Sygonix 2615507 User manual

Operating Instructions
RFID/touch/ngerprint access system
Item no. 2615507

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1 Table of contents
Page
2 Introduction..........................................................................................................................................................4
3 Intended use........................................................................................................................................................4
4 Delivery content...................................................................................................................................................5
5 Installation, connection, getting started, programming and operation .................................................................5
6 Explanation of symbols........................................................................................................................................5
7 Safety instructions ...............................................................................................................................................6
8 Controls and connections ....................................................................................................................................7
9 Installation and connection ..................................................................................................................................8
9.1 Installation............................................................................................................................................8
9.2 Connecting to conventional voltage/power supply ...............................................................................9
9.3 Connecting to alarm system.................................................................................................................9
9.4 Wiegand interface ..............................................................................................................................10
9.4.1 Using the access system as an external reader ................................................................................10
9.4.2 Connecting an external reader to the access system ........................................................................10
10 Setup ................................................................................................................................................................. 11
11 Programming ..................................................................................................................................................... 11
11.1 General information............................................................................................................................12
11.2 Resetting all settings to factory defaults; teaching in master transponders .......................................12
11.2.1 Resetting the access system and teaching in the master transponder..............................................12
11.2.2 Resetting the access system without teaching in a master transponder
(or deleting the existing master transponder).....................................................................................13
11.2.3 Overview of the default settings .........................................................................................................13
11.3 Enabling/disabling programming mode..............................................................................................14
11.4 Changing master code.......................................................................................................................14
11.5 Teaching in/deleting the master ngerprint ........................................................................................15
11.5.1 Teaching in master ngerprint ............................................................................................................15
11.5.2 Deleting master ngerprint .................................................................................................................15
11.6 Setting the Wiegand interface mode ..................................................................................................16
11.7 Selecting access mode ......................................................................................................................17
11.8 Saving user PIN .................................................................................................................................18
11.8.1 Automatically saving a user PIN in the next free memory cell ...........................................................18
11.8.2 Assigning a user PIN to a specic memory cell .................................................................................19
11.9 Deleting user PIN...............................................................................................................................20
11.9.1 Deleting a user PIN ............................................................................................................................20
11.9.2 Deleting a user PIN via memory cell number.....................................................................................20
11.10 Changing a user PIN..........................................................................................................................21
11.10.1 Changing a user PIN via user transponder ........................................................................................21
11.10.2 Changing a user PIN via memory cell number...................................................................................21

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Page
11.11 Teaching in user transponders ...........................................................................................................22
11.11.1 Automatically saving a user transponder in the next free memory cell ..............................................22
11.11.2 Assigning a user transponder to a specic memory cell ....................................................................23
11.11.3 Teaching in multiple user transponders with consecutive transponder number.................................23
11.11.4 Teaching in user transponders via collective mode............................................................................24
11.12 Deleting user transponder..................................................................................................................25
11.12.1 Deleting a user transponder via transponder .....................................................................................25
11.12.2 Deleting a user transponder via transponder number........................................................................25
11.12.3 Deleting a user transponder via memory cell number........................................................................26
11.13 Teaching in a user ngerprint .............................................................................................................27
11.13.1 Automatically saving a user ngerprint in the next free memory cell .................................................27
11.13.2 Assigning a user ngerprint to a specic memory cell .......................................................................28
11.14 Deleting user ngerprint .....................................................................................................................29
11.14.1 Deleting a user ngerprint via ngerprint ...........................................................................................29
11.14.2 Deleting a user ngerprint via memory cell number...........................................................................29
11.15 Clearing all memory cells ...................................................................................................................30
11.16 Setting the changeover contact activation time..................................................................................30
11.17 Enabling or disabling protection against incorrect entries..................................................................31
11.18 Setting the alarm time for protection function.....................................................................................31
11.19 Enabling access for visitors................................................................................................................32
11.19.1 Teaching in a visitor transponder .......................................................................................................32
11.19.2 Saving a visitor PIN............................................................................................................................33
11.19.3 Deleting a visitor transponder or visitor PIN.......................................................................................33
11.20 Enabling/disabling visual and acoustic indication ..............................................................................34
11.21 Transferring data between two access systems ................................................................................35
11.22 Setting the Wiegand input data format...............................................................................................36
11.23 Setting the Wiegand output data format.............................................................................................37
12 Operation...........................................................................................................................................................38
12.1 Getting started....................................................................................................................................38
12.2 Accessing via valid user PIN/transponder/ngerprint.........................................................................38
12.3 Accessing via door opener button......................................................................................................38
12.4 Preventing the PIN from being revealed ............................................................................................39
12.5 Disabling the alarm/lock on incorrect entry ........................................................................................39
13 Troubleshooting .................................................................................................................................................40
14 Declaration of Conformity (DOC).......................................................................................................................42
15 Cleaning and maintenance................................................................................................................................42
16 Disposal.............................................................................................................................................................42
17 Technical data....................................................................................................................................................43

