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Simons Voss Technologies SmartRelay 3 Manual
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Simons Voss Technologies SmartRelay 3 Manual

Simons Voss Technologies SmartRelay 3 Manual

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SmartRelay 3 system
Manual
20.12.2024

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Summary of Contents for Simons Voss Technologies SmartRelay 3

  • Page 1 SmartRelay 3 system Manual 20.12.2024...
  • Page 2 Contents SmartRelay 3 system (Manual) 2 / 189 Contents Intended use.............................. 5 General safety instructions ........................ 6 Product specific safety notices...................... 9 Meaning of the text formatting ...................... 10 System description ........................... 11 Controller................................ 11 Reader..................................  12 SmartOutput module...........................  13 Versions................................ 14 Accessories................................
  • Page 3 Contents SmartRelay 3 system (Manual) 3 / 189 SmartOutput module.......................... 103 10. SREL3 ADV in LSM .......................... 104 10.1 Changing over from SREL2 to SREL3.ADV .................. 104 10.2 Access list................................ 104 10.2.1 Import access list ........................ 104 10.2.2 Resetting the access list...................... 108 10.2.3 Event logging of unauthorised accesses ................ 109 10.3...
  • Page 4 Contents SmartRelay 3 system (Manual) 4 / 189 13.2 Broadcast error.............................. 157 13.3 Permanent relay switching in the SmartOutput module ............ 159 13.4 Problems with inputs or network readout/programming ............ 159 13.5 Time change-over does not respond to change ................. 160 14. Technical specifications........................ 161 14.1...
  • Page 5 1. Intended use SmartRelay 3 system (Manual) 5 / 189 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.
  • Page 6 2. General safety instructions SmartRelay 3 system (Manual) 6 / 189 2. General safety instructions Signal word: 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...
  • Page 7 2. General safety instructions SmartRelay 3 system (Manual) 7 / 189 IMPORTANT Damage resulting from electrostatic discharge (ESD) when enclosure is open This product contains electronic components that may be damaged by electrostatic discharges. 1. Use ESD-compliant working materials (e.g. Grounding strap).
  • Page 8 2. General safety instructions SmartRelay 3 system (Manual) 8 / 189 NOTE Intended use SimonsVoss-products are designed exclusively for opening and closing doors and similar objects. Do not use SimonsVoss products for any other purposes.  Malfunctions due to poor contact or different discharge Contact surfaces that are too small/contaminated or different discharged batteries can lead to malfunctions.
  • Page 9 3. Product specific safety notices SmartRelay 3 system (Manual) 9 / 189 3. Product specific safety notices DANGER Risk of injury due to incorrect programming The SREL3 ADV system is not suitable to replace existing security installa- tions. 1. Ensure that the SREL3 ADV system is used as an additional securing measure only.
  • Page 10 4. Meaning of the text formatting SmartRelay 3 system (Manual) 10 / 189 4. 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...
  • Page 11 5. System description SmartRelay 3 system (Manual) 11 / 189 5. System description 5.1 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.
  • Page 12 5.2 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.
  • Page 13 5. System description SmartRelay 3 system (Manual) 13 / 189 NOTE 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.
  • Page 14 SmartRelay 3 system (Manual) 14 / 189 5.4 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 3 Ad- SmartRelay 2 vanced Depending on the ...
  • Page 15 5. System description SmartRelay 3 system (Manual) 15 / 189 5.5 Accessories You can adapt the SREL3 ADV system to different purposes with optional accessories. The following accessories can be ordered: Order code Name Purpose The SmartOutput module increases the MOD.SOM8...
  • Page 16 6. System requirements SmartRelay 3 system (Manual) 16 / 189 6. 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.
  • Page 17 7. Connections SmartRelay 3 system (Manual) 17 / 189 7. Connections NOTE Fault through electromagnetic fields Signals on the connection cable between reader and controller are influ- enced externally by electromagnetic fields. A shielded cable reduces the in- fluence of disruptive signals from outside.
  • Page 18 7. Connections SmartRelay 3 system (Manual) 18 / 189 Circuit Explanation board Relay 1: C (Common). Common connection of the changeover contacts. Relay 1: NC (Normally Closed). This contact is discon- nected from C when the relay switches. Relay 2: NO (Normally Open). This contact is connec- ted to C when the relay switches.
  • Page 19 7. Connections SmartRelay 3 system (Manual) 19 / 189 Circuit Explanation board Input 3: Push to open. The relay switches as soon as this contact is connected to I+ (contact 30). Input 2: Connection of external components. Input 1: Connection of external components.
  • Page 20 7. Connections SmartRelay 3 system (Manual) 20 / 189 SREL3 controller con- Reader connection Signal nection . Connection for power supply (external or via controller). GND. Connection for external power supply. Electrically connected - (optional) to reader port 3. Only required with external power supply.
  • Page 21 7. Connections SmartRelay 3 system (Manual) 21 / 189 Reader connec- Wire colour in SREL3 controller Signal tion cable connection GND. Connection for external power supply. Electrically con- - (optional) nected to reader port 3. Only re- quired with ex- ternal power supply.
  • Page 22 7. Connections SmartRelay 3 system (Manual) 22 / 189 Circuit Explanation board Isolated digital input. Currently not in use. Isolated digital input. Currently not in use. Controller connection: Data Line B; connected to con- tact for Reader 3. Controller connection: Data Line A; connected to con- tact for Reader 3.
