Simons Voss Technologies 3064 User manual

Transponder 3064
Manual
25.08.2021

Contents
1 General safety instructions..................................................................................................................... 3
2 General ..........................................................................................................................................................6
2.1 How it works.......................................................................................................................................................6
2.2 Incorporating the transponder in different locking systems........................................................7
2.3 Higher-ranking locking level........................................................................................................................8
3 Special models ......................................................................................................................................... 10
3.1 Password transponder................................................................................................................................ 10
3.2 Switch transponder ...................................................................................................................................... 10
3.3 Explosion protection transponder (EX protection)....................................................................... 10
3.4 Bonded transponder .................................................................................................................................... 10
3.5 Transponder with integrated RFID chip.............................................................................................. 10
3.6 Fire service key tube transponder............................................................................................................11
3.7 G2 battery replacement transponder....................................................................................................11
4 Explosion protection transponder.......................................................................................................12
4.1 General.................................................................................................................................................................12
4.2 Industrial standards.......................................................................................................................................12
4.3 Classification.....................................................................................................................................................12
5 Additional functions.................................................................................................................................13
5.1 Time zone control...........................................................................................................................................13
5.2 Date of validity .................................................................................................................................................13
5.3 Activation transponder.................................................................................................................................13
6 Battery replacement............................................................................................................................... 14
7 Loss of the transponder ......................................................................................................................... 16
7.1 Emergency opening ...................................................................................................................................... 16
7.2 Replacement transponder [G1].............................................................................................................. 16
8 Overview of differences between G1 and G2 Protocols ...............................................................17
9 Technical data .......................................................................................................................................... 18
9.1 Dimensions........................................................................................................................................................ 19
10 EU/UK Declaration of conformity...................................................................................................... 20
11 Help and other information ...................................................................................................................21
Transponder 3064 (Manual) Contents
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1 General safety instructions
Signal word (ANSI
Z535.6) Possible immediate effects of non-compliance
DANGER Death or serious injury (likely)
WARNING Death or serious injury (possible, but unlikely)
CAUTION Minor injury
IMPORTANT Property damage or malfunction
NOTE Low or none
WARNING
Blocked access
Access through a door may stay blocked due to incorrectly fitted and/or in-
correctly programmed components. SimonsVoss Technologies GmbH is
not liable for the consequences of blocked access such as access to in-
jured or endangered persons, material damage or other damage!
Blocked access through manipulation of the product
If you change the product on your own, malfunctions can occur and access through a door can
be blocked.
Modify the product only when needed and only in the manner described in the
documentation.
Do not swallow battery. Danger of burns from hazardous substances
This product contains lithium button cell batteries. Swallowing the button cell battery, in can
result in severe internal burns leading to death in as little as two hours.
1. Keep new and used batteries away from children.
2. If the battery compartment does not close securely, cease using the product and keep it
away from children.
3. If you think batteries have been swallowed or are in any part of the body, seek medical
attention immediately.
Risk of explosion due to incorrect battery type
Inserting the wrong type of battery can cause an explosion.
Only use the batteries specified in the technical data.
Transponder 3064 (Manual) 1. General safety instructions
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CAUTION
Fire hazard posed by batteries
The batteries used may pose a fire or burn hazard if handled incorrectly.
1. Do not try to charge, open, heat or burn the batteries.
2. Do not short-circuit the batteries.
IMPORTANT
Damage resulting from electrostatic discharge (ESD)
This product contains electronic components that may be damaged by electrostatic discharges.
1. Use ESD-compliant working materials (e.g. Grounding strap).
2. Ground yourself before carrying out any work that could bring you into contact with the
electronics. For this purpose, touch earthed metallic surfaces (e.g. door frames, water pipes
or heating valves).
Damage resulting from liquids
This product contains electronic components that may be damaged by liquids of any kind.
Keep liquids away from the electronics.
Damage resulting from aggressive cleaning agents
The surface of this product may be damaged as a result of the use of unsuitable cleaning agents.
Only use cleaning agents that are suitable for plastic or metal surfaces.
Damage as a result of mechanical impact
This product contains electronic components that may be damaged by mechanical impacts of
any kind.
1. Avoid touching the electronics.
2. Avoid other mechanical influences on the electronics.
Damage due to polarity reversal
This product contains electronic components that may be damaged by reverse polarity of the
power source.
Do not reverse the polarity of the voltage source (batteries or mains adapters).
Operational malfunction due to radio interference
This product may be affected by electromagnetic or magnetic interference.
Do not mount or place the product directly next to devices that could cause electromagnetic
or magnetic interference (switching power supplies!).
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Communication interference due to metallic surfaces
This product communicates wirelessly. Metallic surfaces can greatly reduce the range of the
product.
Do not mount or place the product on or near metallic surfaces.
