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Installation Manual | IM-202401XX iProtect Access / Security | Functionalities |
Table of contents
1. Introduction
The use of cards or tags with Mifare® DESFire® technology in combination with battery-powered locks, such as door handles or door cylinders, is already widely used. TKH-Security has a close collaboration with DOM and together we have developed a solution to gain access to both wired and battery-powered locks with a Mobile device.
This manual describes only the use of a network-connected DOM controller (Bridge). When using an XML import/export, based on OSS version A1 or B1, please refer to another user manual.
Available in iProtect as of version 10.4.xx
For setting up the system for using access control, in combination with a desfire card and with mobile access, please refer to another user manual. This manual describes how to add DOM (OSS and Mobile Access) to a working system.
1.1 The Solution
IPROTECT connects to the DOM controller(s) based on a REST API. The connection works in real time, so both systems are always fully synchronized and there is no need to use old-fashioned XML import and export files (although this option will of course still exist).
When using DOM ENIQ hardware, the system is already prepared as standard for the use of "data on card", but also for mobile access. Using a mobile key makes it very flexible and easy. This applies not only to the use, but also to the creation and assignment of rights to locks and persons.
2. Support
2.1 Hardware and licence
Below is an overview of support for both the hardware and the software, including the necessary license:
Support | Hardware | License number | Minimum version |
---|---|---|---|
IPROTECT Access |
| IPS-ATL (Mobile access) | >= 10.4.xx |
Pluto rootFS |
| >= 6.12.x | |
Reader manager (OSS Update/Enrollment reader) |
| >= 6.00.11 | |
Orion (USB) |
| >= 1.5.34 | |
Sirius iX (RS485) | IPS-ON - online card reader license (44) | >= 2.9.6 | |
| Access Keys | IPS-ACL - number of cards that can be created within the system |
|
DOM |
| IPS-OFF - ofline card reader license (48) | >= v5.9 |
Bridge |
| >= v24.07.31 |
The following cards will be included with the DOM system:
RF-Wake-up
RF-Online
Replace battery
Master card (system specific, and this included card should be stored with safe)
Software and firmware versions related to TKH Security controllers and readers are managed by iProtect.
2.2 RFID card type support
The supported NXP rfid cards and tags are listed below:
MIFARE DESFIRE | SUPPORT | PIC MASTERKEY | TYPE | CARDNUMER LENGTH | TAG | CARD | SIZE |
---|---|---|---|---|---|---|---|
EV1 | NO |
|
|
|
|
|
|
EV2 / EV3 | YES | 3DES / AES | CARDNR | 12 digits | 70pF | 17 / 70pf | 4k / 8k |
UID | 7 byte | 70pF | 17 / 70pf | 4k / 8k |
2.3 Supported features
The following features are supported:
DESCRIPTION | COMMENT |
---|---|
Offline access control support (data on card based on OSS) |
|
Set unlock time in seconds |
|
Set alternate unlock time in seconds |
|
Office mode (Mobile access and data on card) |
|
Reader access rights: Determ access authorisation, based on reader group(s) |
|
SideID dependency, adjustable per reader | Max 1000 locations |
Semi online access control support based on mobile devices (BLE) |
|
Physical Controllers linked to one IPROTECT system | Max. 32 controllers |
Online and real-time synchronisation with the DOM Controller |
|
Discover function of new devices |
|
Automatically add new DOM devices to none existing readers |
|
Automatically add new DOM devices existing readers |
|
Provisioning DOM bridge configuration |
|
Provisioning of OSS manufacturer settings |
|
General BLE transmit setting per DOM controller |
|
Automatic backup of DOM controller into iProtect |
|
Restore DOM controller configuration |
|
Change default password after first loging from iProtect to the DOM controller |
|
Determine for each reader whether it should also support IPROTECT Access |
|
When a reader is assigned for IPROTECT Access, determine the interaction: |
|
2.4 Known not supported features
The following features are NOT supported (yet):
DESCRIPTION | STATUS |
---|---|
Card card group limitation | Not available |
Holidays | Not available |
Intervention card / Firefighter card | Not available for mobile device |
Office mode (Mobile Access) | Using UTC time and not Local time. Example: Amsterdam = UTC +1 Daylight saving time = +1 Office timezone = UTC + 2 |
2.5 Data on card and Mobile access
2.5.1 MIFARE DESFire RFID
DESCRIPTION | COMMENT |
---|---|
Supported OSS events (enable/disable per event type) | See chapter: 3.3-OSS-Events |
Office mode support |
|
Access card authorisation | Based on card group(s) and reader(s) with time zone |
Supported OSS black list cards |
|
Firefighter (intervention) option per card |
|
Every customer has its own MIFARE DESFire KeyFile set
2.5.1.1 Standard OSS Application
OSS TYPE | NUMBER | DESCRIPTION |
DATA | 69 | No. of door or door-group (69-255) |
8 | Number of DayTimeSchedules (8-15) | |
4 | Number of DayID per DayTimeSchedule (4-4) | |
2 | Number if TimePeriods per DayID (2-4) | |
EVENT | 18 | Number if Events (18-18) |
BLOCKLIST | 5 | Number if Blocklisted cards (5-5) |
Total | 1792kB | Written on the card incl. backup file, conform OSS standard |
The card layout explained above can be modified but must be requested.