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2 Introduction
Thank you for purchasing this product.
This product complies with statutory, national and European regulations. To ensure that the product remains in this
state and to guarantee safe operation, always follow the instructions in this manual.
These operating instructions are part of this product. They contain important information on setting up and
using the product. Do not give this product to a third party without the operating instructions. Therefore,
retain these operating instructions for reference!
All company and product names contained herein are trademarks of their respective owners. All rights reserved.
If there are any technical questions, please contact: www.conrad.com/contact
3 Intended use
This product is designed to prevent unauthorised access to doors (e.g. in an ofce) and to activate/disable alarm sys-
tems. It can be controlled via the keypad, suitable transponders or ngerprints. You can store a maximum of 1000 us-
ers (100 users with ngerprints, 890 users with PIN/transponder and 10 visitors with PIN/transponder).
Entering a correct PIN, holding a taught-in transponder in front of the reading area or touching the sensor with a stored
nger activates a potential-free relay changeover contact (see contact rating under “Technical data”). In this case, for
example, a door opener or an alarm system can be triggered.
The product is intended for vertical installation on a wall and is suitable for indoor and outdoor use (IP55).
For safety and approval purposes, do not rebuild and/or modify this product. Using the product for purposes other
than those described above may damage the product. In addition, improper use can cause hazards such as a short
circuit, re or electric shock.
Read the operating instructions carefully and store them in a safe place. Only make this product available to third
parties together with its operating instructions.
The product complies with statutory, national and European regulations. All company and product names contained
herein are trademarks of their respective owners. All rights reserved.

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4 Delivery content
Access system
Fasteners (2x special screws with matching L-key, 4x screw head stickers, mounting frame with 4x screws and
4x dowels)
1N4004 diode (for relay changeover contact)
Quick start guide
5 Installation, connection, getting started, programming and
operation
Detailed important instructions for this product and a programming overview sheet are download-
able from our website (enter the item number to call up the page with product details).
Alternatively, follow the link www.conrad.com/downloads or scan the QR code. Follow the instruc-
tions on the website.
There you will nd the latest operating instructions for download.
6 Explanation of symbols
The text contains the following symbols:
The symbol with the lightning in a triangle indicates that there is a risk to your health, e.g. due to an electric
shock.
The symbol with an exclamation mark in a triangle is used to highlight important information in these
operating instructions. Always read this information carefully.
The arrow symbol indicates special information and tips on how to use the product.

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7 Safety instructions
Damage caused due to failure to observe these instructions will void the warranty/guarantee! We shall not
be liable for any consequential damage!
We shall not be liable for damage to property or personal injury caused by incorrect handling or failure to
observe the safety information! Such cases will void the warranty/guarantee.
This product is not a toy. Keep it out of the reach of children and pets.
Protect the product from extreme temperatures, impacts, ammable gases, vapours and solvents. The access
system is suitable for indoor and outdoor installation and use (IP55).
Handle the product carefully. Jolts, impacts or a fall even from a low height may damage the product. Do not
expose the product to any mechanical stress.
Do not mount or connect the product when it is connected to a power supply.
The contact rating for the changeover contact is specied in the section “Technical data” and must not be ex-
ceeded.
Caution!
Never switch the mains voltage, as this can cause life-threatening electric shock!
Always observe safety information and operating instructions for the other devices (e.g. door opener, alarm sys-
tem) to which the product is connected.
If it is no longer possible to operate the product safely, stop using it and prevent unauthorised use. Safe operation
of the product can no longer be guaranteed if it shows visible signs of damage, malfunctions, has been exposed
to unfavourable storage conditions or signicant transport loads.
For installations in industrial facilities, follow the accident prevention regulations for electrical systems and equip-
ment issued by the national safety organisation or the corresponding national authority.
Do not leave packaging material lying around carelessly. It may become a dangerous plaything for children!
Maintenance, modications and repairs must be carried out only by a skilled technician or a specialist repair
centre.
If you are not sure how to operate the product correctly, or if you have any questions that are not answered in
these operating instructions, contact us or another specialist.

