How it Works
Simons Voss Technologies
Loading...
SmartRelais 3
Advanced Manual
135 pgs24.32 Mb0

Simons Voss Technologies SmartRelais 3 Advanced Manual

Download
Manual SmartRelais 3 Advanced
08.2018
Contents
1 Intended use ....................................................................................................................................5
2 Safety instructions..........................................................................................................................6
3 System description .........................................................................................................................8
3.1 Controller................................................................................................................................8
3.2 Reader.................................................................................................................................... 9
4 System requirements....................................................................................................................13
5 Connections ..................................................................................................................................14
6 Setting up.......................................................................................................................................19
6.2.1 Establishing IP settings .............................................................................................23
6.2.2 Creating a communication node................................................................................ 23
6.3.1 Adding SmartOutput modules ...................................................................................26
6.3.2 Resetting the controller .............................................................................................28
6.4.1 Basic principle ...........................................................................................................33
6.4.2 Gateway function....................................................................................................... 34
6.4.3 General overview ......................................................................................................34
6.4.4 Solutions for scenarios .............................................................................................. 36
6.4.5 wiring ......................................................................................................................... 55
7 Installation .....................................................................................................................................78
8 SREL3 ADV in LSM .......................................................................................................................79
8.2.1 Import access list....................................................................................................... 79
8.2.2 Resetting the access list............................................................................................ 83
8.2.3 Event logging of unauthorised accesses...................................................................84
Manual SmartRelais 3 Advanced
2 / 135
SimonsVoss
Contents
8.4.1 Time budget template for new locking system identification media ..........................85
8.4.2 Ignoring activation/expiry date................................................................................... 86
8.11.1 Extended configuration without SmartOutput module ............................................... 93
8.11.2 Extended configuration with SmartOutput modules ..................................................94
8.14.1 Evaluating controller inputs .......................................................................................98
8.14.2 SmartSurveil............................................................................................................101
8.15 Things to do........................................................................................................................ 103
8.15.1 Initial programming via TCP/IP................................................................................ 103
8.15.2 Different authorisations on transponders ................................................................104
8.15.3 Signalling for flip-flop ............................................................................................... 107
9 Signal ...........................................................................................................................................110
10 Maintenance ................................................................................................................................111
10.1 Battery warning ..................................................................................................................111
10.1.1 Reading the battery level with USB cable ...............................................................111
10.1.2 Reading the battery level over network ................................................................... 113
10.2 Battery replacement ........................................................................................................... 115
11 Fault rectification ........................................................................................................................117
11.1 Resetting components........................................................................................................ 117
11.2 Broadcast error................................................................................................................... 117
11.3 Permanent relay switching in the SmartOutput module ..................................................... 119
11.4 Problems with inputs or network readout/programming..................................................... 119
11.5 Time change-over does not respond to change................................................................. 120
12 Technical specifications.............................................................................................................121
12.1 Order numbers ................................................................................................................... 121
12.2 Properties ........................................................................................................................... 121
12.2.1 Controller.................................................................................................................121
12.2.2 Reader..................................................................................................................... 124
12.2.3 SmartOutput module ...............................................................................................125
12.2.4 Recommended cable types.....................................................................................127
Manual SmartRelais 3 Advanced
3 / 135
SimonsVoss
Contents
12.3 Power input in practice ....................................................................................................... 128
12.4 Dimensions......................................................................................................................... 130
12.4.1 Controller.................................................................................................................130
12.4.2 Reader..................................................................................................................... 131
12.4.3 SmartOutput module ...............................................................................................132
12.5 Drilling templates................................................................................................................132
12.5.1 Controller.................................................................................................................133
12.5.2 Reader..................................................................................................................... 134
13 Help & Contact ............................................................................................................................135
Manual SmartRelais 3 Advanced
4 / 135
SimonsVoss
Contents
Manual SmartRelais 3 Advanced
5 / 135
SimonsVoss
1 | Intended use
1 Intended use
In its third generation, the SimonsVoss SmartRelay system (SREL 3 ADV) is a system consisting of several networked components which provide intelligent control of locking devices and third-party systems. The system consists of a controller, at least one external reader and an optional SmartOutput module.
The controller is the main component. A service communicates with the LSM database and provides the controller with the latest information from the database when it is used as a gateway. No manual updates or time­consuming reprogramming are required.
The controller can use information retrieved from the LSM database and identification data transmitted by the reader to verify identification data with the database. Different actions are possible, depending on the settings programmed in the controller, including:
– Assigning authorisations
– Withdrawing authorisations
– Loading time budgets
– Updating identification media configurations
– Switching relay outputs
– Reading lists
Identification media are read by up to three external readers, which may be physically separate from one another and the controller. In the third­generation SmartRelay system, the reader can read active and passive identification media and transmit the information to the controller for evaluation.
The controller features a built-in relay output which can be freely programmed. The system can be extended with SmartOutput modules in a daisy chain featuring up to 116 relay outputs, which are also freely programmable.
Manual SmartRelais 3 Advanced
6 / 135
SimonsVoss
2 | Safety instructions
2 Safety instructions
DANGER
Risk of injury due to incorrect programming
The SREL3 ADV system is not suitable to replace existing security installa­tions.
1. Ensure that the SREL3 ADV system is used as an additional securing measure only.
2. Do not replace existing security installations with the SREL3 ADV system.
WARNING
Blocked access
Access through a door may be blocked due to incorrectly fitted or incor­rectly programmed components. SimonsVoss Technologies GmbH is not li­able for the consequences of incorrect installation, such as physical dam­age or any other losses, or blocked access to injured persons or those at risk.
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.
CAUTION
Risk of burns due to hot circuit board
The circuit board can become very hot if PoE is used (power supply over Ethernet).
1. Let the controller cool down before you open the housing.
ATTENTION
Misuse
SmartRelay may only be used for its intended purpose. No other use is per­mitted.
IMPORTANT
SimonsVoss Technologies GmbH accepts no liability for damage caused to doors or components due to incorrect fitting or installation.
IMPORTANT
Specialist knowledge in door mechanics, door approvals, electronic system installation and the use of SimonsVoss software is required to install the system and put it into operation. Only trained specialists may install the system.
Manual SmartRelais 3 Advanced
7 / 135
SimonsVoss
2 | Safety instructions
IMPORTANT
This documentation has been compiled based on the best knowledge avail­able to us. Nevertheless, errors cannot be ruled out. SimonsVoss Techno­logies GmbH is not liable 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 the product. The person installing the system should hand these instructions as well as any maintenance instructions over to the user.
IMPORTANT
Modifications or further technical developments cannot be excluded and may be implemented without notice.
Manual SmartRelais 3 Advanced
8 / 135
SimonsVoss
3 | System description
3 System description
3.1 Controller
The SREL3 ADV system is connected to the network via Ethernet. The Ethernet connection is PoE-capable, so an external power supply unit is not essential. It is possible to use the system as a gateway in the virtual network. The controller established a connection to the VN host server to do so. The VN host server transmits modified authorisations (programming requirement) and data from the LSM database to the controller. This means there is no longer a need for the database to be fully loaded, which saves time. Instead, the controller fetches the provided data when an identification medium is detected (pull principle). The entire system is programmed via a single interface – the controller.
The SREL3 ADV is also available in a ZK variant, which extends the system's functions to include time zone control and event logging (access lists).
Three available screw terminal inputs ensure that the controller is flexible in its use.
– Forwarding to LSM (Inputs 1 and 2)
– Push-to-open contact (Input 3)
The built-in screw terminal relay output can activate any system and open an electric door, for example.
An IP address needs to be issued using USB when the controller is programmed for the first time. Once the IP address is issued, a USB connection is no longer needed. The controller's configuration can be modified over the network instead.
The built-in backup battery ensures that the programmed settings are maintained after a power failure and guarantees that the controller continues to function without any limitations once power is restored.
Manual SmartRelais 3 Advanced
9 / 135
SimonsVoss
3 | System description
IMPORTANT
Follow the switch-on sequence
After a power-on reset (power outage followed by restoration of power sup­ply), the controller automatically searches for connected system compon­ents one time on restarting. System components which are not supplied power until the controller restarts are thus unable to respond to the control­ler's query and are not recognised.
The controller must therefore be supplied power with the other system com­ponents at the same time or must be the last system component to receive power.
3.2 Reader
At least one external reader is required to use the SREL3 ADV system. SmartRelay 3 readers are ordered separately from the controller.
The controller is unable to read identification media. Up to three readers can be connected via an RS-485 interface for this purpose. They can read both active and passive identification media. After reading media, the readers transmit the data to the controller, which checks the identification medium's authorisation and triggers relevant actions as programmed. The reader itself is unable to trigger actions and can thus be installed in less protected areas. In the WP variant, the housing is sealed and protected against splashing water.
Readers can either be powered through the controller or equipped with their own power supply unit.
IMPORTANT
Too low operating voltage
When selecting the power supply, please allow for a voltage drop occurring in conductors. A voltage drop can cause the operating voltage in the reader to fall below the required level and malfunctions may occur. In such a case, either the operating voltage on the controller needs to be increased or the reader equipped with its own power supply unit.
A multi-coloured LED signals the different operating modes.
Manual SmartRelais 3 Advanced
10 / 135
SimonsVoss
3 | System description
3.3 SmartOutput module
SmartOutput modules are ideal complements to controllers if more than one relay output is required. Every SmartOutput module is equipped with eight relays, which each feature a change-over contact. SmartOutput modules can be connected in parallel to one another and fitted on a DIN rail (35 mm x 7.5 mm).
A multi-coloured LED signals the different operating modes.
IMPORTANT
Follow the switch-on sequence
After a power-on reset (power outage followed by restoration of power sup­ply), the controller automatically searches for connected system compon­ents one time on restarting. System components which are not supplied power until the controller restarts are thus unable to respond to the control­ler's query and are not recognised.
The controller must therefore be supplied power with the other system com­ponents at the same time or must be the last system component to receive power.
3.4 Versions
Several improvements have been made for the newly launched SREL 3 ADV compared to its predecessor:
Comparison between SmartRelay 2 and SmartRelay 3
SmartRelay 2 SmartRelay 3 Advanced
Duration of data trans­mission to the gateway
– Depending on the
data volume (push principle)
– Immediate (pull
principle)
Manual SmartRelais 3 Advanced
11 / 135
SimonsVoss
3 | System description
Comparison between SmartRelay 2 and SmartRelay 3
Interfaces
– Wiegand, 33 bit
– Wiegand, 26 bit
– Primion
– Siemens Cerpass
– Kaba Benzing
– Gantner Legic
– Isgus
– Wiegand, 33 bit
– Wiegand, 26 bit
– Primion
– Siemens Cerpass
– Kaba Benzing
– Gantner Legic
– Isgus
Components required for networking
– Controller
– Reader
– LockNode
– Router
– Controller
– Reader
Networking – LockNode – Ethernet (integrated)
Power supply – 9–24 VDC
– 9-32 VDC
– PoE
Number of relay con­tacts
– 1
– Up to 116+1 (with
SmartOutput modules)
Number of external readers
– Max. 2 – Max. 3
Programming – SmartCD
– Ethernet
– USB (with power
adapter)
3.5 Accessories
You can adapt the SREL3 ADV system to different purposes with optional accessories. The following accessories can be ordered:
Order code Name Purpose
MOD.SOM8 SmartOutput module
The SmartOutput mod­ule increases the num­ber of switchable relay outputs to up to 116+1 outputs.