Please contact your account manager for this.
2.5.2 Mobile device
DESCRIPTION | COMMENT |
---|---|
Per card an overview of assigned reader(s) with a Mobile key |
|
Per reader an overview of assigned persons with a Mobile key |
|
Office mode support |
|
Offline access rights synchronized automatically with mobile device |
|
Semi online: All events (types) will be sent from Mobile device to iProtect. | See chapter: 3.3-OSS-Events |
Support IPROTECT Access app. | IOS and ANDROID support |
2.6 OSS Events
Possible OSS events are described below:
EVENT TYPE | DESCRIPTION |
---|---|
Internal error | Lock has detected an internal error. Several internal event types (memory error, power on test failure etc.) could be represented by this event when written to credential. The EventInfo field is used to supply ock manufacturer specific event codes |
Access granted | Access granted |
Access denied | No access. Possibility may be that the card needs to be updated. |
Blocked card list full | tbt |
Battery replaced | The batteries are replaced. |
Failed to unlock | tbt |
Blocklist | tbt |
Lock jammed | tbt |
Replace battery | Battery low event with the info bit from 1 to 3 depending on the level of alert |
System event | General placeholder for lock events not detected as errors by the lock Intended use is for troubleshooting. The EventInfo field is used to supply lock manufacturer specific event codes. |
Tampering | tbt |
2.7 System architecture
2.7.1 OSS data on card - XML import/Export (A1/B1)
2.7.2 OSS data on card & Mobile access with RF-NetManager
2.7.2.1 Use of RF-NetManager
When using the RF-NetManager, The following features are supported:
Max. 8 devices (1-15m)
Update configurations (no DOM service app is needed anymore)
Readermode change (Open, Closed, Normal)
Pulse lock (reaction time 2-8 Sec)
The following features are NOT supported:
online access
support online events.
3. DOM Service app
To use the DOM Service app, the configuration of the DOM controller must be synchronized with the DOM Service app.
The connection can be made via:
WIFI | For programming you can use a WIFI network. The DOM controller and the cell phone must be able to communicate with each other. |
USB/Ethernet dongle | For programming you can use a USB/Ethernet dongle. The DOM controller and the cell phone must be able to communicate with each other. |
4. IPROTECT
iProtect supports the OSS, standard offline access application by means that it can enroll or update
cards which are confirmed to the standard data on card solution. The OSS offline standard is a data on card
standard in which the access profiles are distributed via the access cards instead of online card readers. This
is also called: “native” or “offline”, because the access rights are defined in the iProtect database itself and are
distributed to the Sirius i-Serie update readers.
Supporting OSS does not mean that every lock can be integrated effortless since this part is not standardized. This manual only describes the DOM OSS manufacturer
4.1 Presets
To begin the installation, you must first have the correct key and configuration files.
The KEY set is customer-specific and must be supplied by TKH Security.