NOTE
Intended use
SimonsVoss-products are designed exclusively for opening and closing
doors and similar objects.
Do not use SimonsVoss products for any other purposes.
Malfunctions due to poor contact or different discharge
Contact surfaces that are too small/contaminated or different discharged batteries can lead to
malfunctions.
1. Only use batteries that are approved by SimonsVoss.
2. Do not touch the contacts of the new batteries with your hands.
3. Use clean and grease-free gloves.
4. Always replace all batteries at the same time.
Different times for G2 locks
The internal time unit of the G2 locks has a technical tolerance of up to ± 15 minutes per year.
Qualifications required
The installation and commissioning requires specialized knowledge.
Only trained personnel may install and commission the product.
Incorrect installation
SimonsVoss Technologies GmbH accepts no liability for damage caused to doors or compon-
ents due to incorrect fitting or installation.
Modifications or further technical developments cannot be excluded and may be implemented
without notice.
The German language version is the original instruction manual. Other languages (drafting in the
contract language) are translations of the original instructions.
Read and follow all installation, installation, and commissioning instructions. Pass these instruc-
tions and any maintenance instructions to the user.
Transponder 3064 (Manual) 1. General safety instructions
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2 General
Transponder 3064 is a digital "key" which is programmed with locking plan
software and functions using contactless, wireless communication. All
functions are activated by pressing a button. These include authorisation
identification and the opening and locking of doors, gates, barriers, furniture
locks and similar items. The transponder communicates with digital
components – cylinders, SmartRelays and activation units – by sending
and receiving constantly changing crypto codes, which ensure that the
system cannot be misused.
As System 3060 functions using active transponder technology, the
transponder features its own power source, a battery. Advantages over
passive technologies include lower power requirements in the cylinder and
the greater operating range.
SimonsVoss supplies different transponder models. These models are
described in this document.
The second transponder generation G2 replaces the first generation G1. G2
features a more efficient communication protocol than G1. It will allow you
to create larger, more efficient locking systems. Authorisations are also
written on both the locking cylinder and the transponder, making
programming more flexible.
A G2 system can also form a virtual network, i.e. authorisations and
blocking lists are written on the transponder and transmitted to the locking
system.
This manual looks at the specific differences between transponders. Read
the G2 manual for more details.
The G2 transponder features both the G1 and G2 protocols and can thus be
programmed for both locking system generations.
2.1 How it works
To carry out an action, the user holds the transponder close to the digital
lock and presses the transponder button. Refer to the recommended
distances:
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Digital Cylinder AX 5cm to 20cm
Locking Cylinder 3061 15cm to 40cm
SmartHandle AX 5cm to 30cm
SmartHandle 3062 5cm to 40cm
SmartLocker AX 5cm to 30cm
Padlock AX 5cm to 20cm
Padlock 15cm to 40cm
SmartRelais 3 Advanced 5cm to 100cm
SmartRelais 2.G2 5cm to 120cm
The transponder and locking device then exchange keys and authorisation
data. The user can only perform the required action, such as opening or
locking the door, if the transponder is authorised for the digital lock.
2.2 Incorporating the transponder in different locking systems
Each transponder can be used in three [G1] or four [G2] completely
separate locking systems, providing no areas of validity are programmed.
Each locking system receives its own password and is managed separately.
The following screen shows an example of use.
Transponder 3064 (Manual) 2. General
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Firma:
900
Schließungen
Filiale:
85
Schließungen
Eigenheim:
3
Schließungen
Schließanlage 1 Schließanlage 2 Schließanlage 3
Fig.1: A transponder for several separate locking systems
2.3 Higher-ranking locking level
Transponders can be authorised for more than three [G1] or four [G2]
locking systems. To ensure this is the case, higher-ranking locking levels
need to be set up in the locking systems concerned. A maximum of three
higher-ranking locking levels can be set up per locking system (green, blue
and red).
CAUTION
Opening deactivated locking devices using the red level
Transponders which have been assigned to the red locking level can also
open deactivated locking devices using a block lock function.
Assign the red locking level to emergency services such as the fire
service only.
NOTE
Reprogramming a higher-ranking locking level
Higher-ranking locking levels can only be programmed directly on the lock-
ing device.
200 [G1] or 1024 [G2] transponder IDs (TIDs) are reserved for each level in
LSM. Authorisations for different transponders in the higher-ranking locking
levels may be different.
The following screen shows an example of use.
Transponder 3064 (Manual) 2. General
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Company D
Company C
Company B
Company A
Central
locking system
Fig.2: Higher-ranking transponder
Four companies are based in an office building with a main lock which is
used by all the companies. Each company manages its own locking system
with its own password. Each employee receives a transponder which is
authorised for two locking systems, the main lock and their company's own
system. The building management or on-site technicians and cleaning staff
require access to all levels. The fire service, for example, requires a
transponder which is valid for all five locking systems in the building. They
also require access if the alarm system is activated and the block lock
function has disabled the locking cylinders. Higher-ranking locking levels
are created in each of the five locking systems to provide access to all five
locking systems. Each level receives the same password for all locking
systems.