POWER.SUPPLY.2
Power supply unit (12VDC, 500mA)
This power supply unit can be used to power the controller.
Manual SmartRelais 3 Advanced
12 / 135
SimonsVoss
3 | System description
Order code Name Purpose
SREL2.COVER1 Anti-vandalism housing
Fastened with special screws, this housing is also suitable for the SREL3 ADV system. It protects the SREL3 ADV system reader against the weather and vandalism.
Manual SmartRelais 3 Advanced
13 / 135
SimonsVoss
4 | System requirements
4 System requirements
LSM 3.3 SP2 or higher (Basic Online, Business or Professional) is required to programme SmartRelay 3.
The VN host must be installed and running, so that the controller can retrieve data and programming requirements from the database via the VN host in gateway mode.
The controller requires a TCP/IP connection to the server for operation:
– 10/100 MB/s
– Latency typ. < 10 ms
Connection to faster networks is possible provided they are backwards­compatible.
.NET-Framework Version 4.0 or higher must be installed to use the CommNode or VN host server.
If LSM Basic Online is used with a virtual network, then LSM Basic Online must be run in administrator mode.
Manual SmartRelais 3 Advanced
14 / 135
SimonsVoss
5 | Connections
5 Connections
5.1 Controller
1 2 3 4 5
6 7 8 9 10
11 12 13 14 15
16 17 18 19 20
21
22
23
24
25
26
27
28
29
30
No.
Circuit board
Explanation
1 -
GND. Optional connection to an external power supply (earth).
2 +
VIN. Connection to an external power supply (positive terminal).
3
Relay 1: NO (normally open). This contact is connected to C when the relay switches.
4
Relay 1: C (common). Shared connection to change­over contacts.
5
Relay 1: NC (normally closed). This contact is discon­nected from C when the relay switches.
6
Relay 2: NO (normally open). This contact is connected to C when the relay switches. Availability for actuation depends on the firmware.
7
Relay 2: C (common). Shared connection to change­over contacts. Availability for actuation depends on the firmware.
8
Relay 2: NC (normally closed). This contact is discon­nected from C when the relay switches. Availability for actuation depends on the firmware.
9 +1
Reader 1: Power supply. Voltage is VIN-1V or 12V­1V (PoE).
Manual SmartRelais 3 Advanced
15 / 135
SimonsVoss
5 | Connections
No.
Circuit board
Explanation
10 - Reader 1: GND. 11 B1 Reader 1: Data Line B. 12 A1 Reader 1: Data Line A.
13 +2
Reader 2: Power supply. Voltage is VIN-1V or 12V-
1V (PoE). 14 - Reader 2: GND. 15 B2 Reader 2: Data Line B. 16 A2 Reader 2: Data Line A.
17 +3
 Reader 3: Power supply. Voltage is VIN-1V or 12V-
1V (PoE). 18 - Reader 3: GND. 19 B3 Reader 3/SmartOutput module: Data Line B. 20 A3 Reader 3/SmartOutput module: Data Line A. 21 04 Serial interface: Open-drain, Data Line 4. 22 03 Serial interface: Open-drain, Data Line 3. 23 02 Serial interface: Open-drain, Data Line 2. 24 01 Serial interface: Open-drain, Data Line 1.
25 0+
Serial interface: Power supply. Voltage is VIN-1V or
12V-1V (PoE).
26 I3
Input 3: Push to open The relay switches as soon as
this contact is connected with I+ (Contact 30), a com-
parable potential or VIN (Contact 2). 27 I2 Input 2: Connection to external components: 28 I1 Input 1: Connection to external components: 29 - Output: GND.
30 I+
Output: Power supply. Voltage is VIN-1V or 12V-1V
(PoE).
5.2 Reader
1 2 3 4 5
No.
Circuit board
Explanation
1 A RS-485: Data Line A. 2 B RS-485: Data Line B. 3 - GND. Connection for RS-485 bus.
Manual SmartRelais 3 Advanced
16 / 135
SimonsVoss
5 | Connections
No.
Circuit board
Explanation
4 + VIN. Connection for external power supply.
5 -
GND. Connection for external power supply. Connected
electrically to 3.
5.3 SmartOutput module
1 5432 9876 10 11 12 13 14
28 222324252627 18192021 151617
No.
Circuit board
Explanation
1 Out
Brownout detection: Open collector, connected to GND
if supply voltage is sufficient.
This output activates if the supply voltage at VIN falls be-
low 10.0VDC (±0.5VDC). The earth connection is usually
connected to the AUX relay's coil. If the supply voltage
falls at VIN, the AUX relay activates before the other re-
lay contacts activate unchecked due to the decreasing
voltage. When the supply voltage is applied, the output
does not activate until the module has fully initialised
and relay contacts can no longer switch unchecked. 2 I- Isolated digital input. Currently not in use. 3 I+ Isolated digital input. Currently not in use.
4 B
Controller connection: Data Line B; connected to con-
tact for Reader 3.
Manual SmartRelais 3 Advanced
17 / 135
SimonsVoss
5 | Connections
No.
Circuit board
Explanation
5 A
Controller connection: Data Line A; connected to con-
tact for Reader 3.
6 C
Controller connection: Earth; connected to contact for
Reader 3.
7 4a
Relay 4: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
8 4b
Relay 4: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
9 3a
Relay 3: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
10 3b
Relay 3: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
11 2a
Relay 2: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
12 2b
Relay 2: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
13 1a
Relay 1: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
14 1b
Relay 1: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
15 5b
Relay 5: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
16 5a
Relay 5: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
17 6b
Relay 6: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
18 6a
Relay 6: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
19 7b
Relay 7: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
20 7a
Relay 7: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
21 8b
Relay 8: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
22 8a
Relay 8: Potential-free contact (NC treated as NO in
software); activated depending on authorisations.
23 K2
AUX relay: Potential-free contact (NO). Contact is con-
nected with K1 (number 26) if coil is connected to
power.
Equipped with a detachable bridge to + (number 24) ex
works.
Manual SmartRelais 3 Advanced
18 / 135
SimonsVoss
5 | Connections
No.
Circuit board
Explanation
24 +
VIN. Connection for power supply.
Equipped with a detachable bridge to K2 (number 23)
ex works.
25 A+
AUX relay: Coil's plus connection. AUX relay activates if
coil is connected to power.
Equipped with a detachable bridge to K1 (number 26)
ex works.
26 K1
AUX relay: Potential-free contact (normally open con-
tact). Contact is connected with K2 (number 23) if coil is
connected to power.
Equipped with a detachable bridge to A+ (number 25)
ex works.
27 A-
AUX relay: Coil's minus connection. AUX relay activates
if coil is connected to power. 28 - GND. Connection for power supply.
Manual SmartRelais 3 Advanced
19 / 135
SimonsVoss
6 | Setting up
6 Setting up
6.1 Unpacking and system test
Scope of delivery
Check to ensure the supply package is complete after receiving it. Unless agreed otherwise, the supply package contains the following components:
Controller
Controller 1x Instruction leaflet 1x
Reader
Reader 1x Instruction leaflet 1x
SmartOutput module
SmartOutput module 1x Jumpers (pre-assembled) 2x Instruction leaflet 1x
System test
You can check the supplied components to ensure they function correctly before installation and programming. Proceed as follows:
1. Wire the components (see wiring [}55]).
2. Connect the components to the power supply (connect the controller last).
3. Wait a few seconds until all components are ready for operation.
ð Controller flashes all colours first and then green.
ð Reader flashes all colours first, beeps and then no longer
flashes.
ð Optional SmartOutput module: Relay contacts are open
(indicated by LEDs and a tick-tack sound), then flashes green.
4. Use an identification medium on the reader (empty transponders or empty DESFIRE card).
ð Reader flashes green twice and beeps.
ð The relay built into controller actuates (Contacts 3, 4 and 5).
Also see
2 Solutions for scenarios [}36]
2 Connecting one or more SmartOutput modules [}63]
6.2 Configuration
You can use the LSM software to programme and configure the controller and the SREL3 ADV system. Other components do not need to be programmed.
Manual SmartRelais 3 Advanced
20 / 135
SimonsVoss
6 | Setting up
IMPORTANT
Initial programming via USB
The controller can be addressed via TCP/IP. No IP is featured in storage mode. That is why initial programming, during which an IP address is is­sued, must be carried out with a USB connection.
ü Components connected to power.
ü Controller connected to computer with USB cable.
ü Reader connected to the controller (see wiring [}55]).
ü LSM installed and launched as administrator.
ü System requirements met.
1. Create a new G2 locking system.
2. Create a new G2 Smart Relay 3 locking device.
3. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
4. Select the [IP settings] tab (see Establishing IP settings [}23] for help on IP settings).
5. Enter an IPv4 address.
6. Enter an IPv4 subnet mask.
7. Open the Communication nodes drop-down menu.
8. Select a suitable communication node. If you haven't yet created a communication node for the service, you need to add one first. See
Creating a communication node [}23].
IMPORTANT
Selecting the communication node
If you are using a CommNode server and a VN host server (use of tasks or events in addition to the virtual network), then choose the CommNode server entry here.
If you want to use a VN host server (use of the virtual network), then select the VN host item here.
If you do not wish to use either, then select the GUI node item here.
9. Click on the Apply button.
10. Click on the Exit button.
Manual SmartRelais 3 Advanced
21 / 135
SimonsVoss
6 | Setting up
11. Right-click on the SmartRelay 3 entry in the matrix to open the context menu.
12. Select the Programming item.
13. Select "USB link to the TCP nodes" in the programming window.
14. Click on the Programming button.
ð Programming launches.
15. Wait for programming.
16. Use |Network| to select the Communication nodes item.
Manual SmartRelais 3 Advanced
22 / 135
SimonsVoss
6 | Setting up
17. If you have created more than one communication node, change to the communication node you have just created. Use the or and or buttons.
18. Terminate the SimonsVoss VNHost Server or SimonsVoss CommNode Server service.
19. Click on the Config files button.
20. Open Windows services.
21. Save the service's configuration files locally on your computer.
22. Copy the configuration files saved locally and add them to the service's installation folder (default: C:\Programme (x86)\SimonsVoss \VNHost or C:\Program Files (x86)\SimonsVoss\CommNodeSvr_3_4).
IMPORTANT
All three XML files must be copied directly to the installation folder, not to a sub-folder.
23. Launch the SimonsVoss VNHost Server or SimonsVoss CommNode Server service again.
Manual SmartRelais 3 Advanced
23 / 135
SimonsVoss
6 | Setting up
IMPORTANT
Click on the Ping button to check whether the service is running and re­sponding. If the service responds, you can continue. If it does not, try to launch the service again.
24. Click on the Transmit button in LSM.
ð Controller can be reached via network.
25. Terminate the SimonsVoss VNHost Server und SimonsVoss CommNode Server services.
26. Set up your backup again (see LSM manual).
27. Launch the SimonsVoss VNHost Server and SimonsVoss CommNode Server services again.
ð Controller can be reached via network and flashes blue.
