Sirius iX30 board
Installation Manual | IM-20230503-MB-01 Access Control | Readers | Sirius Card Readers | | Â |
This manual represents the knowledge at the above-mentioned time. TKH security works non-stop to improve her products. For the most recent technical information please contact your consultant or dealer.
Table of contents
- 1 Table of contents
- 2 1. General
- 2.1 1.1. Features
- 3 2. Installation preparations
- 4 3. Installation
- 5 4. Compatibility & configurations
- 6 5. Sticker
- 7 6. Mobile Access
- 8 7. Interfaces
- 9 8. Technical specifications
- 9.1 Power
- 9.2 Board dimensions
- 9.3 Environment
- 9.4 Interface
- 9.5 RfID cards
- 9.6 Mobile Access
- 9.7 Main header
- 9.8 User interface
- 9.9 Additional features
- 9.10 Certification
- 9.11 Variants / order code
1. General
The Sirius iX30 board is a small card reader, especially intended for flush mounting. The reader is compatible with various passes and tags.
You can use the iX30 readerboard in places where other readers from the iX family are just too big. The reading board does not have a base housing. Protection of the reading board that prevents the electronics from being damaged during installation is necessary.
1.1. Features
RfID (radio frequency identification) reader for MIFARE/DESFire cards
Cosmos Access compatible (BLE)
Ultra-fast response time
RGB power LEDs
Multi-tone buzzer
Tamper detection
Removable connector
2. Installation preparations
2.1 Tools and equipment
When installing the Sirius iX30 board, the following tools or materials may be needed.
T-568B, or another cable which meets the requirements as specified in Maximum cable lengths.
This document assumes standard T-568-B color coding of the cables.Wire side cutter
Electric wire ferrule
Crimping tool
Philips screwdriver
2.2 Accessory
2.2.1 Adapter board
An adapter board can be placed between the controller and the Sirius card reader to convert signals or for electrical protection. Reasons for the use of an adapter board include:
If the reader is not installed in the same building as the controller and therefore, the cable exits the building. This scenario may occur if, for example, the reader is installed near a parking barrier.
If The connection cable is not (or is not guaranteed to be) a (≥Cat5e) UTP cable (e.g., if an
existing connection cable is being reused)Overvoltage protection is required
The adapter board along with the network controller are connected using standard UTP ≥Cat5e
cable (plug-in connection).
2.2.1.1 Connecting a Clock/data or RS485 reader
For more information, please refer to the adapter board manual.
3. Installation
This chapter describes the conditions to install the iX30 board. The board is equipped with two 3mm mounting holes so that the reader can easily be built in as an OEM product.
3.1 Environment
To ensure proper functioning of the equipment, the environment of the Sirius iX30 must be compliant with certain conditions.
The Sirius iX30 card reader is suitable for indoor use in an enclosure.
For proper operation, the reader must be installed behind a panel of 9mm (plexi) glass.
The IP rating of the Sirius iX30 board depends on the enclosure in which the iX reader is placed.
The Sirius iX30 operates between a temperature of -35°C and + 60°C.
Determine the location where the Sirius iX30 board should be installed. Please note that there is a maximum cable length between the card reader and the door controller (See chapter 7.5 Maximum cable legths connector). The connection and cable length depends on the chosen data output.
The Sirius iX30 board should not be installed directly on or nearby metal.
The reader is intended as a built-in module. Put the reader as close to the front plate as possible, everything placed in front of the reader decreases the RFID (radio frequency identification) range.
The Sirius iX30 board should not be mounted higher than two meters.
Keep a minimum distance of 20 cm between Sirius iX30 card readers *1.
*1 When Cosmos Access is used, keep a minimum distance of 40 cm between Sirius iX30 readers.
Metal near the Bluetooth and/or rfID antenna, such as cables or metal screws, can negatively affect the user experience for Cosmos access or card reading.
3.2 Mounting steps
Open the housing (enclosure) where iX30 board is going to be installed.
Remove the 9-pin connector from the board.
Connect the cable correctly to the 9-pin connector. See chapter 7.1 Main connector.
Put back the connector.
Mount the card reader on a flat surface.
Close the housing (enclosure) in which the module is installed.
4. Compatibility & configurations
Interface / protocol | Hardware device (door controller) | Remarks |
---|---|---|
RS485 | Orion (stacked) | Â |
Clock / Data *1 | Orion (KpBus) | Â |
Clock / Data *1 | Orbit | 7byte UID cannot be processed by the Orbit controller! |
Clock / Data *1 | Third party devices | Since Clock/data is a standard, the Sirius iX30 should work by default on third party controllers which support the Clock/data communication protocol. |
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4.1 Configurations
The configuration defines which card type is read by default:
Functionality | IPR-iX30-MDF | IPR-iX30-UID | IPR-iX30-PRM |
---|---|---|---|
Communication | RS485 | RS485 | RS485 |
Cosmos Access support | yes | yes | yes |
Card data output | Clock/data | Clock/data | - |
Output length | 8 or 12 digits | 10 or 17 digits | - |
Read coded TKH cards | Yes | No | - |
Read CSN | No | Yes | - |
Reads Configuration cards | No | No | Yes |
Tamper output | Yes | Yes | - |
Buzzer input | Yes | Yes | - |
LED input | Yes | Yes | - |
Default LED color | Red/Green | Red/Green | Blue |
4.1.1 IPR-iX30-MDF
The Sirius iX30 IPR-iX30-MDF can read both TKH coded MIFARE Classic cards and TKH coded MIFARE DESFire cards simultaneously. The table below shows an example of the reader output format.
