Simons Voss Technologies SmartRelay SREL Series User manual

SREL1+2
Manual
17.09.2019

Content
1 Intended use ................................................................................................................................................4
2 Safety instructions .................................................................................................................................... 5
3 General ..........................................................................................................................................................8
3.1 Versions ................................................................................................................................................................8
3.2 Accessories ....................................................................................................................................................... 10
3.3 Power supply......................................................................................................................................................11
3.4 Determining installation position ............................................................................................................12
3.5 More information.............................................................................................................................................12
4 Initial operation..........................................................................................................................................13
5 Connections............................................................................................................................................... 14
5.1 SmartRelay (SREL) ...................................................................................................................................... 14
5.2 SmartRelay Advanced (SREL.ADV)..................................................................................................... 15
5.3 SmartRelay2 (SREL2) ..................................................................................................................................17
5.4 Notes on SREL connection ....................................................................................................................... 18
5.4.1 External signalling .........................................................................................................................19
5.4.2 OMRON ..............................................................................................................................................21
5.4.3 Wiegand interface ....................................................................................................................... 22
5.4.4 Kaba Benzing, Siemens, Gantner LEGIC, Primion and ISGUS interface ...........23
5.5 Notes on SREL2 connection.....................................................................................................................23
6 Configurations in the software ............................................................................................................24
6.1 LSM ...................................................................................................................................................................... 24
6.1.1 Locking device properties: Configuration/Data: SmartRelay (G1) ......................24
6.1.2 Locking device properties: Configuration/Data: SmartRelay (G2)...................... 27
6.2 MobileKey ......................................................................................................................................................... 29
7 Signalling ................................................................................................................................................... 30
8 Maintenance...............................................................................................................................................31
8.1 Battery warning and battery replacement when SREL.BAT is used.....................................31
8.2 Backup battery.................................................................................................................................................31
9 Technical specifications ........................................................................................................................32
9.1 Technical specifications for SREL .........................................................................................................32
9.2 Technical specifications for SREL2.......................................................................................................33
9.3 White SREL2 drilling template ............................................................................................................... 34
10 Declaration of conformity .....................................................................................................................35
SREL1+2 (Manual) Content
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11 Help and other information ................................................................................................................. 36
SREL1+2 (Manual) Content
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1 Intended use
SimonsVoss SmartRelay is an electronic switch which can be activated
with suitable ID media
such as transponders . SmartRelay administration
varies depending on the SmartRelay in question:
ADMINISTRATION PROGRAMMING
3063
LSM Basic, Business or
Professional SMART.CD
LSM Starter CD.STARTER
or
SMART.CD
MobileKey Web application MK.CD.STARTER
Some SmartRelays can be optionally programmed via internal LockNodes
with suitable routers. However, a programming device should always be
used to perform initial programming.
SmartRelays may only be used for the purposes described in this manual.
No other use is permitted as it may cause damage to the SmartRelay.
IMPORTANT
SmartRelays should always be programmed before installation and con-
nection
SREL1+2 (Manual) 1. Intended use
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2 Safety instructions
WARNING
Access through a door may be denied if locking devices are installed or pro-
grammed incorrectly. SimonsVoss Technologies GmbH is not liable for
consequences of incorrect installation, such as denied access to injured
persons, physical damage or any other losses.
WARNING
The batteries used in SmartRelay may pose a fire or burn hazard if handled
incorrectly. Do not recharge, open, heat or burn these batteries. Do not
short-circuit batteries.
IMPORTANT
SimonsVoss Technologies GmbH accepts no liability for damage caused to
doors or other components due to incorrect fitting or installation.
IMPORTANT
SmartRelay may only be used for its intended purpose. No other use is per-
mitted.
IMPORTANT
Specialist knowledge in door mechanics, door approvals, electronic system
installation and the use of SimonsVoss software is required when installing
a SimonsVoss SmartRelay. Only trained specialists may install the cylinder.
IMPORTANT
If SmartRelays are placed in storage for longer than a week, the backup
battery is to be removed.
IMPORTANT
SmartRelays must be installed in compliance with the ESD (electrostatic
discharge) directive. You should particularly ensure that you do not touch
the circuit boards and their integrated circuits.
SREL1+2 (Manual) 2. Safety instructions
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IMPORTANT
You must perform a functional test without fail after installing SmartRelay
or replacing its batteries.
IMPORTANT
We reserve the right to make modifications or further technical develop-
ments.
IMPORTANT
This documentation has been compiled based on the best knowledge
available to us. However, errors cannot be ruled out. No liability is accepted
in such cases.
