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Access Control

SiPass integrated

Controller and Device Installation Guide

MP 2.80

A6V11164550

Smart Infrastructure

07.09.2020

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Summary of Contents for Siemens SiPass integrated

  • Page 1
    Access Control SiPass integrated Controller and Device Installation Guide MP 2.80 A6V11164550 Smart Infrastructure 07.09.2020…
  • Page 2
    Edition: 07.09.2020 Document ID: A6V11164550 © Siemens Switzerland Ltd, 2020 2 | 38 A6V11164550…
  • Page 3: Table Of Contents

    Firmware Configuration Tools ACC USB Client Application Table of Contents Firmware Configuration Tools …………..5 ACC USB Client Application …………….5 1.1.1 Installing the USB RNDIS Driver …………. 5 1.1.2 Configuring the ACC USB Client Application ……..6 ACC and FLN Field Service Network Tool …………7 1.2.1 Installation ………………

  • Page 4
    Firmware Configuration Tools ACC USB Client Application 2.3.3.8 Wiegand Reader Turnstile, Dual Door Contact Configuration ……..23 2.3.4 Extension Interfaces …………..24 2.3.4.1 Extension Option …………24 2.3.4.2 Aperio Wireless Doors Extension Option ……. 24 2.3.5 Power Monitoring Limits…………..24 2.3.6 Factory Reset Button …………..
  • Page 5: Firmware Configuration Tools

    ● USB A-B Cable AccG2UsbClient ● application for the Windows host (available under ToolsACC- G2_USB_Tool in SiPass integrated installation bundle) ● USB RNDIS driver (available under ToolsACC-G2_USB_ToolRNDIS_Driver in SiPass integrated installation bundle) 1.1.1 Installing the USB RNDIS Driver Ensure that the power for the ACC controller unit is connected and ON.

  • Page 6: Configuring The Acc Usb Client Application

     If you are using MP2.70 SP1 (or later) version, when you change the SIEMENS user password, the password for the “root” user for a SSH connection will also be changed to the same password that was set for the SIEMENS user.

  • Page 7: Acc And Fln Field Service Network Tool

    The ACC and FLN Field Service Tool has been designed to assist in the installation of Field Level Network devices for use with the SiPass integrated Access Control and Security System. This includes: ●…

  • Page 8: Network Discovery For Access Controllers

    Firmware Configuration Tools ACC and FLN Field Service Network Tool 1.2.3 Network Discovery for Access Controllers It is possible to configure Access Controllers via Ethernet, without prior configuration of any settings. The ACC and FLN Field Service Tool uses UDP Broadcasts to identify ACC controllers that have their Quickstart feature enabled.

  • Page 9: Enhanced Fln Communication

    ACC and FLN Field Service Network Tool 1.2.4 Enhanced FLN Communication With SiPass integrated MP 2.70 SP1 onwards, the standard communication of firmware uses added security measures. You can add a device with Legacy Firmware to an existing FLN bus that contains devices with the new Standard Communication.

  • Page 10: Built-In Acc Tools

    Console command. If both PIN and Telnet passwords are lost, then the device must be returned to the manufacturer or Siemens. If you changed the PIN using SiPass integrated MP2.7, install an earlier version of the ACC-Lite firmware, then again re-install MP2.7, you must logon with the PIN that was previously set (because the PIN has already been changed using the MP2.7 build, setting a new PIN is not required again).

  • Page 11: Access Controllers

    If the controller is already running the latest platform version, update by using the Initialize System Image Download option in the dialog of SiPass integrated to download the firmware application image. ● Subject to the network load, download is expected to take a few minutes.

  • Page 12: Updating Controller Platform Via Firmware Download

    2.1.2 Updating Controller Platform via Firmware Download Note: Current version of the controller’s platform and application are shown in the Initialize System dialog of SiPass integrated. ● In case it is required to control the timing of the downtime caused by the…

  • Page 13
    Application fails to start after System Update, the system will automatically revert to the previous state. ● Recovery from corrupted database: If ACC Application fails while loading the database, the database will be deleted and initialization from SiPass integrated will be required. A6V11164550 13 | 38…
  • Page 14: Ac5102 (Acc-G2)

    Access Controllers AC5102 (ACC-G2) 2.2 AC5102 (ACC-G2) AC5102 Hardware Technical Manual See the in the SiPass integrated software bundle. 2.2.1 Configuring the AC5102 Controller using USB Client Application See section ACC-G2 USB Client Application for more details. 2.2.2 Network Discovery of AC5102 See section ACC and FLN Field Service Network Tool for details.

  • Page 15: Rs232 Mode On Fln 2 And Fln 3

    A magnifying glass and a small screwdriver are useful for setting the EOL dip switches. AC5102 Technical Manual See the in the SiPass integrated software bundle for more information. Note: Disregard connections for FLN 2 & 3 shown in Section “Bus Termination of AC5102 Technical Manual the FLNs”…

  • Page 16: Recovering A Non-Responsive Board

    Access Controllers AC5102 (ACC-G2) 2.2.6 Recovering a Non-responsive Board See section Restoring/Updating Platform via SD Card [➙ 16] for details. 2.2.7 ACC-G2 Firmware Update Procedures See section Common Firmware Update Procedure [➙ 11] for details. 2.2.8 Restoring/Updating Platform via SD Card 2.2.8.1 Preparing the SD Card Before you begin, prepare the SD Card by following the steps below: 1.