Items required before the steps below can be performed:
File type | Type | Comment |
---|---|---|
OSS update.xml | Reader provisioner | Card number based on AID or UID |
OSS enroll.xml | Reader provisioner | PMK dependency (AES, 3DES) and card number based on AID or UID |
OSS.xml | Node provisioner | Customer specific, supplied by TKH-Security B.V. |
OSS.ktl | Node and reader provisioner | Customer specific, supplied by TKH-Security B.V. |
4.1.1 Add OSS manufacturer
Browse to the menu: Installation | Hardware | OSS manufacturer
Field | Content |
---|---|
Name | OSS manufacturer name |
OSS Manufacturer type | DOM |
OSS version | Dom api implementation |
Default | TRUE |
Save
4.1.2 Add media element
Customer-specific elements supplied by TKH-Security.
Browse to the menu: General | Settings | Media element
Add three types of files:
Field | Content |
---|---|
Name | Name of the .KTL file (General key file) |
Type | Provisioner |
Upload | Select .KTL file |
Save this record
Field | Content |
---|---|
Name | Name of the OSS update file (.xml) |
Type | Provisioner |
Upload | Select .xml file |
Save this record
Field | Content |
---|---|
Name | Name of the OSS Enrollment file (.xml) |
Type | Provisioner |
Upload | Select .xml file |
Save this record
Field | Content |
---|---|
Name | Name of the DOM Controller file (.xml) |
Type | Provisioner |
Upload | Select .xml file |
Save this record
4.2 Provisioner
A provisioner group consists of one or more elements. These elements can be configurations, key files or firmware.
The sections below describe the required combinations.
4.2.1 Provisioner element
Browse to the menu: Installation | Settings | Provisioner | Provisioner element
Add provisioner elements
Field | Content |
Name | Logical name, e.g DOM-IP-Bridge.xml |
Type | Reader - Offline settings (OSS) |
Provisioner file | select the file which is created and saved in chapter 4.1.2 |
Active | Yes |
Save this record
Field | Content |
Name | Logical name, e.g Keyfile.ktl |
Type | Reader - Keystore |
Provisioner file | select the file which is created and saved in chapter 4.1.2 |
Active | Yes |
Save this record
Field | Content |
Name | Logical name, e.g OSS Enrollment.xml |
Type | Reader - Sirius iX config |
Provisioner file | select the file which is created and saved in chapter 4.1.2 |
Active | Yes |
Save this record
Field | Content |
Name | Logical name, e.g OSS update.xml |
Type | Reader - Sirius iX config |
Provisioner file | select the file which is created and saved in chapter 4.1.2 |
Active | Yes |
Save this record
4.2.1 Add Provisioner group (DOM Controller) and select elements
Browse to the menu: Installation | Settings | Provisioner | Provisioner group
Add provisioner group DOM-IP-Bridge.xml
Field | Content |
Name | Logical name, e.g DOM-IP-Bridge |
Visible | Yes |
Provisioner tyoe | Node |
After saving this record, open the treeview and go to Provisioner elementlist and select:
Element: OSS Enrollment
Element: Keyfile.ktl
Save this record
4.2.2 Add Provisioner group (OSS Enrollment) and select elements
Browse to the menu: Installation | Settings | Provisioner | Provisioner group
Add provisioner group OSS Enrollment
Field | Content |
Name | Logical name, e.g OSS Enrollment |
Visible | Yes |
Provisioner tyoe | Reader |
After saving this record, open the treeview and go to Provisioner elementlist and select:
Element: OSS Enrollment.xml
Element: Keyfile.ktl
Element: Reader - LED settings, Led_act-red_acc-green_alt-blue.xml
Save this record
4.2.3 Add Provisioner group (OSS Update) and select elements
Browse to the menu: Installation | Settings | Provisioner | Provisioner group
Add provisioner group OSS Update
Field | Content |
Name | Logical name, e.g OSS Update |
Visible | Yes |
Provisioner tyoe | Reader |
After saving this record, open the treeview and go to Provisioner elementlist and select:
Element: OSS update.xml
Element: Keyfile.ktl
Element: Reader - LED settings, Led_act-red_acc-green_alt-blue.xml
Save this record
4.3 Card coding
Only fields with data, or fields that need to be specifically set are named in the table below.
