up to 255 seconds and
press ©YES.
VALUE:(0-255)
(000):
Ö
TRANSMISSION
DELAY
Value: (0-600)
(000):
ARMING
CONFIRMATION
©YES
Value: (0-5)
(0-5):
©YES
©YES
©YES
©YES
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
Arming Confirmation is the number of seconds of latched
voltage (where voltage must stayed latched after) the panel
will require before arming.
Enter the value you would like for the Arming Confirmation
and press ©YES
©YES
Using the control panel as a Xtender system will only be able to arm and disarm by latching 9-12vDC to
one of the two inputs.
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.

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©YES
Ö
Ö
Ö
Ö
Ö
GPRS
PARAMETERS ?
APN CODE
APN CODE:
xxxxx.xxxxxx.xxx
Your APN code (Access Point Name) is given to you by your
SIM card Provider. Press ©YES to enter into the parameter
and use the Keypad to complete the code. Press ©YES to
confirm your entry and the Öarrow to move to the next
parameter.
USERNAME
PASSWORD
Your USERNAME is given to you by your SIM card Provider.
Press ©YES to enter into the parameter and use the
Keypad to complete the name. Press ©YES to confirm
your entry and the Öarrow to move to the next parameter.
PASSWORD:
xxxxxxxxxxxx
USERNAME:
xxxxxxxxxxx
©YES
IP1 ADDRESS
IP1 ADDRESS:
xxx.xxx.xxx.xxx
DOMAIN NAME 1
©YES
DOMAIN NAME 1:
xxxxx.xxx.xxx
PORT 1
PORT 1:
xxx
©YES
©YES
©YES
©YES
Your PASSWORD is given to you by your SIM card Provider.
Press ©YES to enter into the parameter and use the
Keypad to complete the name. Press ©YES to confirm
your entry and the Öarrow to move to the next parameter.
Your IP1 address is given to you by your Monitoring Station.
Press ©YES to enter into the parameter and use the
Keypad to complete the address. Press ©YES to confirm
your entry and the Öarrow to move to the next parameter.
*You will use either a IP address or a Domain Name but not
both
Your Domain Name is given to you by your Monitoring Station.
Press ©YES to enter into the parameter and use the
Keypad to complete the name. Press ©YES to confirm
your entry and the Öarrow to move to the next parameter.
*You will use either a 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 Monitoring Station. By default
the panel will use 888. If you need to modify the port press
the ©YES key to enter into the parameter and the keypad
to complete the port. Press ©YES to confirm and the
Öarrow to move to the next parameter.
GPRS PARAMETERS?
The Port is given to you by your Monitoring Station. By default
the panel will use 888. If you need to modify the port press
the ©YES key to enter into the parameter and the keypad
to complete the port. Press ©YES to confirm and the
Öarrow 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.
ESC/NO
ESC/NO

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9 | Page
3. Other XTi setup with CMA701 keypad (Standalone ONLY)
Other setup (badges/codes, arming profiles, etc…) must be set with the CMA keypad
4. GPRS error codes
GPRS LEVEL?
TEST IN PROGRESS
YES = END
GPRS LEVEL
x/5
Videofied will require a 3/5 or better for reliable transmission
of Video alarms
During the GPRS Level test the Modem will boot and
attempt to gain access to the internet to post a Level out of
5 or an error Code that will help troubleshoot why it cannot
connect. To keep the keypad awake use any keys on the
keypad except the YES, ESC/NO, and CLR keys. This test
can take up to 5 minutes. Once the level or error has
posted press YES to continue in programming.
*For explanation of GPRS errors see page 9
RECORDING
DEVICES
Each device has a unique programming button. Please
reference the Installation Sheet for the device you would like
to program.
PRESS PROGRAM
BUTTON OF DEVICE
ENTERING A NEW
DEVICE?
END OF
CONFIGURATION
CLOSE THE PANEL
©YES or ESC/NO
©YES
©YES
OPERATION
COMPLETED? ©YES
Before completing programming make sure that all tampers
are depressed by verifying that each devices indicator LED is
off

GPRS Parameters APN Technical Note PAGE 10
APN Technical Note:
Access Point Name (APN) is a configurable network identifier used by mobile devices when
connecting to a GSM/GPRS carrier. This APN –network identifier is specific to the SIM card
service provider. See a list of APN’s that relate to common Australian/New Zealand Sim card
service providers.
The GPRS Parameters –Settings of Videofied require the APN to be entered in lower case.
If the SIM card service is being used on the Public Network, then the USERNAME and
PASSWORD fields are to be left blank.
If the SIM card service is being used on the Corporate –Private Network, then the USERNAME
and PASSWORD MUST be entered to communicate to the monitoring station. These entries are
case sensitive. The username and password is to be provided by your SIM card provider or your
monitoring station.
APN - Australian / New Zealand
SIM Card Service
Provider
APN
Username & Password
Fields
Telstra public
telstra.wap OR
telstra.internet
*BLANK*
Telstra Private
telstra.corp
Required (case sensitive)
Vodafone (AUS)
vfinternet.au
*BLANK*
Vodafone (NZ)
internet
*BLANK*
Optus
internet
*BLANK*

