Teletek electronics AVA Assembly instructions

AVA
Wireless Security System
INSTALLATION AND PROGRAMMING
MANUAL
1304

2 Table of Contents
TABLE OF CONTENTS
1. General Information ........................................................................................4
1.1 Main Specications..........................................................................................4
1.2 Supported Wireless Devices ...........................................................................5
1.3 Control Panel Keyboard ..................................................................................6
1.3.1 LED Indications ......................................................................................6
1.3.2 Buttons Functions ..................................................................................7
1.3.3 Display ...................................................................................................7
1.3.4 Symbols Used for Text Entering from the Keypad.................................8
1.3.5 Keypad Sounder ...................................................................................8
1.3.6 Built-in Siren...........................................................................................8
2. System Installation..........................................................................................9
2.1 Wireless System Installation Basics ...............................................................9
2.2 Control Panel Installation. ............................................................................. 11
2.2.1 Choosing the Installation Location .......................................................11
2.2.2 Box mounting .......................................................................................12
2.2.3 Connecting Wire Zones and Programmable Outputs ..........................14
2.2.4 Connecting a Digital Communicator (Dialer)........................................14
2.3 Initial Start-up of the Control Panel................................................................15
2.4 System Programming Sequence ..................................................................16
2.5 Language Selection.......................................................................................16
2.6 Installing Wireless Devices............................................................................17
2.6.1 Enrolling New Devices .........................................................................17
2.6.2 Deleting the House Address of a Device .............................................19
3. Programming .................................................................................................20
3.1 Device Programming ....................................................................................20
3.1.1 Common Parameters ...........................................................................21
3.1.2 Common Detector Parameters ............................................................21
3.1.3 Programming of AVA P-Rex 100 TE Infrared Detectors .......................23
3.1.4 Programming of МС 100 ТЕ Magnetic Contacts..................................24
3.1.5 Programming of RC102 TE Remote Control........................................26
3.1.6 Programming of SR200R Outdoor Siren..............................................28
3.1.7 Programming of FD 100 TE Fire Detector............................................29
3.1.8 Programming of Wireless AVA Keyboard (VG).....................................31
3.1.9 Programming of Wire Detectors...........................................................32
3.1.10 Programming of Repeater ..................................................................34
3.2 Functions Programming. ...............................................................................36
3.2.1 Arming Functions Programming...........................................................36
3.2.2 Disarming Functions Programming......................................................37
3.3 User Programming ........................................................................................38
3.3.1 Programming of User Codes, Names and Attributes ...........................38
3.3.2 Changing the Engineer Code...............................................................39
3.4 Detector Groups Programming ....................................................................40
3.5 Outputs Programming ...................................................................................42
3.6 System Parameters Programming ................................................................43
3.6.1 Display parameters Programming........................................................43
3.6.2 Built-in Parameters Programming ........................................................44
3.6.3 Entry Time Programming .....................................................................44
3.6.4 Exit Time Programming........................................................................44

Table of Contents 3
3.6.5 Programming Backlight Turnoff Time and Generating of an Event
for Mains Power Lost....................................................................................45
3.6.6 System Option Programming ...............................................................45
3.6.7 Software Version ..................................................................................45
3.6.8 Changing the Menu Language.............................................................45
3.7 Service Menu.................................................................................................46
3.8 Digital Communicator (Dialer) Programming.................................................46
3.8.1 Telefphone Numbers Programming......................................................47
3.8.2 Event Messages Programming ............................................................48
3.8.3 Dialer Options Programming................................................................49
3.8.4 PC Connection Programming ..............................................................52
3.8.5 Control Parameters Programming .......................................................53
3.8.6 Alarm System Control by Telephone ....................................................54
3.9 Maintenance Menu........................................................................................56
4. Event LOG......................................................................................................58
5. Electrical Specications ...............................................................................59
6.Additional Spare Parts Kit ............................................................................60
7. Declaration of Comformity ...........................................................................61
Notes ...................................................................................................................62
GUARANTEE......................................................................................................63
NOTICE: Carefully read this manual before attempting to install and program the
system.