6.2.1 Establishing IP settings
The SREL3 ADV system controller needs a static IPv4 address to operate in the network. Ask your IT Department or your network administrator to assign you a free static IPv4 address and provide you with the following information:
– IPv4 address
– Associated subnet mask
– Default gateway (only if not all LSM or System 3060 devices are in the
same network)
Alternatively, you can also use DHCP with LSM Version 3.4 SP1 and above. To do so you need to open the [IP settings] tab and enable the DHCP activated checkbox.
6.2.2 Creating a communication node
ü LSM launched.
1. Use |Network| to select the Communication nodes item.
2. Enter the communication node name (freely selectable; recommended: VN host or CommNode).
3. Enter the host name of the computer on which SimonsVoss VNHost Server has been installed.
IMPORTANT
You can verify the host name as follows:
1. Press the Windows key.
2. Enter cmd.
3. Press the Enter key to confirm.
ð The "[offen]" window will open.
Manual SmartRelais 3 Advanced
24 / 135
SimonsVoss
6 | Setting up
4. Enter hostname.
5. Press the Enter key to confirm.
ð The computer's host name is displayed.
4. Enter the full computer name (fully qualified domain name).
IMPORTANT
It only needs to be entered if the system is working with LSM clients or database servers in different domains. The FQDN comprises the local com­puter name and the domain, e.g. COMPUTER.NETWORK.LOCAL. You can verify the domain yourself:
1. Press the Windows key.
2. Enter cmd.
3. Press the Enter key to confirm.
ð The "[offen]" window will open.
4. Enter echo %userDNSdomain%.
5. Press the Enter key to confirm.
ð The computer's domain is displayed.
5. Click on the Apply button.
ð The communication node is created.
6.3 Programming
Programming does not differ from programming for other locking devices. The SREL3 ADV system can be programmed using either a USB cable or a network connection (except initial programming).
USB programming
ü Controller connected to computer with USB cable.
ü Components connected to power.
1. Right-click on the SmartRelay 3 entry in the matrix to open the context menu.
2. Select the Programming item.
Manual SmartRelais 3 Advanced
25 / 135
SimonsVoss
6 | Setting up
3. Open the Type drop-down menu.
4. Select the "USB link to the TCP nodes" item.
5. Click on the Programming button.
ð Programming launches.
Network programming
ü Controller has already been programmed.
ü Controller connected to computer via network.
ü Components connected to power.
1. Right-click on the SmartRelay 3 entry in the matrix to open the context menu.
2. Select the Programming item.
Manual SmartRelais 3 Advanced
26 / 135
SimonsVoss
6 | Setting up
3. Open the Type drop-down menu.
4. Select the "TCP nodes" item.
5. Click on the Programming button.
ð Programming launches.
6.3.1 Adding SmartOutput modules
The SREL3 ADV system controller searches for SmartOutput modules after a power supply has been connected. The controller detects connected SmartOutput modules when they are supplied electricity.
Programming requires that the number of SmartOutput modules detected match the number indicated in LSM. You can add SmartOutput modules as follows.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
ü Controller reset (see Resetting the controller [}28]).
Manual SmartRelais 3 Advanced
27 / 135
SimonsVoss
6 | Setting up
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Click on the Extended configuration button.
ð "Extended configuration" window will open.
4. Enter the number of connected SmartOutput modules in the "Extension modules" area.
5. Click on the OK button.
ð Window closes.
6. Click on the Apply button.
7. Click on the Exit button.
ð LSM returns to the matrix.
8. Right-click on the SmartRelay 3 entry in the matrix to open the context menu.
9. Select the Programming item.
Manual SmartRelais 3 Advanced
28 / 135
SimonsVoss
6 | Setting up
10. Open the Type drop-down menu.
11. Select the "USB link to the TCP nodes" item.
12. Click on the Programming button.
ð Programming launches.
Also see
2 Resetting the controller [}28]
6.3.2 Resetting the controller
You need to reset the controller when changes are made to the connected components. These include:
– SmartOutput modules added
– SmartOutput modules removed
– Readers added
– Readers removed
Manual SmartRelais 3 Advanced
29 / 135
SimonsVoss
6 | Setting up
A reset deletes the programmed settings.
IMPORTANT
Only the hardware settings and access lists on the controller are reset. The IP setting remains unchanged
except for the IP settings made during initial programming. The controller can still be reached using the saved IP address. This means you do not necessarily need to establish a connection with a USB cable.
6.3.2.1 Resetting controller with a USB cable
The controller can be reset with a USB cable. This option is ideal if the controller has not yet been installed and can simply be reached physically.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
ü Controller connected to computer with USB cable.
1. Mark the entry on the SmartRelay 3 controller in the matrix.
2. Use |Programming| to select the Read highlighted locking device/set time item.
Manual SmartRelais 3 Advanced
30 / 135
SimonsVoss
6 | Setting up
ð The "Read lock" window will open.
3. Open the Type drop-down menu.
Manual SmartRelais 3 Advanced
31 / 135
SimonsVoss
6 | Setting up
4. Select the "USB link to the TCP nodes" item.
5. Click on the Read button.
ð Locking device is read.
ð The "G2 Smart Relay 3" window will open.
6. Click on the Reset button.
ð The "Reset lock" window will open.
7. Enter the locking system password or apply it from the database.
8. Click on the Reset button.
ð Locking device is reset.
ð Locking device reset.
6.3.2.2 Resetting controller over the network
Alternatively, the controller can also be reset over the network after initial programming. This option is ideal if the controller has already been installed and cannot be reached physically.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
ü Controller has already been programmed.
ü Controller connected to computer via network.
1. Mark the entry on the SmartRelay 3 controller in the matrix.
2. Use |Programming| to select the Read highlighted locking device/set time item.
Manual SmartRelais 3 Advanced
32 / 135
SimonsVoss
6 | Setting up
ð The "Read lock" window will open.
3. Open the Type drop-down menu.
Manual SmartRelais 3 Advanced
33 / 135
SimonsVoss
6 | Setting up
4. Select the "TCP nodes" item.
5. Click on the Read button.
ð Locking device is read.
ð The "G2 Smart Relay 3" window will open.
6. Click on the Reset button.
ð The "Reset lock" window will open.
7. Enter the locking system password or apply it from the database.
8. Click on the Reset button.
ð Locking device is reset.
ð Locking device reset.
6.4 Application examples
This section explains the interplay between components in the SREL3 ADV system and shows a few use cases as an example.
ATTENTION
Overload in a fitted relay
The permitted current and permitted voltage must not be exceeded.
1. Observe the specifications (see Properties [}121]).
2. Ensure that the load on the relay is not plugged into a different element or has been increased in some other way.
6.4.1 Basic principle
The SmartRelay 3 system always comprises of a controller, at least one reader and optional SmartOutput modules.
The reader is not able to evaluate detected identification media for security reasons. The communication between the reader and controller is secured. The reader can thus also be installed in unsecured areas without any problems.
Manual SmartRelais 3 Advanced
34 / 135
SimonsVoss
6 | Setting up
6.4.2 Gateway function
The SREL3 ADV system can also be used as a gateway for the virtual network, no matter whether a relay contact is used or not. Any identification medium which is logged onto one of up to three readers is updated. In doing so, a difference must be made between network-dependent and network-independent functions.
Network-independent
– Loading time budgets: Users are able to re-upload their time
budgets at any time without the network.
– Automatic blacklist distribution: IDs which have already been
flagged for blocking in the controller are also distributed in the virtual network without a network connection.
Partially network-inde­pendent
When the network connection is re-established, the controller transmits information which was collected during the outage:
– Feedback signals from blacklist broadcasts: Locking devices
which have received authorisation changes for transponders emit a feedback signal. This feedback signal is transmitted to the controller via the virtual network.
– Battery warnings: Locking devices which have low batteries
transmit a battery warning to the controller via the identification media in the virtual network.
– Physical access lists: The smart card physical access list are read
and saved by the controller independently of the network.
Network-dependent
If there is a network connection, other virtual network functions are available on the gateway:
– Issuing of individual authorisations: When an identification
medium has logged on, the controller retrieves the latest authorisation information for the transponder concerned from the VN host server via the network. The authorisation changes are updated on the transponder via the reader if necessary.
– Configuration changes: The controller retrieves configuration
changes to identification media, such as a time group change, from the VN host server.
– Issuing of individual blacklist IDs: Up to two IDs to be blocked can
also be added to selected identification media in the virtual network. To do so, the controller retrieves the IDs to be blocked from the VN host server when such an identification medium logs on.
6.4.3 General overview
Controller communica­tion with LSM
The controller does not communicate directly with the database. A distinction must be made with communication between the controller and the database:
Manual SmartRelais 3 Advanced
35 / 135
SimonsVoss
6 | Setting up
– Use in the virtual network: The controller is programmed by LSM
and also requests information itself from the VN host using the detected ID medium.
– Use without virtual network: The controller does not request
information itself on its own. Changes need to be programmed.
Events on the controller such as a pressed button are transmitted to the LSM database via the CommNode.
Shows interface to control and edit
Programmes and updates
Requests updates for detected ID medium
Supplies information on detected ID medium on request
Transmits events
Adds changes to identification media
GUI
Edits
LSM database
Saves events in LSM database
CommNode
Receives information about locking system
Checks statuses in the database
SmartSurveil
Shows status changes on the monitor
Controller
VN host
Controller communica­tion with the compon­ents
A user can log onto up to three readers with an ID medium. The reader forwards encrypted information to the controller, which is located within a protected area. The controller evaluates the information:
– Use in the virtual network: The controller verifies the information
with the VN host.
– Use without virtual network: The controller draws on information
stored locally when it was last programmed.
If the authorisation was checked successfully, the controller can:
– Actuate an internal relay, which can then be used to activate
external devices.
– Transmit a recognised identification medium to an external device
via the serial interface.
– Switch one or several outputs via an optional SmartOutput module
chain.
Manual SmartRelais 3 Advanced
36 / 135
SimonsVoss
6 | Setting up
The controller can also respond to a digital entry and, consequently, a connected button or similar as an alternative to successful identification.
Reader 1
(obligatory)
Reader 2 (optional)
Reader 3 (optional)
As Reader 1
As Reader 1
Forwards identification media
Supplies electricity where required Reads access lists Updates time budgets Writes authorisation changes Emits signals (opt., aud.)
Controller
Transmits com­mands to actuate
SmartOutput module
(optional)
Parallel circuit
Connection to external devices, e.g. electric strikes
Connection to external devices, e.g. electric strikes
Internal relay
Digital outputs
Digital inputs
Connection to external devices, e.g. buttons
Push-to-open on 3
Transmits commands to external devices. Available protocols see specifications
Connection to external devices, e.g. electric strikes
SmartOutput module
(optional)
6.4.4 Solutions for scenarios
The SREL3 ADV system is the time-tested solution for a large number of use cases. This section presents a few of them and shows how the SREL3 ADV system is used. The wiring is basically always as described in terms of
electrics (see wiring [}55]). However, line lengths, cable types and wiring installation options vary, depending on the use case.
IMPORTANT
Protected areas are areas which can only be accessed with an authorised identification media or are secured against unauthorised access in some other way.
DANGER
Risk of injury due to incorrect programming
The SREL3 ADV system is not suitable to replace existing security installa­tions.