  • Page 23 7. Connections SmartRelay 3 system (Manual) 23 / 189 Circuit Explanation board Relay 7: Potential-free contact (NC treated as NO in software); activated depending on authorisations. Relay 8: Potential-free contact (NC treated as NO in software); activated depending on authorisations.
  • Page 24 8. Setting up SmartRelay 3 system (Manual) 24 / 189 8. Setting up 8.1 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:...
  • Page 25 9. Click on the Exit button. Matrix screen is visible again. 10. Create a new G2 Smart Relay 3 locking device. 11. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 12. Select the [IP settings] tab (see Establishing IP settings [  28]...
  • Page 26 If you do not wish to use either, then select the GUI node entry here. 17. Click on the Apply button. 18. Click on the Exit button. 19. Right-click on the SmartRelay 3 entry in the matrix to open the context menu. 20.Select the Programming entry.
  • Page 27 8. Setting up SmartRelay 3 system (Manual) 27 / 189 21. Select "USB link to the TCP nodes" in the programming window. 22. Click on the Programming button. Programming launches. 23. Wait for programming. 24.Use | Network | to select the Communication nodes entry.
  • Page 28 8. Setting up SmartRelay 3 system (Manual) 28 / 189 30.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). NOTE All three XML files must be copied directly to the installation folder, not to a sub-folder.
  • Page 29 8. Setting up SmartRelay 3 system (Manual) 29 / 189 8.2.2 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).
  • Page 30 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. 3. Open the ▼ Type drop-down menu.
  • Page 31 LSM. You can add SmartOutput modules as follows. wiring [  58] ü Components wired correctly (see Components connected to power. ü Controller reset (see Resetting the controller [  33] ü 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings.
  • Page 32 5. Click on the OK button. Window closes. 6. Click on the Apply button. 7. Click on the Exit button. 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.
  • Page 33 Components wired correctly (see wiring [  58] ü 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.
  • Page 34 8. Setting up SmartRelay 3 system (Manual) 34 / 189 2. Use | Programming | to select the Read highlighted locking device/set time item. The "Read lock" window will open. 3. Open the ▼ Type drop-down menu.
  • Page 35 [  58] ü Components wired correctly (see ü Components connected to power. Controller has already been programmed. ü Controller connected to computer via network. ü 1. Mark the entry on the SmartRelay 3 controller in the matrix.
  • Page 36 8. Setting up SmartRelay 3 system (Manual) 36 / 189 2. Use | Programming | to select the Read highlighted locking device/set time item. The "Read lock" window will open. 3. Open the ▼ Type drop-down menu.
  • Page 37 8.4.1 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.
  • Page 38 8. Setting up SmartRelay 3 system (Manual) 38 / 189 8.4.2 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.
  • Page 39 8. Setting up SmartRelay 3 system (Manual) 39 / 189 8.4.3 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: Use in the virtual network: The controller is programmed by LSM and ...
  • Page 40 8. Setting up SmartRelay 3 system (Manual) 40 / 189 Switch one or several outputs via an optional SmartOutput module  chain. The controller can also respond to a digital entry and, consequently, a connected button or similar as an alternative to successful identification.
  • Page 41 8. Setting up SmartRelay 3 system (Manual) 41 / 189 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.
  • Page 42 8. Setting up SmartRelay 3 system (Manual) 42 / 189 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.
  • Page 43 8. Setting up SmartRelay 3 system (Manual) 43 / 189 Use with two buttons Ethernet connection to LSM optional PoE instead of power supply unit Controller with relay output in the protected range external power supply el. connection to door opener (e.g.
  • Page 44 8. Setting up SmartRelay 3 system (Manual) 44 / 189 Sensor in protected range Reader in unprotected range Ethernet connection to LSM optional PoE instead of power supply unit el. connection external power supply to controller Barrier Encoded connection drive to the controller el.
  • Page 45 8. Setting up SmartRelay 3 system (Manual) 45 / 189 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.
  • Page 46 8. Setting up SmartRelay 3 system (Manual) 46 / 189 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.
  • Page 47 8. Setting up SmartRelay 3 system (Manual) 47 / 189 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.
  • Page 48 8. Setting up SmartRelay 3 system (Manual) 48 / 189 Line Earth connection between controller, reader and SmartOutput modules Controller – reader: Data line A Controller – reader: Data line B Controller – SmartOutput module: Data line A Controller – SmartOutput module: Data...
  • Page 49 8. Setting up SmartRelay 3 system (Manual) 49 / 189 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 Properties [  162]...
  • Page 50 8. Setting up SmartRelay 3 system (Manual) 50 / 189 SmartOutput module in cabin Reader in unprotected range Ethernet connection to LSM optional PoE instead of power supply unit external power supply unit for SOM and reader Lift electronics Voltage...
  • Page 51 8. Setting up SmartRelay 3 system (Manual) 51 / 189 Reader in unprotected range Ethernet connection to LSM optional PoE instead of power supply unit Lift Voltage electronics supply for lift cabin external power supply Controller in protected range Drag cable Power supply through the controller [  90]...