4.3.1 Add Card number presentation
Browse to the menu: Access | Settings | Card coding | Card number presentation
Add Default DesFire
Field | Content |
Name | Logical name, e.g TKH Desfire |
Format | Decimal |
Calculated length | 6 |
Tab: Card | Start: 2 |
Save this record
4.1.2 Add Card data interpretation group
Browse to the menu: Access | Settings | Card coding | Card data interpretation group
Add a group
Field | Content |
Name | Logical name, e.g Access group |
Save this record
4.1.3 Add DESFire Card data interpretation
Browse to the menu: Access | Settings | Card coding | Card data interpretation
Add Default DESFire:
Field | Content |
Name | Logical name, e.g TKH Desfire |
Default card data interpretation | TKH Desfire |
Card data interpretation group | Access group |
Format | |
Reader communication protocol | ABA |
Card type | None |
Data length | 12 |
System code | |
Start | 1 |
Code | Supplied by TKH-Security (6 digits) Demo code is 002974 |
Card number | |
Start | 7 |
Length | 6 |
Save this record
4.1.4 Add OSS Enrollment card data interpretation
Browse to the menu: Access | Settings | Card coding | Card data interpretation
Add OSS Enrollment
Field | Content |
Name | Logical name, e.g OSS Enrollment |
Default card data interpretation | TKH Desfire |
Card data interpretation group | Access group |
Format | |
Reader communication protocol | ABA |
Card type | None |
Data length | 14 |
System code | |
Start | 1 |
Code | Supplied by TKH-Security (6 digits) Demo code is 002974 |
Card number | |
Start | 7 |
Length | 6 |
Interpretation selection | |
Start | 13 |
Length | 2 |
Code | 1 |
Offline validity | |
Validity period (hh:mm) | 12:00 |
Validity update after (hh:mm) | 08:00 |
Save this record
4.1.5 Add OSS Update card data interpretation
Browse to the menu: Access | Settings | Card coding | Card data interpretation
Add OSS Update
Field | Content |
Name | Logical name, e.g OSS Update |
Default card data interpretation | TKH Desfire |
Card data interpretation group | Access group |
Format | |
Reader communication protocol | Hexadecimal |
Card type | None |
Data length | 26 |
System code | |
Start | 5 |
Length | 6 |
Code | Supplied by TKH-Security (Hexadecimal) Demo code is 000B9E |
Facility | |
Start | 21 |
Length | 4 |
Code | 0001 (Site code)* (Decimal) |
Card number | |
Start | 15 |
Length | 6 |
Interpretation selection | |
Start | 25 |
Length | 2 |
Code | 1 |
Offline validity | |
Validity period (hh:mm) | 12:00 |
Validity update after (hh:mm) | 08:00 |
Save this record
When using multiple locations, each location should get there own site code (and own card data interpretation).
When using multiple locations, please take in to account that when physically moving from one location to another, as well as going back to the first location, that the update time is calculated accordingly.
4.4 Hardware used for update and enrollment of OSS cards
This chapter describes both DOM OSS data on card and mobile access. A physical controller line is created for using DOM OSS data on card that can also be used for normal access or mobile access The hardware which is used are:
Pluto network device
Orion door controller
Sirius iX card reader which supports BLE
The on-line hardware is needed to profide the RFID card of a OSS application or to update these cards.
4.4.1 Add Network device for update- and enrollment function
Create a Pluto Network device. The readers connected to this line are used to write (add) an OSS application to the card and to update the cards when a card is presented on the reader before access is granted.
In iProtect, browse to menu: Installation | Hardware | Line.
Right click in the tree view and click on the icon “Add Line”:
Field | Content |
---|---|
Name | Logical name for the Line |
Features | |
Type | Network device. |
Host type | Pluto |
Communication | |
Active | Activated |
Active (with Nodes) | Activated |
Status | |
Function of the line | Physical line |
Address | |
IP Address | IP address of the relevant pluto |
Save this record.
4.4.2 Add Orion door controller (Node)
In iProtect, browse to menu: Installation | Hardware | Line.
Select the Pluto line to which the Orion door controller is to be connected. Press right mouse-button: “Add Node”:
Field | Content |
|
---|---|---|
Name | Logical name of the Node | |
Status | ||
Node online | Active | When activating the Node, the Orion will be detected automatically. |
When the line is active and the Orion is already connected to the Pluto, Press the button “Discover”. The Orion (with connected card readers) are created automatically.
