jablotron AC-160-DIN User manual

JABLOTRON ALARMS a.s.
Pod Skalkou 4567/33 46601 Jablonec n. Nisou
Czech Republic www.jablotron.com
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The AC-160-DIN Wireless multipurpose relay for DIN rails
The AC-160-DIN wireless multipurpose relay for DIN rails 1 / 2 MLZ54301
The AC-160-DIN wireless multipurpose relay (MFR) is a bi-directional
component of the JABLOTRON 100 system. The MFR copies the status
of selected PG outputs when enrolled to the JA-10xK control panel.
The MFR can also be used as a stand-alone device, then it follows
status of up to 64 one-way communicating detectors of the JA-15x
series and keyfobs of the JA-15xJ MS and JA-16xJ. The MFR then
switches accordingly to the selected mode (modes: extended copy,
impulse, change of status, always switches off and block the relay).
It has galvanically and securely isolated relay contacts for switching
a power load of 230 V / 16 A. This product can only be installed by
a trained technician with a valid certificate issued by an authorised
distributor.
The output relay can also be controlled manually by the button (3)
on the front panel. In stand-alone mode the button serves for enrolling
devices and setting the module properties.
Installation
The device can only be connected
to mains electricity by a person who has
an adequate electrotechnical qualification.
It provides single pole switching
and doesn’t provide safety isolation.
The relay module is meant to be installed
on a DIN rail. There must be a JA-11xR radio
module enrolled to the control panel
to ensure cooperation with the system.
It occupies one position in the JA-100
system.
Figure 1: 1 – mains power terminals 230 V AC;
2 – LED indicators; 3 – Learn / Set button;
4 – cover tabs; 5 – connector for AN-868
external antenna; 6 – relay output terminals
1. Install the relay onto the DIN rail.
2. Connect the power wires (230 VAC)
to the terminals (1), and turn the power
on.
3. Proceed according to the control panel
installation manual. Basic procedure:
a. When the MFR has been turned on,
the ‘RELAY’ indicator lights green.
The yellow LED (2) lights
permanently to indicate the MFR has not been enrolled
to the system yet and that no detector has been enrolled to
the MFR.
b. Using F-Link software, select the required position
in the Devices window and launch the enrollment mode
by clicking on the Enroll option.
c. By pressing the Learn/Set (3) button longer then 3 s
(until the yellow LED starts flashing) the relay sends
the enrollment signal to the control panel. Enrolling
to the control panel is confirmed when the yellow LED
turns off.
4. Test the MFR function by pressing the button (3).
After approximately 0.5 s the output relay is actived. A switched
relay is indicated by a red LED (‘RELAY’).
5. Connect the controlled device to the terminals (6).
Notes:
 The relay goes to standby mode, when the power is disconnected
or communication with the control panel is lost for more than
1 minute. When the MFR has lost communication with an enrolled
device then the restoration interval is 20 minutes. Loss
of communication is indicated by a permanent yellow ‘ERR’ LED.
 When the mains or communication with a control panel is restored,
the MFR returns to the status given by pre-defined settings within
2 minutes (for wireless detectors with a periodical link test, such as
the JA-151M, the interval is 9 minutes)
 The MFR doesn’t maintain periodical communication with keyfobs.
 It is also possible to the MFR to the system by entering
the production code via the F-Link software. A sticker with
the production code is on the rear side of the relay. All digits
in the code are required (example: 1400-00-0000-0001)
 JA-18x detectors are not compatible with the relay
 Multiple-input detectors such as the JA-150M are always enrolled
to one position and the relay is only triggered by the first input
of the detector. The second input has no effect.
 After each press of the Learn/Set button the MFR changes
its status after 0.5 s, as well as when a signal is transmitted or while
entering the MFR’s service mode – indicated by the ‘RELAY’ LED.
When a control panel is already enrolled, the function can be
disabled. See the settings below.
Setting the module properties
The module properties can be set in the Devices window
of the F-Link software. When at the module position, use
the Internal settings option to open a dialogue window where you can
set the following options:
Manual relay control: Enabled: a short press of the Learn/Set button (3)
changes the relay state (switches ON/OFF). Manual control is always
possible even in a situation when the MFR doesn’t communicate
with the control panel. Manual control can be completely disabled.
Reacts to PG(s): Enables activation of the MFR by one or more control
panel PG outputs.
Common timer: Determines the period of time during which the output
relay will be switched ON. The function differs according to the pre-set mode
of the associated detector. This parameter serves for setting the timing of the
switching impulse of an impulse detector or a keyfob. A status-mode type
of detector with an “extended copy” reaction set makes the relay stay active
for the whole time even when the detector goes to standby. The timer can
be set in pre-defined steps or your own time in the F-Link software (from 1s
to 23h 59min 59s).