  • Page 52 8. Setting up SmartRelay 3 system (Manual) 52 / 189 Line Controller – SmartOutput module: Data line A Controller – SmartOutput module: Data line B Controller – SmartOutput module: Data line earth connection Controller – reader Data line A Controller – reader Data line B...
  • Page 53 8. Setting up SmartRelay 3 system (Manual) 53 / 189 Reader in Ethernet connection to LSM in locker in locker unprotected range optional PoE instead of power supply unit system system external power supply Power supply for SmartOutput modules encoded...
  • Page 54 8. Setting up SmartRelay 3 system (Manual) 54 / 189 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.
  • Page 55 8. Setting up SmartRelay 3 system (Manual) 55 / 189 Ethernet connection to LSM Readers in optional PoE instead of power supply unit Safety switch protected (zero voltage switch) range external power supply el. connection to relay in controller Controller in...
  • Page 56 8. Setting up SmartRelay 3 system (Manual) 56 / 189 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.
  • Page 57 8. Setting up SmartRelay 3 system (Manual) 57 / 189 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.
  • Page 58 8. Setting up SmartRelay 3 system (Manual) 58 / 189 IMPORTANT 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.
  • Page 59 8. Setting up SmartRelay 3 system (Manual) 59 / 189 Power supply unit 1(1) < 1(2) 2(1) < 2(2) Reader Reader Controller 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.
  • Page 60 8. Setting up SmartRelay 3 system (Manual) 60 / 189 electrically, it does not matter which one is connected to the earth (see Controller [  17] 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.
  • Page 61 8. Setting up SmartRelay 3 system (Manual) 61 / 189 This configuration is ideal if you wish to reduce the number of branches in the wiring. Both configurations function in exactly the same way. Power supply unit 1(1) < 1(2)
  • Page 62 8. Setting up SmartRelay 3 system (Manual) 62 / 189 Option 1: Using the I+ connection In addition to the digital inputs, there is also an output which transmits an operating voltage of - 1 V 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.
  • Page 63 8. Setting up SmartRelay 3 system (Manual) 63 / 189 Power supply unit 1(1) < 1(2) 2(1) < 2(2) Controller Sensor Sensor Sensor 8.4.5.3 Connecting one or more SmartOutput modules SmartOutput modules require a supply voltage which may differ from the controller's supply voltage.
  • Page 64 Power supply unit 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...
  • Page 65 8. Setting up SmartRelay 3 system (Manual) 65 / 189 Module Address Module 3 Module 4 Module 5 Module 6 Module 7 Module 8 Module 9 Module 10 Module 11 Module 12 Module 13 Module 14 Module 15 1. Press the sides of the transparent inlay together.
  • Page 66 8. Setting up SmartRelay 3 system (Manual) 66 / 189 1(1) < 1(2) 2(1) < 2(2) External system Controller 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.
  • Page 67 8. Setting up SmartRelay 3 system (Manual) 67 / 189 1(1) < 1(2) 2(1) < 2(2) External system Controller DATA Specifications for the serial interfaces with CLS Your SmartRelay is not only able to read identification media and switch a relay, but also serve solely as a reader for identification medium data.
  • Page 68 8. Setting up SmartRelay 3 system (Manual) 68 / 189 Access control  Time-and-attendance  Canteen billing  The serial interface supports different signal and data format variants for the different manufacturers: Wiegand26 (standard format)  Wiegand33 (for PRIMION connections) ...
  • Page 69 8. Setting up SmartRelay 3 system (Manual) 69 / 189 Signal timing tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data Data bit pulse µs...
  • Page 70 8. Setting up SmartRelay 3 system (Manual) 70 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (Wiegand 26-bit) This is the standard Wiegand interface. The facility code is shortened to 8 bits.
  • Page 71 8. Setting up SmartRelay 3 system (Manual) 71 / 189 Signal timing tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data Data bit pulse µs...
  • Page 72 8. Setting up SmartRelay 3 system (Manual) 72 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (Wiegand 33-bit) This is a modified Wiegand format. It contains the complete 16-bit facility code (or locking system ID).
  • Page 73 8. Setting up SmartRelay 3 system (Manual) 73 / 189 Signal timing tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS...
  • Page 74 8. Setting up SmartRelay 3 system (Manual) 74 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (OMRON Primion) Each message below consists of a sequence of letters ("characters").
  • Page 75 8. Setting up SmartRelay 3 system (Manual) 75 / 189 OMRON Siemens-CerPass Signal description An OMRON interface uses the following standardised signals: SREL AX SREL.ADV SREL3 Explana- Classic Signal Meaning connec- ADV con- tion connec- tion nection tion DATA Data F1 ("D0")
  • Page 76 8. Setting up SmartRelay 3 system (Manual) 76 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data Clock µs period Set-up time for µs data bit Clock set to “low”...
  • Page 77 8. Setting up SmartRelay 3 system (Manual) 77 / 189 User ID number (0 to 99,999) End character (hex F) Longitudinal parity check character (over all transferred characters S...E) OMRON Gantner-Legic Signal description An OMRON interface uses the following standardised signals: SREL AX SREL.ADV...
  • Page 78 8. Setting up SmartRelay 3 system (Manual) 78 / 189 Signal timing tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS...
  • Page 79 8. Setting up SmartRelay 3 system (Manual) 79 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (OMRON Gantner-Legic) Each message below consists of a sequence of letters ("characters").