Save this record.
4.4.3 Add online (Sirius) reader
4.4.3.1 Update reader
An update reader is required (per location) to read/write:
the events (e.g. access granted, no access)
the battery statuses of offline locks
update access rights
update the block list.
When using multiple locations, each location should get there own site code. Select the corresponding Card data interpretation with the correct site code.
Browse to the menu: Installation | Hardware | Node.
Select the Orion door controller Node and open this in the treeview (+).
Select in the treeview Orion #1-4, prt 1 or prt2. Press right mouse-click, “Add Reader”
Fill in a logical name for the reader
Select the OSS update card data interpretation at the tab “general”.
Select the correct provisioner group with the OSS update files.
See for more settings and setting details chapter “Reader dialog details”
Save this record
4.4.3.2 Enrollment reader
An enrollment reader is necessary to provide existing cards with an OSS application.
Browse to the menu: Installation | Hardware | Node.
Select the Orion door controller Node and open this in the treeview (+).
Select in the treeview Orion #1-4, prt 1 or prt2. Press right mouse-click, “add Reader”
Select the correct OSS update card data interpretation at the tab “general”.
Select the correct provisioner group with the OSS Enrollment files.
See for more settings and setting details chapter “Reader dialog details”
Save this record
The reader is also created automatically by pressing the discover button on the pluto line
For both the update reader and the enrollment reader, the update card data interpretation must be selected, the provisioner files determine whether a reader is an update or enrollment reader.
4.5 Add the DOM controller
4.5.1 Add Virtual line (DOM)
Create a Virtual line. This line is needed to connect DOM controllers.
In iProtect, browse to menu: Installation | Hardware | Line.
Right click in the tree view and click on the icon “Add Line”:
Field | Content | |
---|---|---|
Name | Logical name for the Line | |
Features | Type | Server |
Host type | Server | |
Status | Virtual |
Save this record.
4.5.2 Add DOM controller (Node)
In iProtect, browse to menu: Installation | Hardware | Line.
Select the virtual line to which the DOM Controller is to be connected. Press right mouse-button: “Add Node”:
Field | Content | Description |
---|---|---|
Name | Logical name of the Node | |
Features | ||
Node type | OSS |
|
Network | ||
HTTP port | 443 | Port number of the connection to the DOM bridge |
IP address | e.g. 192.168.1.120 | Unique IP address of the DOM bridge |
Password |
| Password of the DOM Controller (only visible for system users with Installer rights) |
Set keys (SC) |
| Once the connection is established, you can modify the password to a unique one by clicking on the "Set Keys (SC)" button. |
General | ||
Provisioner group | Customer specific | Customer specific, supplied by TKH-Security B.V. |
Other | ||
Offline | OSS manufacturer | DOM API-implementation, see chapter 4.1.1 |
Bluetooth | Default TX power (iBeacon) | Transmit power 0 dBm |
Logging | Log minutes |
|
Installation option |
| |
Temparary login (root or installer only) | ||
Button | Fetch | Retrieve the temporary users from the DOM controller. After updating iProtect or a restart of the system, the temporally users will be deleted. |
Button | Add | You can utilize this button to create a temporary user, such as a user for the mobile app or a system user requiring temporary access to the DOMPloy application. After updating iProtect or a restart of the system, the temporally users will be deleted. |
Select user | Delete button | Delete selected user |
| Edit button | Edit selected user |
Global settings (root or installer only) | ||
Button | Fetch
| Get detailed system information |
Field | Description | |
Discover | When a new device is added to the system (e.g. NetManager, lock or door handle), it can be discoverd in iProtect by pressing this button. | |
Backup | Pressing the button will back up the configuration of the DOM controller. The backup is saved with the date/time of the moment of creation. |
Activate the check mark behind "Node online.
Save this record.
When the connection is successful, the status check mark behind "connected" will turn black.
Temporary users will be automatically deleted when the OSS service restarts.
4.5.2.1 Node treeview items
After creating a DOM controller (Node), multiple items are displayed under the Node in the treeview.
