Installation Manual | IM-20210309-TP-45
Access Control | Controllers | Polyx™ |
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Installation Manual | IM-20210309-TP-45 Access Control | Controllers | Polyx™ | |
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.
Polyx™ is a platform with several possible functions. It is safer, more robust and variable than the competing platform Orbit.
Polyx™ complies to the ‘Directive on the Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment 2002/95/EC’ (RoHS).
Polyx™ can take over several functions.
Polyx™ communicates with the system via a 10/100 ethernet connection (1000 MBit fault tolerant).
Two-directional
(Different to the Orbit) Polyx™ can not only receive data from the reader, but can send data to the reader as well.
Encryption
The communication between Polyx™ and iPU-8 is encrypted (AES 256-bit encryption). The access to Polyx™ is secured with a login and a password. Therefore Polyx™ is optimally protected against any influences from outside.
Note! Using higher security levels can effect the reading time of the cards. |
Make a plan, how and where Polyx™ and the other devices have to be connected.
A D+ can be controlled by a iPU-8 or a Polyx ND+ (not by a Stellar).
You can connect:
RS422/RS485 readers
Local I/O
To a Polyx™ ND+ you can connect at most 15 D+.
You can combine a ND+ with:
Booking terminals for Time&Attendence
iNVR cameras
Diva cameras
3rd party hardware (via port 4, RS232)
Burglary security devices
Reader-Orbits, I/O-Orbits
Note! If named hardware is connected, this can reduce the number of Polyx D+ you can
connect/control!
Mount the rail against the wall (mounting rail 35 mm, see NEN-EN 50022).
Push Polyx™ against the rail and click it in.
Connect the readers, I/O’s, ethernet connections and possibly the power supply, power supply for the door lock, Orbits etc.
Separate power supply 24VDC; 2) Emergency power supply 12VDC (battery);
Ethernet connection including power supply (PoE+: tot 30W);
Serial RS 232 port (diagnostics/monitor);
2 serial RS422 ports for readers, reader-Orbits, I/O-Orbits;
RS232 (external connection);
12 inputs/outputs;
power supply for the door lock 12VDC (not available if power supply=PoE)
Connect a separate power supply (illustration above, number 1).
Even if you do have a power supply via PoE+ you might decide to have a separate power supply as a back-up system.
The power supply connection is robust against wrong connecting of the connection wires.
Galvanic separation:
Attention! Always execute the separate power supply of the Polyx galvanically separated if separate power supply and PoE/PoE+ are used! |
If separate power supply Polyx AND separate supply door lock:
Attention! If a separate power supply of the Polyx (A) and for the door lock is being used, you have to connect GND of the I/O section with – of the 24VDC supply (B) and with – of the separate door lock supply(C). |
Connect the emergency battery, if you want to have one.
For charging the battery, it is not important whether the Polyx power supply occurs via PoE, PoE+ or by separate power supply.
Connect the ethernet connection. Polyx™ communicates with the ethernet network at transfer rates of 10 or 100 (1000 Mb tolerant). Via the ethernet connection Polyx™ also is fed by PoE+ (Power over Ethernet up to 30W output) or PoE (up to 16W).
The RS232 connection can be used for diagnostics and monitoring functions.
Connect the readers of reader-Orbits / I/O-Orbits to the serial interfaces.
Maximal distance
The maximal cable distance between a Polyx and a reader depends on the type reader. See the reader manual.
The maximal cable distance to an Orbit is 1.200m.
Port
Connected readers are fed via these 2 ports. The voltage is 12V, the connection short-circuit proof.
These readers can be connected:
A direct connection (without adapterboard) between card reader Sirius and Polyx is NOT possible if:
Sirius and Polyx are mounted in different buildings and therefore the connection cable leaves the building or
an existing cable to a previously mounted card reader is used or
an overvoltage security for the reader is needed or
an external power supply for the card reader Sirius is needed.
Note! If one of the stated conditions applies, you have to connect an adapterboard between |
Polyx and the card reader Sirius are connected by a default UTP cable.
At the Polyx side the connection is done by a RJ45 plug.