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8 Controls and connections
1. Opening for wall mounting
2. LED indicator
3. Keypad with an integrated RFID sensor
4. Fingerprint sensor with LED ring
Connection cable:
Colour Inscription Function
Red 12-18 DC Power supply 12 - 18 V/DC
Black GND GND/ground
Blue NO NO (normally open) contact of relay
Brown COM COM (centre contact) contact of relay
Grey NC NC (normally closed) contact of relay
Yellow OPEN Door opener button
White D1 Wiegand Data1
Green D0 Wiegand Data0
When the access system is connected to a Wiegand controller as an external reader (see section 9.4.1),
the yellow line of the access system can (if required) serve as a beep control (low level = sound activated)
instead of a door opener signalling.

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9 Installation and connection
Ensure that the connection cables are not kinked or squashed. This can cause malfunctions, short circuits
and device defects. Ensure that no cables or wires are damaged when drilling holes or tightening screws.
Installation and connection may only be carried out when the power supply is switched off.
9.1 Installation
Use suitable screws and, if necessary, dowels to
mount the mounting plate with the module on the
wall (see gure on the right) depending on the
type of wall.
The package includes two special screws and a
matching L-key. The screw head shape provides
extra protection against attempted manipulations.
The included mounting frame can be pre-in-
stalled depending on the substrate and installa-
tion position, and the access system should then
be screwed tight.
Depending on the substrate, use suitable screws
and, if necessary, dowels.
A hole for the connection cable must be drilled
before fastening. Wiring should be carried out
according to the wiring diagrams in the following
sections.
Ensure that there is suitable insulation (e.g. heat shrink tubing).
A protective diode is included for connecting a door opener. It protects the electronics from damage caused by volt-
age surges. Ensure the correct polarity, as shown in the following wiring diagrams (when connected, the ring on the
protective diode must face the positive pole/+).
Caution!
Never switch the mains voltage via the potential-free changeover contact! There is a risk of fatal electric
shock! Observe the permissible contact rating; see chapter “Technical data”.
Use suitable cables with different colours. Note the colours and store this information together with these
instructions. When connecting the cables, pay attention to the correct polarity (plus/+ and minus/-).
You can use the included stickers to cover the screw openings after the cable connection and successful start-up.

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9.2 Connecting to conventional voltage/power supply
When a conventional power supply unit should be used, observe the following gures with the wiring diagram.
A) “Fail-secure” door opener: Releases the locking latch only when its operating voltage is applied (common design
for front doors).
B) “Fail-safe” door opener: releases the locking latch only when the operating voltage is missing (uncommon design,
e.g. used for escape route doors, which can be opened in the event of a power outage).
The included diode must be connected correctly near the door opener to protect the access system from
voltage surges.
1. Access system
2. Door opener button
3. Power adapter
4. “Fail-Secure” door openers
5. “Fail-Safe” door openers
9.3 Connecting to alarm system
Observe the operating instructions for the alarm system used. The access system relay switches when a valid user
code or transponder is recognised or when the sensor is touched with a stored nger. An alarm system can thus be
enabled or disabled.
1
2
3
4
5
1
2
3