4 1. General Information
1. General Information
1.1 Main Specications
AVA is a wireless security system designed to protect domestic and commercial premises
by providing protection against:
• intruder break-in;
• re;
• various technical and medical events.
The system consists of a control panel, with a built-in LCD display and a keyboard,
and has a two-way communication with a set of various wireless devices: an infrared
detector, a magnetic contact, a re detector, a remote control, a repeater-module, a
wireless keyboard and a wireless outdoor siren - Fig. 1. In addition to the main panel,
a telephone communicator (dialer) can be installed to notify about various events and
offering remote control over some of the system functions as well. In addition the panel
and the repeater have two wire zones and four programmable outputs (PGM) each.
Figure 1. AVA control panel and the different wireless devices which could be enrolled
into the system conguration.

1. General Information 5
The system supports up to 22 wireless devices, allocated to six different security groups.
Arming any group depends on its type which can be programmed independently. The
different types of groups are: entry-exit, follow and instant.
The system can support up to six Arming and six Disarming functions. The detector
groups to be Armed and/or Disarmed for any individual function are additionally
programmed to which of the programmable outputs (PGM1 – PGM4) they shall generate
a signal. The Arm and Disarm functions can be activated via the 16 user codes from
the control panel keypad, the wireless keyboard or from the remote control.
The AVA Wireless System supports three types of panic functions, which can be activated
from the control panel keypad, the remote control or from the wireless keyboard.
The system operates in real time and stores information about the latest 256 events by
date/hour/minute, which can be reviewed from the control panel keypad.
The system also accommodates programming a monitoring PC software (UDL) to be
used for alarm system control by telephone line, §3.8.4, page 52.
1.2 Supported Wireless Devices
AVA Keyboard (VG) is used to monitor the status of the system, for
arming and disarming the alarm panel. The keyboard has one wire
input zone used to connect a magnetic contact in case the keyboard is
installed on a wall close to a door. The keyboard may have an option for
play-back of 7 voice messages.
FD100TE Optical-Smoke Fire Detector for reporting re events with
sensitivity level adjustment options.
AVA P-Rex Infrared Detector for reporting movement, with an option for
wall or stand mounting.
MC100TE Magnetic Detector for door or window frame installation with
an option for rolling shutter control.
RC102TE Remote Control with panel visual and sound indication for
sending and receiving messages about the system status - whether
armed or disarmed, as well as whether the system is in alarm mode.
Detailed information on installation, enrolment and adjustment of the various wireless
devices is provided in their individual manuals.
Outdoor siren SR200R Repeater-module

6 1. General Information
1.3 Control Panel Keyboard
The main panel keyboard consists
of an LCD Display, LED Indication
and 20 buttons with general
and special functions. A beep is
generated to acknowledge the
pressing of any button. A sound
signal is also used to indicate where
a specific operation is accepted or
rejected. The control panel sound
signals are explained in detail in
§1.3.5, page 8.
The user or engineer codes provide
access to the various alarm system
programming and control menus
unless where the Single-Touch
Buttons option has been activated.
The default value of the user menu code is 0000, and the engineer code is
7777. Any changes in both access codes is described in detail in §3.3 User
Programming, page 38. The access codes shall restore their initially preset
parameters only after complete nullication (full system reset) of system
parameters.
The programming and control menus and submenus have been numbered and are
located in a tree structure – see The Appendix: General Structure of System Menus.
1.3.1 LED Indication
There are four LEDs on the main panel keyboard which indicate:
220V (green) - lights up permanently to indicate mains power supply and turns
off when disrupted. The indication can be delayed in time via programing - §3.6.5
Programming Backlight Turnoff Time and Generating of an Event for Mains Power Lost,
page 45.
TROUBLE (red) - lights up to indicate an open tamper in the system; blinks to indicate
system trouble. When lit it is recommended to contact your installer.
ALARM (red) - lights up permanently to indicate an alarm event; blinks to indicate
entry and exit countdown time for encouraging relative actions for disarming or evacuating
the site.
FIRE (red) - indicates a re in the premises.
Buttons
LCD
Display
2
5
8
0
CLR ENT
PRG
ARM
BPS
TRBL
MEM
13
46
79
DISARM
LED
Indication
MIC
Microphone
Figure 2. Elements of the
control panel keyboard