  • Page 80 8. Setting up SmartRelay 3 system (Manual) 80 / 189 SREL AX SREL.ADV SREL3 Explana- Classic Signal Meaning connec- ADV con- tion connec- tion nection tion DATA Data F1 ("D0") Output 1 Clock F2 ("D1") Output 2 Optionally F3 (“LED/...
  • Page 81 8. Setting up SmartRelay 3 system (Manual) 81 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data Clock µs period Set-up time for µs data bit Clock set to “low”...
  • Page 82 8. Setting up SmartRelay 3 system (Manual) 82 / 189 Constant (hex 00000000) Facility code (0 to 99,999,999) User ID number (0 to 999,999) End character (hex F) Longitudinal parity check character (over all transferred characters S...E) OMRON Isgus Signal description...
  • Page 83 8. Setting up SmartRelay 3 system (Manual) 83 / 189 Signal timing tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS...
  • Page 84 8. Setting up SmartRelay 3 system (Manual) 84 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (OMRON Isgus) Each message below consists of a sequence of letters ("characters").
  • Page 85 8. Setting up SmartRelay 3 system (Manual) 85 / 189 IMPORTANT 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.
  • Page 86 8. Setting up SmartRelay 3 system (Manual) 86 / 189 Power supply unit 1(1) < 1(2) Power supply unit 2(1) < 2(2) Lift electronics Voltage transformer +out -out Controller Reader Drag cable Common earth with SREL3 components This wiring layout presupposes that the cab already has a power supply line connected to the outside world.
  • Page 87 8. Setting up SmartRelay 3 system (Manual) 87 / 189 Power supply unit 1(1) < 1(2) Power supply unit 2(1) < 2(2) Lift electronics Voltage transformer +out -out Controller Reader Drag cable Power supply through trailing cable If the cab does not have its own power supply (voltage too high or...
  • Page 88 8. Setting up SmartRelay 3 system (Manual) 88 / 189 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. Use a power supply unit which is designated for the total continuous ...
  • Page 89 8. Setting up SmartRelay 3 system (Manual) 89 / 189 Power supply unit 1(1) < 1(2) Power supply unit 2(1) < 2(2) Lift electronics Controller Reader Drag cable 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.
  • Page 90 8. Setting up SmartRelay 3 system (Manual) 90 / 189 Power supply unit 1(1) < 1(2) Power supply unit 2(1) < 2(2) Lift electronics Power supply unit Controller Reader Drag cable Power supply through the controller This wiring layout can only be used if no SmartOutput modules are to be used.
  • Page 91 8. Setting up SmartRelay 3 system (Manual) 91 / 189 Power supply unit 1(1) < 1(2) Power supply unit 2(1) < 2(2) Lift electronics Controller Reader Drag cable Controller-fed reader with SmartOutput modules Power supply through The reader is connected as described before (see the controller [  58]...
  • Page 92 8. Setting up SmartRelay 3 system (Manual) 92 / 189 Power supply unit 1(1) < 1(2) Power supply unit 2(1) < 2(2) Lift electronics Power supply unit Controller Reader Drag cable NOTE There is also no need for a power supply unit for the SmartOutput module if the controller has a 12 V...
  • Page 93 8. Setting up SmartRelay 3 system (Manual) 93 / 189 8.4.6 Block diagrams All calculations and thus cable type recommendations refer to a voltage supply of 12 V. Currentless open closing (failsafe) with fire alarm system, push-button and reader Controller...
  • Page 94 8. Setting up SmartRelay 3 system (Manual) 94 / 189 Number Framework conditions Cable type Cable length controller to reader (or controller to button) ≤ 15 m (15 m CAT5, shielded outward and 15 m re- turn) Connection directly ...
  • Page 95 8. Setting up SmartRelay 3 system (Manual) 95 / 189 An authorised identification device is activated on the reader. The relay  contact of the SmartRelay closes. The button is actuated. The relay contact of the SmartRelay closes.  A remote opening of the SmartRelay is performed.
  • Page 96 8. Setting up SmartRelay 3 system (Manual) 96 / 189 Locker system with direct cabling Controller Power supply unit (12-15V) Reader -(1) (1)+ -(2) (2)+ -(3) (3)+ -(4) (4)+ -(5) (5)+ -(6) (6)+ -(7) (7)+ -(8) (8)+ Locker system SmartOutput module The locker of the locker system opens when power is supplied to the locker locking device.
  • Page 97 8. Setting up SmartRelay 3 system (Manual) 97 / 189 Number Framework conditions Cable type Cable length controller to reader ≤ 15 m (15 m CAT5, shielded outward and 15 m re- turn) Connection directly  to the power supply...
  • Page 98 9. Installation SmartRelay 3 system (Manual) 98 / 189 9. Installation 9.1 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 Drilling templates [  184]...
  • Page 99 9. Installation SmartRelay 3 system (Manual) 99 / 189 2. Hold the base plate in the required position and mark the drill holes. Version 1: Left-hand opening Version 2: Right-hand opening Base 3. Drill the required holes with a suitable drill.
  • Page 100 9. Installation SmartRelay 3 system (Manual) 100 / 189 CAUTION Additional fixation for ceiling mounting The device may fall from the ceiling. Tighten the screws after sliding on the base plate.  7. Place the cover on the base plate again.
