Nice MORX User manual

MORX MOT MOM MOCARD
control access system
moon
Istruzioni per l’installazione
Installation instructions
Instructions pour l’installation
Installationenleitungen
Instrucciones para la installación
Instrukcja instalowania

GB
I
F
D
E
PL

morx
mot
mom
mocard

3
GB
5.5 “Transponder card” mode 28
5.6 “Transponder card” programming 29
5.7 “Easy mode card” programming 30
5.8 “Professional mode card” programming 32
6Maintenance 41
7Disposal 41
8Technical features 42
Table of contents: page
1Definitions 4
2Introduction 5
3Installation 8
3.1 Electrical connections 9
4Testing 12
5Programming 13
5.1 “Keypad” mode 13
5.2 “Keypad” programming 14
5.3 “Easy mode keypad” programming 15
5.4 “Professional mode keypad” programming 17
CARD
CARD
CARD
CARD

4
1) Definitions
This manual describes the MOON access control system. To make
it easier to read and to simplify the product description, commonly
used terms will be used to define the articles:
Article Description Definition In this manual
MORX Decoder Decoder for DECODER
for MOM MOM and MOT
and MOT
MOT Digital selector Keypad KEYPAD
MOM Transponder Transponder READER
reader card reader
MOCARD Card for card CARD
transponder

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2) Introduction
The MOON access control system checks and permits access to
areas or services for authorised people. Users may be recognised
either by entering a combination of numbers on the “KEYPAD” of the
“Digital selector”, or by holding a transponder proximity “CARD” in
front of the “READER”.
These two operative methods correspond to the two different
possibilities offered by the system.
•One or more KEYPADS + one DECODER: access is controlled by
means of a combination that users must enter on the KEYPAD
(Figure 1).
Depending on how it is programmed, each combination may activate just
one or both outputs. A mixture of the two possibilities is also possible, i.e.,
some combinations can be active on just one output and others active on
both.
1

6
•CARDS + one READER + one DECODER: each user possesses a
CARD and access is controlled by recognising the CARD code when
it is held in front of the READER (Figure 2).
In spite of their apparent simplicity, the transponders CARDS really
contain a complex circuit which allows the READER to recognise the
code identifying each single card when it is held in front of it.
Depending on how they are programmed, all the CARDS may activate just
one of the two outputs or, alternatively, they may activate both outputs.
A mixture of the two possibilities is also possible, i.e., some CARDS may be
active on just one output and others active on both.
The READER acts as an aerial, that is, it recognises the CARD code
when it is held in front of it and sends it to the DECODER. The
READER must be placed in a practical and handy position to allow
users to hold their CARDS in front of it without difficulty.
2

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3
The DECODER, used in both systems, makes the “intelligent” job in
the system, that is, it receives the CARD code sent by the READER, or
the combination entered on the KEYPAD, and then checks its memory
board to see if it is valid; if the card is valid, it activates the relative
output.
The DECODER can only be connected to one READER or,
alternatively, to a maximum of 4 KEYPADS.
A READER and a KEYPAD cannot be connected to the same
DECODER at the same time.
The choice as to whether to use a READER or KEYPADS may only be
made when the memory is empty.
Two memory boards can be fitted to the relative DECODER connectors
(Figure 3).
A BM1000 (255 codes) is supplied standard, but other memory
boards, such as BM60 (15 codes) or BM250 (63 codes), are also
compatible. To double the capacity of the codes, another memory
board can be fitted to the second connector; this must be of the same
type as the first. The DECODER fills the first memory board and then
continues to memorise codes in the second; the two memory boards
are therefore not interchangeable.
!