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9.4 Wiegand interface
The Wiegand interface of the access system can be used in two different ways. For programming, see section 11.6.
9.4.1 Using the access system as an external reader
The access system can be connected to a compatible
Wiegand controller and used as an external reader. Virtual-
ly all access system settings have no function in this mode.
If required, the yellow line of the access system can serve
as a beep control (low level = sound activated) instead of a
door opener signalling.
The access system works with an operating voltage of
12 - 18 V/DC. If the Wiegand controller does not provide
this, you will need a separate power adapter for the access
system. The wiring diagram will then be different from the
one shown in the gure.
With the access system, you can programme the bit rate
for data transfer (the default setting of the access system is
26 bit, see section 11.23), which must be the same as that
of the Wiegand controller. Follow the operating instructions
for the Wiegand controller.
9.4.2 Connecting an external reader to the
access system
The access system functions as a Wiegand controller and allows the operation of an external reader (e.g. for tran-
sponders).
Card readers for 125 kHz transponders as well as card readers with MIFARE®chip card technology
(13.561 MHz) are supported. When a MIFARE®smart card reader is used, new transponders can only be
taught in via this card reader.
However, when a card reader for 125 kHz transponders is used, transponders can be taught in both via
the access system and the card reader (should you face any problems, use only the external card reader
for teach-in).
Make sure the two data cables D0 and D1 are not swapped; D0 must always be connected to D0 and D1
must always be connected to D1. Other connections can be carried out as shown in section 9.2. Always
follow the operating instructions for the external card reader.
With the access system, you can programme the bit rate for data transfer (the default setting of the access
system is 26 bit, see section 11.22), which must be the same as that of the reader. Follow the operating
instructions for the reader.
Red
Black
Green
White
Yellow

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10 Setup
After completing the installation and connection process, switch on the operating voltage. The access system emits
a short beep, and the button illumination turns on. The LED lights up red, which indicates that the access system is
in standby mode.
The access system automatically shuts off the button illumination if the sensor eld is not touched within 20 seconds.
You can now start programming, as described in the next section.
11 Programming
Important!
We recommend that you note all settings. You will thus be able to refer to them over time and adapt them
to new requirements.
You should note access data such as user name, memory cell number, user PIN, transponder number,
etc., to know who can access the system. These data also enable easy deletion of individual user PINs,
user transponders or user ngerprints.
The access system can be reset to factory defaults, resulting in all settings getting lost (stored PINs,
transponders and ngerprints are retained in this case and may have to be deleted separately).
The keypad is mainly used for programming.
You can also use a master transponder or master ngerprint to teach in or delete user PINs/transponders/ngerprints.
The access system can store up to 10 “visitor” PINs or transponders. Visitor PINs/transponders can have a pro-
grammed number of access attempts (1 to 10 attempts), after which they will become invalid.
For example, you can programme a visitor transponder in such a way that it only allows access once.
Subsequently, it is automatically removed from the access system memory and becomes invalid.
1000 memories are provided for the transponders and ngerprints:
Memory cell number 0 - 98: user ngerprints
Memory cell number 99: master ngerprint
Memory cell number 100 - 989: user PINs and/or user transponders (depending on access mode)
Memory cell number 990 - 999: visitor PINs or visitor transponders

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11.1 General information
Please note:
The access system automatically turns off the button illumination if the sensor eld is not touched within 20 sec-
onds. The rst touch of the sensor eld only activates the button illumination and is recognised as an entry; the
access system emits no beep in this case.
Each time the access system recognises a valid button press, it emits a short conrmation beep. A correct entry
is followed by a long conrmation beep, and the LED lights up green briey.
In case of an incorrect entry, the access system emits 3 brief beeps, and the red LED ashes 3 times.
11.2 Resetting all settings to factory defaults; teaching in master transponders
With a master transponder, you can easily teach in or delete user PINs, user transponders or user ngerprints without
having to call up the programming mode now and then.
For security reasons, you can only create a master transponder while resetting the access system to fac-
tory defaults.
It is possible to have no master transponder, for example, if, for security reasons, you wish to teach in
or delete user PINs/transponders/ngerprints only via the programming mode and not via the master
transponder.
11.2.1 Resetting the access system and teaching in the master transponder
If you have already taught in a master transponder, it will automatically be deleted through the teach-in
of another transponder. It means that you can only have one master transponder at a time. Ensure the
transponder to be used as the master transponder is not yet registered with the access system (e.g. as a
user transponder).
De-energise the access system and wait for the LED to go out.
Press and hold the door opener button connected to the access system.
Reconnect the access system to the voltage/power supply. The access system will emit two beeps. Now release
the door opener button.
The access system emits a beep and the LED lights up yellow.
Hold the transponder to be taught in as a master transponder in front of the RFID sensor. Once the transponder is
recognised, the access system emits a beep and the transponder is saved as a master transponder.
The used transponder that is already taught in as the user transponder cannot be used as a master tran-
sponder. The access system will emit 3 brief beeps, and the LED will ash red.
When the red LED lights up, the access system is in standby mode. All settings have been reset to factory defaults.