  • Page 101 9. Installation SmartRelay 3 system (Manual) 101 / 189 IMPORTANT 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.
  • Page 102 9. Installation SmartRelay 3 system (Manual) 102 / 189 3. Press and hold the clip down and use the slotted screwdriver to slide the base plate upwards. Clip stays pressed down. 4. Do the same with the other clip. 5. Insert the screwdriver into the hole and lever the base plate out of the lid.
  • Page 103 9. Installation SmartRelay 3 system (Manual) 103 / 189 Readers are able to communicate through materials such as wood, steel and concrete when used with active transponders. The reader can be mounted either on the inside or on the outer side.
  • Page 104 The access list is only available in the .ZK version. 10.2.1 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).
  • Page 105 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 105 / 189 2. Use | Programming | to select the Read highlighted locking device/set time item. The "Read lock" window will open. 3. Open the ▼ Type drop-down menu.
  • Page 106 Proceed as follows if you wish to read the access list using a network connection: Components wired correctly (see wiring [  58] ü ü Components connected to power. Controller has already been programmed. ü Controller connected to computer via network. ü 1. Mark the entry on the SmartRelay 3 controller in the matrix.
  • Page 107 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 107 / 189 2. Use | Programming | to select the Read highlighted locking device/set time item. The "Read lock" window will open.
  • Page 108 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 108 / 189 3. Open the ▼ Type drop-down menu. 4. Select the "TCP nodes" item. 5. Click on the Read button. Locking device is read. The "G2 Smart Relay 3" window will open.
  • Page 109 [  58] ü ü Components connected to power. 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [Configuration/Data] tab. 3. Enable the Log unauthorised attempts checkbox. 4. Click on the Apply button.
  • Page 110  58] ü Components wired correctly (see Controller has already been programmed. ü 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [Configuration/Data] tab. 3. Enable the Flip Flop checkbox. 4. Click on the Apply button.
  • Page 111 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 111 / 189 10.4.1 Time budget template for new locking system identification media ü Controller has already been programmed. wiring [  58] ü Components wired correctly (see Components connected to power.
  • Page 112 [  58] ü Components connected to power. ü 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [Configuration/Data] tab. 3. Enable the Ignore activation or expiry date checkbox. 4. Click on the Apply button.
  • Page 113 ü Components wired correctly (see ü Components connected to power. 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [Configuration/Data] tab. 3. Click on the Extended configuration button. The "Extended configuration" window will open.
  • Page 114 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 114 / 189 4. Open the ▼ Interface drop-down menu. 5. Select the entry which corresponds to your third-party system. 6. Click on the OK button. Window closes. 7. Click on the Apply button.
  • Page 115 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 115 / 189 Canteen billing systems  This allows to control all relevant systems with just one identification medium, e.g.: Building automation systems  Access control  Time-and-attendance  Canteen billing ...
  • Page 116 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 116 / 189 Signal timing tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data...
  • Page 117 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 117 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (Wiegand 26-bit) This is the standard Wiegand interface. The facility code is shortened to 8 bits.
  • Page 118 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 118 / 189 Signal timing tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data...
  • Page 119 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 119 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (Wiegand 33-bit) This is a modified Wiegand format. It contains the complete 16-bit facility code (or locking system ID).
  • Page 120 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 120 / 189 Signal timing tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between...
  • Page 121 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 121 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (OMRON Primion) Each message below consists of a sequence of letters ("characters").
  • Page 122 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 122 / 189 10.7.1.4 OMRON Siemens-CerPass Signal description An OMRON interface uses the following standardised signals: SREL AX SREL.ADV SREL3 Explana- Classic Signal Meaning connec- ADV con- tion connec- tion nection...
  • Page 123 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 123 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data Clock µs period Set-up time for µs data bit Clock set to “low”...
  • Page 124 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 124 / 189 User ID number (0 to 99,999) End character (hex F) Longitudinal parity check character (over all transferred characters S...E) 10.7.1.5 OMRON Gantner-Legic Signal description An OMRON interface uses the following standardised signals: SREL AX SREL.ADV...
  • Page 125 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 125 / 189 Signal timing tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between...
  • Page 126 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 126 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (OMRON Gantner-Legic) Each message below consists of a sequence of letters ("characters").
  • Page 127 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 127 / 189 SREL AX SREL.ADV SREL3 Explana- Classic Signal Meaning connec- ADV con- tion connec- tion nection tion DATA Data F1 ("D0") Output 1 Clock F2 ("D1") Output 2 Optionally F3 (“LED/...
  • Page 128 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 128 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between activation of the CLS CLS- signal and first data Clock µs period Set-up time for µs data bit Clock set to “low”...
  • Page 129 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 129 / 189 Constant (hex 00000000) Facility code (0 to 99,999,999) User ID number (0 to 999,999) End character (hex F) Longitudinal parity check character (over all transferred characters S...E) 10.7.1.7 OMRON Isgus...
  • Page 130 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 130 / 189 Signal timing tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLK tCLS- tCLS+ "Card is loaded" "Data is being transmitted" Descrip- Time Min. Typ. Max. Unit tion Time between...
  • Page 131 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 131 / 189 Descrip- Time Min. Typ. Max. Unit tion Time between last data bit and de- CLS+ activation of the CLS signal Data format (OMRON Isgus) Each message below consists of a sequence of letters ("characters").