1. Ensure that the SREL3 ADV system is used as an additional securing measure only.
2. Do not replace existing security installations with the SREL3 ADV system.
Manual SmartRelais 3 Advanced
37 / 135
SimonsVoss
6 | Setting up
In the following section, the term unprotected area refers to an area or place which anyone can access. The protected area refers to an area or place which only persons who have previously identified themselves at least once as access-authorised with an authorised identification media may access.
6.4.4.1 Doors
The SREL3 ADV system can be used to secure doors.
Door with a reader and a button
Button in the protected area
Elec. connection to the button
Elec. connection to electric strike on sliding door, for example
Encrypted connection to the reader
Reader in the unprotected area
External power supply unit
Ethernet connection to LSM Optional PoE instead of PSU
Controller with relay output in the protected area
Serial connection to third-party systems
In this use case, the controller is installed in a protected area, such as the building interior. An external reader is mounted on the unprotected side of the door and can read identification media.
No-one can manipulate the data since communication is secured from the reader to the controller and to LSM. When the data reach the controller, the controller evaluates them. If there is a virtual network and connection to LSM (Ethernet), the latest information is retrieved using the identification medium; if not, the system used the last status saved internally. Depending on the result of the evaluation, the controller triggers the required action, such as actuate a relay.
Manual SmartRelais 3 Advanced
38 / 135
SimonsVoss
6 | Setting up
The controller also features a pre-configured, non-reprogrammable push-to-open function. The relay actuates if the relevant contacts
(see Controller [}14]) are interconnected with one another. The relay integrated into the controller can be operated with an authorised identification medium or by connecting the relevant contacts. One or more buttons can be installed on the contacts. Users can press these buttons instead of using an identification medium in a secured area. This improves user convenience without losing control over the door status.
If the reader needs to be protected against vandalism, sabotage or the effects of the weather, a protective housing can be fitted to the reader (SREL2.COVER1).
Building entrance doors are a special case:
– All users need to pass through one of the building entrance doors
on a daily basis.
– Building entrance doors are exposed to the weather on one side.
– Building entrance doors are in an unsecured area on one side.
– It must also be possible to open building entrance doors without
an identification medium in an emergency at times.
If a virtual network is used, building entrance doors are ideal for use as a gateway. The building entrance is a door which many users pass through on a daily basis. This means that each identification medium used here is verified on the reader and, consequently, in the LSM database via the controller. Authorisation changes, IDs to be blocked and time budgets are thus efficiently managed.
Access events can be forwarded to a third-party system via the serial interface.
The controller can be powered either via an external power supply unit or via the network line. The controller, in turn, can power the reader. If the voltage drop is too great, the reader can also be
supplied by an external power supply unit (see External power supply [}57]).
See Connecting one or more readers [}55] and Connecting one or more buttons [}61] on wiring.
Use with two buttons
Manual SmartRelais 3 Advanced
39 / 135
SimonsVoss
6 | Setting up
Button in the protected area
Button in the protected area
Elec. connection to the button
Controller with relay output in the protected area
Elec. connection to electric strike (e.g. sliding door)
External power supply unit
Ethernet connection to LSM Optional PoE instead of PSU
Elec. connection to the button
ATTENTION
No check on authorisation
Any person who has physical access can operate the relay by using the two buttons.
1. Ensure that no unauthorised persons can access this locking device.
There is no longer a need to use an identification medium. Users only need to press a button to operate the relay (and open the sliding door in this example). Compared to a purely electrical connection, this approach brings the advantage of providing an overview when the relay was actuated and
what its current status is (see SmartSurveil [}101]).
The relay is not protected against unauthorised operation. This type of connection is thus only suitable for installing in areas which are already secured.
See Connecting one or more buttons [}61] on wiring.
Manual SmartRelais 3 Advanced
40 / 135
SimonsVoss
6 | Setting up
6.4.4.2 Entrance barrier
People who want to drive into a segregated area, such as a company car park, need to pass through an entrance barrier. Not everyone can have an authorised identification medium as this would involve considerable organisation. An entrance barrier is also normally installed outdoors and is thus exposed to the weather, vandalism and sabotage.
Button in the protected area
Ethernet connection to LSM Optional PoE instead of PSU
Elec. connection to the controller
Reader in the unprotected area
Encrypted connection to the controller
Elec. connection to the barrier drive
Barrier drive
External PSU
The SREL3 ADV system offers an intelligent solution for such situations. The controller is installed in a protected area, such as the engineering room. A reader needs to be installed close to the barrier. There are two solutions:
– The reader is fitted into the barrier housing. This variant discreetly
blends in. It provides excellent protection against the weather, vandalism and sabotage.
– The reader is fitted on the barrier housing. This variant is visible on the
outside and makes it easier for users to place their identification medium onto the reader. The read range is better compared to a reader fitted inside the barrier housing. The protective housing (SREL2.COVER1) ensures protection against the weather, vandalism and sabotage.
Manual SmartRelais 3 Advanced
41 / 135
SimonsVoss
6 | Setting up
The user can use their identification media to check authorisation while in the car. If the user does not have an identification medium, but is expected, they can still announce their arrival, using an intercom, for example. Another person who is in the protected area can then let the user in by pressing the connected button. The button can be installed in a gatehouse, for example, which only allows external customers to enter during business hours while users with identification media can come in at any time.
No-one can manipulate the data since communication is secured from the reader to the controller and to LSM. When the data reach the controller, the controller evaluates them. If there is a virtual network and connection to LSM (Ethernet), the latest information is retrieved using the identification medium; if not, the system used the last status saved internally. Depending on the result of the evaluation, the controller triggers the required action, such as actuate a relay.
If a virtual network is used, the system is ideal for use as a gateway. The barrier is a locking device which is very heavily used. This means that many identification media are already synchronised with the LSM database before they reach the building entrance. As a result, there is less load on the gateway on the building door. In this case, the reader should be installed where it is visible for users to ensure that they can hear or see the reader feedback signals.
The controller can be powered either via an external power supply unit or via the network line. The controller, in turn, can power the reader. If the voltage drop is too great, the reader can also be supplied by an external
power supply unit (see External power supply [}57]).
Since a feed line needs to be installed for the barrier motor, the power supply for the reader can be easily connected to this line. Power is reliably supplied to the reader with a power supply unit, so the reader is not affected by any voltage drops due to line length.
See Connecting one or more readers [}55] and Connecting one or more buttons [}61] on wiring.
6.4.4.3 Lift
A lift is a special case. Lift cabs are usually connected to their environment through a trailing cable. However, the number of lines within the trailing cable is limited. The SREL3 ADV system requires a varying large number of lines, depending on the configuration.
It is highly recommended to use one or several SmartOutput modules in a lift to provide sufficient relay contacts. We also need to consider that the controller should be mounted on top of the lift cab or a network connection must be laid through the trailing cable.
If one or several SmartOutput modules are used, effective access management can be implemented in the lift itself with authorisation required for buttons for specific floors.
Manual SmartRelais 3 Advanced
42 / 135
SimonsVoss
6 | Setting up
The reader and the SmartOutput module are installed in the lift. Users identify themselves with their identification medium in the lift.
No-one can manipulate the data since communication is secured from the reader to the controller and to LSM. When the data reach the controller, the controller evaluates them. If there is a virtual network and connection to LSM (Ethernet), the latest information is retrieved using the identification medium; if not, the system used the last status saved internally. Depending on the result of the evaluation, the controller triggers the required action, such as actuate a relay.
ATTENTION
Interferences in the trailing cable
Lines in the trailing cable through which data is to be transmitted must be shielded (also see Recommended cable types [}127]).
Power supply from cab
This connection option requires the fewest free lines in the trailing cable and avoids voltage drops due to excessively long lines. The controller can be installed outside the lift where it is protected in a place, such as the engineering room.
The reader is not powered via the controller. Instead, it is connected to the existing power supply in the lift cab, which provides electricity for lighting, doors and other elements. The voltage may need to be converted with a power supply unit, so that it is within the specified voltage range for the
SmartOutput module and reader (see Properties [}121]). The voltages supplied to the individual components do not need to be identical. It is thus possible to operate the controller with 12V while the reader in the lift is operated with 24V.
Common earth con­nection
In this specific case, four lines are also needed to supply power to the cab.
Line Use
1 Controller – reader: Data line A 2 Controller – reader: Data line B 3 Controller – SmartOutput module: Data line A 4 Controller – SmartOutput module: Data line B
DANGER
Electric shock due to mains voltage
An electric shock may be caused when connecting the non-hazardous earth (low voltage) to a conductor which carries the mains voltage.
1. Only use conductors with a low-voltage potential (<42V) as a common earth cable!
2. Protect live cables, so people do not touch them accidentally!
Manual SmartRelais 3 Advanced
43 / 135
SimonsVoss
6 | Setting up
SmartOutput module in cab
Reader in the unprotected area
Lift electronics
Voltage converter
Ethernet connection to LSM
External PSU
Controller in the protected area
Power supply for lift cab
Trailing cable
IMPORTANT
A common earth connection is required between the controller, reader and SmartOutput modules. The cab power supply earth connection can be used to save on lines in the trailing cable. The controller's earth connection needs to be connected to the cab power supply earth connection in this case.
See Common earth with power supply [}69] on wiring.
Separate earth connec­tion
If a common earth cable cannot be used for the cab power supply and the components, an additional line needs to be assigned in the trailing cable. In this specific case, five lines are also needed to supply power to the cab.
Manual SmartRelais 3 Advanced
44 / 135
SimonsVoss
6 | Setting up
Line Use
1
Earth connection between controller, reader
and SmartOutput modules 2 Controller – reader: Data line A 3 Controller – reader: Data line B 4 Controller – SmartOutput module: Data line A 5 Controller – SmartOutput module: Data line B
Reader in the unprotected area
Lift electronics
Voltage converter
Trailing cable
SmartOutput module in cab
Controller in the protected area
Power supply for lift cab
External PSU
Ethernet connection to LSM Optional PoE instead of PSU
The earth cables in the power supplies are separated from the common earth cable in this case.
See Common earth with SREL3 components [}70] and Connecting one or more readers [}55] on wiring.
Manual SmartRelais 3 Advanced
45 / 135
SimonsVoss
6 | Setting up
Power supply via trailing cable
This connection option does not access existing lift electronics. This means the lift electronics remain intact and a new inspection may be avoided.
The components are powered via the trailing cable only. The required power supply unit is at the other end of the trailing cable. Depending on the length of the trailing cable, a possible voltage drop must be
taken into account to meet specifications (see Properties [}121]).
ATTENTION
Malfunctions due to voltage drop
The physically induced voltage drop in the trailing cable may cause low voltages in power supplies which come from outside the cab.
1. Take the cable length into account.
2. Switch to a version with power supply in the cab if necessary (see
Common earth with power supply [}69] and Common earth with SREL3 components [}70]).
3. Make the cable gauge larger by merging lines in the trailing cable.
Insert: Reader with SmartOutput module and common supply
The SmartOutput module requires its own power supply. The reader can also be connected to this power supply. Six free lines are required in addition to the existing lines.