Treeview item | Description |
---|---|
Node backup | Whenever something is changed in the configuration of the DOM controller, iProtect backs it up. The backup is kept for a maximum of 3 months. |
Device manager: No | All offline devices associated with a door/reader. |
Device manager: Yes | Devices which are associated to a RF-NetManager (on-line) |
Device manager | Connected RF-NetManager, interfaced with the DOM Controller |
Devices unbound | All offline devices, not linked to a door/reader. |
4.6 Add offline device
Using DOM OSS, the device is always linked to a door (a card reader in iProtect). Access rights are then associated with the card reader.
DOM devices such as ENIQPro or ENIQGuard, for example, are added to the system using the DOM Service app.
4.6.1 Add device
Although there are several methods to create the hardware, two methods will be described in this chapter.
The readers with access rights are prepared in iProtect and linked to the device in the Service app.
Method 1: Link to existing reader <Prefered>
The reader and device are created in the DOM service app.
Method 2: Link to a new reader
4.6.1.2 Link to existing reader
Start by adding manually readers within iProtect.
Browse to the menu: Installation | Hardware | Node.
Add a reader by clicking with the right-mouse button on the DOM node.
Click on the icon “add reader”
Fill in the logical name of the reader and select the correct card data interpretation.
If desired, you can adjust the door open time in the "door behavior" tab.
Once everything has been filled in, you can press the save button.
You can grant access rights to the reader by adding the reader to the desired reader groups, you can do this in the reader group list under the created reader.
Browse back to the menu: Installation | Hardware | Node.
Select the DOM Controller Node.
Open the tab: Other and enable by Installation option the checkbox “Add automatically”.
Select “Link to existing reader' at the New device (app) option.
When the auto-discovery process is started, assigning of new device and readers will be activated for 4 hours. After this time this process will stop automatically.
All newly added devices with the dom service app are automatically added to iProtect and linked to the correct reader.
After about a minute the device should been enrolled and linked to the reader, and you can also see this on the detail page of the readers.
The offline sync status will be visible and if everything is correct the status should be changed in a minute to the status “The configuration is synchronized”.
If the status is different, you should check this within the DOM service app by first synchronizing the DOM service app with the DOM bridge and then synchronizing the locks.
4.6.1.2.1 DOM Service app
Use the DOM service app to add the devices. During this process you can directly link the newly created readers to the correct devices in the DOM service app.
Synchornize the DOM service app with the DOM Bridge
Add a device by clicking the Devices button and then clicking the + sign in the DOM service app
Apply the mobile phone (Android) to the device or present de RF Wake-up card to the device (IOS).
Click on the OSS-SO-configuration button to link the device to the door (iProtect reader)
Press on the couple button
Follow the instructions in the DOM service app..
By using this way of configuration, only one synchronization with the device is needed
If you change access rights or other reader settings after this step, synchronization must take place again for the device in question.
Once the new devices have been assigned from the DOM Service app and the app has been synchronized with the DOM controller, the devices will be enrolled and automatically linked to the correct reader in iProtect. After it has been linked automatically, when using mobile access, enable the checkbox “IPROTECT Access”.
4.6.1.3 Link to a new reader
This setup can be done automatically by the system by enabling the auto discovery function.
When a new device is assigned from the DOM Service app, and the app is synchronized with the DOM controller, iProtect will automatically recognize it and assign the preset settings to the device.
By using this way of configuration, multiple synchronizations with the device are needed!
The mobile phone used to program the locks must have a stable and direct online connection with the DOM bridge. If this is not possible, we recommend using the manual method.
Browse to the menu: Installation | Hardware | Node.
Select the DOM Controller Node.
Open the tab: Other and enable by Installation option the checkbox “Add automatically”.
Select “Link to new reader' at the New device (app) option.
Select the correct Card data interpretation
When using mobile access, enable the checkbox “IPROTECT Access”.
Select a Reader group which can be used during testing the system..
Start the auto discovery process by pressing on the start button.
When the auto-discovery process is started, assigning of new device and readers will be activated for 4 hours. After this time this process will stop automatically.
4.6.1.3.1 DOM Service app
Use the DOM service app to add a new device.
Synchornize the DOM service app with the DOM Bridge
Add a device by clicking the Devices button and then clicking the + sign in the DOM service app
Apply the mobile phone (Android) to the device or present de RF Wake-up card to the device (IOS).