  • Page 132 [  58] ü Components connected to power. ü 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [Configuration/Data] tab. 3. Enable the Close-up range mode checkbox. 4. Click on the Apply button.
  • Page 133 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 set- tings. 2. Change to the [Configuration/Data] tab.
  • Page 134 ü SREL3 ADV System added. Time zone plan added. ü 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [Door] tab. 3. Open the ▼ Time zone drop-down menu. 4. Select your time zone.
  • Page 135 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 135 / 189 6. Set the options for automatic and manual locking and unlocking in the "Time-based switching" section as you require (see Extended configur- ation without SmartOutput module [  135]...
  • Page 136 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 136 / 189 Locking in the non-authorised time period (open relay contacts) always only if locked always only if locked Controller: Opens Controller: Opens Controller: Opens relay contacts relay contacts relay contacts...
  • Page 137 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 137 / 189 Locks in unauthorised period (relay contacts open) Automatic locking Manual locking always only if locked Controller: Opens relay  contacts (locked) as soon as authorisation ends in the time zone plan.
  • Page 138 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 138 / 189 10.12 Remote opening You can also use LSM to operate the relay in the controller without identification media at any time. NOTE A remote opening takes precedence over time zone control. It also oper- ates the relay if the relay contacts should remain open after time zone con- trol.
  • Page 139 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 139 / 189 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.
  • Page 140 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 140 / 189 3. Select the SREL3 ADV system controller. 4. Open the ▼ Type drop-down menu. 5. Select the "TCP nodes" item. 6. Open the ▼ Device drop-down menu. 7. Select the IP address if required.
  • Page 141 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 141 / 189 10.14 Events 10.14.1 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...
  • Page 142 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 142 / 189 7. Select the "Input Event" item. 8. Click on the Configure event button. The "Input Event" window will open. 9. Select the required input in the "Select input" section.
  • Page 143 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 143 / 189 Event is displayed in the "Events" section. 18. Click on the Exit button. Window closes. Input is added as an event and triggers an action. 10.14.2 SmartSurveil SmartSurveil is a stand-alone software tool used to simplify the monitoring of door statuses.
  • Page 144 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 144 / 189 3. Activate the option Evaluate inputs as DoorMonitoring events. 4. Open the drop-down menu ▼ Door is closed. 5. Select the input that monitors whether a door is closed.
  • Page 145 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 145 / 189 11. Select the state of the input to be detected as "locked" by SmartSur- veil. 12. Click on the OK button. Window closes. SmartSurveil is configured to monitor the SREL3 ADV system.
  • Page 146 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 146 / 189 In this case, external components do not need to be connected. Resetting the controller Reset the controller as described in Resetting controller with a USB cable  33] Installing the controller Install the controller in its final place of use.
  • Page 147 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 147 / 189 2. Open the ▼ Type drop-down menu. 3. Select the "G2 Card" item. 4. Complete the form. 5. Click on the Save & next button.
  • Page 148 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 148 / 189 6. Open the ▼ Type drop-down menu. 7. Select the "G2 Transponder" item. 8. Complete the form. 9. Click on the Save & next button. 10. Click on the Exit button.
  • Page 149 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 149 / 189 Power supply unit for controller 1(1) Power supply unit for actuator < 1(2) 2(1) Signal < 2(2) Actuator Controller It is even possible to signal an actuator (electric strike) closing when an electric current is applied.
  • Page 150 10. SREL3 ADV in LSM SmartRelay 3 system (Manual) 150 / 189 contact. If the relay switches, the actuator on the NC contact is now longer supplied with power and the door opens. The NO contact closes at the same time and supplies power to the signalling.
  • Page 151 11. Signal SmartRelay 3 system (Manual) 151 / 189 11. Signal Signal settings [  112] You can configure signalling (see ). You can make use of the relay if you wish to display the opening status in flip-flop mode (see Signalling for flip-flop [  148]...
  • Page 152 ü ü Controller connected to computer with USB cable. ü Battery to be checked inserted. 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. The "Read lock" window will open.
  • Page 153 [State] tab in properties. 12.1.2 Reading the battery level over network Components connected to power. ü ü Controller connected to computer via network. Battery to be checked inserted. ü 1. Mark the entry on the SmartRelay 3 controller in the matrix.
  • Page 154 12. Maintenance SmartRelay 3 system (Manual) 154 / 189 2. Use | Programming | to select the Read highlighted locking device/set time item. The "Read lock" window will open. 3. Open the ▼ Type drop-down menu.
  • Page 155 12. Maintenance SmartRelay 3 system (Manual) 155 / 189 4. Select the "TCP nodes" item. 5. Click on the Read button. Locking device is read. Battery level is displayed in the "State" section. Battery level is displayed in the "State during last read-out" section in the [State] tab in properties.
  • Page 156 12. Maintenance SmartRelay 3 system (Manual) 156 / 189 2. Use a screwdriver to press the battery locking mechanism to one side until it releases. Battery is now loose in its holder. 3. Remove the battery. Controller [  162] 4. Insert a suitable new battery on the holder (see 5.
  • Page 157 13. Fault rectification SmartRelay 3 system (Manual) 157 / 189 13. Fault rectification 13.1 Resetting components Resetting the controller [  33] You can reset the controller (see NOTE Only the hardware settings and access lists on the controller are reset. The...