The wires of the RJ45 connector are standardized in EIA-568-B.
The adapterboard is placed between Polyx and card reader Sirius. Adapterboard and Polyx are connected with a default UTP cat5 cable (or higher) (plug connection). The allowed cable sort between the adapterboard and the card reader Sirius is: UTP. At the Polyx side the connection
is done by a RJ45 plug. The wires of the RJ45 connector are standardized in EIA-568-B.
An adapter board will be installed between the Sirius card reader and the Polyx. The adapter board is mounted near the Polyx (eg in the same box, about 20cm away).
You can connect the card reader Sirius to the adapterboard via a RJ45 plug or by connecting single wires (see illustration).
Do not place any jumpers! For more information see the adapterboard manual.
I Check the correct connection of wires of the ethernet cable to the reader. The wires of
ethernet cables have been standardized in EIA/TIA 568-B.
See http://en.wikipedia.org/wiki/TIA/EIA-568-B .
For the pincode reader and for the vandalism proof reader from Keyprocessor you will need a separate 12V reader power supply. Therefore you will have to install an adapterboard between Polyx and reader.
Place the adapterboard close to the Polyx.
Connect the wires of the reader as explained in the chart below.
Place 2 jumpers on the adapterboard (see illustration).
Connect +/- of the adapterboard with +/- of the Polyx for external power supply.
Connect the adapterboard with the Polyx via a cat5 UTP cable.
The RS232 plug can be used for a connection with 3rd party hardware, e.g. burglary security devices.
Connect the inputs and outputs onto the Polyx™ (at most 12). You can connect e.g. magnet contacts and loop detectors directly to the Polyx™.
For each input/output a current of max. 1A per I/O at 28 VDC (short-circuit proof, short-cut detectable) can be switched.
The outputs are solid state relays (FET), which are “normally open” when no operation.
Connect the power supply for the door lock of the connected readers, if there is no separate power supply for this lock.
The power for a door lock is only available if there is an external feed or PoE+ (thus not if the power supply is only via PoE). The generated voltage is 12VDC. At most 600mA will be supplied (short cut proof).
You can configure the Polyx via the "diagnosis" menu, using a terminal program. The example is based on "Hyper Terminal".
Connect your laptop with the RS232 connection of the Polyx. Use the adapter below (available from Keyprocessor BV). Connections:
Open “Hyperterminal”. (The following 3 illustrations are in Dutch.)
Enter a name for the connection.
Select at “Create connection via” the connection to the Polyx.
Enter “115200” at “bits per second”.
Enter at “Data transport control” “None” and click on “OK”.
The next window appears, don’t touch a button yet.
Then appears:
Press any button. The “diagnose” main menu opens after ca. 5 seconds.
Enter at “menu option” “1”. The “environment settings” open.
Enter “2” (“enter environment settings”).
The next menu appears:
Enter the ip-address of the Polyx.
Then press any button. The “environment settings” open again:
Enter “1” (“Show environment settings”). The next menu appears:
Check the data and press any button.
Enter “3” (Goto main menu)
Enter “r” (Restart system)
Attention! Do NOT restart by removing the voltage of the Polyx! Otherwise the Polyx will be damaged! |
Firmware which is not related to iProtect™ can be downloaded as follows.
Open Internet Explorer on a pc/laptop, which is connected to the Polyx™ via Ethernet.
Enter the IP-address of the Polyx™: <http://<ip-adres> polyx> .
Click on ‘Enter’. The window of the postbox of the Polyx™ appears:
Enter user name ‘root’ and the corresponding password.
Click on ‘browse’ and select the file in question. Click on ‘Install’. The file will be loaded to the Polyx™.
If you have chosen a bidirectional communication with the reader (see chapter 1.4), you have
to upload the configuration file. This file will be generated by Polyx Applet. For this there is a
separate manual.
The nodemanager software / security key can be loaded as follows. In the next example the IP of the Polyx is 192.168.0.100
Go to the serverbox of iProtect.
Chose tabsheet “network device “.
Enter the IP address of the Polyx and the password of the default account.
