Simons Voss Technologies SOM + SREL3.ADV User manual

SOM + SREL3.ADV
Manual
27.07.2021

Content
1 General safety instructions.....................................................................................................................4
2 Product-specific safety instructions....................................................................................................6
3 Meaning of the text formatting ............................................................................................................. 7
4 Product description...................................................................................................................................8
5 Before placing an order............................................................................................................................9
5.1 SmartRelay .........................................................................................................................................................9
5.2 Determining the number of required modules..................................................................................9
5.3 Acquiring and configuring power supply units...................................................................................9
5.4 Determining installation technology and location ..........................................................................9
5.5 Cable types and routes.................................................................................................................................9
5.6 installation outside..........................................................................................................................................9
5.7 Guidelines ............................................................................................................................................................9
6 Before installation ................................................................................................................................... 10
7 Installation ...................................................................................................................................................11
8 Connections................................................................................................................................................12
9 Connection to the SmartRelay .............................................................................................................15
9.1 Standard power supply unit connection............................................................................................ 15
9.2 Connecting a fire alarm system emergency release .................................................................... 16
9.3 Circuit to prevent opening if power supply should fail ................................................................ 16
10 Programming and configuration......................................................................................................... 18
10.1 General information...................................................................................................................................... 18
10.2 Entering the number of modules ........................................................................................................... 18
10.3 Configuring the address for modules................................................................................................... 18
10.4 Setting the pulse length.............................................................................................................................. 19
10.5 Naming in the software............................................................................................................................... 19
10.6 Inverting outputs ............................................................................................................................................ 19
11 Signal ............................................................................................................................................................21
11.1 LEDs for each output ....................................................................................................................................21
11.2 Status LED..........................................................................................................................................................21
12 Technical specifications ........................................................................................................................22
13 EU/UK Declaration of conformity.......................................................................................................25
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14 Help and other information ................................................................................................................. 26
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1 General safety instructions
Signal word (ANSI
Z535.6) Possible immediate effects of non-compliance
DANGER Death or serious injury (likely)
WARNING Death or serious injury (possible, but unlikely)
CAUTION Minor injury
IMPORTANT Property damage or malfunction
NOTE Low or none
WARNING
Blocked access
Access through a door may stay blocked due to incorrectly fitted and/or in-
correctly programmed components. SimonsVoss Technologies GmbH is
not liable for the consequences of blocked access such as access to in-
jured or endangered persons, material damage or other damage!
Blocked access through manipulation of the product
If you change the product on your own, malfunctions can occur and access through a door can
be blocked.
Modify the product only when needed and only in the manner described in the
documentation.
IMPORTANT
Damage resulting from electrostatic discharge (ESD)
This product contains electronic components that may be damaged by electrostatic discharges.
1. Use ESD-compliant working materials (e.g. Grounding strap).
2. Ground yourself before carrying out any work that could bring you into contact with the
electronics. For this purpose, touch earthed metallic surfaces (e.g. door frames, water pipes
or heating valves).
Damage resulting from liquids
This product contains electronic components that may be damaged by liquids of any kind.
Keep liquids away from the electronics.
Damage resulting from aggressive cleaning agents
The surface of this product may be damaged as a result of the use of unsuitable cleaning agents.
Only use cleaning agents that are suitable for plastic or metal surfaces.
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Damage as a result of mechanical impact
This product contains electronic components that may be damaged by mechanical impacts of
any kind.
1. Avoid touching the electronics.
2. Avoid other mechanical influences on the electronics.
Damage as a result of overcurrent or overvoltage
This product contains electronic components that may be damaged by excessive current or
voltage.
Do not exceed the maximum permissible voltages and/or currents.
Damage due to polarity reversal
This product contains electronic components that may be damaged by reverse polarity of the
power source.
Do not reverse the polarity of the voltage source (batteries or mains adapters).
NOTE
Intended use
SimonsVoss-products are designed exclusively for opening and closing
doors and similar objects.
Do not use SimonsVoss products for any other purposes.
Different times for G2 locks
The internal time unit of the G2 locks has a technical tolerance of up to ± 15 minutes per year.
Qualifications required
The installation and commissioning requires specialized knowledge.
Only trained personnel may install and commission the product.
Incorrect installation
SimonsVoss Technologies GmbH accepts no liability for damage caused to doors or compon-
ents due to incorrect fitting or installation.