8
5
3) Installation
The KEYPAD and READER cases are protected to IP 54 and can
therefore be installed outdoors. Install as shown in figure 4 or 5.
The READER uses the magnetic induction principle to
recognise the CARDS; do not install it on metal or metal-
bearing surfaces, otherwise these will absorb a large part
of the magnetic field and the distance at which the CARDS
can be recognised will shorten to just 1-2 centimetres.
If you have no choice, insert a plastic support at least 2 cm
thick between the metal surface and the READER to obtain
a reading distance of about 4- 6 cm.
The DECODER, instead, is protected to IP 30 and must therefore be
installed inside adequately protected control centres or panels.
!
4
4a 5a

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KEY SELECTOR OR
TRANSP. READER
2° RELAY
1° RELAY
12 ÷24 Vac/dc -
POWER SUPPLY +
1256342
1
~ ~
3.1) Electrical connections
Before starting to make electrical connections, make
sure the technical specifications of the product
correspond to the way in which it will be used. In
particular, check input voltage and the characteristics of
the electrical charge connected to the output relays.
Make electrical connections as shown in the diagram in figure 6. The
electrical connection between the DECODER and the READER or
KEYPAD comprises just 2 wires; polarity is unimportant. For
distances less than 10 m, use a simple 2 x 0.5 mm2cable. For
distances up to 30 m, use a shielded cable and only earth the
Decoder end of the shield.
!
6
ISTMORX 4863 REV.02
ISTMORX 4863 REV.02

10
If more than one KEYPAD is connected in a cascade layout, use a
single cable without ever interrupting the shield.
Operation is not guaranteed for distances of over 30 m
between the KEYPADS or READER and the DECODER.
The electrical connection between READER or KEYPAD and the
DECODER comprises two conductors carrying a coded signal, so any attempt
to force or break into these two conductors will have no effect.
The DECODER can be powered with 12 or 24V alternating or direct
current.
It has 2 outputs commanded by normally open (NO) relay contacts;
if a normally closed (NC) contact is required, cut point “A” (Figure 7)
and join point “B” with a spot of solder.
The output relay is “momentary”, that is, it activates as soon as a valid
CARD is identified and deactivates when the CARD is removed from
the READER (for the KEYPAD, when the activation key is pressed
and released).
The TIMER function (the output remains active for the set time), the
BISTABLE function (at the first command the output activates, at the
second it deactivates) or the ANTI-THEFT function can be obtained
by means of appropriate programming (see the “Programming output
in the … mode.” function). The anti-theft function features the
BISTABLE mode on output N°1 (to activate or deactivate an anti-theft
system) while output N°2 gives an impulse when the system is
activated and two impulses when it is deactivated (for use as an
acoustic or visual signal).
!
7

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8
Using more than one KEYPAD (maximum 4):
If more than one KEYPAD is connected to the same DECODER, the
combinations can be entered on any of the KEYPADS; the parallel connection,
in fact, does not allow the DECODER to recognise which KEYPAD the signals
come from.
The keypads can be “addressed” to allow the DECODER to recognise which
KEYPAD the combination is entered on and to make a combination valid for
just one KEYPAD and not for the other ones connected to the same
DECODER.
The basic address of the KEYPADS is “1”, to change it, cut the connection
between the central bump contact and point 1, then join the central bump contact
and one of the points “2”, “3” or “4” with a spot of solder, see Figure 8.

12
Check the system is correctly connected and fully operational as
follows:
• Power the DECODER and make sure the LED flashes 5 times
(memory empty).
• Press the small button on the DECODER; the LED flashes for 30
seconds and the READER or KEYPADS emit tones. Wait until the
30 seconds are up or press the small button once more.
• Check the READER by holding a card up to it for a few moments
(do not keep it there for more than two seconds otherwise you
might programme it) whenever tones are expected to be heard.
• Check the KEYPADS by pressing all the keys one after the other; a
brief tone should be emitted every time you press a key; just the
confirmation keys and will produce an incorrect combination
tone.
To check the relays on the outputs, a combination or a CARD must
already have been entered during the programming phases.
During programming and use, the KEYPADS or the READER emit
tones signalling regular operation or any errors.
4) Testing