XT700i GPRS control panels are wireless battery operated alarm systemsdesigned for residential, small business security applications and
both indoor and outdoor commercial applications. Through the use of the MotionViewer and Videoed products, the XT700i GPRS panel
offers video verication in case of intrusion.
The XT control panel has three programmable inputs. Note that we advise to use a power supply when using the programmable inputs.
The XT control panel can either be used as a STANDALONE or XTENDER (piggyback) to an exisiting alarm panel.
This application note will focus on the conguration and the use of this programmable inputs. You will be able to program your
programmable input(s) by reading the Conguration section. The Use section will get you an idea of the practical use of programmable
inputs.
PROGRAMMABLE INPUT 1, PROGRAMMABLE INPUT 2 and PROGRAMMABLE INPUT 3 are triggered by voltage between 9V
and 15V and an intensity between 1,5mA (@9V) and 3mA (@15V). If a dry contact is used to trigger the programmable inputs, the
REF+output can be used to supply this dry contact. (See Diagram Page 3 - PROGRAMMABLE INPUT 1 is set up as a panic button).
The XT control panel also offers a mapping feature. Mapping option allows the input to generate a video-clip via a MotionViewer
when a programmable input is triggered and/or when an event occurs. (See Mapping Application note) An obvious application for this
feature is HoldUp alarm event video verification.
Please note that programmable inputs can be allocated to events such as:
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INTRUSION Intrusion event. With siren by default.
TAMPER Tamper event. With siren by default.
PANIC BUTTON Panic Button event. With siren by default.
INCORRECT CODE Incorrect code event. With siren by default.
DURESS CODE1 Duress code event. Without siren by default.cto.
DURESS CODE2 Duress code event. With siren by default.
SUPERVISION Supervision defect event. Without siren by default.
RADIO JAMMING Radio jamming event. Without siren by default.
LOW PANEL BATT. Low panel batteries event. Without siren by default.
LOW DEVICE BATT. Low device batteries event. Without siren by default.
AC POWER MISS. AC Power missing event. Without siren by default.
PANEL RESET Panel reset event. Without siren by default.
SYSTEM ARMED System armed event. Without siren by default.
SYSTEM DESARMED System desarmed event. Without siren by default.
PERIODIC TEST Periodic test event. Without siren by default.
ALARM CANCEL Alarm cancel event. Without siren by default.
SMOKE DETECTION Smoke detection event. With siren by default.
PHONELINE MISS. Phoneline missing event. Without siren by default.
TMT REQUEST TMT request event. Without siren by default.
APPLICATION NOTE
PROGRAMMABLE INPUTS
Made by RSI VIDEO TECHNOLOGIES v.E 1.0

Keypad screen
PROGRAMMABLE INPUTS CONFIGURATION
(Use and to change values)
1.ACCESS LEVEL + YES
2.ACCESS LEVEL : 4 + YES
3.ENTER YOUR INSTALLER BADGE OR CODE + YES
4.CONFIGURATION + YES
5.ENTER YOUR INSTALLER BADGE OR CODE + YES
6.GENERAL PARAMETERS + YES
7.PROGRAMMABLE INPUTS + YES
Notes
PROGRAMMABLE
INPUTS
Programmable Input type conguration. NORMALLY OPEN : Your programmable
input is open by default. NORMALLY CLOSED: Your programmable input is close
by default.
Alarm Mode conguration. ALARM : From the start of the event - Open . ALARM /
END : From the start of the event, as well as from the end of the event – OPEN /
CLOSE.
PROGRAMMABLE
INPUT 1 Programmable Input 1 conguration menu
TRANSMISSION : ENABLED//
DISABLED//ONLY IF ARMED
Programmable Input 1 status conguration. ENABLED : PROGRAMMABLE INPUT
EN ABLED // DISABLED : PROGR A MMABLE INPUT DISABLED // ONLY IF AR MED
: PROGRAMMABLE INPUT works only if the system is armed.
ALARM MODE : ALARM //
ALARME / END
INPUT TYPE : NORM. OPEN
// NORM. CLOSED
EVENT TYPE Event type choice. (See Event Type list in Page 1)
INPUT NAME Programmable input name choice
SIREN MODE : SIREN //
SILENT // WITHOUT SIREN
Siren mode choice when programmable input is triggered. SIREN : Siren enabled.
SILENT: Siren disabled. WITHOUT SIREN : Siren disabled however beep on keypad
enabled.
MAPPING : DISABLED //
CAMERA NAME
The Mapping feature allows to generate a video-clip via a Motion Viewer when
a programmable input is triggered and/or when an event occurs. DISABLED :
MAPPING disabled. CAMERA NAME : Camera choice generating video-clip.
Programmable Inputs conguration menu
PROGRAMMABLE
INPUT 2 Programmable Input 2 conguration menu
PROGRAMMABLE
INPUT 2 Programmable Input 3 conguration menu
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1. Configuration : programmable inputs