Enrolled devices: This window includes 64 positions to detectors
and keyfobs. There are two options to them to the relay: the first is
to enter the production code into the production code field. The second
is enrolling them via the Learn/Set button which is described in the
Enrolling the detectors and keyfobs chapter. In this case it is
recommended to use the internal menu only to check on or maintain
the modes of the enrolled detectors.
The MFR internal settings do not work in
on-line mode. That´s why it is not possible
to enroll devices via F-Link SW sending
an enrollment signal. It is only possible
by entering the serial number and saving
the settings.
Mode: This option determines how the MFR will react
to the activation of an enrolled device.
 None: the device has no function
 Extended copy: This reaction is only for the detectors.
The MFR will be switched ON for as long as the detector
is activated. After the detector goes to standby mode, the MFR
extends activation with time set by the ‘common timer’ function.
 Switch On/Switch Off: This reaction is only for keyfobs
of the JA-15xJ and JA-16xJ series. The A(C) button switches
the MFR on and the B(D) button switches it off.
 Impulse: detector activation will switch ON the MFR for
a pre-defined time given by the Common timer. The MFR can
be kept switched on as long as the configured keyfob button
is pressed. Up to 60 seconds maximum.
 Change status: detector activation or pressing the configured
keyfob button changes the MFR’s status
 Always switching off: detector activation or pressing
the configured keyfob button always switches off the MFR if there’s
no active selected PG output in the control panel or a status
detector with Extended copy mode.
 Block: A particular active status-mode detector blocks switching
the MFR by other detectors for its whole activation period. The A(C)
button on an enrolled keyfob blocks the MFR on and the B(D)
button unblocks it. When blocking is over, the relay is activated
again as long as there is a request to switch on the MFR by any
status-mode detector or a PG output. Blocking is indicated
by the flashing green LED. Blocking during other detector activation
is indicated by alternate flashing in green / red of the ‘RELAY’ LED.
Note: The highest priority of the relay is blocking, next is triggering
a status detector or a PG output and then everything else (timer, switch
on/off, status change), so that a switched on relay can’t be switched off
by, for example, a PG output.
FW upgrade
1. A FW upgrade can be performed by a user with Service
authorisation.
2. The F-Link SW is needed to perform the upgrade.
3. Using a thin tool (screwdriver) slightly press the tab (4) and take off
the relay front cover. It allows access to the Micro USB connector.
4. Connect the PC to the relay using a Micro USB cable.
A FW upgrade can be performed with a connected control panel
or offline with only the MFR connected.
The MFR can be powered by 230 V AC, the USB circuits
are galvanically isolated. A power supply is not required
as the relay is powered via the USB cable from the PC.
5. The relay’s BOOT mode is indicated by flashing the green / red
‘RELAY’ LED.
6. Then continue as if you are doing an upgrade via F-Link software:
&RQWUROSDQHOĺ8SJUDGH)LUPZDUH ĺWKHFW upgrade file pack
(it is a part of the F-Link installation pack, or it can be independently

The AC-160-DIN Wireless multipurpose relay for DIN rails
The AC-160-DIN wireless multipurpose relay for DIN rails 2 / 2 MLZ54301
published for downloading, file type *.fwp). If Automatic updates
are enabled, the FW pack will be selected automatically.
7. F-Link shows a window with a device listing, select USB.
8. Then press OK and perform the upgrade for the selected device
(the relay).
9. Disconnect the cable and attach the relay front cover.
10. Check the settings via the F-Link software.
Note: The MicroUSB cable (required for FW upgrade) is not supplied
with the MFR.
Stand-alone mode
Up to 64 one-way communicating detectors of the JA-15x series
and keyfobs of the JA-15xJ MS and JA-16xJ series can be enrolled
in the MFR. EnrollmentEnrolment and setup of the detector and keyfob
modes is done by the Learn/Set button (3). The relay can recognize
3 lengths of pressing:
Short press < 3 s Turns the relay ON or scrolls the menu
Long press > 3 s < 6 s Enters the menu or sends an enrollment
signal
Very long press 6 s Exits the menu or confirms the timer
Enrolling the detectors and keyfobs
First of all select the mode in which the device should be operated
and then enroll it.
Procedure:
1. Perform a long press of the Learn/Set button (3) until the yellow
LED starts flashing.
2. When you release the button the relay is ready to receive
an enrolling signal from a device, confirmed by permanent lighting
of the yellow LED and a flashing red LED. The number of flashes
determines the operation mode to which the device will be enrolled.
Operation mode selection is done by repeatedly briefly pressing
the button.
No. of red LED flashes. Mode
1x * * * * Copy (extended
with detectors)
Switch on /Switch off
(with keyfobs)
2x ** ** ** ** Impulse
3x *** *** *** Change status
4x **** **** Always switches off
5x ***** ***** Block
1x longer lit, short pause Mode for deleting detectors
Note: Extended copy and Impulse – minimum switching time is 1s
3. Enrolling a detector - Insert the batteries into the detector – it sends
an enrollment signal.