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11.2.2 Resetting the access system without teaching in a master transponder (or deleting the
existing master transponder)
The procedure described below allows the operation of the access system without a master transponder.
In addition, it also allows you to delete an existing master transponder, e.g. if it has been lost.
De-energise the access system and wait for the LED to go off.
Press and hold the door opener button connected to the access system.
Energise the access system. The access system will emit two beeps.
Wait for around 5 seconds, keep the door opener button pressed and do not release it.
The access system emits a beep and the LED lights up red.
You can now release the door opener button for the access system to go back to standby mode. All settings have
been reset to factory defaults; there is no master transponder.
11.2.3 Overview of the default settings
Function Adjustment after resetting to factory defaults
Master code 123456
master ngerprint is retained/not deleted
user or visitor PINs/transponders/ngerprints are retained/not deleted
Mode 77 (use as access system or Wiegand controller)
Wiegand bit rate 26 bit
Wiegand parity bit on
Output format when used as a Wiegand card
reader
4 bit
Alarm after 10 incorrect entries off
Alarm duration after 10 incorrect entries 1 minute
Beep when a button is pressed on
Status LED on
Button illumination switches off automatically after 20 seconds of inactivity
Switch output activation time 5 seconds
Output activation Access upon a correct entry of a PIN, transponder or ngerprint
Automatic teach-in of new transponders Off

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11.3 Enabling/disabling programming mode
To go into programming mode, enter the 6-digit master code as follows (default setting = 123456):
The LED then ashes red (programming mode is active). This mode allows teaching in/deleting user PINs/tran-
sponders or making various settings.
To exit the programming mode (red LED ashes), press the button. A permanently lit LED indicates that the
access system is in standby mode.
If no button is pressed within 30 seconds of calling up programming mode, the mode is exited automati-
cally for security reasons and the access system goes back to standby mode. Previously programmed
settings will be accepted.
11.4 Changing master code
Access system programming always requires the master code, which should be selected accordingly.
The default master code is “123456” (the same applies after resetting the code lock to factory defaults). For security
reasons, we strongly recommend that you change this master code immediately after programming when the access
system is in normal operation.
The master code must always consist of six digits.
Enable the programming mode as described in section 11.3; the LED starts to ash red.
Enter programming code for the master code. The yellow LED will then light up.
Then enter the new master code, for example:
Press the button to conrm your entry.
Enter the new master code once again, for example:
Press the button to conrm your entry.
The LED ashes red again, which means that you can continue programming or exit the programming mode with
the button.

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11.5 Teaching in/deleting the master ngerprint
A single master ngerprint can be taught in to the access system. It allows you to quickly teach in or delete user PINs,
transponders or ngerprints.
Memory cell number 99 is reserved for the master ngerprint.
11.5.1 Teaching in master ngerprint
Enable the programming mode as described in section 11.3; the LED starts to ash red.
Enter programming code to start the teach-in process. The yellow LED will then light up.
Enter memory cell number for the master ngerprint.
Press the button to conrm your entry.
When memory cell number 99 is already occupied by a master ngerprint, the access system emits 3 brief
beeps, and the LED ashes red 3 times. It is no longer possible to overwrite an existing master ngerprint.
Start by deleting memory cell 99 (see below) before storing another master ngerprint.
To teach in the master ngerprint, touch the ngerprint sensor 3 times in succession with the same nger. An LED
ring around the sensor lights up blue when the sensor is touched. The LED ring lights up green and a short beep
is emitted if the ngerprint is recognised correctly.
After the third correct reading, the access system emits a long beep and the ngerprint is stored. The LED indica-
tor lights up yellow.
If the ngerprint cannot be read correctly, you will hear 3 beeps, and the LED ring will ash red 3 times.
The same happens if you try to scan a ngerprint that has already been stored.
Press the button to exit the teach-in mode.
The LED ashes red again, which means that you can continue programming or exit the programming mode with
the button.
11.5.2 Deleting master ngerprint
Enable the programming mode as described in section 11.3; the LED starts to ash red.
Enter programming code to activate delete mode. The yellow LED will then light up.
Enter memory cell number for the master ngerprint.
Press the button to conrm your entry.
If the memory cell is already blank, the access system emits 3 brief beeps, and the LED ashes red.
Press the button to exit the delete mode. The LED ashes red again, which means that you can continue
programming or exit the programming mode with the button.

