Alarm information and status information, such as low battery, supervision and tamper reports, are being
passed on to the control panel. When for instance one of the detectors gives a low battery report, this will
show up on the display with the correct zone number en name.
For programming the wireless interface or learning the ID’s of the wireless transmitters into the memory of
the wireless interface, see chapter “Programming the wireless interface”.
Attention: Jumpers JP2 and JP3 must be in the “RS-485” position for communication with the control
panel. When the wireless interface is used with the AlphaVision NG control panel, dipswitch 5 must be set
to the ON position.
Hint: The MCT-302 wireless magnetic contact has an extra input, onto which an extra, wired magnetic
contact can be connected. This extra input transmits its own ID code.
Relay output module (RO)
In most cases the NG Prox Reader will be used to open a door. To control the magnetic strike, one of the
outputs of an I/O module can be used. However, you can also use an RO module. There are two Relay
Output modules available: an RO module in a small plastic casing (part number 004337) and an RO module
with a separate power supply and back up battery option in a metal casing (part number 004338).
The descriptions in this manual refer to both the small RO module as the RO module with power supply in
cabinet. When the control panel is started up, the present RO modules are detected and shown on the screen.
Every RO module has a set of 8 dipswitches, which are used to set the module’s address (1-8).
Function RO module when controlled by an LCD/PROX keypad
The description below on the functioning of the RO module is only applicable when there are no NG Prox
readers used and when the option ‘LCD/PROX controls RO modules?’ (see page
Fout! Bladwijzer niet gedefinieerd.
)
is programmed as YES. When this option is programmed as ‘NO’ , the following description can be ignored.
Up to software version 2.0 of the AlphaVision NG control panel the following description was the only
possible function of the RO module. Since version 2.0, the new possibilities are generally preferred and the
option ‘LCD/PROX controls RO modules’ should be programmed as NO.
The RO module can be applied in combination with proximity keypads (LCD/PROX). When for instance
section A is armed by presenting a valid tag to an LCD/PROX keypad, the corresponding RO module
(which is programmed as address 1, or section A) will be activated. When the tag is validated for several
sections and several sections are armed at once, all corresponding RO modules will be activated as well.
With this function, the RO modules are programmed to a section. The RO module with address 1 is
programmed to section A, the RO module with address 2 is programmed to section B, and so on.
It is also possible to activate an RO module directly from a keypad with a user code. A user code with level
0 programmed to one or more sections, will, when entered, activate the corresponding RO module(s). When
the user code is validated for section B and C, RO modules 2 and 3 will be activated when the user code is
entered on a keypad.
Several RO modules at one address
Unlike keypads and expansion modules, several RO modules can be programmed to the same address. This
is also true when the RO modules are used in combination with an NG Prox Reader. The dipswitch address
setting is done with dipswitch 1-4 and is similar to the dipswitch address settings of the expansion modules
(see page
98
).
AlphaVision NG installation manual Rev. 2.0 27-08-2003 Blz. 20/101
When a section is armed or disarmed with a proximity tag, the control panel will send a command to the RO
module to activate the RO module. The RO module will then give an acknowledgement back to the control
panel. To avoid bus problems when several RO modules are programmed to the same address (section),
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