Keypad screen
PROGRAMMABLE
INPUTS
PROGRAMMABLE
INPUT 1
TRANSMISSION :
ENABLED
ALARM MODE : ALARM
INPUT TYPE :
NORMALLY OPEN
EVENT TYPE : PANIC
BUTTON
INPUT NAME : PANIC
BUTTON
SIREN MODE : SILENT
MAPPING : CAMERA
NAME
Example 1 : PROGRAMMABLE INPUT 1 is a Panic Button.
Wiring
Notes
The choice of ALARM in ALARM MODE will allow you to transmit the
Panic Button event when the panic button is activated.
It is necessary to enable the transmission of the programmable input in
order to transmit the event linked to the panic button.
The panic button is normally open by default, INPUT TYPE is NORMALLY
OPEN.
The event linked to the panic button is PANIC BUTTON.
Programmable input’s name, for example : PANIC BUTTON.
Siren mode when panic button is triggered. It can be interesting to select
the SILENT mode in SIREN MODE in order to deactivate the panel’s siren
and avoid all sound warnings.
The Mapping feature allows to generate a video-clip via a Motion Viewer
when the panic button is triggered . CAMERA NAME : Name of the
camera generating a video-clip.
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+
PROG. INPUT 1
PANIC BUTTON
2. Use : programmable inputs

Keypad screen
PROGRAMMABLE
INPUTS
PROGRAMMABLE
INPUT 1
TRANSMISSION : ONLY
IF ARMED
ALARM MODE :
ALARME / END
INPUT TYPE :
NORMALLY CLOSED
EVENT TYPE :
INTRUSION
INPUT NAME :
MAGNETIC CONTACT
SIREN MODE : SIREN
MAPPING : CAMERA
NAME
Example 2 : PROGRAMMABLE INPUT 1 is a Wired magnetic contact.
Wiring
Notes
The choice of ALARM / END in ALARM MODE is interesting in order to
transmit opening and closing of an event.
The main objective is to transmit events from the existing panel. It is
important to select TRANSMISSION : ONLY IF ARMED in order to
transmit only when the system is armed by the user.
The existing magnetic contact is normally closed by default, INPUT TYPE
is NORMALLY CLOSED.
The event linked to the existing magnetic contact is INTRUSION.
Programmable input’s name, for example : MAGNETIC CONTACT.
Siren mode when existing magnetic contact is triggered. The SIREN
mode in SIREN MODE will allow you to activate the videoed siren in case
of detection on the existing system.
The Mapping feature allows to generate a video-clip via a Motion Viewer
when the magnetic contact is opened-triggered . CAMERA NAME : Name of the
camera generating a video-clip.
2. Use : programmable inputs
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+
PROG. INPUT 1
WIRED MAGNETIC CONTACT
FROM AN EXISTING PANEL

Keypad screen
PROGRAMMABLE
INPUTS
PROGRAMMABLE
INPUT 1
TRANSMISSION : ONLY
IF ARMED
ALARM MODE : ALARM
INPUT TYPE : NORM.
OPEN// NORM. CLOSED
EVENT TYPE :
INTRUSION
INPUT NAME :
INFRARED BEAM
SIREN MODE : SIREN
MAPPING : CAMERA
NAME
Example 3 : PROGRAMMABLE INPUT 1 is an Infrared beam.
Wiring
Notes
The choice of ALARM in ALARM MODE will allow you to transmit the
intrusion event when infrared beam is triggered.
The main objective is to transmit an external event. It is important to select
TRANSMISSION : ONLY IF ARMED in order to transmit only when the
system is armed by the user.
Depending on the infrared beam you use, choose NORM. OPEN or
NORM. CLOSED.
The event linked to the infrared beams is INTRUSION
Programmable input’s name, for example : INFRARED BEAM.
Siren mode when infrared beam is triggered. The SIREN mode in SIREN
MODE will allow you to activate the videoed siren in case of detection the
infrared beam.
The Mapping feature allows to generate a video-clip via a Motion Viewer
when the Infrared Beam is triggered . CAMERA NAME : Name of the
camera generating a video-clip.
2. Use : programmable inputs
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+
PROG. INPUT 1
Infrared Perimeter Beam
AUSTRALASIAN SALES
Video Alarm Technologies
Unit 4/34 Technology Drive, Kawana QLD Australia 4575
Hot line : [phone] or 1300 464455
FAX: [phone]
© 2009 RSI Video Technologies Videoed® is a Registered Trademark of RSI Video Technologies.
Specications subject to change without notice.
www.videofied.com.au