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11.6 Setting the Wiegand interface mode
As already mentioned in section 9.4, the access system can function as an external reader (section 9.4.1) for a
Wiegand controller or as a Wiegand controller for an external reader (section 9.4.2). The access system allows you
to congure the desired mode.
Enable the programming mode as described in section 11.3; the LED starts to ash red. Enter programming code
to activate setup mode. The yellow LED will then light up.
Select the desired function:
= Access system functions as a Wiegand controller or as a stand-alone unit (default setting)
= Access system functions as a reader for an external Wiegand controller
Press the button to exit setup mode. The LED ashes red again, which means that you can continue program-
ming or exit the programming mode with the button.
When the access system is operated as a stand-alone unit (without an additional external reader), the
default setting ( ) must be used.
When the access system is operated as a reader ( ), virtually all access system settings have no func-
tion as the external Wiegand controller takes it over. The yellow connection cable of the access system
no longer activates a door opener button and can be used to control a beeping transmitter in the access
system (low signal = beep active).

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11.7 Selecting access mode
There are various options for activating the changeover contact in the access system:
Only with a ngerprint
Only with a transponder
Only with a PIN
With a transponder and PIN
With a PIN, transponder or ngerprint (default setting)
Only with 2 - 9 transponders (access is granted only when multiple persons are there and attempt access in strict
succession (max. 5 seconds per person), e.g. for high-security rooms; in this case, a single person has no access
despite having a valid transponder)
The master transponder or master ngerprint cannot be used to activate the changeover contact of the
access system.
Proceed as follows:
Enable the programming mode as described in section 11.3; the LED starts to ash red.
Enter programming code for the access mode. The yellow LED will then light up.
Select the desired access mode:
= Only with a ngerprint
= Only with a transponder
= Only with a PIN
= With a transponder and PIN
+ ( ..... ) = Multi-user access
Example: = The changeover contact is activated and access granted only if 4 persons
perform a valid access attempt using a transponder strictly one after the other within no more
than 5 seconds per person
= With a PIN, transponder or ngerprint (default setting)
Press the button to exit the setting mode. The LED ashes red again, which means that you can continue
programming or exit the programming mode with the button.

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11.8 Saving user PIN
The access system has 890 memory cells to store user PINs and/or user transponders. Memory cell numbers 100 -
989 are provided for these transponders.
You can use the keypad, master transponder or master ngerprint for storage.
We recommend that you create a table and ll in all access data, such as user name, memory cell number,
user PIN, transponder number, etc. This is how you can keep track of who accessed the access system
and used a specic memory cell.
Besides, it enables you to easily delete a specic user who is no longer allowed access, has forgotten their
user PIN or has lost a user transponder.
Otherwise, it might be necessary to clear all memory cells and start over.
You can save a user PIN in two different ways:
Save the user PIN in the next free memory cell
Save the user PIN in a specic memory cell
11.8.1 Automatically saving a user PIN in the next free memory cell
This storage mode enables quick and easy teaching in of new user PINs in the next free memory cell.
In this case, a specic user PIN can only be deleted via the PIN itself, as the assignment between the user
PIN and the memory cell number is unknown. In that case, all memory cells would need to be cleared.
Enable the programming mode as described in section 11.3; the LED starts to ash red. Enter programming code
to activate storage mode. The yellow LED will then light up.
Otherwise, you can hold the master transponder once in front of the reading area or touch the ngerprint
sensor once with the master ngerprint. This activates the storage mode, and the LED indicator lights up
yellow.
Next, enter the desired user PIN and then press the button to conrm your entry.
Example: = Save user PIN 2222
The user PIN can consist of 4 to 6 digits. You cannot use the 8888 digit combination because it is a service
combination (default user code).
When the PIN is already stored in the memory, the access system emits 3 brief beeps, and the LED
ashes red. The same PIN can be assigned only once.
You can save multiple user PINs if desired. To do so, enter the desired user PIN consisting of 4 to 6 digits and
then press the button to conrm.
Press the button to exit the storage mode. The LED ashes red again, which means that you can continue
programming or exit the programming mode with the button.