Example | MIFARE Classic output | MIFARE DESFire output |
---|---|---|
System code | 4 digits: 1234 | 6 digits: 123456 |
Card number | 4 digits: 6789 | 6 digits: 789012 |
Result | 12346789 | 123456789012 |
4.1.2 IPR-iX30-UID
The Sirius iX30 reads both 4-byte and 7-byte CSN simultaneously. The table below shows an example of the reader output format.
Example | 4Byte UID output | 7Byte UID output |
---|---|---|
UID | 10 digits | 17 digits |
Result | 123467890 | 123456789012 |
4.1.3 IPR-iX30-PRM Programmable
The Sirius iX30 IPR-iX30-PRM does not have any configuration by default. Programming the Sirius iX30 depends on the interface.
Interface / protocol | How to program |
RS485 | Reader configuration file |
Clock/data | TKH Security configuration card |
4.2 Configuration card
If the reader is not used with RS485, a configuration card can be used to program the reader to the customer needs. Settings like the default LED color and brightness, Wiegand or Clock/data output and key material can be changed. To program the programmable reader, a customer specific (config) card is needed.
This configuration card can be ordered at TKH Security via cardconfig@tkhsecurity.com.
4.3 Programming procedure
Connect the card reader.
Switch on the power. The card readers LED turns into BLUE.
Present the configuration card and wait until the card reader restarts.
The card readers LED turns into RED. The configuration is complete.
5. Sticker
The Sirius iX30 board is provided with the stickers as shown below:
The product is classed as Electrical or Electronic equipment and should not be disposed with other household or commercial waste at the end of its useful life. The Waste of Electrical and Electronic Equipment (WEEE) Directive has been put in place to recycle products using best available recovery and recycling techniques to minimize the impact on the environment, treat and hazardous substances and avoid the increasing landfill. Contact local authorities for information on the correct disposal of Electrical or Electronic equipment.
6. Mobile Access
Mobile access is an extra feature on the Sirius iX30. Using the TKH Cosmos Access app, the user can use a mobile device as an identifier (besides rfID access cards). To enable this feature, every Sirius iX30 must be assigned to the Mobile Access project it belongs to. This can be done using the assign process.
The assign process is initiated via the access control system (iProtect). During assigning, the installer can assign the Sirius iX30 within 10 minutes after its booted. After 10 minutes, the reader is not in assign state anymore.
To reactivate the assign processes, a reboot of the Sirius iX30 is required or an installer card can be presented. Every time the installer card is presented, the time will be extended for another 10 minutes.
 For more detailed information please check the Cosmos Config and Cosmos Access documentation.
7. Interfaces
The following interfaces are by default available on the Sirius iX30 board:
Back view | Front view | Front view |
---|---|---|
 |
Label | Interface | Description |
---|---|---|
A | DIP switch | Depending on communication with type of controller |
B | Buzzer | Multi-tone buzzer to provide user feedback |
C | Tamper | Tamper sensor |
E | Power LED | Multicolor RGB LED to display status |
D | 9 Pin connector | Connector to connect card reader to door controller |
F | Power LED | External LED connection |
7.1 Main connector
Pin | Description | |
---|---|---|
1 | V+ | 5 … 16VDC power connection* |
2 | GND | Ground |
3 | A | RS485 A |
4 | B | RS485 B |
5 | LED | Activate LED input |
6 | BUZ | Activate Buzzer input |
7 | TAMP | Tamper contact |
8 | D0 | Clock/data or Wiegand, open drain |
9 | D1 | Clock/data or Wiegand, open drain |
7.2 DIP SWITCH
Function | 1 | 2 | 3 | DIP-switch 3: |
DEFAULT | Off | Off | On | |
Polyx | On | On | Off | |
Ext. | Off | Off | Off |
7.3 Connecting the reader via RS485
Recommended cable type between an Orion and the Sirius card reader is:
CAT 5 UTP four twisted pairs of 24AWG copper conductors
CAT 6 UTP four twisted pairs of 24AWG copper conductor
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A direct connection (without the adapter board accessory) between the Sirius card reader and a door controller based on RS485â„¢ is NOT possible when:
Sirius and door controller are installed in different buildings or
The connection between the Sirius and door controller leaves the building or
The wiring does not consist of UTP cable (CAT5 or CAT6). or
An existing non-UTP cable is being reused. or
Surge protection is necessary for the card reader. or
An external power supply is required for the card reader.
