Simons Voss Technologies 3067 Product Manual
PROGRAMMING TRANSPONDER 3067
PRODUCT MANUAL
Version: Draft 2012 v02
based on April 2007_V05.04.2007
Date: Oct 2019
PROGRAMMING TRANSPONDER 3067
PRODUCT MANUAL
Contents
1 SAFETY INSTRUCTIONS............................................................................................3
2 INTRODUCTION ..........................................................................................................3
3 SECURITY CARD ........................................................................................................4
4 PROGRAMMING INSTRUCTIONS..............................................................................4
4.1 Initial programming............................................................................................4
4.2 Adding a new transponder ................................................................................5
4.3 Reading transponders.......................................................................................5
4.4 Blocking lost transponders ................................................................................6
4.5 Emergency opening ..........................................................................................6
4.6 Error signals ......................................................................................................7
5 LOSS OF THE PROGRAMMING TRANSPONDER ....................................................7
6 BATTERY REPLACEMENT .........................................................................................8
7 TECHNICAL DATA.......................................................................................................8
2
PROGRAMMING TRANSPONDER 3067
PRODUCT MANUAL
1 SAFETY INSTRUCTIONS
− The transponder casing is protected against splash water. However, it is not wa-
tertight.
− Only use batteries which have been approved by SimonsVoss (see Section 7)
− The batteries used in Digital Locking Cylinder 3061 may pose a fire or burn haz-
ard if handled incorrectly. Do not
Do not
− Dispose of old and used batteries in the proper manner
children's reach.
− Damage
− Do not touch the contacts on the new battery with your hands when replacing the
old one. Use clean gloves free of fat or grease to handle the battery.
− When replacing the batteries, make sure that the electronics are not subject to
mechanical load and are not damaged in any other way.
− Access through a door may be blocked due to defective or incorrectly pro-
grammed products. SimonsVoss AG is not liable for consequences of incorrect
installation, such as blocked access to injured persons or those at risk, physical
damage or any other losses. SimonsVoss Technologies AG accepts no liability
for damage caused by incorrect fitting or installation.
− SimonsVoss Technologies AG reserves the right to make changes to the product
or implement technical further developments without prior notice.
− This documentation has been compiled in accordance with the best knowledge
available to us. However, errors cannot be ruled out. No liability is accepted in
such cases.
− Should there be differences in the content of other language versions of this doc-
umentation, the German version applies in cases of doubt.
short-circuit.
may be caused to the transponder if you reverse the polarity.
recharge, open, heat or burn these batteries.
3
and store them out of
2 INTRODUCTION
Programming Transponder 3067 is suitable for small locking systems which the system administrator does not wish to manage using a software application or for which
they do not wish to buy an additional programming device (Smart CD).
Programming Transponder 3067 can be used to programme both Digital Locking Cylinder 3061 and Transponder 3064. Programming and communication take place via
the G1 dataset.
You can use the programming transponder to carry out the following actions:
• Initial programming of the system
• Changes to authorisations
• Block lost transponders
• Identify a transponder's ID number
When a locking system is programmed using a programming transponder, in addition
to a secret password, transponders also receive a sequential ID number.
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