  • Page 17: Sd-Card Upgrade Procedure

    Access Controllers AC5102 (ACC-G2) 2.2.8.2 SD-Card Upgrade Procedure Note: In case of SD Card update, the database configuration and system settings will be lost. To perform the SD-Card upgrade, the following steps should be taken -: 1. Having written the SD Card, power down the ACC-G2 and insert the SD Card into the ACC SD-Card slot –…

  • Page 18: Sd Card Update Troubleshooting

    Access Controllers AC5102 (ACC-G2) 2.2.8.3 SD Card Update Troubleshooting For SD Card Updates, the ACC-G2 only supports non-HC type SD Cards. This means SD Cards in the range of 512MB to 2GB only can be used. 1. There is an issue with using 1GB and 2GB SD Cards on the older ACCs with the 32kB EEPROM — when loaded with a CCP2 update image, the cards are not recognized by RomBOOT.

  • Page 19: Acc-Ap

    Access Controllers ACC-AP 2.3 ACC-AP 2.3.1 General Information The IP-based AP door controller offers the latest technology, better cost- effectiveness, and easy installation. It supports: ● 2 OSDP Readers: Controller for one or 2 doors (depending on configuration) ● 4 Monitored or Unmonitored Inputs ●…

  • Page 20: Onboard Door (Drie) Interfaces

    Access Controllers ACC-AP 2.3.3 Onboard Door (DRIe) Interfaces NOTICE IMPORTANT Before connecting the Wiegand readers to the ACC AP DRIe, the End of Line (EOL) jumper for the readers MUST BE DISABLED. If the EOL jumpers are On (default setting), the Wiegand reader will not work. 2.3.3.1 Dual OSDP Reader Door Configuration Label on AP Controller SiPass Point Function…

  • Page 21: Osdp Reader Turnstile, Single Door Contact Configuration

    Access Controllers ACC-AP 2.3.3.3 OSDP Reader Turnstile, Single Door Contact Configuration Label on AP Controller SiPass Point Function IN 1 Door 1 REX IN 2 Door 1 D/C IN 3 Door 2 REX IN 4 In 1 RLY 1 Door 1 LK RLY 2 Door 2 LK OUT 1…

  • Page 22: Dual Wiegand Reader Door Configuration

    Access Controllers ACC-AP 2.3.3.5 Dual Wiegand Reader Door Configuration Label on AP Controller SiPass Point Function IN 1 IN 2 IN 3 In 1 In case of ACC-APM 12V/24V PSU Kit, the pre-wiring is already done for power monitoring. IN 4 In 2 In case of ACC-APM 12V/24V PSU Kit, the pre-wiring is already done for cabinet tamper.

  • Page 23: Wiegand Reader Turnstile, Single Door Contact Configuration

    Access Controllers ACC-AP 2.3.3.7 Wiegand Reader Turnstile, Single Door Contact Configuration Label on AP Controller SiPass Point Function IN 1 Door 1 REX IN 2 Door 1 D/C IN 3 Door 2 REX IN 4 In 1 RLY 1 Door 1 LK RLY 2 Door 2 LK OUT 1…

  • Page 24: Extension Interfaces

    Access Controllers ACC-AP 2.3.4 Extension Interfaces 2.3.4.1 Extension Option Label on AP Controller SiPass Point Function FLN 2 COMMS1 for MFI*, IAT and I/O devices (8IO, IPM, OPM) *See section Multi-Function Interface (MFI) [➙ 35] for more information. COMMS2 Not Used 2.3.4.2 Aperio Wireless Doors Extension Option Label on AP Controller SiPass Point Function…

  • Page 25: Restoring/Updating Platform Via Sd Card

    Once the controller is powered up, the network settings must be configured as described in Section Configuring the ACC USB Client Application [➙ 5]. The AP Controller is now set up and can be connected to SiPass integrated. A6V11164550 25 | 38…

  • Page 26: Platform Upgrade Via Firmware Download

    Update failed. Retry SD-Card update 2.3.9.2 During ACC-Application (Run-Time) LED Indication Description Controller is starting up ORANGE Application running GREEN Application running, connected with SiPass integrated OFF (Dark) Application not running. (This can occur during a Firmware upgrade.) 26 | 38 A6V11164550…

  • Page 27: 4101-3 (Acc-Granta)

    The default network settings are: IP Address : 192.168.1.250 Subnet Mask : 255.255.255.0 Default login credentials: SIEMENS/spirit All other settings are zeroed (including the SiPass host address) and modem configuration is disabled. The SSH server is re-enabled as well as the Telnet server.

  • Page 28: Recovering A Non-Responsive Board

    Access Controllers 4101-3 (ACC-Granta) 2.4.4 Recovering a Non-responsive Board Try the X992 jumper option first. If this does not work, it is possible to restore a board completely to factory settings. Note: This requires that the cover be removed from the Controller and a SD card. The SD card must be a plain SD card, 2GBytes or less.

  • Page 29: Network Security

    Access Controllers 4101-3 (ACC-Granta) 2.4.5 Network Security The ACC-GRANTA uses Linux as an operating system, which provides both an increased level of security and reliability, but also requires some extra care in security. Summary: disable both SSH and telnet for maximum security, and set a root password.

  • Page 30: Ac5100 (Acc-G1)

    (The default IP address is now: 192.168.1.250) 3. Reset the ACC. 4. Login via the DIAG port. Default login credentials are: SIEMENS/spirit 5. Reset the network settings. 6. Then upgrade back to MP 2.70, login and change the password when asked.