4. Enrolling a keyfob – long press of a selected button – The MFR
will react to this button being pressed. Each button can be
individually enrolled to the MFR’s positions. A 4-buttton keyfob
can take 4 MFR positions with different relay switching modes.
Enrolling by pressing a pair of buttons at the same time is possible;
5. Enrolling is confirmed by alternate flashing of the LED in red
and green.
6. When the enrollment procedure has been done correctly, the MFR
goes back to its normal operating mode – the green LED is ON.
If you want to enroll the next device you must repeat the whole
enrollment procedure.
Erasing a device
1. Perform a long press of the Learn/Set button (3) until the yellow
LED starts flashing. Now release the button and the yellow LED
indicates permanently and the red LED flashes.
2. By repeated pressing (5x) of the button (3) select the mode
when the red LED lights and regularly fades out.
3. Insert the batteries into the detector or long-press a keyfob
button which is to be erased from the MFR.
4. Erasing a device from the MFR is confirmed by alternate
flashing of the red / green LED indicators.
5. When the erasing procedure has been finished, the relay goes
back to its normal operating mode.
Note: Erasing is also possible by deleting a production code
in the internal settings of the MFR located in the F-/LQNVRIWZDUH
Common timer setup
1. Perform a long press of the Learn/Set button (3) until the yellow
LED starts flashing. Now release the button. The yellow LED
indicates permanently and the red LED flashes.
2. Perform a long press of the Learn/Set button (3) again until
the flashing of the red LED changes to permanent lighting of the
green LED.
3. When the button is released the green LED will start flashing.
The number of flashes determines the pre-set period
of the Common timer.
By repeated pressing of the button (1) select the required time
of the common timer. The table shows 5 default options.
Those values cannot be changed in stand-alone mode. When it is
pre-set by F-Link to a different time (not to predefined/default
values), the green LED lights and regularly fades away.
No. of green LED flashes. Timer period
1x * * * * 1 s (default)
2x ** ** ** ** 1 min
3x *** *** *** 3 min
4x **** **** 15 min
5x ***** ***** 30 min
1x longer lit, short pause Different settings (via F-Link)
4. Confirm the selected value by pressing the button for more than 6 s
until the red/green LED indicators start flashing. Settings are saved.
Note: No activity for longer than 1 minute terminates
the setup/enrollment mode, saves the changes and goes to normal
operating mode.
Operation status - optical indication
LED indication Mode
ERR
(yellow)
OFF Everything OK
ON
(stand-alone mode) Setting
ON
(operation with control
panel)
Loss of
communication
or
Internal settings
entered
Flashes 1/s Low battery in one of
the devices
RELAY
(red/green)
RED LED ON Relay ON
GREEN LED ON Relay OFF
GREEN flashes 4/1 Blocking when OFF
GREEN/RED
flashes 4/1 Blocking when ON
Resetting the relay
A full relay reset and complete erasing of all enrolled devices
is performed by pressing the button for more than 6 s (3). It is indicated
with the alternate flashing of red/green of the ‘RELAY’ LED
simultaneously with a permanently lit ‘ERR’ LED. The Learn/Set button
must be then released within 3 s and then (also within 3 s) briefly
pressed again. The MFR reset is confirmed by quick alternate flashing
in red/green of the ‘RELAY’ LED with a yellow ‘ERR’ LED. After this only
the green and yellow LED stays lit. Resetting doesn´t erase an enrolled
control panel which is currently in service mode (in this case the yellow
LED will not be lit).
Technical specifications
Operational power 230 V/50 Hz
Own power consumption for 230 V AC (min / max) 0.5 W/1.7 W
Communication band 868.1 MHz, Jablotron protocol
Antenna Internal/optional external antenna type AN-868
MFR Contact rating - protection class II:
- Maximum switching voltage 250 V AC
- 5HVLVWLYHORDGFRVij  max.16 A
- ,QGXFWLYHFDSDFLWLYHORDGFRVij  max. 8 A
- Halogen lights max. 1000 W
- Minimum switching DC power 0.5 W
Recommended connection wires: max. 2 x 1.5 mm2 ; max. 1 x 2.5 mm2
IP covering IP-20 (according to EN 65529), IP-40 (with a front panel)
Dimensions 18 x 90 x 64 mm
Weight 65 g
Operational temperature range -10 to + 40°C,
relative humidity 75% no condensation
Complies with ETSI EN 300 220-1, EN 50130-4
EN 55022, EN 60950-1, EN 50581
Can be operated to ERC REC 70-03
JABLOTRON ALARMS a.s. hereby declares that the AC-160-
DIN is in a compliance with the relevant Union harmonisation
legislation: Directives No: 2014/53/EU, 2014/35/EU,
2014/30/EU, 2011/65/EU. The original of the conformity
assessment can be found at www.jablotron.com - Technical
Support section.
Note: Although this product does not contain any harmful
materials we suggest you return the product to the dealer
or directly to the producer after use.