SATEL ACU-220
31
3. Click on
.
4. The “Device deleting” window will open.
5. Click on the “DELETE” button.
6. The “Device deleting” window will close.
7. Click on . The device data will be deleted from the controller.
8
Configuring the ABAX 2 system
8.1 Expander of wireless devices for SATEL alarm control panels
To configure the wireless system settings you can use the DLOADX program or LCD keypad
(for more information on DLOADX program and LCD keypads, refer to the control panel
manuals).
For the INTEGRA / INTEGRA Plus control panel:
DLOADX program: “Structure” window
“Hardware” tab
“Expansion modules” branch
[controller name]
(Fig. 20).
LCD keypad:
– system settings: service mode
“Structure”
“Hardware”
“Expanders”
“Settings”
[controller name]
,
– controller name: service mode
“Structure”
“Hardware”
“Expanders”
“Names”
[controller name]
.
For the VERSA / VERSA Plus / VERSA IP control panel:
DLOADX program: “VERSA – Structure” window
“Hardware” tab
“Expansion
modules” branch
[controller name]
.
LCD keypad:
– controller settings: service mode
“2.Hardware”
“1.Kpds & exps.”
“2.Settings”
[controller name]
,
– wireless devices settings: service mode
“2.Hardware”
“1.Kpds & exps.”
“3.Wireless dev.”.
Names of parameters and options from the DLOADX program are used in this manual.
Shown in square brackets at the description of a parameter or option is the name presented
on the display of the INTEGRA / INTEGRA Plus alarm system keypad.
8.1.1 Controller settings
Name
– individual name of device (up to 16 characters).
Tamper signaled in partition
[Tamper in part.] – partition where alarm will be triggered in
the event of module tamper.
No auto-reset after three module tamper alarms
[No autorst.3t.] – if this option is enabled,
the feature reducing the number of tamper alarms from the module to three is disabled
(the feature prevents multiple logging of the same events and applies to successive
uncleared alarms).
Communication period
[Response period] – define the time intervals at which wireless
devices are to communicate with the controller. Periodical communication can take place
every 12, 24 or 36 seconds. During periodical communication, the devices inform the
controller about their status, and the controller sends commands to the devices (switches
the detectors into active/passive mode, starts/ends test mode, changes configuration of
the devices, etc.). The communication period has effect on the level of energy