  • Page 31: Ac5200 (Acc-Lite)

    Firmware downloads are done from the SiPass integrated software. This process is the same as downloading firmware for an ACC. Before you begin: The AC5200 must be created in the SiPass integrated database and be com- municating To download firmware to the AC5200: 1.

  • Page 32: Fln Devices And Readers

    See the appropriate User Manual for more information. 3.8 OSDP Reader Devices With SiPass integrated MP2.76 onward, you get the support for connecting OSDP Reader Devices directly to controller FLN (for ACC-G1 and ACC-G2 only). The OSDP Reader devices are programmed using…

  • Page 33: Arxxx-Mf / Vrxxx-Mf Reader

    It is recommended that the ARxxS-MF/VRxxx-MF OSDP reader technology be selected if the UID number of a MIFARE card has to be read. The corresponding Base Card Technology that has to be licensed is the Siemens Readers clock/data RS485. If Sector/Block information of a MIFARE Classic or/and Application ID of a MIFARE DESFire card has to be read, select “Siemens Mifare Facility”.

  • Page 34: Wiegand Reader On Acc-Ap

    – SaltoWiegand34 – EricssonWiegand – Europlex34Bit – Remec37Bit See the documentation in SiPass integrated software bundle for more information on the following topics: ● Wiegand Readers connections with ACC-AP ACC-AP Technical Manual – See the ● Configuration ofWiegand Readers with ACC-AP through SiPass integrated…

  • Page 35: Multi-Function Interface (Mfi)

    FLN Devices and Readers Multi-Function Interface (MFI) 3.11 Multi-Function Interface (MFI) With release MP2.80 onward, SiPass integrated offers you the Multi-Function Interface (MFI) that adds-on to the powerful functionality of the ACC-AP door controller. ACC FLN Bus It can be added under ACC-AP (FLN 2 with…

  • Page 36: Aperio Wireless Lock Technology

    FLN Devices and Readers Aperio Wireless Lock Technology 3.12 Aperio Wireless Lock Technology With the enhancements made in SiPass integrated MP2.76 SP1 onward, the Aperio Wireless Lock technology is expanded to support multiple Aperio Hubs ® connected to one ACC-AP through the Aperio FLN Bus (RS485 communication channel).

  • Page 37: Connecting Aperio Hub With Acc-Ap

    3.13 Help and Documentation The hardware for Aperio Wireless Technology and Multi Function Interface (MFI) is not supplied by Siemens. However, to help you quickly setup everything, SiPass integrated documentation gives you the required support information sourced from the device manufacturer. The standard SiPass firmware documentation also helps you at places during the whole process.

  • Page 38
    Issued by Siemens Switzerland Ltd Smart Infrastructure Global Headquarters Theilerstrasse 1a CH-6300 Zug +41 58 724 2424 www.siemens.com/buildingtechnologies © Siemens Switzerland Ltd, 2020 Technical specifications and availability subject to change without notice. A6V11164550…

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Access Control

SiPass integrated

Reference Guide

MP 2.80

A6V11144326

Smart Infrastructure

07.09.2020

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Summary of Contents for Siemens SiPass integrated

  • Page 1
    Access Control SiPass integrated Reference Guide MP 2.80 A6V11144326 Smart Infrastructure 07.09.2020…
  • Page 2
    Edition: 07.09.2020 Document ID: A6V11144326 © Siemens Switzerland Ltd, 2020 2 | 66 A6V11144326…
  • Page 3: Table Of Contents

    Table of Contents Introduction ………………..5 Supported Image Formats …………….6 System Functions ………………7 Alarm Class ………………..12 Operational Modes ………………. 19 Manual Override ………………24 Host event tasks ………………28 Sources ………………….28 Targets / Commands ………………35 Controller Event Tasks …………….

  • Page 5: Introduction

    ® solution. SiPass integrated is the leading access control software on the market. This User’s Reference Manual provides a number of reference data tables that may assist you when assigning system functions, defining alarm classes, assigning operational modes to points, performing manual commands, creating event tasks and sending system messages.

  • Page 6: Supported Image Formats

    Photo ID and Graphics functionality. The following table lists graphics file formats that are supported by SiPass Graphics integrated. They may be used in any aspect of the SiPass integrated Module, and as background images. Supported Format File Extension…

  • Page 7: System Functions

    System Functions 3 System Functions This section lists of all the System Functions that can be assigned to operator Operator Group groups from the dialog. When assigning operator privileges, you must: 1. Assign the system functions to which that operator has access. 2.

  • Page 8
    System Functions SystemFunction Description Assignable Privilege Level Anti-Passback Area Provides privileges for creating, modifying, <none>, c, e, v deleting and viewing Global Anti-Passback areas. Provides privileges to launch and see Advanced ASP Configuration <none>, c, e, v Security Programming module in SiPass Explorer (with ‘v’…
  • Page 9
    FLN Configuration Provides privileges for the use of the <none>, c Network (FLN) Configuration tool built-in to the SiPass integrated application. This includes device settings and firmware download to local devices. Global Global Card Provides privileges for the use of the <none>, c…
  • Page 10
    <none>, c, e, v Table in SiPass Explorer to create items in the current table. Provides privileges for sending manual Manual Control <none>, c commands from the SiPass integrated Workstation Client. Message Provides privileges for creating, modifying, <none>, c, e, v Forwarding…
  • Page 11
    System Functions SystemFunction Description Assignable Privilege Level Service Provider Provides privileges for creating, modifying, <none>, c, e, v Configuration deleting and viewing service provider details. Smart Card Provides privileges for creating, modifying, <none>, c, e, v Encoding deleting and viewing the Smart Card encoding functionality details.
  • Page 12: Alarm Class

    Alarm Class 4 Alarm Class This section lists all of the possible states and their descriptions for each Alarm Alarm Class Type in the dialog. When creating an alarm class, you can define alarm states. For example, if you were to create an alarm class for output points (in particular, doors with locks), you could create two states for that class.