Enter button “ping”. If message “no answer from 192.168.0.100” appears after a while, then Polyx might not be connected or configured well. Check this. – If message “192.168.0.100 is alive” appears, then the Polyx can be contacted through the network.
If Polyx only has the function of a door controller (D+): press button “dlkey77” and wait for message: “file upload succeeded, starting autorun”.
If the Polyx has the function of a network device (ND+): press button “dlipo77” and wait for message: “file upload succeeded, starting autorun”.
After a few minutes you can create the Polyx in iProtect™.
Enter the installed devices of the configuration in iProtect™ Aurora. Polyx™ ND+ is entered as a “line”, Polyx™ D+ as a “node”.
If a Polyx™ ND+ functions as a door controller AND as a substation, it has to be entered twice:
once as a line and once as a node. When entering the node in iProtect™ you have to enter “door controller” for “type”, “TCP/IP” for “communication” and for “IP-address”: “127.0.0.1.”.
“Polyx ND+ has to be programmed a 2nd time – but as a node this time!”
You can assign a card group of emergency cards to the Polyx under “node”, if it controls card readers. This card group has access, when Polyx™ stands in emergency mode.
Note! The maximum for emergency cards per node is 64 in iProtect™! |
Polyx can become corrupt. The O.S. does not start anymore or starts with error messages. The chance that it occurs is very rare but when it occurs it can have many reasons. The error messages which can occur and which make you see that the Polyx needs to be provided with an operation system, can be e.g.:
or
If the above mentioned error messages appear, you can go on with the document.
Start the Tftpd32 software locally on the pc. This software is necessary for installing the new firmware. (http://tftpd32.jounin.net/tftpd32_download.html)
Select at Browse the directory where the s19 files are standing.
Press on Show Dir for checkup
Select at server interface the IP address of the network card of this pc with which the Polyx is connected.
Minimalize Tftpd32.
When updating the software will be checked in first instance which bootloader is present.
Connect a serial connection (see chapter 5.1).
(re)start the Polyx and press at the message “Press any key to stop autoboot” within 3 seconds any key.
Enter ‘help’ and press on Enter.
If the bootloader stands in the displayed list at Command none “kflipo”, the bootloader needs to be updated. Go to chapter 8.3.2
If the bootloader in the displayed list at Command does stand “kflipo”, go to chapter 8.3.3
Open the postbox (see chapter 6.1.1).
Click on ‘browse’ and select the file “PolyxDebug.taz”. Click on ‘Install’. The file will be loaded to the Polyx™.
After +/- 30 sec. will the Polyx automatically be restarted.
Press after (re)start at the message “Press any key to stop autoboot” within 3 seconds on any key.
Enter ‘show’ and press Enter. All current settings are displayed of which Nr. 4 to 8 are important.
If desired, change:
• set server <ip-address laptop of PC (Tftpd32)>
• set client < ip-address Polyx>.
• set gateway < gateway Polyx>
• set netmask < netmask Polyx>
Type "set" without <option value> for extra help.cmd>
Enter ‘kflipo’ and press Enter. All flash banks will be deleted.
Will now erase 0xFB8000 bytes starting from 0x40000
……….
Flash Erase complete. 0xFC0000 bytes erased
done...
Enter ‘dlnipo’ and press Enter. The software will now be loaded now from the laptop or
PC with the “Tftpd32” program.
Trying to download FS fs.s19
Downloading S-Record 'fs.s19' from 192.168.0.244
S-record download successful!
TFTP transfer completed
Read 1897316 bytes (3706 blocks)
Trying to download SquashFS squashfs.img
downloading to address: 0x40EA11B9
Downloading Image 'squashfs.img' from 192.168.0.244
TFTP Error #1: File not found
Errors in TFTP download.
......
Flash Erase complete. 0xC0000 bytes erased
kernel Programming complete
board will autostart from flash
The error message TFTP Error #1 is no problem, in the script an extra file will be looked for, but this is of no importance.
Enter ‘gfl’ and press on Enter or restart manually the Polyx.
Enter the IP-address (see chapter 5.2).
Load the Polyx firmware (see chapter 6.1).
Load the nodemanager software / security key (see chapter 6.2).