Line Use
1
Earth connection between controller, reader
and SmartOutput modules 2 Positive terminal on the power supply 3 Controller – reader Data line A 4 Controller – reader Data line B 5 Controller – SmartOutput module: Data line A 6 Controller – SmartOutput module: Data line B
Manual SmartRelais 3 Advanced
46 / 135
SimonsVoss
6 | Setting up
SmartOutput module in cab
Lift elec­tronics
Reader in the unprotected area
Ethernet connection to LSM Optional PoE instead of PSU
Power supply for lift cab
External power supply unit
Controller in the protected area
Trailing cable
External power supply unit for SOM and reader
IMPORTANT
The power supply unit for the reader and the SmartOutput modules can be omitted if the controller power supply unit can deliver sufficient electricity and supply a voltage of 12VDC.
See Power supply through trailing cable [}72] and Connecting one or more readers [}55] on wiring.
Insert: Reader without SmartOutput module
The controller powers the reader. An additional power supply unit is not required. Four free lines are required in addition to the existing lines.
Manual SmartRelais 3 Advanced
47 / 135
SimonsVoss
6 | Setting up
Line Use
1
Earth connection between controller and
reader 2 Positive terminal on the power supply 3 Controller – reader: Data line A 4 Controller – reader Data line B
Reader in the unprotected area
Lift electronics
Trailing cable
Controller in the protected area
External PSU
Power supply for lift cab
Ethernet connection to LSM Optional PoE instead of PSU
See Power supply through the controller [}74] on wiring.
Insert: Controller-fed reader with SmartOut­put module
The controller powers the reader. Connected SmartOutput modules are powered via an additional power supply unit at the other end of the trailing cable. Nine free lines are required in the trailing cable in addition to the existing lines.
The reader and its connection to the controller do not need to be removed. This means it is possible to retrofit SmartOutput modules to an existing connection.
Manual SmartRelais 3 Advanced
48 / 135
SimonsVoss
6 | Setting up
Line Use
1
Earth connection between SmartOutput mod-
ule and power supply unit
2
Positive terminal for power supply between
SmartOutput module and power supply unit
3
Earth connection between controller and
reader
4
Positive terminal for power supply between
controller and reader 5 Controller – SmartOutput module: Data line A 6 Controller – SmartOutput module: Data line B
7
Controller – SmartOutput module: Data line
earth connection 8 Controller – reader Data line A 9 Controller – reader Data line B
Manual SmartRelais 3 Advanced
49 / 135
SimonsVoss
6 | Setting up
SmartOutput module in cab
Reader in the unprotected area
Lift electronics
Trailing cable
Ethernet connection to LSM Optional PoE instead of PSU
External power supply unit for SOM
Power supply for lift cab
Controller in the protected area
External PSU
See Controller-fed reader with SmartOutput modules [}75] and Connecting one or more readers [}55] on wiring.
Also see
2 Power supply from cab [}42]
6.4.4.4 Safe deposit boxes
Safe deposit box systems are used by a variety of users. Only authorised persons should be able to open their designated deposit boxes. Deposit box systems are not always installed in areas protected from the weather. Suppliers, deliverers and a selected group of people should be able to access all deposit boxes. Some people may need to be able to open several deposit boxes.
Manual SmartRelais 3 Advanced
50 / 135
SimonsVoss
6 | Setting up
SOM in deposit box system
Reader in the unprotected area
Parallel connection
Controller in the protected area
External PSU
PSU for SmartOutput module
Ethernet connection to LSM Optional PoE instead of PSU
SOM in deposit box system
Parallel connection
Encrypted connection to the controller
The existing connections to open the locking system can be actuated with the SmartOutput modules, no matter whether a direct or alternating current is used. The SmartOutput modules are connected in parallel for this purpose. The address can be configured individually on each SmartOutput module. This allows up to fifteen SmartOutput modules with eight outputs each to be connected to the system (except the last module, which supports only four relays). The deposit box is opened as soon as the controller receives an opening command to the corresponding relay.
Identification media can be authorised for individual relays and, consequently, individual deposit boxes in LSM. However, it is also possible to group identification media together, for a department, for example, and authorise this group to use a single relay, in a departmental deposit box. Identification medium verification means you can trace which of the group's identification media has operated the relay (and taken documents, for example). If individual persons are supposed to be able to open a number of deposit boxes, relays can be grouped – in different trust levels, for example. The group of authorised persons becomes smaller as the trust level increases.
There are two options for installing the reader:
– The reader is installed in an existing housing – in an intercom housing,
for example. This variant is hidden from view and offers effective protection against the weather, vandalism and sabotage.
Manual SmartRelais 3 Advanced
51 / 135
SimonsVoss
6 | Setting up
– The reader is fitted on the wall. This variant is visible on the outside and
makes it easier for users to place their identification medium onto the reader. The read range is better compared to a reader fitted inside the housing. If the reader is installed outdoors, protection against the weather, vandalism and sabotage can be assured with the protective housing (SREL2.COVER1).
A master identification medium can be created for emergencies. This can be used to open several or all boxes at the same time.
The controller can be powered either via an external power supply unit or via the network line. The controller, in turn, can power the reader. If the voltage drop is too great, the reader can also be supplied by an external
power supply unit (see External power supply [}57]).
See Connecting one or more readers [}55] and Connecting one or more SmartOutput modules [}63] on wiring.
Also see
2 Connecting one or more buttons [}61]
6.4.4.5 Machine safety
Machines can pose significant hazards:
– Cuts
– Burns
– Electric shocks
– Laser radiation
– Crushing
For safety reasons, only qualified people should therefore be allowed to operate hazardous machines. Unauthorised persons must not be able to put hazardous machines into operation.
An option to switch off the machine without authorised identification media further increases operational safety.
DANGER
Risk of injury due to incorrect programming
The SREL3 ADV system is not suitable as a sole disconnecting device. A contactor activated via the controller must never be the only means to switch off a machine.
1. Use the SREL3 ADV system as an additional disconnecting device only, not as the sole one.
2. Use the actuated contactor in a series circuit with the machine's emergency stop switch only.
Manual SmartRelais 3 Advanced
52 / 135
SimonsVoss
6 | Setting up
Safety switch (zero voltage switch)
Reader in the un­protected area
External PSU
Ethernet connection to LSM Optional PoE instead of PSU
Controller in the protected area
Encrypted connection to the controller
Elec. connection to the relay in the controller
The SREL3 ADV system provides effective protection to prevent unauthorised persons from putting dangerous machines into operation and injuring themselves. The reader is fitted to the machine requiring protection and connected to the controller. The relay in the controller does not switch until an authorised identification medium has been activated on the reader, thus unblocking the power supply to the machine by switching the contactor. Only then can the machine be switched on at the safety switch. There are two options for installing the reader:
– The reader is fitted into the machine housing. This variant is hidden
from view and offers effective protection against the weather, dirt, fluids and mechanical impacts, depending on the machine housing.
– The reader is fitted on or next to the machine housing. This variant is
visible on the outside and makes it easier for users to place their identification medium onto the reader. The read range is better compared to a reader fitted inside a (metal) housing. The protective housing (SREL2.COVER1) ensures protection against the weather, dirt, liquids and slight mechanical impacts.
No-one can manipulate the data since communication is secured from the reader to the controller and to LSM. When the data reach the controller, the controller evaluates them. If there is a virtual network and connection to LSM (Ethernet), the latest information is retrieved using the identification
Manual SmartRelais 3 Advanced
53 / 135
SimonsVoss
6 | Setting up
medium; if not, the system used the last status saved internally. Depending on the result of the evaluation, the controller triggers the required action, such as actuate a relay.
The machine can only be put into operation if an identification medium is used on the reader. In the event of damage, the access list (for ZK variants only) will allow management to identify exactly who operated the machine last and take appropriate measures.
The controller can be powered either via an external power supply unit or via the network line. The controller, in turn, can power the reader. If the voltage drop is too great, the reader can also be supplied by an external
power supply unit (see External power supply [}57]).
See Connecting one or more readers [}55] on wiring.
Also see
2 Connecting one or more buttons [}61]
6.4.4.6 Underground car park entrance
An underground car park entrance is a similar situation to an entrance barrier (see Entrance barrier [}40]) since anyone who wants to enter an
underground garage from the outside must use the entrance. Some of these people, such as business customers, do not have an identification medium. The exterior part is also not exposed to the weather, vandalism and sabotage. The main difference is that an underground car park can be secured with elements such as roll-up doors to ensure unauthorised persons cannot walk through the entrance.
The underground car park interior can thus be regarded as a protected area.
Manual SmartRelais 3 Advanced
54 / 135
SimonsVoss
6 | Setting up
Door drive
Reader in the unprotected area
Encrypted connection to the controller
External PSU
Elec. connection to the controller
Elec. connection to the relay in the controller
Controller in the protected area
Button in the protected area
Elec. connection to the controller
The SREL3 ADV system can be used to provide a convenient underground car park control. As with all other use cases, the controller is installed in a protected area, such as the engineering room. A reader is also needed in front of the roll-up door, close to the entrance:
– The reader is installed in a suitable position in an existing housing – in
an existing intercom housing, for example. This variant is inconspicuous and offers effective protection against the weather, vandalism and sabotage.
– The reader is fitted on the wall. This variant is visible on the outside and
makes it easier for users to place their identification medium onto the reader. The read range is better compared to a reader fitted inside an existing housing. The protective housing (SREL2.COVER1) ensures protection against the weather, vandalism and sabotage.
The user can use their identification media to check authorisation while in the car. If the user does not have an identification medium, but is expected, they can still announce their arrival, using an intercom, for example. Another person who is in the protected area can then let the user in by pressing the connected button. The button can be installed in a gatehouse, for example, which only allows external customers to enter during business hours while users with identification media can come in at any time.
Manual SmartRelais 3 Advanced
55 / 135
SimonsVoss
6 | Setting up
Users who wish to leave the underground car park are within a protected area. Consequently, there is no need to re-verify authorisation for the door. Greater convenience is provided by connecting one button in a parallel circuit with another button (in the gatehouse) and positioning it near to the exit within the protected area.
No-one can manipulate the data since communication is secured from the reader to the controller and to LSM. When the data reach the controller, the controller evaluates them. If there is a virtual network and connection to LSM (Ethernet), the latest information is retrieved using the identification medium; if not, the system used the last status saved internally. Depending on the result of the evaluation, the controller triggers the required action, such as actuate a relay.
If a virtual network is used, the system is ideal for use as a gateway. The underground car park entrance features a locking device which is heavily used. This means that each identification medium used here is verified on the reader and, consequently, in the LSM database via the controller. Authorisation changes, IDs to be blocked and time budgets are thus efficiently managed.
The controller can be powered either via an external power supply unit or via the network line. The controller, in turn, can power the reader. If the voltage drop is too great, the reader can also be supplied by an external
power supply unit (see External power supply [}57]).
ATTENTION
Manipulation of unprotected electrical connections
Unprotected electrical connections can be short-circuited or manipulated in another way.
1. Install electrical connections from buttons to the controller within protected areas only.
2. Install electrical connections from the controller to the contactor or the device being activated within protected areas only.
See Connecting one or more readers [}55] and Connecting one or more buttons [}61] on wiring.
6.4.5 wiring
6.4.5.1 Connecting one or more readers
IMPORTANT
If you use one or two card readers, you may wire them either to the first, second or third connection. If you wish to connect SmartOutput modules, you may only use the connection on the third reader.