… … 


1 tone Key pressed on the KEYPAD or CARD read correctly
2 rapid tones Invalid combination, CARD not active
3 tones Programming phase correctly terminated
5 rapid tones Minor error, the operation has not been completed
10 rapid tones Serious error, programming phase aborted
Table “A” List of tones Example

Two different programming modes can be used for each MOON
access control system regardless of whether KEYPADS or READERS
and relative CARDS are used:
EASY: simple programming mode featuring basic code entry
and cancellation functions.
PROFESSIONAL: for professional programming featuring
more specific functions.
The two modes only differ in the programming phase and the level of
performance obtained; these differences are negligible for users.
The choice between one mode and the other must be made while the
memory is empty and depends on which programming mode is used to enter
the first combination or CARD.
After choosing between the EASY or PROFESSIONAL programming mode,
this cannot be modified unless the memory is completely deleted.
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5) Programming
5.1) KEYPAD mode
The KEYPAD mode is based on “combinations”, that is, the 1 to
9 digit numbers that users must enter by pressing the various
numerical keys. After the number has been entered press the
confirmation key or to activate the output. Of course, only if
the combination is valid will the output relay be activated; if the
combination is incorrect, an error tone will be heard.
After three consecutive incorrect combinations, the system will
block for 1 minute.
The combination must be completely correct; if, for example, the
correct one is , the following will be considered
incorrect:
, , . Therefore, if an error is made
when entering a combination, press the confirmation keys or 
immediately and enter the exact combination after the incorrect
combination tone has finished.
Depending on whether KEYPADS or a READER and relative CARD are used, operating and programming methods are totally
different; from this point on, therefore, the instructions manual is divided into two parts:
Use and programming in the KEYPAD mode (chapters 5.1-5.4)
Use and programming in the CARD mode (chapters 5.5-5.8)

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1234
or 
5.2) KEYPAD programming
This part analyses the access control system programming
procedures when KEYPADS are used.
In the KEYPAD mode, the two output relays are associated with the
confirmation keys and .
Key is confirmation for the relay 1 output
Key is confirmation for the relay 2 output
In the PROFESSIONAL mode, key is also used for “confirmation”
during programming phases.
In the PROFESSIONAL mode, key is also used for “cancelling” the
programming phase.
While entering the combination, no more than 10 seconds must
elapse between pressing one key and pressing the next; after this
delay the combination must be entered again from the start.
Each combination may activate just one or both outputs.
in the first case, enter it and press the corresponding confirmation key only
(e.g.:  is only valid for output  and not for output ). in the second
case, press either of the two confirmation keys (e.g.:  is valid both for
output and output ).
In the EASY mode, a single combination can be given to all
users, or one for just output and another for just output .
In the PROFESSIONAL mode, each user or group of users
can be given their own combination in order to make it easy to
add or remove users.
1. Enter the combination
2. Press the key to activate the output
Table “A1” Using the Keypad (users) Example

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4321

This procedure allows a combination valid only for output N° 2 to be entered.
Another combination valid only for output N° 1 can still be entered
1. Press the small button on the DECODER; you now have 30 seconds in which to enter the combination
on the KEYPAD. (During this period tones will be emitted at regular intervals)
2. Enter the required combination in less than 30 seconds (minimum 1, maximum 9 digits)
3. Press key twice
1234

5.3) Easy mode KEYPAD programming
EASY mode programming allows just one combination to be entered
(or one to activate just relay 1 and one to activate just relay 2). The
output relay function is exclusively “momentary”.
The entire memory can be deleted by pressing the small button on
the DECODER
Other functions cannot be performed in the EASY mode.
Table “B1” Enter the combination valid only for output (Relay 1) Example
Table “B2” Enter the combination valid only for output  (Relay 2) Example
This procedure allows a combination valid only for output N° 1 to be entered,
Another combination valid only for output N° 2 can still be entered
1. Press the small button on the DECODER; you now have 30 seconds in which to enter the combination
on the KEYPAD. (During this period tones will be emitted at regular intervals)
2. Enter the required combination in less than 30 seconds (minimum 1, maximum 9 digits)
3. Press key twice