  • Page 13
    Alarm Class Type Status Description Intrusion Control Enabled Intrusion Control has been enabled at the reader. A duress alarm has been entered at an Duress access point. Soft Anti-passback mode A cardholder has failed to use their card when leaving an area with soft anti-passback and has tried to re-enter the same area.
  • Page 14
    Alarm Class Type Status Description Soft Anti Pass Back Error A cardholder has failed to use their card when leaving an area with hard anti- passback and has tried to re-enter the same area. The cardholder will be denied access. Access Denied- Intrusion Access has been denied because an Area Armed…
  • Page 15
    Alarm Class Type Status Description Workgroup Capacity The number of cardholders in the area from Exceeded a Workgroup has exceeded the maximum for that Workgroup. Workgroup Capacity Not The number of cardholders in the area from Full a Workgroup has not reached the maximum for that Workgroup.
  • Page 16
    Alarm Class Type Status Description Image Normal The operator has privileges to allow or deny Verification entry based on visual identification of live Privilege and database cardholder images. The operator does not have privileges to Operator No IV privilege allow or deny entry based on visual identification of live and database cardholder images.
  • Page 17
    Alarm Class Type Status Description Input tamper The input or wiring has been tampered with. Input open The input is an open circuit. Card limit reached The unit’s card limit has been exceeded Passback tamper A supervised passback input has detected a tamper.
  • Page 18
    Power has been lost from the unit. Memory Overflow The backup flash memory is full. SALTO System Online SiPass integrated is connected to the SALTO System SALTO System Offline SiPass integrated is not connected to the SALTO System 18 | 66 A6V11144326…
  • Page 19: Operational Modes

    Operational Modes 5 Operational Modes Operation modes are selectable only for points, not for devices. They affect how the points operate in relation to cardholders and the system. Type Mode Description Door Card Only A card must be presented at the access point to Reader gain valid access.

  • Page 20
    Operational Modes Type Mode Description Card + PIN Arm/Disarm A card must be presented to gain access at the access point. A single card badge unlocks the door providing access without intrusion. A card badge with a PIN unlocks the door and simultaneously arms/disarms the intrusion area.
  • Page 21
    Operational Modes Type Mode Description Card and Pin This mode provides the option to Access/Intrusion secure/unsecure the intrusion areas. In case the cardholder wants to arm/disarm/part-arm the area before a card is presented at the access point, it can be done by selecting a number from the reader keypad: Press ‘0’…
  • Page 22
    Operational Modes Type Mode Description Input/Outpu Passback The input is in alarm state until the passback button has been pressed and the input delay is activated. Triggering passback unlocks the door latch. The input is in alarm state until the passback Passback No Message button has been pressed and the input delay is activated.
  • Page 23
    Operational Modes Type Mode Description Fire Stair Defines the Input point as a fire stair door contact sensor. PIR mode defines the input point as a PIR detector. Normal Only Only normal states are reported to the system Alarm Only Only alarm states are reported to the system Report Disable Disables alarm reporting from the input point to…
  • Page 24: Manual Override

    ● Permanents ● Reader Buzzer Off The Reader buzzer is turned off. Only applies to the Siemens reader range. Reader Buzzer On Reader buzzer is turned on. Only applies to the Siemens reader range. Reset Reader Resets the reader tamper input. Only applies to the Tamper Siemens reader range.

  • Page 25
    Manual Override Type Command Description Set Mode “Card and Sets the point’s operation mode to “Card and PIN”. PIN” Set Mode “Card Only” Sets the point’s operation mode to “Card Only”. Set Mode “D.R. Card Sets the point’s operation mode to “Delayed and PIN”…
  • Page 26
    Manual Override Type Command Description Set state Alarm Set the input to state Alarm. This is only applicable for Sintony input points of type “Serial Comms Input” Set the input to state Normal. This is only Set state Normal applicable for Sintony input points of type “Serial Comms Input”…
  • Page 27
    Manual Override Type Command Description Part Arm Arms inputs which are marked as Part Arm. Arms inputs which are marked as Part arm B. (SPC Part Arm B intrusion only) Manually force-arms an intrusion area. This action Force Arm includes isolating input points that may be in the Alarm state, and then arming the area.
  • Page 28: Host Event Tasks

    Sources 7 Host event tasks SiPass integrated allows you to define a host event task that performs a certain task (command) when a specific set of circumstances have been met (trigger). The following tables list the sources that can be used to trigger a host event task, along with a brief description of that source and the commands that can be implemented when the source has been triggered.