1. General Information 7
1.3.2 Button Functions
1.3.3 Display
The AVA Wireless System avails of an alphanumeric display (2 x 16 characters). The
following specic symbols have been introduced to account for various events:
In normal working mode time and date are displayed and the user can choose from
between two screens - Screen 1 with information of groups status, set by default and
Screen 2. The type of screen is selected from the System Parameters Menu as described
in §3.6.1 Programming Display Parameters, page 43.
Screen 1 Screen 2
The display is lit by a LED backlight with controllable brightness and a power saving
option when the keyboard is not in use and/or during power failure – for details see
§3.6.5, page 45.
premises
123456 Mon.04/09
------ 10:51
Teletek Wireless
Mon. 04/09 10:51

8 1. General Information
1.3.4 Symbols Used for Text Introducing from the Keypad
Use the keypad buttons numbered from 1 to 9 to introduce the symbols for entering
group and detector names, for adjusting the time and date, etc. In text editing and
entering mode the button is repeatedly pressed until the required letter, digit or symbol
is obtained. The available symbols of the pressed button are displayed in the top right-
hand corner when introduced.
Letters in Latin are displayed if the English version of the software is
selected, and in Cyrillic in the Bulgarian version.
Switching over between the different languages is described in §2.5, page
16.
1.3.5 Keypad Sounder
Beep - when pressing a button;
Long beep - reject an action;
One long beep followed by a few short ones - conrmation signal;
Short beeps - exit time is running;
Fast beeps - entry time is running, an important event such as Tamper, Fire, etc. has
occurred;
Double beep every 20 seconds - trouble indication. The double beep signal can be
stopped by holding the
CLR
button pressed for 2 seconds;
“Chime” - activated entry-exit zone.
1.3.6 Built-in Siren
The AVA Wireless Security System has a built-in siren 90dB which could be freely
programmed to become active in case of specic system events and continuity of siren
alarm. For details when programming the built-in siren parameters see §3.6.2 Built-in
Siren Parameters Programming, page 44.
Buttons Latin Cyrillic

2. System Installation 9
Brick wall
Low Reduction
Steel Reinforced
Concrete
High Reduction
Low Reduction
High Reduction
2. System Installation
2.1 Wireless System Installation Basics
Planning the Installation. Situating and Selecting the Installation
Location.
In order to achieve the best efciency of the wireless system, prior to installation plan
the location of the control panel and the wireless devices within the premises. The
AVA Wireless System communicates two-way with all enrolled devices and therefore
it is advised to observe the following recommendations when selecting the installation
location.
1. Do not install the control panel in premises located below ground level - Figure 3.
Where this cannot be avoided, install the panel as high as possible.
Figure 3. Selecting the control panel
installation location.
2. Minimize the number of obstacles between the control panel and the wireless
devices – Figure 4.
Figure 4. Minimizing the number of
obstacles.
Figure 5. The construction and
the width of the walls between
the premises also affect the radio
signals transmitted between the
devices.

10 2. System Installation
3. No objects or obstructions, which may reect or absorb radio waves, as well as
devices causing interferences, must be situated in close proximity of the control panel
installation location – Figure. 6.
Do not install the panel close to sources of strong radio elds as these can
cause interference and thus diminish the serviceability of the system and
its radio band.
4. The control panel should be installed approximately within the centre of the
premises that are to be guarded and the span to the various wireless devices should be
relatively uniform.
5. Where the control panel is installed in a corner at least 5 cm of space should be
left around the box for proper ventilation – Figure. 7.
Figure 7.
Figure 6.
The control panel installation loca-
tion should be dry and should not
be subjected to harsh temperature
changes.
The control panel should be installed
close to grounding and telephone
cables.

2. System Installation 11
2.2 Control Panel Installation
2.2.1 Selecting the Installation Location
The installation location of the control panel and the various devices shall
strongly inuence the efciency of the wireless alarm system.
In order to achieve best performance for the radio signal and respectively
for the good serviceability of your wireless alarm system, please follow the
recommendations given below.
Figure 8. A model situation of locating the AVA Control Panel and the wireless devices
enrolled in it.
Figure 9. Location of the AVA Control Panel and the wireless devices enrolled in it
within the premises. The Control Panel is located approximately within the centre of the
alarm system.
PIR detector
A V A P-Rex
PIR detector
A V A P-Rex
Outdoor siren
SR200R
Magnet
Contact
МС 100 ТЕ
Control
Panel
A V A
Remote
Control
RC 102 TE
LEGEND: Fire Detector
Magnet Contact
PIR Detector
Control Panel

12 2. System Installation
2.2.2 Box Installation
1. Use the provided prole board (see
the back of the packaging) to drill mounting
openings (6 - 8 mm) at the installation
location - Figure 10.
For mounting onto a brick wall it is
recommended to use 4,2x35 DIN 7981
screws and 6x30 UN 9802 plugs.
2. Install the back of the box on the wall
and adjust the tamper-switch as shown in
Figure 11.
Adjust the temper-switch with
the help of the screw below it so
as viewed from aside to be
horizontal.
Figure 11. Location of the modules in the box and the electrical
connections among them.
Template
Figure 10.