  • Page 158 ü Components wired correctly (see Components connected to power. ü 1. Double-click on the SmartRelay 3 entry in the matrix to open the set- tings. 2. Change to the [IP settings] tab. 3. Enter a different free IP address (see Establishing IP settings [  28]...
  • Page 159 13. Fault rectification SmartRelay 3 system (Manual) 159 / 189 IP configuration error has been eliminated. 13.3 Permanent relay switching in the SmartOutput module A possible cause of permanently closed relay contacts in the SmartOutput module may be the use of time zone control for time change-over.
  • Page 160 13. Fault rectification SmartRelay 3 system (Manual) 160 / 189 2. Enter services . 3. Right-click on the displayed entry to open the context menu. 4. Select the Run as administrator item. 5. Enter your user name and your password if necessary.
  • Page 161 14. Technical specifications SmartRelay 3 system (Manual) 161 / 189 14. Technical specifications 14.1 Order numbers Controller Controller for the SREL3 ADV sys- SREL3.CTR.ADV.G2 tem (standard version) Controller for the SREL3 ADV sys- SREL3.CTR.ADV.ZK.G2 tem (version with time zone man-...
  • Page 162 14. Technical specifications SmartRelay 3 system (Manual) 162 / 189 Reader for the SREL3 ADV system SREL3.EXT.G2.W.WP (version with splash water protec- tion) SmartOutput module SmartOutput module (standard MOD.SOM8 version) Accessories POWER.SUPPLY.2 Power supply unit (12 V , 500 mA) SREL2.COVER1 Vandalism protection housing Vandalism protection frame for LED SREL3.COVER.GY...
  • Page 163 14. Technical specifications SmartRelay 3 system (Manual) 163 / 189 : 9 V  – 32 V (Power supply must be limited to  15 W) Power input: max. 3 W  Size: ≥ 2.0 mm inner Ø (recommended: 2.1 mm or  Pin connector 2.5 mm) and ≤...
  • Page 164 14. Technical specifications SmartRelay 3 system (Manual) 164 / 189 -25 °C to +60 °C (operation)  Temperature range 0 °C to +30 °C (in storage > 1 week)  Humidity Max. 90%, non-condensing Interfaces Features: HP Auto_MDIX, DHCP Client, IPv4  10Base-T-/100Base-T-Standard  TCP/IP TCP server: 1x each on port 9760 and 9770 ...
  • Page 165 14. Technical specifications SmartRelay 3 system (Manual) 165 / 189 Relay 2x, independently programmable (support of second Quantity relay firmware dependent) Programmable. Switch modes Monoflop  Flip-flop  Switching time Programmable from 0 s to 25 s. 1x NO ...
  • Page 166 14. Technical specifications SmartRelay 3 system (Manual) 166 / 189 Wiegand, 33 bit  Wiegand, 26 bit  Primion  Supported proto- Siemens Cerpass  cols Kaba Benzing  Gantner Legic  Isgus  Electrical spe- See digital outputs cifications...
  • Page 167 14. Technical specifications SmartRelay 3 system (Manual) 167 / 189 : 9 V  – 32 V (Power supply must be limited to  15 W) Power input: max. 3 W  Screw terminals Reverse voltage protection: yes  The max. current depends on the supply voltage and the activity of the reader.
  • Page 168 14. Technical specifications SmartRelay 3 system (Manual) 168 / 189 The reader is programmed exclusively via controller. In- terfaces of the controller:  Interfaces TCP/IP  For details, see controller. Radio emissions 10 dBµA/m (3 m dis- 15.24 kHz - 72.03 kHz...
  • Page 169 14. Technical specifications SmartRelay 3 system (Manual) 169 / 189 SRD (depending on 25 kHz (f >10 kHz, -28.5 dBµA/m (10 m equipment) <40 kHz) distance) -11 dBµA/m (10 m dis- 17.8 kHz - 31.6 kHz tance) SRD (depending on -11 dBµA/m (10 m dis- 17.8 kHz - 31.6 kHz equipment) tance) 12.2 dBµA/m (10 m dis- 21.6 kHz - 27.3 kHz...
  • Page 170 14. Technical specifications SmartRelay 3 system (Manual) 170 / 189 RFID (depending on 13.560060 MHz - -14 dBµA/m (10 m dis- equipment) 13.560719 MHz tance) -23 dBµA/m (10 m dis- RFID 13.35 MHz - 13.77 MHz tance) RFID (depending on -23 dBµA/m (10 m dis- 13.35 MHz - 13.77 MHz equipment) tance) 13.564 MHz - 13.564...
  • Page 171 14. Technical specifications SmartRelay 3 system (Manual) 171 / 189 BLE (depending on 2400 MHz - 0 dBm equipment) 2483.5 MHz 2400 MHz - 0 dBm 2483.5 MHz BLE (depending on 2400 MHz - 0 dBm equipment) 2483.5 MHz Bluetooth ® Low En- 2.400 GHz - <10 mW ergy 2.4835 GHz Bluetooth ® Low En- 2.400 GHz -...
  • Page 172 14. Technical specifications SmartRelay 3 system (Manual) 172 / 189 : 9 V  – 32 V (Power supply must be limited to  15 W) Power input: max. 3 W  Screw terminals Reverse voltage protection: yes  The max. current depends on the supply voltage and the activity of the reader.