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11.8.2 Assigning a user PIN to a specic memory cell
This process takes more time but enables you to delete a specic user PIN (via the memory cell number)
if you have forgotten it (provided you have a table with the access data in place that was recommended at
the beginning of the chapter).
Enable the programming mode as described in section 11.3; the LED starts to ash red. Enter programming code
to start the teach-in process. The yellow LED will then light up.
Otherwise, you can hold the master transponder once in front of the reading area or touch the ngerprint
sensor once with the master ngerprint. This activates the storage mode, and the LED indicator lights up
yellow.
Enter the memory cell number ( ..... ) in which you wish to save the user PIN, and then press
the button to conrm your entry.
Example: = Save the user PIN in memory cell 654
If the memory cell number has already been assigned, the access system emits 3 brief beeps, and the
LED ashes red. A memory cell cannot be overwritten. First, clear the respective memory cell before
another user PIN can be stored there, as described in section 11.9.
Next, enter the desired user PIN and then press the button to conrm your entry.
Example: = Save user PIN 2222
The user PIN can consist of 4 to 6 digits. You cannot use the 8888 digit combination because it is a service
combination (default user code).
When the PIN is already stored in the memory, the access system emits 3 brief beeps, and the LED
ashes red. The same PIN can be assigned only once.
You can save multiple user PINs if desired. Simply enter the 3-digit memory cell number ( .....
) and press the button to conrm. Then enter the desired user PIN consisting of 4 to 6 digits and press
the button to conrm.
Press the button to exit the storage mode. The LED ashes red again, which means that you can continue
programming or exit the programming mode with the button.

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11.9 Deleting user PIN
The respective user will no longer have access via their user PIN once the corresponding user PIN has been deleted.
You can delete a user PIN in two different ways:
Delete the user PIN
Clear the memory cell in which the user PIN is stored (if known, see note at the beginning of section 11.8)
11.9.1 Deleting a user PIN
Enable the programming mode as described in section 11.3; the LED starts to ash red. Enter the programming
code to start deletion mode. The yellow LED will then light up.
Otherwise, you can hold the master transponder twice in front of the reading area or touch the ngerprint
sensor twice with the master ngerprint (each time for 5 seconds). This activates the delete mode, and
the LED indicator lights up yellow.
Enter the user PIN you wish to delete and press the button to conrm. The user PIN will be deleted.
Example: = Delete user PIN 6543
You can also delete other user PINs if you wish (enter the desired user PIN and press the button to conrm).
When the user PIN is unknown and/or already deleted, the access system emits 3 brief beeps, and the
LED ashes red.
Press the button to exit the delete mode. The LED ashes red again, which means that you can continue
programming or exit the programming mode with the button.
11.9.2 Deleting a user PIN via memory cell number
Enable the programming mode as described in section 11.3; the LED starts to ash red. Enter the programming
code to start deletion mode. The yellow LED will then light up.
Otherwise, you can hold the master transponder twice in front of the reading area or touch the ngerprint
sensor twice with the master ngerprint (each time for 5 seconds). This activates the delete mode, and
the LED indicator lights up yellow.
Enter the 3-digit memory cell number ( ..... ) you wish to clear and press the button to conrm
your entry. The memory cell (with the data stored in it) will be cleared.
Example: = Clear memory cell 654
When the memory cell number is already blank, the access system emits 3 brief beeps, and the LED
ashes red.
You can also clear other memory cells if you wish (enter the memory cell number and press the button to
conrm).
Press the button to exit the delete mode. The LED ashes red again, which means that you can continue
programming or exit the programming mode with the button.