2. System Installation 13
3. Run the mains cable (for 230V AC, 50/60Hz) through opening 7, shown in Figure 11
and connect it to the mains terminal – Figure 12. Use one of the three plastic caps to x
the mains power cable in Clamp 10 (Figure 11). With the additional provided spare parts
kit use the two screws (tapping screw 2.9x13 cross slot DIN 798) to secure the cap to
the clamp.
Figure 12. Connecting to the mains terminal.
4. Connect the ribbon cable to the display and the one of the built-in siren to the main
module see Figure 13.
Figure 13.
Overall view of the main module and description of the inputs and outputs.
5. Install the charge battery (12V DC, 1.2 ÷ 7 Ah; it is recommended to use a YUASA
#NP-12 model) designed to provide backup power supply in case of mains failure
(230V AC).
NOTE that the battery has to be connected to the AVA control module AFTER
the initial system start-up - see §2.3, page 15.
Observe the polarity of the battery terminals. Otherwise the self-recoverable
fuse BATT will turn out.
OBSERVE SAFETY MEASURES WHEN USING 220V!
F-TYPE FUSE 0,315A
AC
GND
Zn1
PGM4
PGM3
PGM2
PGM1
AUX
Zn2
ANTENNA
AT TENTION
DO NOT TOUCH
THE ANTENNA
:
!
1
2
3
4
5
6
7
-
-
-
-
-
-2А,
-±
,
~230 ±
±
-,
,
-
RESET Jumper
Flat terminal for connecting the keypad
Flat terminal for connecting the dialler
Connector for connecting the built-in siren
Connector for connecting the tamper-switch
Battery Fuse
type self-recoverable
AUX Output Fuse 1A,
-
VAC 10%, 50 60Hz
- 12V,
1A
-
-
type self-recoverable
Mains Power Supply
Power Supply
for detectors with consumption up to
Programmable output
with power transistor
Programmable outputs
with small-power transistor
Terminals for wire zones
Common ground
AC
AUX
PGM1
PGM2-PGM4
Zn1, Zn2
GND

BATT ±AUX
Cable shoes for connecting
the accumulator
+-
1
2
3
4
5
-
+
67
black
red
Accumulator
battery
V, 1,2 7Ah12 

14 2. System Installation
2.2.3 Connecting Wire Zones and Programmable Outputs
The system programmable outputs (PGMs)
are transistor type (NPN) with a 1K resistor
in the collector. By default all PGMs are in
NC state (normally closed contact) – i.e. the
programmable output is ON and the polarity of
the output is grounded. PGM1 is a power output,
whereas PGM-s 2, 3 and 4 are low current
outputs. The outputs are designed to be used
as open collectors: i.e. for switching over from
load to ground. The additional 1K resistor in the
collector serves as an additional output level in
case the output is potential. Then serviceability
shall be restricted by the resistor.
2.2.4 Connecting a Digital Communicator (Dialer)
Figure 15 shows how to connect the CPC 100 TE Digital Communicator board to the
control panel. If the connection is correct and power is supplied to the control panel a
green LED will begin to blink in the top left-hand corner of the communicator.
Connect the Dialer to the AVA control panel only when the main power
supply is switched off. The Dialer has to be the rst device connected to
the telephone line, in order to provide it with highest priority in operation.
Figure 15.
Dialer
connecting
Figure 14.
How to connect the wire zones and scheme of
a programmable output
+12V
1k
GND
PGM PGM
Hardware

