JABLOTRON
ALARMS
a.s.
Pod
Skalkou
4567/33
46601
Jablonec
n.
Nisou
Czech
Republic
www
.jablotron.com
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The JA-152E Wireless access module with RFID
The JA-152E Wireless access module with RFID
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MLU51914
The access module is a component of the JABLOTRON 100
system.
Its modular architecture enables users to create a combination whose
size of installation perfectly meets their needs. The device should
be installed by a trained technician with a valid certificate issued
by an authorised distributor. The product is compatible with
the JA-101Kx or higher control panels.
The wireless access module comprises the first control segment (1)
and an RFID chip card / tag reader (3). The JA-192E segments can
be used to extend the JA-152E unit by the required number
of segments (the max. allowed amount is 20 on one unit).
Figure 1: 1 – control segment; 2 – segment buttons; 3 – backlit activation
button with RFID card reader; 4 – tabs for module opening;
Figure 2: 5 – mini USB connector; 6 – terminals; 7 – tamper contact;
8 – connector for control segment; 9 – batteries; 10 – production code
Installation
1. Press the four tabs (4) on the sides (see 1st figure) one by one and
release the module from the plastic base.
2. When installing more control segments, first remove the socket cover
on the 1
st
segment.
3. Remove the transparent plastic cover from the segments (by levering
on both sides of the segment near the buttons).
4. Always connect the segment wires to the connector of the previous
segment and click them into each other (we recommend coiling the wires
by turning the segment by 360° - this will prevent any possible damage
to the wires between the plastic parts). Use this method to install all
the required segments. Finally push the socket cover in.
5. Insert two 1.5 V alkaline AA batteries into the module.
6. Attach the base onto the selected place together with the segments
using screws. If more segments are required fix them onto the wall
using screws as well.
7. Connect the segment wires to the internal connector of the module (8).
8. Insert the module into the base.
9. Proceed according to the control panel installation manual.
Basic procedure:
a. There must be a JA-110R radio module installed in the control
panel with a reliable communication range to the access
module.
b. When batteries are inserted, the yellow backlit activation button
(3) starts to light permanently which indicates that the module
has not been enrolled to the system yet.
c. Go to the
F-Link
software, select the required position
in the
Devices
window and launch enrollment mode by clicking
on the
Enroll
option.
d. Press the backlit activation button (3) – the module is thus
enrolled and the yellow LED indicator goes off (this can take
a few sec). An enrollment signal can also be sent by inserting
the batteries.
10. When you have completed installation, insert descriptive labels
behind the segment transparent plastic cover and close them, see
figure 3. Label printing is a part of the F-Link software (
Devices
window, at the RFID module position –
Internal settings
).
Notes:
The module can also be enrolled to the system by entering its
production code (10) in the F-Link software or using a bar code
scanner. All numbers stated under the bar code shall be entered (1400-
00-0000-0001).
To comply with the EN 50131-3 norm it is necessary to fix the cover
tabs (4) by the screws from the accessories. In picture no 1 the cover
tabs are displayed and marked by the arrows.
Click!
ABCD...123
Click!
2
3
1
4
Figure 3: Insertion of a label into a control segment
Setting the properties
Go to the
Devices
window in the F-Link software. When you are
at the module position, use the
Internal settings
option. The particular
unit is displayed and it is possible to set its properties. Internal settings are
separated into 2 basic tabs:
Segments
and
Settings
.
It is possible to set the required functions for individual
segments
(control
of sections, section status signalling, alarm triggering, PG output control, PG
output status signalling, etc.).
3
rd
optional setting tab
Common segment
– settings and function
description
A
common segment
(up to 2 of them allowed on one module) simulates
the simultaneous pressing of several segments which are placed on this
module and which control sections.
Int the Segments
tab select the specific
segment function called
Common segment A (B)
. Then in the new tab
Common segment,
select the segments which will be operated en bloc.
Note: A module has to be equipped with a minimum of 3 segments
otherwise this function can not be used.
The selected sections will all be set / unset after pressing a button
on the common segment.
If the states of the segments which are operated by the common segment
are mixed, then only the segments that need changing will be set / unset.
If
partial setting
is enabled for some segments, then the common segment
respects this: 1
st
press = partially setting, 2
nd
press = full setting. It is not
suitable to combine a common segment with a common section
The indication of the common segment is: all segments unset = green,
some set (partially set) = yellow, all sections fully set = red.
In the
Settings
tab you can set all other module functions like acoustic
signalling, backlight intensity, RFID reader mode, optical and acoustic
indication, etc. Details related to settings can be found in the installation
manual of the control panel and of course in the tooltips displayed
by the F-Link software.
Alternative power
The module can be powered from an external 12 V DC power supply
via the PWR and GND terminals. The DE 06-12 power supply has
the advantage of hidden installation. The module does not enter battery
power save (sleep) mode if external power is used. It permanently
communicates with the control panel and it indicates the system status
according to the
Devices / Internal settings.
Leave the batteries inside
the module. When the mains power is cut off, the module will work from
the batteries.
Connection of an external door detector
The module has an input terminal for external door detector
connection. The input (IN) reacts to disconnection from the common
ground. The reaction of this input is delayed, and is linked to the module
address. The input has a status reaction.