Manual SmartRelais 3 Advanced
56 / 135
SimonsVoss
6 | Setting up
Power supply through the controller
The readers (up to three readers per controller) are connected to the controller at the designated points. This type of wiring is the simplest type of connection between readers and controllers. The controller loops the power supply through to the connections for the readers, which can then be operated without an additional power supply unit.
ATTENTION
Malfunctions due to voltage drop
A voltage drop occurs in the lines between the controller and reader. If the voltage drop is too great, the voltage on the reader is no longer sufficient for reliable operation.
1. Observe the cable length specifications (see Properties [}121]).
2. Use an external power supply unit to power readers in cases of doubt (see External power supply [}57]).
Use this configuration to verify that the components which they contain function correctly.
Manual SmartRelais 3 Advanced
57 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
A
B
-
+
-
A
B
-
+
-
+
-
N
L
Controller
Power supply unit
Reader
Reader
Reader
External power supply
The readers (up to three readers per controller) are connected to the controller at the designated points. The power for readers is provided from an own power supply unit. A common reference potential is required for data transmission between controllers and readers. As a result, the earth
Manual SmartRelais 3 Advanced
58 / 135
SimonsVoss
6 | Setting up
systems in power supply units, the power supply and the controller must be connected. Using an external power supply unit avoids potential problems with voltage drops between controllers and readers.
Option 1: Using a earth connection
This configuration uses just one of the two earth connections available on the reader. Since the two earth connections are connected to one another electrically, it does not matter which one is connected to the earth. It is sufficient to assign one earth connection to the controller. This establishes a common reference potential, allowing data transmission to take place. Since the earth connections on the controller are connected to one another electrically, it does not
matter which one is connected to the earth (see Controller [}14] for details). The diagram shows all possible earth connections between the readers and the controller. However, it is sufficient if one earth connection on the controller is connected to the reader earth systems.
Manual SmartRelais 3 Advanced
59 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
A
B
-
+
-
A
B
-
+
-
+
-
N
L
+
-
N
L
Controller
Power supply unit
Reader
Reader
Reader
Power supply unit
Option 2: Using two earth connections
This configuration uses both earth connections available on the reader. The power supply unit's earth is wired to one earth connection, the controller's earth to the other earth connection. This establishes a common reference potential, allowing data transmission to take place. Since the earth connections on the controller are connected to one another electrically, it does not matter which one is
Manual SmartRelais 3 Advanced
60 / 135
SimonsVoss
6 | Setting up
connected to the earth (see Controller [}14] for details). It is sufficient if one earth connection on the controller is connected to the readers' earth systems.
This configuration is ideal if you wish to reduce the number of branches in the wiring. Both configurations function in exactly the same way.
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
N
L
A
B
-
+
-
A
B
-
+
-
Controller
Power supply unit
Reader
Reader
Reader
Power supply unit
Manual SmartRelais 3 Advanced
61 / 135
SimonsVoss
6 | Setting up
6.4.5.2 Connecting one or more buttons
As a general rule, buttons are always connected to the digital inputs on the controller. Up to three buttons can be connected per controller (see
Controller [}14]). Button functions can be configured in LSM. The inputs are low in a non-actuated state, i.e. logic 0. They are registered as high if
the voltage present exceeds a threshold value (see Properties [}121]). The threshold voltage can be exceeded (as shown) by connecting to the controller's operating voltage. Alternatively, any voltage within the specified
levels (see Properties [}121]) can be used with a common reference potential to the controller.
Option 1: Using the I+ connection
In addition to the digital inputs, there is also an output which transmits an operating voltage of-1VDC to make it easier to use buttons. The output can be used to increase the inputs to a higher voltage than the threshold voltage, thus switching to logic 1.
Manual SmartRelais 3 Advanced
62 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
1
2
1
2
1
2
Controller
Button
Button
Button
Option 2: Using V
IN
If I+ is not to be used, another voltage can be used with a common reference potential (same earth) with the controller – from the power supply unit in this case. This option is recommended if the power supply unit and buttons are close to one another, but are far from the controller. There is no need to install another cable (the I+ to be precise) in this case.
Manual SmartRelais 3 Advanced
63 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
1
2
1
2
1
2
L
N
-
+
Controller
Button
Power supply unit
Button
Button
6.4.5.3 Connecting one or more SmartOutput modules
SmartOutput modules require a supply voltage which may differ from the controller's supply voltage. For this reason, it is recommended to use their own power supply unit. SmartOutput modules are connected in parallel on the bus (A, B). The bus is connected to the controller instead of a third
Manual SmartRelais 3 Advanced
64 / 135
SimonsVoss
6 | Setting up
reader. To ensure the SmartOutput modules are activated correctly, an address needs to be configured on each SmartOutput module (see SmartOutput module manual).
IMPORTANT
If the controller's power supply unit delivers 12VDC and sufficient electricity, there is no need for a power supply unit for the SmartOutput modules; the controller's power supply can be used instead. In this case, the earth sys­tem in the SmartOutput modules is connected to the controller power sup­ply unit and VIN in the SmartOutput modules with the power supply unit's 12VDC.
Manual SmartRelais 3 Advanced
65 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
L
N
-
+
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
Power supply unit
SREL3 (Advanced) controller
SOM
SOM
SOM
Configuring the address for modules
Each connected module is actuated using its address. This address is set on the address switch. The following addresses are permitted:
Module Address
Module 1 0 (initial setting in the factory) Module 2 1
Manual SmartRelais 3 Advanced
66 / 135
SimonsVoss
6 | Setting up
Module Address
Module 3 2 Module 4 3 Module 5 4 Module 6 5 Module 7 6 Module 8 7 Module 9 8 Module 10 9 Module 11 A Module 12 B Module 13 C Module 14 D Module 15 E Module 16 F
1. Press the sides of the transparent inlay together.
2. Remove the transparent inlay.
3. Use a screwdriver to configure the address as per the table.
4. Insert the transparent inlay again.
6.4.5.4 Using the serial interface
The digital outputs used for the serial interface are open drain connections. This means that a pull-up resistance in the data lines and 3–24VDC are required for operation as a serial interface. The O+ connection can be used for this purpose. A value of 1kΩ is recommended. The earth system in the controller and the earth system in the third-party system must also be connected for data transmission.
You can obtain detailed information and the specifications from Support (see Help and contact). The required pull-up resistances may already be integrated in your third-party system. In doubt, please ask the manufacturer of your third-party system.
Wiegand 26-bit and 33­bit
The controller can communicate with systems which use one of the Wiegand protocols. Once an authorised identification medium is detected, the data are forwarded to the third-party system via the serial interface. The controller must be wired as follows to make this possible.
Manual SmartRelais 3 Advanced
67 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
GND
CLS
D1
D0
Third-party system
Controller
1-10k
1-10k
1-10k
Primion, Siemens Cer­pass, Kaba Benzing, Gantner Legic and Is­gus
The controller can communicate with systems which use one of the protocols. Once an authorised identification medium is detected, the data are forwarded to the third-party system via the serial interface. The controller must be wired as follows to make this possible.
Manual SmartRelais 3 Advanced
68 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
GND
CLS
CLK
DATA
Third-party system
Controller
1-10k
1-10k
1-10k
6.4.5.5 Wiring in lift
Lift cabs are connected to the external system via trailing cables. The number of available lines is limited by the trailing cable type. You can save on free lines if you decide on a configuration with few lines.
Manual SmartRelais 3 Advanced
69 / 135
SimonsVoss
6 | Setting up
ATTENTION
Malfunctions due to voltage drop
The physically induced voltage drop in the trailing cable may cause low voltages in power supplies which come from outside the cab.
1. Take the cable length into account.
2. Switch to a version with power supply in the cab if necessary (see
Common earth with power supply [}69] and Common earth with SREL3 components [}70]).
3. Make the cable gauge larger by merging lines in the trailing cable.
Also see
2 Common earth with power supply [}69]
2 Common earth with SREL3 components [}70]
Common earth with power supply
This wiring layout presupposes that the cab already has a power supply line connected to the outside world. In the cab, a voltage converter transforms the voltage and provides the power to the reader and SmartOutput modules. The power supply's earth is also used for the lift electronics as a common reference potential for data transmission between the reader, controller and SmartOutput module.
DANGER
Electric shock due to mains voltage
An electric shock may be caused when connecting the non-hazardous earth (low voltage) to a conductor which carries the mains voltage.
1. Only use conductors with a low-voltage potential (<42V) as a common earth cable!
2. Protect live cables, so people do not touch them accidentally!
Manual SmartRelais 3 Advanced
70 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
N
L
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
+
-
+out
-out
+in
-in
Controller
Power supply unit
Voltage converter
Reader
SOM
Trailing cable
Lift electronics
Power supply unit
Common earth with SREL3 components
This wiring layout presupposes that the cab already has a power supply line connected to the outside world. In the cab, a voltage converter transforms the voltage and provides the power to the reader and SmartOutput modules. Unlike variants with a common earth line (see
Common earth with power supply [}69]), the power supply's earth line is not used in this case; a separate line is used as a common reference
Manual SmartRelais 3 Advanced
71 / 135
SimonsVoss
6 | Setting up
potential between, the controller, reader and SmartOutput modules instead. Depending on the voltage converter design, the SREL3 ADV system can thus be disconnected from the lift electronics.
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
N
L
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
+
-
+out
-out
+in
-in
Controller
Power supply unit
Voltage converter
Reader
SOM
Trailing cable
Lift electronics
Power supply unit
Manual SmartRelais 3 Advanced
72 / 135
SimonsVoss
6 | Setting up
Power supply through trailing cable
If the cab does not have its own power supply (voltage too high or insufficient power reserves) or is not suitable to supply power to the SREL3 ADV system for other reasons, the power supply must be provided via the trailing cable.
Option 1: Tapping the power supply for the controller
This configuration dispenses with the need for a separate power supply unit for the reader and SmartOutput modules. The data lines are connected as described in the sections on the reader (see
Connecting one or more readers [}55]) and SmartOutput module (see Connecting one or more SmartOutput modules [}63]).
WARNING
Overload in the power supply unit
The SmartOutput module and reader are additional power consumers. They may overload the controller's power supply unit and cause a fire.
1. Use a power supply unit which is designated for the total continuous currents for all connected components.
ATTENTION
Overvoltage on the SmartOutput module
The permitted supply voltage for the SmartOutput module differs from the permitted supply voltage for the reader or controller (see Properties [}121]).
1. Use Option 2 if the controller's supply voltage is outside the range in the SmartOutput module's specifications.
Manual SmartRelais 3 Advanced
73 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
L
N
-
+
K2
+
A+
K1
A-
-
Out
I-
I+
B
A
C
Power supply unit
Controller
Lift electronics
Trailing cable
Reader
SOM
Power supply unit
Option 2: Own power supply unit for reader and SmartOutput mod­ule
This configuration requires a separate power supply unit for the reader and SmartOutput modules. The earth systems in the controller, power supply unit and reader/SmartOutput modules must be interconnected to establish a common reference potential for data transmission.