IMPORTANT
Should there be differences in the content of other language versions of
this documentation, the German version applies in cases of doubt.
IMPORTANT
You must follow all instructions precisely when connecting and installing
SmartRelay. The person installing the system should hand these instruc-
tions as well as any maintenance instructions over to the user.
IMPORTANT
Only trained specialists may replace the battery.
IMPORTANT
Dispose of old and used batteries in the proper manner and store them out
of children's reach.
SREL1+2 (Manual) 2. Safety instructions
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IMPORTANT
Do not touch the contacts on the new batteries with your hands when re-
placing the old ones. Use clean gloves free of fat or grease to handle the
battery.
IMPORTANT
Only use batteries which have been approved by SimonsVoss.
IMPORTANT
You may damage SmartRelay if you reverse the polarity.
SREL1+2 (Manual) 2. Safety instructions
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3 General
3.1 Versions
SmartRelays are available in an extensive variety of versions for different
product lines. Carefully check which SmartRelay is the right one for your
use before placing an order.
SREL (black) SREL2 (white)
G1 G2
SREL SREL.G2 SREL.G2.W Basic version of SmartRelay
3063.
SREL.ZK SREL.ZK.G2 SREL.ZK.G2.W
As the basic version of
SmartRelay 3063, plus ac-
cess control and time zone
control.
SREL.ADV
As the access control ver-
sion of SmartRelay 3063,
but with additional functions
for issuing.
SREL2.G2.W Basic version of SmartRe-
lay2 3063.
SREL2.ZK.G2.W
As the basic version of
SmartRelay2 3063, plus ac-
cess control and time zone
control.
SREL2.ZK.MH.
G2.W
As the access control ver-
sion of SmartRelay2 3063,
but also with support for an
internal MIFARE® card
reader and connection op-
tions for a maximum of
three external MIFARE® card
readers.
SREL SREL
.ZK
SREL
.ADV
Authorised for up to 8,184
transponders XXX
Authorised for up to 64,000
transponders
Access control X X
Extended connection options X
SREL1+2 (Manual) 3. General
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Support for MIFARE & Desfire
cards
Connection options for ex-
ternal card readers
SREL
.G2
SREL
.ZK.G2
SREL
.G2.W
SREL
.ZK.G2.W
Authorised for up to 8,184
transponders
Authorised for up to 64,000
transponders X X X X
Access control X X
Extended connection options
Support for MIFARE & Desfire
cards
Connection options for ex-
ternal card readers
SREL2
.G2.W
SREL2
.ZK.G2.W
SREL2
.ZK.MH.G2.W
Authorised for up to 8,184
transponders
Authorised for up to 64,000
transponders XXX
Access control X X
Extended connection options
Support for MIFARE & Desfire
cards X
Connection options for ex-
ternal card readers X
SmartRelay
The SREL provides simple yes/no authorisation for a maximum of 8,184
different transponders.
SmartRelay ZK
Similar to the basic version (SREL), but with the option of access event
logging connected separately for the last 1,024 accesses (firmware
version 4.0.01.15 and higher) with date and time, or day-time zones for
up to five user groups and automatic locking and unlocking.
SmartRelay Advanced version
Similar to the ZK version but with the following additional functions:
SREL1+2 (Manual) 3. General
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Connection for external modules via a three-wire bus.
Connection to an external antenna.
Connections for serial ports to external time-and-attendance
terminals or access control readers.
Connection for external LED or buzzer.
SmartRelay 2
The SREL2.G2.W is basically used with transponders, i.e. as purely
"active" components. There is also the option of using a
CompactReader and thus operating the SREL2 with Mifare Classic/
DERFire® cards. This SmartRelay provides simple yes/no authorisation
for a maximum of 64,000 different transponders.
SmartRelay 2 ZK
The same as the basic version (SREL2.G2), but with the option of
access event logging with date and time connected separately for the
last 1,024 accesses, or day time zones for up to 100 user groups and
automatic locking and unlocking (time-controlled switch-over). This
version can also be used as a gateway in a virtual network.
SmartRelay 2 MH
As the ZK version. Two external card readers (SC.M.E.G2) and an
internal card reader (SC.M.I.G2) can be connected to this version. Mifare
Classic/DESFire® cards can be operated on this SREL2.
3.2 Accessories
SmartRelay can be combined with a variety of accessories. Carefully check
which combinations can be used before placing an order.