Transponder 3064 (Manual) 2. General
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3 Special models
3.1 Password transponder
Instead of being entered manually, the locking system password can be
transmitted by radio using a special transponder. Standard transponders
cannot be used as a password transponder.
3.2 Switch transponder
For this type of transponder, a two-wire cable (about 1 m long) is
connected to the switch contacts on the button and fed to the outside.
When the two wires are connected, the transponder interconnects and is
able to trigger actions.
Examples of use:
Linking third-party systems
Remote activation of a digital locking cylinder or SmartRelay
3.3 Explosion protection transponder (EX protection)
This transponder has the same functions as a Transponder 3064, but it is
also approved for use in Explosion Protection Zone 1 (see
Explosion
protection transponder [}12] ).
3.4 Bonded transponder
This transponder is almost identical to the standard transponder, but has a
bonded casing. This prevents the end user from misusing the transponder
electronics or opening the casing.
3.5 Transponder with integrated RFID chip
Transponders can be supplied with different integrated RFID chips as an
option. These RFID Chips do not necessarily need to be programmed with
the LSM software. The active transponder and passive RFID part are
independent from one another.
The following different RFID technologies are available:
EM® 4102
HITAG® 1
HITAG® 2
MIFARE® Classic
MIFARE® DESFire
LEGIC® MIM 256
Transponder 3064 (Manual) 3. Special models
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LEGIC® advant 128
3.6 Fire service key tube transponder
Almost identical to the standard transponder, but has a narrower casing
(33mm) and can be kept in a standardised fire service key tube.
3.7 G2 battery replacement transponder
A G2 battery replacement transponder can be created in the LSM software
(Version 3.0 or higher) for G2 locking systems. If the battery is low, the
locking device will switch to freeze mode and can no longer be opened with
normal transponders. The battery replacement transponder can eliminate
freeze mode when activated on the cylinder. The locking device can then
be opened with an authorised transponder. This means you no longer need
to take the programming device to enable the locking device.
CAUTION
Depleting batteries through misuse
The battery is depleted further each time it opens a locking device in con-
junction with a battery replacement transponder. This may lead to the bat-
teries being fully discharged if the transponder is not used for its intended
purpose! The batteries must be replaced immediately in such cases.
Transponder 3064 (Manual) 3. Special models
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4 Explosion protection transponder
4.1 General
This transponder is a special product which can be carried and used in
Zone 1 potentially explosive areas. Zone 1 refers to an area where a
potentially explosive atmosphere sometimes occurs during day-to-day
operations. The following aspects must be taken into account:
The casing must not be opened.
Unlike with Standard Transponders 3064, only SimonsVoss may
change the battery in this transponder.
As a general rule, users must comply with explosion protection
regulations such as the German Operating Regulations BGR132 when
using the device in Zone 1.
4.2 Industrial standards
This transponder has been tested in accordance with applicable explosion
protection standards.
Refer to the following for further information:
Directive 94/9/EC
EN 60079-0 (Equipment for explosive atmospheres)
EN 60079-11 (Equipment protection by intrinsic safety "i!")
4.3 Classification
The transponder is classified as follows:
Explosion Protection Zone 1
Intrinsic safety ib
Explosion group IIC
Temperature class T3
Device group II2 G
This applies to areas where a potentially explosive atmosphere may occur
due to gases, vapours or mist. The information given refers to an ambient
temperature between -20°C and +40°C in the area of use.
Transponder 3064 (Manual) 4. Explosion protection transponder
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5 Additional functions
The functions described below can be activated in the LSM software.
5.1 Time zone control
Transponders can be programmed to have locking authorisation for digital
access control locking devices at certain times only (time zones). Such
time zones are added to the LSM software and the transponders are then
allocated to the relevant time zone group.
Example: Mr Smith receives the following authorisations:
Monday to Friday Between 09:00 and 18:30
Saturday Between 09:00 and 12:45
Sunday No authorisation
5.2 Date of validity
Transponder authorisations can be linked to a validity date. The locking
device does not need to be an access control locking device.
Transponders which are valid from a specific point in time
(e.g. from 08:00 on July 12, 2005)
Transponders which are valid until a specific point in time
(e.g. until 17:00 on July 12, 2005)
Transponders which are valid for a specific time period
(e.g. between 1 July, 2003 until 31 July, 2005)
NOTE
Data record creation
A data record is created each time for the activation or expiry date.