Manual SmartRelais 3 Advanced
74 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
N
L
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
+
-
+
-
N
L
Controller
Power supply unit
Reader
SOM
Trailing cable
Lift electronics
Power supply unit
Power supply unit
Power supply through the controller
This wiring layout can only be used if no SmartOutput modules are to be used. The reader is connected via the trailing cable as described
before (see Power supply through the controller [}56]).
Manual SmartRelais 3 Advanced
75 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
L
N
-
+
Controller
Power supply unit
Reader
Trailing cable
Lift electronics
Power supply unit
Controller-fed reader with SmartOutput modules
The reader is connected as described before (see Power supply through the controller [}56]). The SmartOutput modules are also
powered via a power supply unit outside the cab. The SmartOutput modules' earth system must be connected to the controller's earth system.
Manual SmartRelais 3 Advanced
76 / 135
SimonsVoss
6 | Setting up
-
+
1(1)
<
1(2)
2(1)
<
2(2)
+1
-
B1
A1
+2
-
B2
A2
+3
-
B3
A3
O4
O3
O2
O1
O+
I+
-
I1
I2
I3
A
B
-
+
-
+
-
N
L
+
-
N
L
C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
+
-
+
-
N
L
Controller
Power supply unit
Reader
SOM
Trailing cable
Lift electronics
Power supply unit
Power supply unit
IMPORTANT
There is also no need for a power supply unit for the SmartOutput module if the controller has a 12VDC power supply unit. The SmartOutput module's VIN is then not connected to its own power supply unit but to the controller's
VIN instead (compare Power supply through trailing cable [}72]).
Manual SmartRelais 3 Advanced
77 / 135
SimonsVoss
6 | Setting up
WARNING
Overload in the power supply unit
The SmartOutput module and reader are additional power consumers. They may overload the controller's power supply unit and cause a fire.
1. Use a power supply unit which is designated for the total continuous currents for all connected components.
Manual SmartRelais 3 Advanced
78 / 135
SimonsVoss
7 | Installation
7 Installation
Controller
The controller can be installed horizontally or vertically. You can use the integrated fastening holes to install it safely and easily in a
horizontal position (see Drilling templates [}132]).
ATTENTION
Adverse effect on reception due to interferences
This device communicates wirelessly. Wireless communication can be af­fected or may fail due to metal surfaces or interference.
1. Do not fit the device to metal surfaces.
2. Keep the device away from sources of electrical or magnetic interference.
ATTENTION
Unauthorised access
Unauthorised persons may short-circuit the electric contacts in the control­ler.
1. Install the controller in an environment which is protected against unauthorised access.
ATTENTION
Malfunctions due to weather conditions
The controller is not protected against splashing water or other weather in­fluences.
1. Install the controller in an environment which is protected against weather influences.
Reader
The reader can be mounted in any position.
ATTENTION
Adverse effect on reception due to interferences
This device communicates wirelessly. Wireless communication can be af­fected or may fail due to metal surfaces or interference.
1. Do not fit the device to metal surfaces.
2. Keep the device away from sources of electrical or magnetic interference.
ATTENTION
Malfunctions due to weather conditions
The reader is not protected against splashing water or other weather influ­ences.
1. If you wish to use the reader in an environment which is not protected against splashing water, use the WP version.
2. Ensure full protection against splashing water with additional sealants.
SmartOutput module
The SmartOutput module is designed for fitting onto a DIN rail.
Manual SmartRelais 3 Advanced
79 / 135
SimonsVoss
8 | SREL3 ADV in LSM
8 SREL3 ADV in LSM
8.1 Changing over from SREL2 to SREL3.ADV
It is possible to change between SmartRelay system generations. Contact Support to ensure a smooth changeover process (see Help and contact).
8.2 Access list
IMPORTANT
The access list is only available in the .ZK version.
8.2.1 Import access list
The SmartRelay 3 can be configured in such a way that all identification attempts, including unauthorised ones, are saved to the access list. You can read this access list. Access list readouts can also be automated in Task Manager (see LSM manual).
8.2.1.1 Reading the access list with USB cable
Proceed as follows if you wish to read the access list using a USB connection:
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
ü Controller connected to computer with USB cable.
1. Mark the entry on the SmartRelay 3 controller in the matrix.
2. Use |Programming| to select the Read highlighted locking device/set time item.
Manual SmartRelais 3 Advanced
80 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ð The "Read lock" window will open.
3. Open the Type drop-down menu.
Manual SmartRelais 3 Advanced
81 / 135
SimonsVoss
8 | SREL3 ADV in LSM
4. Select the "USB link to the TCP nodes" item.
5. Click on the Read button.
ð "G2 SmartRelay 3" window opens.
6. Click on the Read button.
7. Click on the Audit Trail button.
ð Access list is displayed.
8.2.1.2 Reading the access list over network
Proceed as follows if you wish to read the access list using a network connection:
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
ü Controller has already been programmed.
ü Controller connected to computer via network.
1. Mark the entry on the SmartRelay 3 controller in the matrix.
2. Use |Programming| to select the Read highlighted locking device/set time item.
Manual SmartRelais 3 Advanced
82 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ð The "Read lock" window will open.
3. Open the Type drop-down menu.
Manual SmartRelais 3 Advanced
83 / 135
SimonsVoss
8 | SREL3 ADV in LSM
4. Select the "TCP nodes" item.
5. Click on the Read button.
ð Locking device is read.
ð The "G2 Smart Relay 3" window will open.
6. Click on the Read button.
7. Click on the Audit Trail button.
ð Access list is displayed.
8.2.2 Resetting the access list
If you wish to delete the access list permanently, you must delete it in LSM and in the controller. The access list is synchronised between the controller and LSM and stored in both. The controller features a built-in memory module for this purpose.
8.2.2.1 Resetting the access list with USB cable
Deleting the access list in the controller
Reset the controller (see Resetting controller with a USB cable [}29]).
Deleting the access list in LSM
1. Double-click on the entry in the matrix to open the settings for SmartRelay3.
2. Change to the [Audit Trail] tab.
3. Click on the Delete Audit Trail button.
4. Press on OK to accept query.
ð Access list is now deleted.
Programming the con­troller
Resetting the controller results in a programming requirement. Execute programming for the controller (see Programming [}24]).
8.2.2.2 Resetting the access list over network
Deleting the access list in the controller
Reset the controller (see Resetting controller over the network [}31]).
Deleting the access list in LSM
1. Double-click on the entry in the matrix to open the settings for SmartRelay3.
2. Change to the [Audit Trail] tab.
3. Click on the Delete Audit Trail button.
Manual SmartRelais 3 Advanced
84 / 135
SimonsVoss
8 | SREL3 ADV in LSM
4. Press on OK to accept query.
ð Access list is now deleted.
Programming the con­troller
Resetting the controller results in a programming requirement. Execute programming for the controller (see Programming [}24]).
8.2.3 Event logging of unauthorised accesses
Only authorised accesses are logged in storage mode. There is an option to log unauthorised access attempts too.
ü LSM 3.4 or higher installed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Enable the Log unauthorised attempts checkbox.
4. Click on the Apply button.
5. Click on the Exit button.
6. Execute programming (see Programming [}24]).
ð Unauthorised access attempts are now also logged.
8.3 Flip-flop
The switching time for the relay in the controller can be freely programmed between 0s and 25s. If the controller relay needs to be permanently operated, you can activate flip-flop mode.
ATTENTION
Changing over the relay contact if power fails
The relays in the controller are not bi-stable. Consequently, permanent power is required for switched mode. Relays are no longer supplied with electricity if there is a power outage. In such cases, they switch to a power­off state even without using an identification medium, depending on the ori­ginal position.
1. Connect external components in such a way that a power-off state poses no risks.
IMPORTANT
The flip-flop option is not available if the SREL3 ADV system is used with SmartOutput modules.
ü LSM 3.4 SP1 or higher installed.
ü Components connected to power.
ü Components wired correctly (see wiring [}55]).
Manual SmartRelais 3 Advanced
85 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ü Controller has already been programmed.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Enable the Flip Flop checkbox.
4. Click on the Apply button.
5. Click on the Exit button.
6. Execute programming (see Programming [}24]).
ð Flip-flop mode is activated.
Also see
2 Programming [}24]
8.4 Time budgets
Time budgets are a convenient way to ensure regular identification media updating in the virtual network. If a time budget is issued, which must be uploaded to a gateway, users are forced to use their identification medium on the gateway on a regular basis. During this process, not only is the time budget uploaded, but other updates are also transmitted.
Identification media may become lost or stolen. Issuing a time budget ensures that identification media are automatically no longer authorised on the locking devices, because their time budget can no longer be uploaded once rights are withdrawn. Issuing a time budget thus increases security in the locking system.
8.4.1 Time budget template for new locking system identification media
ü Controller has already been programmed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
ü Controller linked to the computer via USB or TCP/IP.
ü Virtual network set up.
ü Controller set up as a gateway.
1. Click on the ... button.
2. Change to the [Name] tab.
3. Select one of the options in the "Dynamic time window for G2 transponder" section.
4. Enter the number of hours if required.
5. Click on the Apply button.
ð Global time budget set.
Manual SmartRelais 3 Advanced
86 / 135
SimonsVoss
8 | SREL3 ADV in LSM
6. Click on the Exit button.
7. Execute programming (see Programming [}24]).
ð Newly created identification media automatically apply this time budget
setting when they are created.
IMPORTANT
If a differing time budget or even no time budget is to be assigned to identi­fication media which have already been created, you can issue them a time budget on an individual basis.
1. Double-click on the entry in the matrix to open the identification medium's properties.
2. Switch to the [Configuration] tab.
3. Issue an individual time budget in the "Dynamic time window" section.
4. Click on the Transmit button.
5. Click on the Exit button.
ð Individual time budget assigned.
8.4.2 Ignoring activation/expiry date
Identification media can be given a validity date. This validity date can be ignored if identification media need to be used regardless.
ü Controller has already been programmed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Enable the Ignore activation or expiry date checkbox.
4. Click on the Apply button.
5. Click on the Exit button.
6. Execute programming (see Programming [}24]).
8.5 Consequences in the event of a network failure
If the network fails, only part of the information will still be transferred:
– Time budgets and buffer-stored block IDs are still transmitted from the
controller to the identification media. The locking system continues to function.
Manual SmartRelais 3 Advanced
87 / 135
SimonsVoss
8 | SREL3 ADV in LSM
– Block feedback signals are transmitted from the identification media to
the controller. The physical access list is also transmitted to the controller in the case of cards. All information is buffered in the controller. Once connection is re-established, the controller transmits the stored information to LSM.
– Authorisation changes are not edited in the virtual network.
– Input events are not transmitted to the database and expire.
8.6 Signal settings
In some cases, an optical or audible feedback signal may not be wanted. You can also change signal settings as you wish.
ü LSM 3.4 or higher installed.
ü Controller has already been programmed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Click on the Extended configuration button.
ð The "Extended configuration" window will open.
4. Enable or disable the Turn off LED checkbox.
5. Enable or disable the Turn off beeper checkbox.
6. Click on the OK button.
Manual SmartRelais 3 Advanced
88 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ð Window closes.
7. Click on the Apply button.
8. Click on the Exit button.
9. Execute programming (see Programming [}24]).
ð Signalling has been adjusted.