Accessories for SmartRelay 3063 G1
SREL SREL.ZK SREL.ADV
MOD.SOM8 X
SREL.AV X
SREL.BAT X X X
Accessories for SmartRelay 3063 G2
SREL.G2 SREL.ZK.G2 SREL.G2.W SREL.ZK.G2.
W
WNM.LNI.SREL.G2 X X
SREL.BAT X X
SREL.AV X X
SREL1+2 (Manual) 3. General
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SREL2.COVER1 X X
Accessories for SmartRelay 3063
(G2)
SREL2.G2.W SREL2.ZK.G2.W SREL2.ZK.MH.G2
.W
SREL.AV X
WNM.LNI.SREL2.G2 X X X
SC.M.I.G2 X
SC.M.E.G2.W X
SREL2.COVER1 X X X
SC.M.E.G2.W
(Mifare smart card, external, G2 white)
A maximum of two external card readers (SC.M.E.G2.W) and an internal
card reader (SC.M.I.G2) can be connected to a SREL2.ZK.MH.G2.W or
SREL2.ZK.MH.G2.W.WP. If two external card readers are connected to
an SREL2, then a dip switch placed at the "on" position must be
connected to an external card reader. The dip switch is found on the
right-hand side beneath the 26-pin plug connector on the card reader.
The cabling type used to wire components should be CAT5 (FTP) or a
higher quality. Shielded control cabling may also be used. Cable length:
max. 10m. An own power supply and own wiring should be installed if
the cable line length is > 3m for the external card reader.
SC.M.I.G2
(Mifare smart card, internal G2)
The internal card reader is plugged directly into the SREL2.
SmartRelay 2 WP version
Weatherproof design. This option is also available for all SREL2s. You
must seal the bushing yourself under your own responsibility. We
recommend using suitable materials such as silicon or other resistant
sealing materials. The housing features an IP65 design.
3.3 Power supply
A stable power supply is required to operate Digital SmartRelay 3063.
Mains adapters are not included in the delivery package.
Some SmartRelays can be operated using batteries (SREL.BAT) as an
option. No additional power supply may be connected in such cases.
Direct current Alternative current
SREL 5V-24V (max. 15W) 12V (max. 15W)
SREL2 9V-24V (max. 15W) Not possible.
SREL1+2 (Manual) 3. General
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IMPORTANT
Do not use switched-mode power supplies near SmartRelays.
3.4 Determining installation position
The transponder transmission range for SmartRelay (read range) is a max.
of 1.5 m, but may be reduced in environments containing metals, especially
in magnetic fields or where aluminium is present.
Ideally, you should perform a read range test with an authorised
transponder and a battery-powered SmartRelay.
3.5 More information
All cabling used to connect SmartRelay should be type IY(ST)Y ....x0.6
– twisted pair, shielded cable – and should not exceed 100m in length.
Power losses should be taken into account when dimensioning the
power supply.
The technical data regarding inputs and outputs are to be taken into
account (see Technical Data).
All cabling must be installed and connected as per VDE regulations
(VDE = German Association of Electro-technology, Electronics &
Information Technology).
SREL1+2 (Manual) 3. General
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4 Initial operation
Check
1. Unpack SmartRelay and check for any damage.
2. Connect SmartRelay to a power supply or a battery.
3. Activate the SmartRelay with a transponder and test whether the
SmartRelay responds to activation in some way or other.
Programming
Programme the SmartRelay with the appropriate software, e.g. LSM
Software for SmartRelay 3063. The SmartRelay must be connected to a
power source for the programming process. You will find the details on
programming in the LSM Software here:
Configurations in the software
[}24]
Connection and installation
üThe SmartRelay is not connected to any power source and is in a de-
energised state.
1. Use backup battery: The positive terminal on the 3V-CR1220 battery
faces upwards in all SmartRelays.
2. Connect all cables to their designated terminals on the SmartRelay
(see
Connections [}14] )
3. Switch on the power supply (connect the plug or battery if required).
4. Use an authorised transponder to test the programmed SmartRelay.
5. Install SmartRelay.
9Remove the housing if you install in a flush-fitted masonry box.
SmartRelay circuit boards come in two different sizes. Check that
the SmartRelay circuit board fits into your flush-fitted masonry box
before installing SmartRelay.
9If mounted on the surface, the base plate can be used as a template
for the drill holes (6 mm).
IMPORTANT
The backup battery must not be used if SmartRelay is powered by a bat-
tery (SREL.BAT).