  • Page 29
    A SALTO offline door requires a battery change. SALTO PPD A PPD has been connected to a SALTO offline Connection door to update the door. SALTO System SiPass integrated is not connected to the SALTO Offline System. SALTO System SiPass integrated is connected to the SALTO Online System.
  • Page 30
    Host event tasks Sources Source State (trigger) Description Self Authorization Cardholder has self-authorized on a Dual Granted Custody access point. Soft Perimeter An anti-passback violation has occurred at a Violation door under soft anti-passback control. Time Schedule A host event task is triggered when a card is Violation presented at a reader outside the cards pro- grammed time schedule for that reader/door.
  • Page 31
    Alarm An event is triggered when an External point (source point or area node) enters an alarm state and that information is sent to SiPass integrated by the exter-nal application. Normal An event is triggered when an External point…
  • Page 32
    Host event tasks Sources Source State (trigger) Description Bank Floor Secure An event task is triggered when the floor is Secured. Bank Floor UnSecure An event task is triggered when the floor is not secured. Card No Access An event task is triggered when a cardholder badges their card and is not permitted access to that floor.
  • Page 33
    Host event tasks Sources Source State (trigger) Description Normal An event task is triggered when the nominated area point goes into the normal operation state. An event task is triggered when an intrusion area Armed is armed. Arming Action An event task is triggered when an attempt to Complete arm a dependant intrusion area is complete.
  • Page 34
    Host event tasks Sources Source State (trigger) Description Special Date Set time An event task is triggered at the nominated date time. Time format = HH:MM:SS An event task is triggered at the start of the Time Schedule Start nominated time schedule. Start and Stop An event task is triggered at both the start and end of the nominated time schedule.
  • Page 35: Targets / Commands

    Refer to Operational modes page 22 for more information. Reset Reader Tamper Resets the reader tamper. Only applies to the Siemens reader range. Block Door Blocks the door and prevents cards from being used to gain access at the door using the selected reader.

  • Page 36
    Host event tasks Targets / Commands Target Command Description Unblock Door Returns a blocked door to its normal programmed mode of operation. Request Access Request a current access mode. Mode Set mode “No Dual Disables Dual Custody for the access point. Custody”…
  • Page 37
    Displays a pre-configured alarm on the specified CCTV User’s Guide monitor. Refer to the more information. Database Database Backup: Performs a backup of the SiPass integrated data Data files. Database Backup: Performs a backup of the SiPass integrated Binaries binary files.
  • Page 38
    Host event tasks Targets / Commands Target Command Description Floor Point As for Floor Points See above. Group Disables the input, if it is currently enabled, until Input Point Disable the next change in Time Schedule. Enable Enables the input, if it is currently disabled, until the next change in Time Schedule.
  • Page 39
    Host event tasks Targets / Commands Target Command Description Slow Pulse Output The output will pulse slowly. For example, this could be used for alarms that utilize a pulsed output like strobes or sirens. Enter the time that you want the output to slow pulse into the Data field, using the format HH:MM:SS.
  • Page 40
    Host event tasks Targets / Commands Target Command Description Shutdown Client Shuts down a SiPass integrated Client. Enter the Computer Name of the PC, on which the Client to be shutdown is running, into the Data field. For example, AUSSecServer103. Unit Full Initialization Performs a full initialization for the selected unit.
  • Page 41: Controller Event Tasks

    Controller Event Tasks Sources 8 Controller Event Tasks SiPass integrated allows you to define a controller event task that performs a certain task (command) when a specific set of circumstances have been met (trigger). Because controller event tasks are triggered by hardware events, you must select what type of component triggers or responds to the event.

  • Page 42
    State (trigger) Description Reader Tamper OK An event task is triggered when a reader returns from a tamper state. Only valid for the Siemens reader range. Self Authorization Cardholder has self authorized on at Dual Granted Custody access point. An event task is triggered when a valid daily Valid Daily Code code has been entered at a keypad/reader.
  • Page 43
    The Print Revision Number is updated each time the card is printed. This applies only to Siemens proprietary 52-bit card format. Door Interlocking In An event task is triggered if a card is badged a…
  • Page 44
    State (trigger) Description Host Verify Message An event task has been triggered when a request for Image Verification has been sent from an access point to SiPass integrated. Host Verify Timeout An event task has been triggered when a card Message…
  • Page 45
    Controller Event Tasks Sources Type State (trigger) Description Audit Trail Enabled An event task has been triggered when a controller event task is triggered when Audit Trail reporting from the ACC to the Server is enabled. An event task has been triggered when a Audit Trail Full controller event task is triggered when the Audit Trail log on the ACC is full.
  • Page 46
    Controller Event Tasks Sources Type State (trigger) Description Online An event task has been triggered when communications between the device and the ACC are restored. An event task is triggered when the power Power Fail supply to the selected device fails. An event task is triggered when the power Power OK supply to the selected device has been re-…
  • Page 47
    Controller Event Tasks Sources Type State (trigger) Description Door Opened An event task is triggered when a door monitor has registered that a door has been opened for longer than the Input Delay time. An event task is triggered when a device has Door Tamper registered that a supervised door monitor input has been tampered with.
  • Page 48
    Controller Event Tasks Sources Type State (trigger) Description Exit Delay Timer An event task will be triggered when the exit Started delay timer has started. An event task will be triggered when the Normal intrusion area enters the normal state. Part Armed Intrusion Area has been Part Armed.
  • Page 49: Commands

    Controller Event Tasks Commands 8.2 Commands Controller event tasks allow you to perform a range of hardware-related tasks and trigger host event tasks in response to events. The following table lists the Types and Commands that can be selected when defining an Effect for a Controller Event Task.