5.3 Activation transponder
As the result of a Block Lock function, all authorised transponders are
blocked for digital locking devices in a safety area when the alarm system
is activated to prevent false alarms.
Transponders can be programmed which eliminate this blocking mode and
can then be used in an emergency by the fire service, for example (see
Higher-ranking locking level [}8] ). The door can then only be opened using
an authorised transponder.
Transponder 3064 (Manual) 5. Additional functions
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6 Battery replacement
The transponder battery can be replaced at any time.
1. Carefully open the casing at the notches, so that you can see the bat-
tery.
2. Open the battery holder.
3. Remove the battery.
4. Insert a new battery (negative pole to the circuit board).
5. Close the battery holder.
6. Press the casing together again.
9Casing lid clicks back into place.
9Battery is replaced.
Transponder 3064 (Manual) 6. Battery replacement
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WARNING
Risk of explosion due to incorrect battery replacement
A battery fitted incorrectly into a explosion protection transponder may ig-
nite an explosive atmosphere. Therefore, only SimonsVoss Technologies
GmbH may replace the battery in explosion protection transponders.
CAUTION
Lack of power supply on battery replacement
The transponder may lose data due to the interruption in power supply. Do
not interrupt the power supply for longer than two minutes. Do not press
the button when there is no power and avoid short circuits.
Transponder 3064 (Manual) 6. Battery replacement
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7 Loss of the transponder
7.1 Emergency opening
You may carry out an emergency opening with the SmartCD and PDA and
by entering the locking system password.
7.2 Replacement transponder [G1]
If a transponder is lost, it can be blocked in the locking plan and a
replacement transponder added. If the locking system is operated in
overlay mode [G1], the transponder is automatically disabled as soon as
the replacement transponder is activated on the locking device (see LSM
manual for programming).
Transponder 3064 (Manual) 7. Loss of the transponder
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8 Overview of differences between G1 and G2 Protocols
G1 G2
Locks per locking cylin-
der on a transponder 16,000 64,000
Number of locking sys-
tems 3 4 [G2] + 3 [G1]
Max. number of TIDs
per higher-ranking lock-
ing level
200 1024
Time zone groups 5+1 100+1
Physical access lists
storable n/a 1000
Locking plan informa-
tion Locking devices Transponders or lock- ing devices
Transponder 3064 (Manual)
8. Overview of differences between G1
and G2 Protocols
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9 Technical data
Housing
Material Weatherproof plastic
(polyamide)
Colours
Casing: black
Buttons: different col-
ours
Diameter 42.0mm
Height 13.7mm
Ambient conditions
Temperature range -20°C to 60°C
Standard protection
rating
IP65
IP66 (.SPEZ version)
Environmental Class III
Batteries
Type CR2032
Manufacturer Varta, Panasonic,
Murata
Quantity 1x
Voltage 3V
Battery life
G1: up to 100,000 ac-
tivations or up to 10
years on standby
G2: up to 400,000 ac-
tivations or up to 10
years on standby
Range
Digital Cylinder AX 5cm to 20cm
Locking Cylinder 3061 15cm to 40cm
SmartHandle AX 5cm to 30cm
SmartHandle 3062 5cm to 40cm
SmartLocker AX 5cm to 30cm
Padlock AX 5cm to 20cm
Padlock 15cm to 40cm
SmartRelais 3 Ad-
vanced 5cm to 100cm
SmartRelais 2.G2 5cm to 120cm
Transponder 3064 (Manual) 9. Technical data
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Radio emissions
SRD 24.50 kHz - 25.06 kHz -20 dBµA/m (10 m dis-
tance)
RFID (depending on
equipment)
13.564 MHz - 13.564
MHz
-19.57 dBµA/m (10 m
distance)
There are no geographical restrictions within the EU.
9.1 Dimensions
Transponder 3064 (Manual) 9. Technical data
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10 EU/UK Declaration of conformity
The company SimonsVoss Technologies GmbH hereby declares that
article TRA2 complies with the following guidelines:
2014/53/EU "Radio equipment"
as well as the corresponding UK statutory 2017 No. 1206 "Radio
equipment"
2014/30/EU "EMC"
as well as the corresponding UK statutory 2016 No. 1091 "EMC"
2012/19/EU "WEEE"
as well as the corresponding UK statutory 2013/3113 "WEEE"
2011/65/EU "RoHS" with 2015/863 and 2017/2102
as well as the corresponding UK statutory 2012 No. 3032 "RoHS" with
2014 No. 1771, 2019 No. 492 and 2021 No. 422
2011/65/EU "RoHS"
as well as the corresponding UK statutory 2012 No. 3032 "RoHS"
and regulation (EG) 1907/2006 "EU REACH"
as well as the corresponding "UK REACH"
The full text of the EU/UK Declaration of conformity is available at the
following internet address:
www.simons-voss.com/en/certificates.html
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