16
1234

This procedure allows a single combination valid both for output N° 1 and for output
n° 2 to be entered.
1. Press the small button on the DECODER; you now have 30 seconds in which to enter the combination
on the KEYPAD.
(During this period tones will be emitted at regular intervals)
2. Enter the required combination in less than 30 seconds (minimum 1, maximum 9 digits)
3. Press key once and key once
Table “B3” Enter the combination valid for the two outputs and  (Relays 1 and 2) Example
This operation deletes all the data contained in the memory, thereby making it possible
to choose between the EASY and PROFESSIONAL modes again
1. Press and hold down the small button on the DECODER, the LED lights up for 3 seconds
and then flashes 3 times.
2. Release the button exactly during the third flash.
N.B.: If the operation was performed correctly, the LED will flash 5 times after a few moments.
Table “B4” Delete memory Example

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This function deletes all the data contained in the memory, thereby making it possible
to choose between the EASY and PROFESSIONAL modes once more
1. Press and hold down the small button on the DECODER, the LED lights up for 3 seconds
and then flashes 3 times.
2. Release the button exactly during the third flash.
N.B.: If the operation was correctly performed, the LED will flash 5 times after a few moments.
5.4) PROFESSIONAL
mode KEYPAD programming
PROFESSIONAL mode programming allows complete management
of all functions directly from the KEYPAD.
It is possible to enter combinations, cancel them, count them, delete
the whole memory and use other specific functions.
It is also possible to establish the function of the relays, choosing
between MOMENTARY, BISTABLE, TIMER and ANTI-THEFT.
To access programming functions, enter the “Programming password”;
this is a special combination always comprising 7 digits. Initially, this
combination is equal to “ ” but it can be changed at any time.
The “Programming password” is required for all
programming phases. It is important not to forget this
combination, otherwise there will be no alternative but to
delete the whole memory directly from the DECODER,
losing all the memorised combinations.
!
Table “C1” Delete memory directly from the DECODER Example

18
      



1234

1234

      







Table “C2” Delete memory from the KEYPAD Example
This function deletes all the data contained in the memory.
The “Programming password” must first be entered.
1. Enter the programming password
2. Press to confirm the password
3. Enter  to select the operation
4. Press to confirm
5. Enter for the first confirmation
6. Press to confirm
7. Enter for the second confirmation
8. Press to confirm
N.B.: If the operation was successful 3 tones will be heard
Table “C3” Enter a combination valid only for output (Relay 1) Example
This function allows a combination valid only for output N° 1 to be entered.
Repeat the operation to enter other combinations.
1. Enter the programming password
2. Press to confirm the password
3. Enter to select the operation
4. Press to confirm
5. Enter the required combination (minimum 1, maximum 9 digits)
6. Press to confirm
7. Enter the same combination a second time
8. Press to confirm
N.B.: If the operation was successful 3 tones will be heard

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      

 

1234

1234

      



4321

4321

Table “C4” Enter a combination valid only for output (Relay 2) Example
This function allows a combination valid only for output N° 2 to be entered.
Repeat the operation to enter other combinations.
1. Enter the programming password
2. Press to confirm the password
3. Press to select the operation
4. Press to confirm
5. Enter the required combination (minimum 1, maximum 9 digits)
6. Press to confirm
7. Enter the same combination a second time
8. Press to confirm
N.B.: If the operation was successful 3 tones will be heard
Table “C5” Enter a combination valid for the two outputs and (Relays 1 and 2) Example
This function allows a combination valid for both outputs to be entered.
Repeat the operation to enter other combinations.
1. Enter the programming password
2. Press to confirm the password
3. Enter   to select the operation
4. Press to confirm
5. Enter the required combination (minimum 1, maximum 9 digits)
6. Press to confirm
7. Enter the same combination a second time
8. Press to confirm
N.B.: If the operation was successful 3 tones will be heard.