  • Page 50
    Only available for the Siemens reader range. Turns the buzzer for the specified reader Reader Buzzer on ON. Only available for the Siemens reader range. Turns the buzzer for the specified reader Reader Buzzer Off OFF. Only available for the Siemens reader range.
  • Page 51
    Controller Event Tasks Commands Type Command Description Set mode “Authorization – Card Only” Set mode “Authorization – Card + PIN” Anti-Passback Reset Count Resets the current count for the anti- Area passback area to zero. Override Mode Override the selected area with a specific mode.
  • Page 52
    Controller Event Tasks Commands Type Command Description Pulse Sends a pulse command to the selected Input. This is only applicable for Sintony input points of type “Serial Coms Input” Set state to Alarm Set the input to state Alarm. Set state to Normal Set the input to state Normal.
  • Page 53
    Controller Event Tasks Commands Type Command Description Cancel Permanent Any current Permanent Command or Event Action Task, or Access/Internal Action operating on the target will be cancelled. The next Control State in the Control State Queue will take effect. Unlock, Override Door Unlocks the output and ignores any Door Interlocking Interlocking configuration.
  • Page 54: Asp Trigger States

    ASP Trigger States 9 ASP Trigger States The following table lists the Point Types and Properties that can be selected for ASP Trigger State. Category Trigger Type Property Property Values Description Input Condition/Eve Input Logical Alarm Logical state of the Point State input.

  • Page 55
    ASP Trigger States Category Trigger Type Property Property Values Description Event/Conditio Input Logical Short Circuit Tamper SPC Input State State Normal Alarm Open Circuit Tamper Tamper Fault Disabled Unsealed Isolated Event/Conditio Input Logical Normal Sintony input state State Alarm Unknown State Tamper Disabled in hardware Unsealed…
  • Page 56
    ASP Trigger States Category Trigger Type Property Property Values Description Primary Card Only Mode The Primary Access Access Mode mode of the reader. Card & Pin Mode Host Verification Card Only mode Host Verification Card & Pin Mode View Only Card Only Mode View Only Card &…
  • Page 57
    ASP Trigger States Category Trigger Type Property Property Values Description Event Only Invalid Daily True Code Valid Daily Shows Valid Daily True Code Code. Self True Indicates Self Authorize Authorized Access. Access Anti- Event/Conditio Area Empty False Indicates whether the Passback APB Area is empty.
  • Page 58
    ASP Trigger States Category Trigger Type Property Property Values Description Event/Conditio Armed State Armed Indicates the Arming state of the Sintony Disarmed Intrusion Area. ExitDelay PartArmed Alarm State Alarm Indicates Alarm state of the External Normal Intrusion Area. EntryDelay Indicates the Arming Armed State Armed state of the SPC…
  • Page 59
    ASP Trigger States Category Trigger Type Property Property Values Description Done False Gets the current value of the Timer Done. True Timing False Gets a value indicating whether the True timer is currently running. Event Only Time-out False Timeout Event for a Periodic Timer.
  • Page 60
    ASP Trigger States Category Trigger Type Property Property Values Description Denied Void Card Card Events for Access Event Access Denied Pin Error Facility Error Group Error Passback Error Point Disabled Host Verification Timeout Card Revision Error Area Capacity Time Entry Error 3 PIN Void Card Not Yet Active Card Expired…
  • Page 61
    ASP Trigger States Category Trigger Type Property Property Values Description Venue Event Only Booking After End After setting up a Offset Type venue, an ASP activity After Start can be configured to trigger an action Before End before or after every Before Start booking start or stop.
  • Page 62: Asp Effect States

    ASP Effect States 10 ASP Effect States The following table lists the Point Types and Properties that can be selected for ASP Effect State. Category Effect Type Property Property Values Description Input Regular Input Enabled False Enabled state of all the Point Effect input types except SPC.

  • Page 63
    ASP Effect States Category Effect Type Property Property Values Description Access Regular Primary Card Only Mode The Primary Access Point Effect Access Mode Mode of the reader. Card & Pin Mode Host Verification Card Only mode Host Verification Card & Pin Mode View Only Card Only Mode View Only Card &…
  • Page 64
    ASP Effect States Category Effect Type Property Property Values Description Return to Time True Returns to Time Schedule Schedule Control. Control Cancel Cancels Permanent True Permanent Override command. Override Access Unlock Override interlock and True Override unlock door. Interlock Allow Access True Override interlock and Override…
  • Page 65
    ASP Effect States Category Effect Type Property Property Values Description Room 1 State Unknown Indicates the Arming state of the Sintony Room 2 State Armed Intrusion Area Room. Room 3 State Disarmed Room 4 State Room 5 State Room 6 State Room 7 State Room 8 State Bank…
  • Page 66
    Issued by Siemens Switzerland Ltd Smart Infrastructure Global Headquarters Theilerstrasse 1a CH-6300 Zug +41 58 724 2424 www.siemens.com/buildingtechnologies © Siemens Switzerland Ltd, 2020 Technical specifications and availability subject to change without notice. A6V11144326…

Table of Contents for Siemens SiPass integrated:

  • Access Controllers Common Firmware Update Procedure 2 A6V11164550 11 | 38 2 Access Controllers 2.1 Common Firmware Update Procedure This procedure applies for both ACC-G2 and ACC-AP controllers. Controller firmware releases include three types of firmware images: 1. Firmware Application Image For example, acc-g2-ccp2_2.76.25_release.bin is ACC-G2 application version 2.76.25. 2. FirmwarePlatform (downloadable) Image For example, accg2-platform_ccp2.17.5_update_acc2.76.25.bin contains a

  • FLN Devices and Readers ADD5100 Dual Reader Interface (DRI) 3 32 | 38 A6V11164550 3 FLN Devices and Readers 3.1 ADD5100 Dual Reader Interface (DRI) The ADD5100 is programmed using FLN Configuration tool in SiPass integrated Configuration Client or using the stand-alone ACC & FLN Field Service Tool application. See the respective User Guide for more Information. 3.2 ADE5300 Eight Reader Interface (ERI)

  • Access Controllers AC5102 (ACC-G2) 2 18 | 38 A6V11164550 2.2.8.3 SD Card Update Troubleshooting For SD Card Updates, the ACC-G2 only supports non-HC type SD Cards. This means SD Cards in the range of 512MB to 2GB only can be used. 1. There is an issue with using 1GB and 2GB SD Cards on the older ACCs with the 32kB EEPROM — when loaded with a CCP2 update image, the cards are not recognized by RomBOOT.

