13
9. Programming
Important!
We recommend that you note down all settings. You will thus be able to refer to them over time and adapt
them to new requirements.
You should also enter the access data (e.g. username, memory number, transponder number) in order
to maintain an overview of who is permitted access. It also makes it very easy to delete individual user
transponders or user fingerprints.
The access system can be reset to factory defaults, in which case all settings are lost (stored transponders
and fingerprints are retained in this case and may need to be deleted separately).
The enclosed IR remote control is primarily used for programming. Point the LED located at one end of the IR remote
control towards the position of the indicator LED (2) in the access system – this is where the IR receiver LED is
located (not visible from the outside). The distance between the IR remote control and the access system must not
exceed 1 m.
The enclosed master transponder can also be used to teach in or delete user transponders/fingerprints. If the master
transponder is lost or faulty, a new master transponder can also be stored.
If you do not wish to have a master transponder for security reasons, this can be facilitated with a special
procedure on resetting to the default settings, see 8. j).
Teach-in or deletion of user transponders/fingerprints is also possible with a master fingerprint.
The access system also allows you to store up to 10 ‘visitor’ transponders. For each of the visitor transponders, you
can program the number of access attempts (1 - 10 attempts can be set) after which the transponder will become
invalid. For example, you can program a visitor transponder in such a way that it only allows access once.
1000 memories are provided for the transponders and fingerprints:
• Memory number 0 - 98: user fingerprints
• Memory number 99: master fingerprint
•
Memory number 100 - 989: User transponder
•
Memory number 990 - 999: visitor transponder