8.7 Operation as interface
The SREL3 ADV system can be used to actuate a third-party system with identification media. You can select the specified interfaces for this purpose
(see Controller [}121]). See Using the serial interface [}66] on wiring. You can receive detailed specifications on the interfaces offered from Support (see Help and contact). If data need to be transferred via the serial interface, then the serial interface needs to be enabled and the corresponding protocol configured:
ü Controller has already been programmed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Click on the Extended configuration button.
ð The "Extended configuration" window will open.
4. Open the Interface drop-down menu.
Manual SmartRelais 3 Advanced
89 / 135
SimonsVoss
8 | SREL3 ADV in LSM
5. Select the entry which corresponds to your third-party system.
6. Click on the OK button.
ð Window closes.
7. Click on the Apply button.
8. Click on the Exit button.
9. Execute programming (see Programming [}24]).
ð Data are emitted via the serial interface.
8.8 Near-field option
A reduced reader range is required in some situations. The near-field option reduces the reader range for transponders. This reduces the influence of possible interferences and prevents the transponder from overriding.
ü LSM 3.4 or higher installed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Enable the Close-up range mode checkbox.
4. Click on the Apply button.
5. Click on the Exit button.
6. Execute programming (see Programming [}24]).
ð The near-field option is activated.
8.9 Switching interval
You can freely configure the duration of opening between 0s and 25s. The opening interval configured on the controller also applies to the SmartOutput modules.
Manual SmartRelais 3 Advanced
90 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ATTENTION
Unintentional opening of the SmartOutput module
If a pulse length of 0s has been configured in LSM, the SmartOutput mod­ule still activates for about three seconds.
IMPORTANT
Long release by SmartOutput modules not supported
SmartOutput modules use the G1 protocol. The G1 protocol does not sup­port the Long opening function. The SmartOutput modules used open for the time configured on the controller regardless of this setting on the transponder.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Enter the desired pulse length.
4. Click on the Apply button.
5. Click on the Exit button.
6. Execute programming (see Programming [}24]).
ð Switching interval is set.
8.10 Software reset
You can initiate a software reset in LSM. If the controller has been reset by a different LSM, LSM is no longer able to activate the reset controller. LSM still contains information on the controller which is no longer up to date. The software reset clears all the controller information saved in LSM in the software. This means that LSM and the controller are synchronised once more (both reset) and LSM can address the controller again.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Click on the Software reset button.
ð The "LockSysMgr" window will open.
Manual SmartRelais 3 Advanced
91 / 135
SimonsVoss
8 | SREL3 ADV in LSM
4. Click on the OK button.
5. Click on the Yes button.
ð Software reset has been completed.
8.11 Time switch-over function
ATTENTION
Unintentional opening due to use with SmartOutput module
The opening behaviour with a SmartOutput module in conjunction with time zone control deviates from the opening behaviour without the SmartOutput module.
All relays in the SmartOutput module are switched.
1. See the sections on Extended configuration with SmartOutput modules
[}94] and Extended configuration without SmartOutput module [}93].
The fifth group in the time zone plan is relevant for time change-over.
Assignment of a time zone plan
ü LSM launched.
ü SREL3 ADV System added.
ü Time zone plan added.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Door] tab.
3. Open the Time zone drop-down menu.
4. Select your time zone.
5. Click on the Apply button.
6. Click on the Exit button.
ð Time zone is selected.
Activating time zone control and time change-over
Whereas time zone control itself can only influence identification media authorisations, the time change-over also activates time­dependent switching of the relay in the controller. Both need to be activated.
Manual SmartRelais 3 Advanced
92 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ü LSM launched.
ü SREL3 ADV System added.
ü Time zone plan assigned.
1. Double-click on the SmartRelay 3 entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Enable the Time zone management checkbox.
4. Enable the Time switching checkbox.
5. Click on the Extended configuration button.
ð The "Extended configuration" window will open.
6. Set the options for automatic and manual locking and unlocking in the "Time-based switching" section as you require (see
Extended configuration without SmartOutput module [}93]
and Extended configuration with SmartOutput modules [}94]).
7. Click on the OK button.
ð Window closes.
8. Click on the Apply button.
9. Click on the Exit button.
ð Time zone control and time change-over are activated.
Editing the time zone plan
See LSM manual to edit the time zone plan.
Manual SmartRelais 3 Advanced
93 / 135
SimonsVoss
8 | SREL3 ADV in LSM
8.11.1 Extended configuration without SmartOutput module
Unlocking in the authorised time period (close relay contacts)
Unlocking automatically Unlocking manually always only if locked always only if locked
Controller: Closes re­lay contacts (un­locked) as soon as authorisation starts in the time zone plan. Behaves in the same way as a flip-flop for the remaining author­ised time period.
Controller: Closes re­lay contacts (un­locked) as soon as authorisation starts in the time zone plan. No influence by identifica­tion media for the rest of the authorised time period.
Controller: Closes re­lay contacts (un­locked) as soon as identification medium is activated after au­thorisation starts in the time zone plan. Behaves in the same way as a flip-flop for the remaining author­ised time period.
Controller: Closes re­lay contacts (un­locked) as soon as identification medium is activated after au­thorisation starts in the time zone plan. No influence by identifica­tion media for the rest of the authorised time period.
Locking in the non-authorised time period (open relay contacts)
Locking automatically Locking manually always only if locked always only if locked Controller: Opens re-
lay contacts (locked) as soon as authorisa­tion ends in the time zone plan. Identifica­tion media close relay contacts (unlock) dur­ing non-authorised time period for pre-set pulse duration.
Controller: Opens re­lay contacts (locked) as soon as authorisa­tion ends in the time zone plan. Identifica­tion media close relay contacts (unlock) dur­ing non-authorised time period for pre-set pulse duration.
Controller: Opens re­lay contacts (locked) as soon as identifica­tion medium is activ­ated. Identification media close relay con­tacts (unlock) during non-authorised time period for pre-set pulse duration.
Not possible
Manual SmartRelais 3 Advanced
94 / 135
SimonsVoss
8 | SREL3 ADV in LSM
8.11.2 Extended configuration with SmartOutput modules
Unlocking in the authorised time period (close relay contacts)
Unlocking automatically Unlocking manually always only if locked always only if locked
Not possible
– Controller: Closes
relay contacts (unlocked) as soon as authorisation starts in the time zone plan. No influence by identification media within the authorised time period.
– SmartOutput
module: Closes relay contacts (unlocked) as soon as authorisation starts in the time zone plan. No influence by identification media within the authorised time period.
Not possible
– Controller: Closes
relay contacts (unlocked) as soon as identification medium is activated after authorisation starts within the time period. No influence by identification media for the rest of the authorised time period after that.
– SmartOutput
module: Closes relay contacts (unlocked) as soon as authorisation starts in the time zone plan. No influence by identification media for the rest of the authorised time period.
Manual SmartRelais 3 Advanced
95 / 135
SimonsVoss
8 | SREL3 ADV in LSM
Locking in the non-authorised time period (open relay contacts)
Locking automatically Locking manually always only if locked
Not possible
Not possible
– Controller: Opens
relay contacts (locked) as soon as authorisation ends in the time zone plan. Identification media close relay contacts for configured pulse duration for the remaining authorised time period.
– SmartOutput
module: Opens relay contacts (locked) as soon as authorisation ends in the time zone plan. Identification media close relay contacts for configured pulse duration for the remaining authorised time period.
8.12 Remote opening
You can also use LSM to operate the relay in the controller without identification media at any time.
IMPORTANT
A remote opening takes precedence over time zone control. It also oper­ates the relay if the relay contacts should remain open after time zone con­trol.
Remote opening with USB cable
ü Controller has already been programmed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Use |Network| to select the Lock activation item.
Manual SmartRelais 3 Advanced
96 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ð The "Activate network locks" window will open.
2. Open the Door/lock drop-down menu.
3. Select the SREL3 ADV system controller.
4. Open the Type drop-down menu.
5. Select the "USB link to the TCP nodes" item.
6. Open the Device drop-down menu.
7. Select the IP address if required.
8. Select the remote unlocking option.
9. Click on the Execute button.
ð Relay switches in the controller.
Manual SmartRelais 3 Advanced
97 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ð "Programming successful" window is displayed.
Remote opening via TCP/IP
ü Controller has already been programmed.
ü Components wired correctly (see wiring [}55]).
ü Components connected to power.
1. Use |Network| to select the Lock activation item.
ð The "Activate network locks" window will open.
2. Open the Door/lock drop-down menu.
3. Select the SREL3 ADV system controller.
4. Open the Type drop-down menu.
5. Select the "TCP nodes" item.
Manual SmartRelais 3 Advanced
98 / 135
SimonsVoss
8 | SREL3 ADV in LSM
6. Open the Device drop-down menu.
7. Select the IP address if required.
8. Select the remote unlocking option.
9. Click on the Execute button.
ð Relay switches in the controller.
ð "Programming successful" window is displayed.
8.13 Firmware update
SimonsVoss products are kept up to date and maintained at all times. It may be necessary to enable new functions to install a new firmware version.
Firmware updates are a complex affair which require detailed specialist knowledge. Contact our Support to install any firmware updates (see Help and contact). The controller may need to reset the controller.
ATTENTION
Bricking due to firmware update being interrupted
The firmware is also responsible for resetting. If the firmware is partly over­written and the process is interrupted (connection is cut or the power supply fails), it may no longer be possible to address or reset the device as a result of what is known as bricking.
1. Ensure that the power supply is stable during the firmware update.
2. Ensure that the power supply is not interrupted during the firmware update.
3. Ensure that the connection is not interrupted during the firmware update.
8.14 Events
8.14.1 Evaluating controller inputs
The digital inputs on the SREL3 ADV system controller can be forwarded to LSM, where they may trigger actions.
Adding an event
If you wish to use LSM or SmartSurveil (see SmartSurveil [}101]) to evaluate an input, you first need to create the corresponding input as an event in LSM. Only then will changes to the input also be saved in the LSM database.
ü LSM open.
ü SREL3 ADV System added to the matrix.
1. Use |Network| to select the Event manager item.
ð The "Network event manager" window will open.
2. Click on the New button.
Manual SmartRelais 3 Advanced
99 / 135
SimonsVoss
8 | SREL3 ADV in LSM
ð The "New Event" window will open.
3. Enter a suitable name for the event.
4. Enter an optional description for the event.
5. Enter an optional message.
6. Open the Type drop-down menu.
7. Select the "Input Event" item.
8. Click on the Configure event button.
ð The "Input Event" window will open.
Manual SmartRelais 3 Advanced
100 / 135
SimonsVoss
8 | SREL3 ADV in LSM
9. Select the required input in the "Select input" section.
10. Select the status change that the event should trigger in the "Input changes" section.
11. Click on the OK button.
12. Click on the Select button to assign a locking device to the event.
ð The "Administration" window will open.
13. Highlight one or more locking devices.
14. Click on the ← Add button.
15. Click on the OK button.
ð Window closes.
ð Locking device is assigned to the event.
16. You can use the New or Add button to assign an action if you wish to configure an action.
17. Click on the OK button.
ð Window closes.
ð Event is displayed in the "Events" section.
18. Click on the Exit button.
ð Window closes.
ð Input is added as an event and triggers an action.
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use