  • Access Controllers ACC-AP 2 A6V11164550 21 | 38 2.3.3.3 OSDP Reader Turnstile, Single Door Contact Configuration Label on AP Controller SiPass Point Function IN 1 Door 1 REX IN 2 Door 1 D/C IN 3 Door 2 REX IN 4 In 1 RLY 1 Door 1 LK RLY 2 Door 2 LK OUT 1 Out 1 OUT 2 Out 2 OUT 3 Out 3 OUT 4 Out 4 READER 1 Port for connecting both OSDP Readers READER 2 NOT USED This

  • Firmware Configuration Tools ACC and FLN Field Service Network Tool 1 8 | 38 A6V11164550 1.2.3 Network Discovery for Access Controllers It is possible to configure Access Controllers via Ethernet, without prior configuration of any settings. The ACC and FLN Field Service Tool uses UDP Broadcasts to identify ACC controllers that have their Quickstart feature enabled. Once identified, the network

  • Access Controllers AC5102 (ACC-G2) 2 A6V11164550 17 | 38 2.2.8.2 SD-Card Upgrade Procedure Note: In case of SD Card update, the database configuration and system settings will be lost. To perform the SD-Card upgrade, the following steps should be taken -: 1. Having written the SD Card, power down the ACC-G2 and insert the SD Card into the ACC SD-Card slot – removing the dust cover insert first, if fitted. 2. Fit the X120 jumper, which tells the boot loader to boot from the SD Card. 1.

  • Access Controllers AC5102 (ACC-G2) 2 16 | 38 A6V11164550 2.2.6 Recovering a Non-responsive Board See section Restoring/Updating Platform via SD Card [➙ 16] for details. 2.2.7 ACC-G2 Firmware Update Procedures See section Common Firmware Update Procedure [➙ 11] for details. 2.2.8 Restoring/Updating Platform via SD Card 2.2.8.1 Preparing the SD Card Before you begin, prepare the SD Card by following the steps

  • Access Controllers 4101-3 (ACC-Granta) 2 A6V11164550 29 | 38 2.4.5 Network Security The ACC-GRANTA uses Linux as an operating system, which provides both an increased level of security and reliability, but also requires some extra care in security. Summary: disable both SSH and telnet for maximum security, and set a root password. SSH A SSH server is by default running on the ACC-GRANTA. This allows for access to the linux shell console for maintenance purposes and trouble shoo

  • Access Controllers ACC-AP 2 A6V11164550 19 | 38 2.3 ACC-AP 2.3.1 General Information The IP-based AP door controller offers the latest technology, better cost- effectiveness, and easy installation. It supports: ● 2 OSDP Readers: Controller for one or 2 doors (depending on configuration) ● 4 Monitored or Unmonitored Inputs ● 2 Relay Outputs ● 4 Open-collector Outputs ● 1 general-purpose FLN bus to connect to IPM, OPM, 8I

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This article describes how to configure the SiPass Integrated Service, to enable integration between the Smart ID Physical Access component in Smart ID Identity Manager and SiPass.

SiPass Integrated is an Access Control System provided by Siemens and managed by a GUI and a Restful API. After integration, all administration of Users, Access Token and Entitlements (besides defining them) should be done in Identity Manager, never in SiPass

For details on which data can be imported and exported from SiPass, see About import and export to Physical Access.

Expand/Collapse All

Prerequisites

 Prerequisites

The following prerequisites apply:

  • Physical Access and SiPass Docker container/service are installed. See Deploy Smart ID. 
  • Physical Access has been tested with version 2.76.
  • The message queue server must be running.
  • If MIFARE card technology is used, the PACS MIFARE number must be available as raw data (not encrypted, truncated, or similar). 
  • A working network connection to the connected physical access control systems (PACS) must be in place. 

Configure SiPass Service data fields

The SiPass data is configured in the configuration table in the Physical Access database. All configuration is cached when the service starts so any configuration changes will require the service to be restarted in order to take effect.

 Configure database

To connect to a PACS system:

  1. Log in to Physical Access admin panel as an admin user.
    All configured PACS connector services are listed, as well as Generic configurations to define the messaging queue. 
  2. Click on a system to do updates.
    All database entries are listed. 
  3. To update an entry, click on the icon. Edit as needed and then click Update
  4. To create an entry, click on +Create. Select Group, enter Key, Value and Index, and then click Create

group: messagingqueue

key Data type Required or Optional Description
server string Required

IP Address of Message Queue Server. If it is installed on the local server then we can use localhost. If we are accessing this server remotely then need to mention IP address.

username string Required

Username of message queue server.

Default value: “guest”

password string Required

Password of message queue server.

Default value: “guest”

system string Required

Defines which messaging queue to be used, either «rabbitmq» or «azureservicebus».