2. System Installation 15
2.3. Initial Start-up of the Control Panel
After the system is installed, it should be started-up: i.e. the power supply is turned on
(initial power supply) with a mounted jumper for full reset (located next to the processor
– see Figure 13, page 13).
Before performing a full system reset (to remove the jumper from the control module,
next to the processor), prepare the box to be closed by placing the nuts from the spare
parts kit in the holders on the internal side of the cover – Figure 16. Turn the two M3x16
screws into the cover openings so that they join the nuts but do not go all the way.
Turn on the main power supply with the mounted jumper for full reset of the control
module. The system will begin to operate and the display will indicate:
Remove the jumper and wait for several seconds for the system to restart. The display
will indicate:
Connect the battery terminals, observing the polarity.
Place the top cover and wind the screws to the end, as shown in Figure 17.
After performing a full system reset AVA system will automatically go on
normal working mode and a sound signalization for open tamper in the
system (the tamper of the control module) will turn on, and on the LCD will
start blinking symbol .
The sound signal can be stopped by single-pressing the
CLR
button of
the keypad, and symbol will disappear after the top cover is nally
installed and the tamper-switch is closed.
please remove
Reset Jumper!
reseting
please wait
Figure 16.Figure 17.

16 2. System Installation
2.4. System Programming Sequence
After installing the AVA Wireless Alarm System control panel and performing a full reset,
there shall be no enrolled system devices, and its system parameters shall be set at
default values (for more information see also the Appendix: General Structure of System
Menus). In order to programme and prepare the system to operate after restart, it is
recommended to perform the following sequence of actions:
1. Install and enrol the wireless devices according to the algorithm (example) set in
§2.6.1 Enrolling of new devices, of this manual. It is obligatory to perform the described
radio test at the place of installation.
2. Programme the devices according to the needs (in case there is a difference from
the default parameters) by following the instruction in §3. It is recommended that each
device be given an individual name thus providing perspicuity to the system and easing
the user in understanding the status and performance of the devices – see Example of
Grouping sensor areas in §3.4, page 40.
3. Programme the Detector Groups according to the desired organization and functioning
of the system. For ease set the Groups names according to their functions.
4. Programme or modify the Arm and Disarm functions because they are operated by the
user and can also be activated from the buttons on the remote control.
5. Programme the necessary user codes and functions which have been assigned to
system activation rights and attributes.
6. If necessary programme the outputs.
7. If necessary change system parameters.
8. Do not forget to instruct the user how to operate the system and where necessary to
seek installation assistance.
2.5 Language Selection
During initial start-up the menus by default are in English. In order to change the menus
over to other language select in succession:
This enables prior access to the system parameters and the opportunity to select the
desired language. After selecting the indicated buttons the screen has the following
view:
You can choose the selected language by pressing the
ENT
button for conrmation.
After the language is changed and conrmed, press the
CLR
button twice to return to
the initial menu screen – see also §1.3.3 Display.
Engineer
code-7777 78
8)Language
english
8)Language
áúëãàðñêè

2. System Installation 17
2.6 Installing Wireless Devices
The Control Panel communicates with the wireless devices via a two-way radio
connection. In order for an AVA System to communicate with the wireless devices, they
must rst be enrolled in the system so that it can identify them. Every wireless device
has a unique house address (HA) with which it is memorized in the conguration of the
system. All wireless devices are enrolled according to a uniform algorithm.
2.6.1 Enrolling of New Devices
1. Start a procedure for adding new devices to the system.
Select in succession:
2. Open the cover of the device, as shown in its installation instructions.
Note: The enrolment of RC 102 TE remote control do not require opening of
its cover. Follow the given enrolling procedure in the individual operation
instruction of RC 102TE.
3. Place its battery, paying attention to the polarity. The green and the red LEDs will
light up for half a second.
4. Single-press the device tamper, in order to transmit radio ID signal to the panel.
If enrolment has been successful, the display of the control panel will show information
about the type of device and the specic house address.
If the device has not been registered in the control panel at the rst attempt, press its
tamper again.
After the device has been enrolled, it will automatically pass into radio communication
mode.
5. Go over to the device installation location and perform a radio test. This
will ascertain whether the selected location has good radio signal conditions and
communication with the control panel. Single-press the device tamper-switch. If the LED
blinks two or three times in green, then the radio signal and communication are good and
the device can be installed at the selected place. If the LED blinks green once or does
not blink at all, then the radio communication is poor and the installation place must be
changed (i.e. move the device to a different place in the same room). Note that the LED
blinks in red when the device is sending radio signal to the base.
6. Install the base of the device following the instructions provided in its individual
manual.
7. Close the device box, paying attention for its tamper-switch to be also well closed.
In about 5 sec. after closing its inclosure, the device will exit the radio test mode and
will begin normal operation.
8. Press the
ENT
button to exit the procedure for adding new devices.
If after closing the box of the device, the symbol Rblinks on the display
of the control panel, that means the device is still in radio test mode. The
device will leave this mode only after its tamper-switch is closed and
remains closed for more than 5 sec.
Engineer
code-7777 21
1)Add Devices
Start ?
dNxxxx---#xxxxxx
Stop ?
ENT ENT Exit of the procedure
for adding devices
to the system.