Pin | Cable color | Signal | T568B Pair | ||
 | 1 | White/orange | B | B | |
2 | Orange | A | A | ||
3 | White/green | B | B | ||
4 | Blue | VCC | 5..16 VDC | ||
5 | White/blue | - | - | ||
6 | Green | A | A | ||
7 | White/brown | - | - | ||
8 | Brown | GND | GND |
7.4 Clock/data or Wiegand
Recommended cable type between the Orion or Orbit and Sirius iX30 card reader:
CKY 3 x 2 x 0,14mm²
CKY 4 x 2 x 0,14mm²
CAT5 UTP four twisted pairs of 24AWG copper conductors
CAT6 UTP four twisted pairs of 24AWG copper conductors
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Pin | Cable color | Door controller | Sirius iX30 | ||
---|---|---|---|---|---|
1 | White/orange | Data/D0 | D0 | ||
2 | Orange | TAMP | TAMP | ||
3 | White/green | Clock/D1 | D1 | ||
4 | Blue | VCC (+) | 5-16VDC | ||
5 | White/blue | LED | LED | ||
6 | Green | BUZZ | BUZZ | ||
7 | White/brown | GND | GND | ||
8 | Brown | GND | GND |
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 | Cable color | Door controller | Sirius iX10 |
---|---|---|---|
Green | Data/D0 | D0 | |
Yellow | Clock/D1 | D1 | |
Pink | VCC (+) | 5-16VDC | |
Grey | LED | LED | |
White | GND | GND | |
Brown | GND | GND |
7.4.1 Signals
The table below shows the typical timing of the communication signals.
Signal | Frequency (max) | High | Low |
---|---|---|---|
Wiegand | 1 kHz | ≥ 500 μs | ≥ 500 μs |
Clock / Data | 666 Hz | ≥ 1ms | ≥ 500 μs |
7.5 Maximum cable lengths
In most cases, the maximum cable length depends on the length of the communication interface.
Pin | Function | Max. cable length | ||||
---|---|---|---|---|---|---|
1 | 5..16 | VDC (+) *1 | up to 600 m | |||
2 | GND | GND (-) *1 | up to 600 m | |||
3 | A | RS485*2 Â Â | Orion | mm2 | AWG | Â 120 m |
4 | B | External | 0.25 | 24 | 600 m | |
5 | LED | Input: Enable Led*1 | up to 600 m | |||
6 | BUZ | Input: Enable Buzzer*1 | up to 600 m | |||
7 | TAMP | Output: Tamper is active*1 | up to 600 m | |||
8 | D0 | Clock/data or Wiegand *3 | Wiegand | mm2 0.25 | AWG 24 | Â 80 m |
9 | D1 | Clock/data | mm2 0.25 | AWG 24 | Â 50 m |
8. Technical specifications
Power | |
supply voltage | 5 … 16VDC (max 5W) |
Board dimensions | |
Color | Black |
PCB only size | 116 x 37 x 15 mm (about 4.5.7 x 1.46 x 0.59 in) |
Environment | |
IP rating | N/A (depending on enclosure) |
Operating temperature | -35 … 60oC |
Storage temperature | -40 … 85oC (industrial grade) |
Operating humid | 5 - 95% relative humidity, non-condensing |
Installation | |
Location | The iX30 board is intended for installation in a housing (enclosure). |
Minimum distance | 20 cm between iX30’s for rfID |
Interface | |
Type | Auto select, only one interface at a time |
Wiegand | Simplex (read only), cable length up to 120 meters |
Clock/data | Simplex (read only), cable length up to 50 meters |
RS485 | Half duplex, cable length up to 600 meters (115k2) |
Compatibility | Compatible with TKH Orion, Orbit and ApolloN. |
RfID cards | |
Frequency | 13,56MHz |
Standard | ISO14443-A |
Type | MIFARE Classic cards, MIFARE DESFire 0.6, EV1, EV2 and EV3 cards |
Maximum distance | MIFARE classic card: up to 70mm (about 2.76 in) |
Mobile Access | |
Frequency | 2,4 GHz band |
Standard | Bluetooth Low Energy (BLE) |
Type | TKH Security Mobile Access |
Distance | 0…20 cm (default) |
Main header | |
Type | 9 pin removable screw header |
Input: ‘Drive LED’ | With internal pull-up |
Output: ‘Tamper is active’ | Open drain without pull-up |
User interface | |
Optic | RGB power LED |
Sound | Multi tone buzzer, 85dB at 1 m |
Additional features | |
Tamper | sensor |
Certification | |
Electric | EMC / LVD / CE |
Radio | R&TTE |
BLE | http://Bluetooth.com certified |
Variants / order code | |
IPR-iX30-MDF-board | MIFARE DESFire coded |
IPR-iX30-UID-board | UID card |
IPR-iX30-PRM-board | Programmable |