Default value: «rabbitmq»

group: general

key Data type Required or Optional Description
deleteUserOnNoEntitlement string Optional

Defines if the user shall be deleted if no active entitlement assignment are present for that user.

Valid values: true or false.

Default: true

deleteUserOnNoAccessToken string Optional

Defines if the user shall be deleted if no active access tokens are present for that user.

Valid values: true or false.

Default: true 

heartbeatInterval

int Optional

Heartbeat interval is the time difference between two successive heartbeats, and it is used to know if the system is in active (running) or in inactive (stopped) state.

Default value and minimum value: 60 seconds. If it is set less than 60 seconds, it will be considered as 60 seconds to update the status.

group: sipass.system

key Data type Required or Optional Description

clientUniqueId

string Required

The Unique client name for SiPass HR API.

Default: PHYSICAL-ACCESS-SIPASS-CLIENT

username

string Required

The username that will be used when accessing SiPass HR API endpoints.

Default: Siemens

password string Required

The password that will be used when accessing SiPass HR API endpoints.

Default: spirit

group: sipass.general

key Data type Required or Optional Description
apiUrl string Required

API URL of SiPass HR Restful Service API of SiPass Integrated Service.

Default: https://sipass-system:8745/

group: sipass.export

key Data type Required or Optional Description
layoutIdentifierType string Required This identifier is used to refer to layout of access token.

group: sipass.card.mapping.default

key Data type Required or Optional Description
layout string Required The name of the card layout to match (case insensitive) for this mapping. Each layout may only be mapped once.
cardNumberIdentifier string Optional

The identifier type used to read card numbers.

Default: “mifare”

format string Optional

The format that the card number should be converted into before exporting it to SiPass. Valid values: Linear, Skip.
Use «skip» to skip card export.

length int Required The maximum length of card. If the card is less than the card length, then the card will right pad with zeroes.
cardLayoutCode int Required The id of the credential profile which we get from HR API api/v1/hr/CredentialProfiles. In the response, the field «Token» indicates cardLayoutCode.
cardTechnologyCode int Required The code of encoding technology used to write the card. We get card technology code from HR API api/v1/hr/CredentialProfiles. In the response, the field «CardTechnology» indicates CardTechnologycode.
facilityCode int Required The facilityCode is the Card technology facility code. We get card Card facility code from HR API api/v1/hr/CredentialProfiles. In the response, the field «FacilityCode» indicates FacilityCode.
pinMode string Required The PinMode indicate pinmode combination for the card. Possible values are “Card”,”CardPin” and ”Pin”.
pinLength int Required The maximum length of the card pin.

group: sipass.card.mapping

key Data type Required or Optional Description
layout string Required The name of the card layout to match (case insensitive) for this mapping. Each layout may only be mapped once.
cardNumberIdentifier string Optional

The identifier type used to read card numbers.

Default: “mifare”

format string Optional

The format that the card number should be converted into before exporting it to SiPass. Valid values: Linear, Skip.
Use «skip» to skip card export.

length int Required The maximum length of card. If the card is less than the card length, then the card will right pad with zeroes.
cardLayoutCode int Required The id of the credential profile which we get from HR API api/v1/hr/CredentialProfiles. In the response, the field «Token» indicates cardLayoutCode.
cardTechnologyCode int Required The code of encoding technology used to write the card. We get card technology code from HR API api/v1/hr/CredentialProfiles. In the response, the field «CardTechnology» indicates CardTechnologycode.
facilityCode int Required The facilityCode is the Card technology facility code. We get card Card facility code from HR API api/v1/hr/CredentialProfiles. In the response, the field «FacilityCode» indicates FacilityCode.
pinMode string Required

The PinMode indicate pinmode combination for the card. Possible values are “Card”,”CardPin” and ”Pin”.

Example:

Id group index key system value
1 sipass.card.mapping 1 cardLayoutCode SiPass 2
2 sipass.card.mapping 1 cardNumberIdentifier SiPass mifare
3 sipass.card.mapping 1 cardTechnologyCode SiPass 26
4 sipass.card.mapping 1 facilityCode SiPass 0
5 sipass.card.mapping 1 format SiPass Linear
6 sipass.card.mapping 1 layout SiPass MifareSmart
7 sipass.card.mapping 1 length SiPass 9
8 sipass.card.mapping 1 pinLength SiPass 4
9 sipass.card.mapping 1 pinMode SiPass Card

group: export

key Data type Required or Optional Description
userfieldmappings string Optional

The userfieldmappings is the combination of all additional fields which we can send to SiPass. Currently, we can configure Person Details (Contact Details and User Details) of SiPass. For additional user field mapping we can take reference of HR API of SiPass. To export these fields to SiPass we need to do following configuration:

Id group index key system value
1 export 0 userfieldmappings SiPass email.work,Email
2 export 1 userfieldmappings SiPass phone.mobile,MobileNumber
3 export 2 userfieldmappings SiPass address.work,Address
4 export 3 userfieldmappings SiPass user.title,Title

The value in the configuration setting is a combination of table_name.value_of_type_column, field_name_of_SiPass. This configuration setting is the mapping between Physical Access (IDC3) table field and SiPAss field. We can send user column fields by adding configuration like user.column_name,omnis_field_name.

Restart service

 Restart service

  1. Restart the SiPass connector service:

    Restart Physical Access SiPass connector

    cd <SMARTIDHOME>/compose/physicalaccess
    docker-compose restart smartid-pa-sipass

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