Modifications or further technical developments cannot be excluded and may be implemented
without notice.
The German language version is the original instruction manual. Other languages (drafting in the
contract language) are translations of the original instructions.
Read and follow all installation, installation, and commissioning instructions. Pass these instruc-
tions and any maintenance instructions to the user.
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2 Product-specific safety instructions
IMPORTANT
SimonsVoss Technologies GmbH accepts no liability for any damage
caused by incorrect installation.
IMPORTANT
You must observe the manufacturer's warranty and installation conditions
if you use other manufacturers' products with a SmartOutput module.
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3 Meaning of the text formatting
This documentation uses text formatting and design elements to facilitate
understanding. The table explains the meaning of possible text formatting:
Example button
Example
Example checkbox
Example Option
[Example] Tab
"Example" Name of a displayed window
|Example| Upper programme bar
Example Entry in the expanded upper pro-
gramme bar
Example Context menu entry
▼ Example Name of a drop-down menu
"Example" Selection option in a drop-down
menu
"Example" Area
Example Field
Example Name of a (Windows) service
Example
Commands (e.g. Windows CMD
commands)
Example Database entry
[Example] MobileKey type selection
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4 Product description
The SmartOutput module features eight potential-free relay outputs,
which can be actuated using SmartRelay Advanced. Depending on the
transponder ID, one or several outputs can be activated for a
programmable time interval. This assignment (profile) is freely
programmable in LSM.
This means that the SmartOutput module is suitable for functions such as:
Authorisation-dependent lift control
Activation to open mail box systems
Up to fifteen modules can be connected to a SmartRelay if more than
eight outputs are needed.
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5 Before placing an order
5.1 SmartRelay
At least one SmartRelay is required to operate a SmartOutput module. To
order a SmartRelay, read the manual concerned on the required
SmartRelay or contact us (see Help and contact).
5.2 Determining the number of required modules
Up to fifteen external modules can be connected to a SmartRelay 3
Advanced. Each module can be configured separately from one another
using the software.
Only four outputs are available on module 15 (up to 116 additional outputs
in total).
5.3 Acquiring and configuring power supply units
SmartRelay and up to eight SmartOutput modules can be operated with a
power supply unit. The power supply unit must be able to deliver a suitable
output voltage (recommended: 12VDC) and provide sufficient current (see
Technical specifications [}22] for power input).
5.4 Determining installation technology and location
SmartOutput modules are fastened to DIN rails. SmartRelay are not
usually fitted to DIN rails.
5.5 Cable types and routes
SmartOutput modules should be fitted in such a way that all cables can be
installed without bending them too much.
5.6 installation outside
Modules are not designed for outdoor installation without additional
protective measures.
5.7 Guidelines
Specialist trained to EN 18328 requirements should install the module. VDE
guidelines must be observed.
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6 Before installation
1. Unpack the SmartOutput module.
2. Check the SmartOutput module for external damage.
3. Connect the SmartOutput module and a reader to a SmartRelay.
4. Power the SmartOutput module.
IMPORTANT
Reverse polarity damages electronics
If you connect the power supply with the wrong polarity, the electronics will
be damaged.
Observe the polarity.
9SmartOutput module "rattles" when the power supply is connected.
9SmartOutput module flashes red once every 16 seconds.
5. Power the SmartRelay.
9SmartRelay detects SmartOutput module.
9SmartOutput module flashes very quickly red/green for one second.
9SmartOutput module has been detected and flashes green once every
ten seconds.
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7 Installation
üSmartOutput module tested (see Before installation [}10] ).
üDIN rails available for installation.
1. Fit the SmartOutput module onto the DIN rail.
2. Switch off the power supply.
3. Connect all cables (see Connections [}12] ).
4. Switch on the power supply.
IMPORTANT
Check polarity is correct.
5. Use the LSM software to programme the controller (see Programming
and configuration [}18] ).
6. Use authorised transponders to check the controller functions correctly.
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8 Connections
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
below 10.0VDC (±0.5VDC). The earth connection is usu-
ally connected to the AUX relay's coil. If the supply
voltage falls at VIN, the AUX relay activates before the
other relay contacts activate unchecked due to the de-
creasing 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 un-
checked.
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.
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.
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No. Circuit
board Explanation
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.
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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.
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9 Connection to the SmartRelay
This is how you connect the SmartOutput module to a third-generation
SmartRelay controller (SREL3.ADV or SREL3.ADV.ZK).