Change the name of the device (this will be the reader name in iProtect).
Press on the couple button
Follow the instructions in the DOM service app (sometimes multiple synchronizations are necessary).
When the reader is synchronized, the following is displayed:
4.7 Lock sensor
After connecting a DOM device to a card reader, after synchronizing the device, a sensor will automatically be created containing the battery status of the device.
Battery status | Discovery |
---|---|
No status available | No status available |
Replace battery | Battery is almost empty |
Battery replaced | Battery is replaced |
Full | Battery is full |
4.8 Add online device
To change the offline device into an online device, a RF-NetManager is required.
The RF-NetManager needs to be configured using the DOMPloy software, please consult the DOMConnect manual and go to next chapter "Configure and deploy a RFNM".
4.8.1 Discover a new RF-NetManager
Ones the RF-NetManager is configured in DOMPloy, follow the steps below.
Browse to the menu: Installation | Hardware | Node.
Open the tab: Other
Press on the Discover button.
Add the RF-NetManager by selecting the checkbox and press the button Add.
In the treeview, below the DOM Node, go to RF-NetManager, the device will be displayed
In the treeview, below the DOM Node, go to RF-NetManager: No, open this tree
A list of devices are shown. Select the offline device which must be connected to the RF-NetManager.
Enter by Network-manager the RF-NetManager
Save this record
In the treeview, the device will be moved to RF-NetManager: Yes
Now the RF Wake-up card needs to be presented to the device (lock). After presenting, the leds of the device should blink blue.
This linking process can take a view minutes. Sometimes a second time of presenting the RF Wake-up card is needed, or consult the DOMConnect manual.
After the device is synchronized, the paired reader is given the following options:
Reader | General
Reader mode: Open, Close and Normal
Reader | Door behavior
Button option, Open ones
When using the RF-NetManager, The following features are supported:
Max. 8 devices (1-15m)
update configurations (no DOM service app is needed anymore)
Readermode change (Open, Closed, Normal)
Pulse lock (reaction time 2-8 Sec)
The following features are NOT supported:
online access
support online events.
5. Configuration management
5.1 Offline devices
The following section uses the DOM Service App
5.1.1 Access rights management
If you want to add or remove access rights to an offline lock, you can do this using the steps below.
Browse to the menu: Installation | Hardware | Reader.
Find the desired reader and unfold the reader with the + sign.
Click on the reader group list, here you can add or remove the desired reader groups.
after +- one minute the offline synchronization status of the lock will change to "the configuration is not in sync"
Get the configuration with the dom service app by syncing the app with the dom bridge.
Sync the offline device with the DOM service app.
Sync the DOM Bridge with the DOM service app.
after +- one minute the offline synchronization status of the lock will change to "the configuration is synchronized".
For more information about Access Rights see this *Access rights in iProtect™ - Knowledge Base - Confluence (atlassian.net) article on our knowledge base.
5.1.2 Remove a device
Browse to the menu: Installation | Hardware | Node
Double click on the DOM controller node.
Right-click on the reader to be deleted.
Press on the button Delete.
Open the Device unbound section below the DOM controller node.
Select the device and change the state from “coupled” to “not coupled”.
Sync the DOM service app with the DOM bridge.
Sync the offline device with the DOM service app.
Sync the DOM Bridge with the DOM service app.
Remove the device from iProtect by using the delete button.
When a device has been successfully removed and properly uncoupled, the device is in freewheel mode.
Be aware! When removing a device without proper disconnection, the device may enter a state that it can only be disconnected using the master card. In the worst case, the lock must be returned to the supplier.
5.2 Online devices
The following section uses the RF-NetManager. The DOM service app is not needed.
5.2.1 Access rights management
If you want to add or remove access rights to an offline lock, you can do this using the steps below.
Browse to the menu: Installation | Hardware | Reader.
Find the desired reader and unfold the reader with the + sign.
Click on the reader group list, here you can add or remove the desired reader groups.
The device and the RF-NetManager start communication and synchronize the changes automaticaly.
5.2.2 Remove a device
Browse to the menu: Installation | Hardware | Node
Double click on the DOM controller node.
Right-click on the reader to be deleted.
Press on the button Delete.
