Gate ~ FMCU ~ Inbetriebnahme/en: Unterschied zwischen den Versionen

==Preparation==

The commissioning of the Galaxy Gate is started by providing an image. The network configuration is prepared with a static IP address. The external camera XOVIS is also equipped with a static IP address.

These initial parameters are part of the image. All further steps are based on this configuration of the IP addresses.  

{{Hint|text = The network configuration parameters must be verified before the hardware is shipped to the customer to ensure access control is working properly. In addition, the RFID reader components depend on customer requirements. The correct configuration of the '''F'''acility '''M'''anagement '''C'''ontrol '''U'''nit (FMCU) is essential for a successful implementation at the customer.}}The image is provided in the form of a file from maxcrc via a specified download URL. maxcrc updates the image in case of software changes such as bug fixes or the support of new hardware components. It must always be checked in advance whether the current image exists in the download area. Current sources are listed below.

This file is now extracted and copied to the eMMC card using a software tool. This process can be performed on any Windows computer that has a card reader with a micro SD slot.<br />The image is now transferred to the SD card using the "Win32DiskImager" tool. The tool can be downloaded here:

{{Multiple Images

  | Headline   = Tools for transferring the image file to the SD card

  | Background = #EDEDED

  | Image1       = MicroSD Cover.png

  | Subtitle1 = MicroSD Cover

  | Width1     = 200

  | Image2       = image SD card cover.png

  | Subtitle2 = SD card

  | Width2     = 200

  | Image3       = image SD card Leser.png

  | Subtitle3 = SD Card Leser

  | Width3     = 350

<br />After launching the program, select the previously extracted image file. The device letter is the drive assigned to the SD card on the PC. Make sure the eMMC adapter and eMMC card are properly inserted before clicking the button. You must confirm the writing before the process begins. After writing, you need to click on the "Verify" button to ensure that the written data has been transferred to the eMMC card without errors. <br />{{Mehrere Bilder

  | Headline   = User Interface Image Tool

  | Background = #EDEDED

  | Width     = 250

  | Image1       = image tool dialog.png

  | Subtitle1 = Imagetool Dialog

  | Image2       = image tool confirmation dialog.png

  | Subtitle2 = Write Confirmation

  | Image3       = image ODROID SD card cover.png

  | Subtitle3 = ODROID Card Slot View

The final step is to insert the prepared eMMC card into the ODROID single-board computer.   

Remove the protective film of the double-sided tape:

Align the eMMC module and the eMMC connector flush on the ODROID-C2 board using the white rectangle on the board as a guide.

Slowly push in the eMMC until the card clicks into place.  

<br />Now the single-board computer is connected to a computer via a network cable. After switching on the power supply of the access control, the configuration can be continued with an Internet browser (e.g. Chrome).   

'''USB-Pinout ODROID'''

The pin assignment of the single-board computer is shown in the following illustration.

!'''Connection'''

!'''Description'''

|RS232-Adapter for DUOmetrics

|LED-Controller for LED-Matrix and LED-Lightband

|USB-RS485 nano Adapter for WEAC-Board

==Technical Information==

===Configuration===

The IP address is entered in the browser's URL bar. '''<nowiki>http://192.168.1.100</nowiki>'''

The following login information is stored:

!Username

!Password

After successful login, this view appears.

In this representation you can already read different information and determine the status of the access control. The left visual representation of the access control describes the current status. If the bracket light is not flashing red, the condition is normal and the connection between FMCU and WEAC has been established successfully. The two LED displays in the horizontal display of unit 1 and unit 2 also indicate the connection status visually. The current version of the WEAC firmware is shown in brackets.  

{{Multiple Images

  | Headline   = Status of availability of the WEAC units

  | Direction   = vertical

  | Headline = #EDEDED

  | Image1       = Gate Status ok.png

  | Subtitle1 = WEAC Unit available

  | Image2       = Gate Status wrong.png

  | Subtitle2 = WEAC Unit not available

Im Fehlerfall muss man die Adresse des USB-Zugangs prüfen. Auf der Systemseite der Anwendung ('''<nowiki>http://192.168.1.100/system</nowiki>''') all USB ports used are displayed.