-
+
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
Controller
of the SREL3
(Advanced)
SOM SOM SOM
9.1 Standard power supply unit connection
This is how you connect a power supply unit to the SmartOutput module.
SOM + SREL3.ADV (Manual) 9. Connection to the SmartRelay
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C
A
B
I+
I-
Out
-
A-
K1
A+
+
K2
L
N
-
+
Power supply
unit
SmartOutput
module
9.2 Connecting a fire alarm system emergency release
If the relay in the fire alarm system opens, this interrupts the SmartOutput
module's power supply, closing Outputs 1 to 8.
+
-
N
L
K2
+
A+
K1
A-
-
Out
I-
I+
B
A
C
1
2
Fire alarm
system
Break contact
Power supply
unit
SmartOutput
module
9.3 Circuit to prevent opening if power supply should fail
The AUX relay can be used in conjunction with the low voltage switching
output (OUT) to prevent actuators, such as a buzzer or an electric strike,
from switching of their own accord if the power supply to the SmartOutput
module is interrupted. This ensures that actuators will not be powered and
will not switch either if the SmartOutput module's power supply fails. This
circuit is suitable for handling power supply failures in the SmartOutput
module.
SmartOutput module
supply
SmartOutput module
AUX relay
AUX relay
contact
NO
Simplified diagram (de-energised state)
Switching
contact
e.g. 5 (NC)
Actuator supply
Actuator
VDC
VDC < 10 V
OUT = GND
S5
AK1
AK2
K5.1
K5.2
IN-AUX
IN-AUX
VDC
OUT
GND
12 VDC
24 VDC
-
+
+
-
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+
-
N
L
K2
+
A+
K1
A-
-
Out
I-
I+
B
A
C
+
-
5b
5a
+
-
N
L
Actuator
Power supply
unit for
SmartOutput-
module
Power supply
unit for
actuator
SmartOutput
module
SOM + SREL3.ADV (Manual) 9. Connection to the SmartRelay
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10 Programming and configuration
10.1 General information
1. Connect the SmartOutput module with a SmartRelay.
2. Connect the components to the power supply.
3. Programme the controller.
NOTE
The SmartOutput module can only be programmed on the controller.
10.2 Entering the number of modules
1. Double-click on the SmartRelay entry in the matrix to open the settings.
2. Change to the [Configuration/Data] tab.
3. Click on the Extended configuration button.
9The "Extended configuration" window will open.
4. Enter the number of modules.
5. Click on the OK button.
9Window closes.
6. Click on the Apply button.
7. Click on the Exit button.
8. Execute programming.
9The number of modules is set.
10.3 Configuring the address for modules
Each connected module is actuated using its address. This address is set
on the address switch. If you connect a SmartOutput module to a
SmartRelay 3, set the following addresses:
Module Address
Module 1 0 (initial setting in the factory)
Module 2 1
Module 3 2
Module 4 3
Module 5 4
Module 6 5
Module 7 6
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Module Address
Module 8 7
Module 9 8
Module 10 9
Module 11 A
Module 12 B
Module 13 C
Module 14 D
Module 15 E
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.
10.4 Setting the pulse length
The pulse length for SREL3.ADV modules is identical to the pulse length
configured in the controller (exception: pulse lengths<3s). It cannot be
set for modules which an SREL3.ADV activates.
10.5 Naming in the software
The LSM software automatically issues names for modules when they are
added based on the following convention: SmartRelay name + module
address (0 to F) + output number (1 to 8).
Example: Lift_Mod#0_Out#4
You can also change the name as you wish.
1. Double-click on the entry in the matrix to open the properties of the out-
put of which you wish to change the name.
2. Change to the [Door] tab.
3. Enter the new name.
4. Click on the Apply button.
5. Click on the Exit button.
9The output has now been renamed.
10.6 Inverting outputs
You can invert the switching behaviour of outputs.
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IMPORTANT
Only invert when the power supply is connected
If the power supply fails, the relay contacts on the SmartOutput module
will also remain closed (NC) when switching behaviour has been inverted.
Allow for a possible power supply failure if you invert the switching
behaviour in outputs.
1. Double-click on the module entry in the matrix to open the properties.
2. Change to the [Configuration/Data] tab.
3. Enable the Invert outputs checkbox.
9Outputs are inverted.
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