SREL1+2 (Manual) 4. Initial operation
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5 Connections
5.1 SmartRelay (SREL)
Power supply
unit
Battery
Relay
NAME SYMBOL DESCRIPTION
Power supply unit +
Either positive terminal when connected to a
direct current (5 to 24VDC) or one of the
two alternative current connections (12
VAC)
Power supply unit -
Either minus terminal when connected to a
direct current (5 to 24VDC) or the second
alternative current connections (12 VAC)
Battery
Connector for a battery when operated
without a power supply unit; order code for
battery, including SREL.BAT connector
Relay NC
Normally closed contact in the relay
changeover contact. This contact is closed
against Relay COM when not connected
Relay COM
Common contact in the relay changeover
contact. This contact is wired either against
an NC relay (break contact) or against a NO
relay (closing contact)
SREL1+2 (Manual) 5. Connections
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NO relay
Normally open contact in the relay
changeover contact. This contact is closed
against Relay COM when not connected
5.2 SmartRelay Advanced (SREL.ADV)
External inputs and outputs
Power supply
unit
Relay
SREL.BAT battery
External antenna
SREL.AV
NAME SYMBOL DESCRIPTION
Power supply unit +
Either positive terminal when connected to a
direct current (5 to 24VDC) or one of the
two alternative current connections (12
VAC)
SREL1+2 (Manual) 5. Connections
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Power supply unit -
Either minus terminal when connected to a
direct current (5 to 24VDC) or the second
alternative current connections (12 VAC)
Battery
Connector for a battery when operated
without a power supply unit; order code for
battery, including SREL.BAT connector
Relay NC
Normally closed contact in the relay
changeover contact. This contact is closed
against Relay COM when not connected
Relay COM
Common contact in the relay changeover
contact. This contact is wired either against
an NC relay (break contact) or against a NO
relay (closing contact)
NO relay
Normally open contact in the relay
changeover contact. This contact is closed
against Relay COM when not connected
External antennas
BROWN
WHITE
GREEN
GREY
YELLOW
BN
WH
GN
GY
YL
Connection for colour-coded cables in an
external antenna (order code: SREL.AV)
brown/white/green/yellow
RS-485COM
RS-485A
RS-485-B
C
A
B
Bus connection for external modules
+ Vaux +V Type 3.0 - 5.0V +/- 0.5V for external LED
or buzzer, max. 10mA
LED / buzzer / in-
put F3 Multi-function connection
Serial 1 / Input 2 F2 Multi-function connection
Serial 2 F1 Multi-function connection
SREL1+2 (Manual) 5. Connections
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5.3 SmartRelay2 (SREL2)
Power supply
Relay
+
-
Connection for LNI
Connection for card readers
External antennas
Functions connections
NAME SYMBOL DESCRIPTION
Power supply unit + Direct current 9 to 24 V DC
Power supply unit - Direct current 9 to 24 V DC
Relay COM
Common contact in the relay. This
contact is wired against the NO relay
(normally open contact)
NO relay
Normally open contact in the relay.
This contact is closed against Relay
COM when switched. Can be inver-
ted
Brown BN
Connection for colour-coded wires in
an external antenna (order code:
SREL.AV)
White WH
Green GN
Grey GY
Yellow YL
SREL1+2 (Manual) 5. Connections
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Functions con-
nection 1 F1 Input ext. Trigger input (3-24 V DC ext. contact must be isolated)
Functions con-
nection 2 F2 Omron data / Wiegand DO
Functions con-
nection 3 F3
Omron CLK / Wiegand D1
LED / buzzer (external)
Card reader line link
SimonsVoss bus SVB SimonsVoss bus – card reader line
link
Open drain outputs up to max. 24 V DC / 0.5 A. Earth connection to power
supply's negative terminal. If a CLS (card loading signal) is featured, the
SREL2 must be configured for CLS in its properties.
5.4 Notes on SREL connection
To use a SmartRelay as a card reader in a third-party access control or
time-and-attendance system, the hardware (cabling and signal emitter)
and data formats must match those of the card reader precisely. This is the
only way that the third-party system will be able to understand and
evaluate data from transponders.
First of all, the SmartRelay reads the transponder data. If the transponder
is authorised for use in the SmartRelay, these data are transmitted to the
third-party system via the serial interface. You will receive detailed
specifications for individual data formats from SimonsVoss Technologies
GmbH.
SREL1+2 (Manual) 5. Connections
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5.4.1 External signalling
Possible resistance to power limitation. The V+ output
supplies max. 10mA at 3VDC
Buzzer or LED
SREL1+2 (Manual) 5. Connections
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Possible resistance to power limitation.
The V+ output withstands max. 50mA
Buzzer or LED
Max.
External power supply
unit
SREL1+2 (Manual) 5. Connections
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