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PRODUCT APPLICATION NOTE
General Configuration - Programmable Outputs
Manufactured by RSI Video Technologies July 2011
CONFIGURATION
Page - 1
The RSI Video Technologies XT series control panels can trig-
ger up to 2 relays hard wired to external devices you would like
activated based on an event in the Videofied control panel.
*YOU CAN ONLY USE THE OUTPUTS WITH ALKALINE +
POWER SUPPLY*
Programmable Outputs can be triggered by a specific event,
programmable input, or arming input and can stay latched for
up to 180 seconds.
This application note will focus on the configuration and use of
the programmable outputs.
Required Products:
XT600 series control panel
CMA601 Alphanumeric keypad
External device that you would like to trigger
Configuration of the programmable Outputs can be found at
the following menu location:
With the display showing the date and time stamp along with
the current Access Level. You must change your Access Level
to 4. RIGHT ARROW to ACCESS LEVEL and press YES, RIGHT
ARROW to ACCESS LVL: 4 and press YES. When prompted
with BADGE OR CODE enter your installer code + YES.
Using the RIGHT ARROW go to CONFIGURATION and press
YES, when prompted with BADGE OR CODE, enter your in-
staller code + YES.
With the display showing GENERAL PARAMETERS press the
YES key. Use the RIGHT ARROW and go to PROGRAMMABLE
OUTPUTS and press YES. It will now show you OUTPUT 1. Use
the RIGHT or LEFT ARROW keys to choose which program-
mable output you will be using and press YES.
DATE / TIME
DISARMED LVL: 3
ACCESS LEVEL
4
OUTPUT 1

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ALARM MODE:
ALARM
Page - 2
TRANSMISSION
ENABLED
After choosing which programmable output you will be using you will be required
to configure the output for triggering event, and features of the output. Press
YES on the parameter, and use the ARROW KEYS to change the value and press
YES. Use the ARROW KEYS to move to the next parameter.
STATUS: DISABLED
ENABLED - Will activate the output based on the configuration
DISABLED - Output will not be triggered
LENGTH ACTIV: (0-180sec)
ALARM = Appearance of the event only
ALARM/END = Appearance and restoral of the event
EVENT TRIGGER TYPE: INTRUSION
The Event type determines the event that is used to trigger the programmable
output.
Event Types:
INTRUSION -
TAMPER -
PANIC BUTTON -
INCORRECT CODE -
DURESS CODE-
DURESS CODE-
SUPERVISION -
RADIO JAMMING -
LOW PANEL BATT -
LOW DEVICE BATT-
AC POWER MISS. -
PANEL RESET -
OUTPUT NAME:
Allows you to name the programmable output for identification.
General Configuration - Programmable Outputs
EVENT TYPE:
INTRUSION
SYSTEM ARMED -
SYSTEM DISARMED -
PERIODIC TEST-
ALARM CANCEL -
SMOKE DETECTION -
PHONELINE MISS. -
TMT REQUEST -
PROGRAMMABLE INPUT 1 -
PROGRAMMABLE INPUT 2 -
PROGRAMMABLE INPUT 3 -
ARMING INPUT 1 -
ARMING INPUT 2 -
OUTPUT NAME

www.videofied.com Page - 3
When triggering an external hardwired
device you must be hooked up here.
When using the ioutputs the panel must
be powered by 4 Alkaline D-cell batteries
and a 12v DC power supply. The powere
supply must be hooked up to these termi-
nals.
General Configuration - Programmable Outputs
Prog. Out. COM
Prog. Output2
Prog. Output1
Ref GND
Prog. Input3
Prog. Input2
Prog. Input1
Ref+
Ref GND
Arming Input2
Arming Input1
Ref+
PWR AC2/DC-
PWR AC1/DC+

RSI Video Technologies Parc d’activit és des Forges, 56 rue J. Giraudoux 67200 Strasbourg FRANCE page 1/4
Suivi des versions :
1. Introduction
This is a short application note on the usage of the XT range of product when used in the
XTender mode.
2. Architecture
When in XTender mode, the XT is being armed only from a “host” system, most likely
through the outputs of another alarm system.
Date
Version
Auteur
Modifications
23/12/2010
0.1
F. LANCELIN
Creation
23/12/2010
1.0
F. LANCELIN
More Specs
XTender Mode
XT200/XT600/XT700
Auteurs : Frédéric LANCELIN
Diffusion : RSI Video Technologies
Date : 23/12/2010
Ref : XTx00 Application Note_EN.doc
Version : 1.0 –FR