Open the Device unbound section below the DOM controller node.
Select the device and change the state from “coupled” to “not coupled”.
The device and the RF-NetManager will start communication and the device will be uncoupled automaticaly.
6. Extensive information
6.1 Reader dialog details
Below is a detailed description of the reader settings:
Field | State/Status | DOM ONLY or DOM & ORION | ORION ONLY |
---|---|---|---|
Name | Logical name for the Reader or same as DOM Device name | ||
Hardware | ORION ONLY | ||
Offline reader | Unique DOM reader ID | Automatically generated unique readerID which can be changed manually. | not available |
Sub number | Unique IPROTECT sub number | Automatically generated unique Sub number which can be changed manually. | Read only field when the on-line card reader is connected the Pluto. |
Status | ORION ONLY | ||
Offline synchronization status | Not coupled | Not coupled | |
The coupling has been started | The coupling has been started | ||
The configuration is not in sync | The configuration is not in sync. | ||
The configuration is being synchronized | The configuration is being synchronized | ||
The configuration is synchronized | The configuration is synchronized | ||
Connection is lost | Connection is lost | ||
Decoupling process has been started | Decoupling process has been started | ||
Device address / PHI | Select the correct DOM Device | not available | |
Cosmos Access | ORION ONLY | ||
Enable Cosmos Access | By enabling Cosmos Access on a reader, a new type of identification is activated. | By enabling Cosmos Access on a reader, a new type of identification is activated. Only available when using SIRIUS IX card readers | |
Force remove button | When reader cannot be unassigned (broken), it will remove the reader from the Token Autority. Be aware! When doing this action and the reader will be re-used again for Cosmos Access, the reader must be sent back to TKH-Security. | ||
Synchronization status | Undefined | No status | |
Reader sent | Reader is signed up with the TokenAuthority | ||
Reader assigned and tokens sent | Intermediate stage in assigning a reader | ||
Reader assigned | Reader is assigned and can be used with Cosmos access | ||
Interaction | All - In background | The mobile device does not need to be unlocked before it is presented to the reader. When opening the app nearby readers can be selected and opened in the app at the touch of a button | |
Scan & Go - Device unlocked | The mobile device does not need to be unlocked before it is presented to the reader | ||
Scan & Go - In background | Nearby readers can be selected and opened in the app at the touch of a button | ||
| Scan & Go - and Select & Go | not available | Mobile device needs to be unlocked before presenting it to the reader. Select & Go can also be used for this reader. Select & Go only supported when using SIRIUS IX card readers |
| Select & Go | not available | Nearby readers can be selected and opened in the app at the touch of a button Select & Go only supported when using SIRIUS IX card readers |
Entity state | Unknown | Unknown | |
To be assigned | Reader needs to be assigned | ||
To be unassigned | Reader needs to be unassigned | ||
Assigned | Reader is assigned |
The table below describes the other reader settings:
Field | State/Status | DOM ONLY or DOM & ORION | ORION ONLY |
---|---|---|---|
General / General | |||
Card data interpretation | Select the correct Card data interpretation (Card data interpretation: update) | Per reader:
| |
Provisioner group | NA for DOM | Per reader:
| |
Reader mode (only available when reader is in connected to Device manager, when reader is on-line) | Locked | The door is closed. Access not granted. | |
Normal | Access granted. | ||
Open | The door is open. | ||
Door behavior / Door control | ORION ONLY | ||
Unlock time (1/10 sec) | Default unlock time (3 sec - Default) | ||
Alternate Unlock time (1/10 sec) | Default unlock time (3 sec - Default) | ||
Device info | ORION ONLY | ||
Public key for Cosmos | Public key is shown when the DOM controller and Mobile access are configured correctly | not available | |
Bluetooth / TX power (iBeacon) | Transmit power 0 dBm | Strength of the bluetooth signal can be adjusted. Do not adjust this at random! (0 dBm - Default) | not available |
Fetch | Show all data from the device (registered at the DOM controller) | not available | |
IPROTECT ACCESS | ORION | ||
Person | The person to check if it has a Mobile key (token) for the specific door/reader | ||
Fetch | Shows which person(s) has a Mobile key (token) for the reader |
6.2 DOMConnect Manual
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