  • Page 173 14. Technical specifications SmartRelay 3 system (Manual) 173 / 189 The reader is programmed exclusively via controller. In- terfaces of the controller:  Interfaces TCP/IP  For details, see controller. Radio emissions 10 dBµA/m (3 m dis- 15.24 kHz - 72.03 kHz...
  • Page 174 14. Technical specifications SmartRelay 3 system (Manual) 174 / 189 SRD (depending on 25 kHz (f >10 kHz, -28.5 dBµA/m (10 m equipment) <40 kHz) distance) -11 dBµA/m (10 m dis- 17.8 kHz - 31.6 kHz tance) SRD (depending on -11 dBµA/m (10 m dis- 17.8 kHz - 31.6 kHz equipment) tance) 12.2 dBµA/m (10 m dis- 21.6 kHz - 27.3 kHz...
  • Page 175 14. Technical specifications SmartRelay 3 system (Manual) 175 / 189 RFID (depending on 13.560060 MHz - -14 dBµA/m (10 m dis- equipment) 13.560719 MHz tance) -23 dBµA/m (10 m dis- RFID 13.35 MHz - 13.77 MHz tance) RFID (depending on -23 dBµA/m (10 m dis- 13.35 MHz - 13.77 MHz equipment) tance) 13.564 MHz - 13.564...
  • Page 176 14. Technical specifications SmartRelay 3 system (Manual) 176 / 189 BLE (depending on 2400 MHz - 0 dBm equipment) 2483.5 MHz 2400 MHz - 0 dBm 2483.5 MHz BLE (depending on 2400 MHz - 0 dBm equipment) 2483.5 MHz Bluetooth ® Low En- 2.400 GHz - <10 mW ergy 2.4835 GHz Bluetooth ® Low En- 2.400 GHz -...
  • Page 177 14. Technical specifications SmartRelay 3 system (Manual) 177 / 189 Power supply : 12 V (11 V –15 V  Standby current: < 120 mA  Screw terminals Max. current: < 150 mA  Reverse voltage protection: yes  Ambient conditions 0 °C to +60 °C (operation) ...
  • Page 178 14. Technical specifications SmartRelay 3 system (Manual) 178 / 189 Max. 1 A permanent current  AUX relay switching current Max. 2 A switching current  Switching voltage in out- Max. 24 V puts Switching current Max. 200 mA in outputs OUT switching Max. 1 A...
  • Page 179 14. Technical specifications SmartRelay 3 system (Manual) 179 / 189 IMPORTANT Malfunctions due to interference Sources of interference may impair functional reliability. Installation [  98] 1. Observe the installation instructions (see 2. Use shielded twisted pair cables. 3. Connect the cable shielding to the earth potential.
  • Page 180 14. Technical specifications SmartRelay 3 system (Manual) 180 / 189 Value Explanation Voltage in the connected power supply unit. Read the value on the power supply unit or ask the electri- cian responsible. Use 13 V if you sup- Supply voltage V ply the controller via PoE.
  • Page 181 14. Technical specifications SmartRelay 3 system (Manual) 181 / 189 14.3 Dimensions 14.3.1 Controller...
  • Page 182 14. Technical specifications SmartRelay 3 system (Manual) 182 / 189 14.3.2 Reader...
  • Page 183 14. Technical specifications SmartRelay 3 system (Manual) 183 / 189 14.3.3 LED reader...
  • Page 184 14. Technical specifications SmartRelay 3 system (Manual) 184 / 189 14.3.4 SmartOutput module 14.4 Drilling templates The drilling template scale is 1:1. You can print and the drilling templates in A4 format. NOTE Ensure that the print settings are not set to reduce or enlarge. Use the lines...
  • Page 185 14. Technical specifications SmartRelay 3 system (Manual) 185 / 189 14.4.1 Controller IMPORTANT Only three drill holes are required to mount the controller. 1. If you fit the controller with Side A facing upwards, drill the holes marked "A". 2. If you fit the controller with Side B facing upwards, drill the holes marked "B".
  • Page 186 14. Technical specifications SmartRelay 3 system (Manual) 186 / 189 14.4.2 Reader IMPORTANT The asterisk marks an optional drill hole. It is not required to fasten the reader, but it can be used to feed the cable in the WP variant.
  • Page 187 15. Help and other information SmartRelay 3 system (Manual) 187 / 189 15. Help and other information Information material/documents You will find detailed information on operation and configuration and other documents on the website: https://www.simons-voss.com/en/documents.html Software and drivers Software and drivers can be found on the website: https://www.simons-voss.com/en/service/software-downloads.html...
  • Page 188 15. Help and other information SmartRelay 3 system (Manual) 188 / 189 Address SimonsVoss Technologies GmbH Feringastr. 4 D-85774 Unterfoehring Germany...
  • Page 189 This is SimonsVoss SimonsVoss, the pioneer in remote-controlled, cable-free locking technology provides system solutions with a wide range of products for SOHOs, SMEs, major companies and public institutions. SimonsVoss locking systems combine intelligent functionality, high quality and award- winning design Made in Germany. As an innovative system provider, SimonsVoss focuses on scalable systems, high security, reliable components, powerful software and simple operation.

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Srel 3 adv