18 2. System Installation
Example for enrolling a wireless device - infrared detector:

2. System Installation 19
2.6.2 Deleting the House Address of a Device
Every wireless device communicates with the control panel within the authority of its
unique house address (HA). In order for a specic device to be enrolled in an AVA
control panel, it must not have an HA, which has been attributed from another system,
i.e. used to be enrolled in one control panel, but has had to be moved and enrolled in a
new AVA Wireless System. In such case the device house address needs to be deleted
prior to its enrolment in the new system.
The deletion is performed analogically for the different wireless devices:
1. Power up the device (remove and place back its battery) while the tamper is open:
i.e. open the device, if it has been powered prior to this moment, leave it without any
power supply for about 10 sec. and then power it while the tamper is open. A red LED
starts blinking.
2. While the red LED is blinking press quickly the device tamper-switch at least 3
times. The red LED lights up continuously for 1 sec. to indicate a deleted HA of a device.
After such restart, the device will have a deleted HA and the pressing of the tamper-
switch again will attempt to enrol the device in the control panel.
The rst enrolled device in the system will be added to Group 1, the second
to Group 2, and any following one – to group 3. Keep in mind that all re
detectors following enrolment are by default added to Group 6.
All enrolled devices can be further re-programmed according to your
choice and needs
It is recommended to double check your programing table after completion in respect
to devices place, group and name. It is also advisable every device to be assigned
a specic name so that it can be easily identiable within the system – see §3.1.2
Common Detector Parameters and the Example for Programming Detector Groups and
Programming Functions in §3.4.
As a rule all wireless devices are programmed to send test messages to the control
panel over a specic time interval. This is brought about by the need for the control
system to monitor at all times their reliability and performance. The test message time
(XX minutes) is the same as for all other devices and can be programmed – see §3.1.1
Common Parameters.
All devices have to be enrolled in the system again only where a full reset
of the control panel has been performed (see §2.3) or the device house
address has been deleted. All device HAs are stored in a separate power
independent memory and cannot be deleted in case of simultaneous
failure of main or back-up power supply.
If a wireless system with enrolled devices is turned off, the devices’
batteries MUST be removed in order not to be drained out of power in their
continuous attempts to communicate with the panel.

20 3. Programming
3. Programming
System parameters programming is not required. Every added device adopt’s a default
parameters which ensures the normal function of the system - see The Appendix: General
Structure of System Menus. The installer avails of the opportunity to programme them
further depending on the specic installation. In order to have clarity in the system, we
recommend to change (rename) the devices and user names.
Programming system parameters is done after entering a valid engineer code – see
§1.3. Scroll through the main system menus with the help of the buttons.
Access to a specic programme menu and conrmation of the introduced data is done by
pressing the
ENT
button. The
CLR
button goes one step back or rejects the introduced
data.
All active parameters in the system are marked with the “*” symbol and the inactive
– with the “-” symbol. Press the
PRG
button of the keypad to change the parameter
status of the respective submenu. Conrm the changes with the
ENT
button.
Example for changing the status of a system parameter (programming):
As the example indicates, after the
PRG
button is pressed, the active parameter, marked
with the “*” symbol, becomes inactive and is marked with the “-” symbol. Activating the
parameter a second time is analogically done by pressing the
PRG
button a second
time.
This type of programming applies to all menus in the system!
3.1 Device Programming
The device programming parameters are common or special.
3.1.1 Common Parameters
Parameters, which are common to all devices, are programmed from this menu. To enter
the common parameter programming menu select in succession:
Engineer
code-7777
Engineer Menu
Engineer Menu
2)Devices
13456789
ENT Confirmation of
the changed
parameter.
1)LED config
* open
PRG
1)LED config
- open
2)Program Device
1)Common Prog.
Engineer
code-7777 2 2
ENT