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Installation

In this section, following the basic requirements, follows the assembly demonstration (Remembering that it can be modified depending on the need)

Connecting the Equipment​

  • The equipment must follow the installation scheme in the image below: img

  • The M-ID40 Linux Module must be connected to 127/240v power with a 12v 3A output source

  • Connect the module by LAN cable with RJ45 connector to the router or switch (There is an option to connect the module via Wi-Fi)

  • Connect the monitor via a Micro HDMI/HDMI cable to the module's side input

  • Connect the 12dB Linear antennas to the module's front SMA connectors

  • If there are presence sensors, you must connect them to the rear inputs VCC and E1 or E2

  • To connect gates and magnetic/electronic gate locks, connect to outputs S1, S2 and S4

  • Proximity card readers must be connected to 127/220v power and connected to the switch or router

  • For software manipulation, connect mouse and keyboard through the front USB inputs

Equipment

Sensors and gates are not included in the system, they can be purchased at security stores and through our integrators

Additional :::caution Some equipment for correct operation and safety may be necessary, such as anti-crushing sensors, security cameras, among others, and these will not be directly integrated with the solution, being installed and configured separately :::

Technical details​

Details

This section has details for installation, follow for correct operation of your system

Rear Outputs​

  • The VCC output emits 12v, so be careful when connecting the sensors
  • Outputs S1, S2 and S4 emit a pulse of 500ms, check if your gate or automatic lock is able to open with this pulse

Proximity Readers​

  • The 125Khz proximity readers must be configured for the IP standard of your network, check the section how to configure the 125Khz readers IP
  • The installation configuration is to leave the readers for drivers within reach of them before the barrier, one at the entry gate and one at the exit gate.
  • Pedestrian readers will be left at the pedestrian gate, one for entry and one for exit
  • The LAN cables for data connection of the readers can reach up to 100 meters according to the recommendation, above this it is necessary intermediate amplifier equipment so that there is no loss of signal

RFID Antennas​

  • The antennas can also be used for reading pedestrians or drivers, using another 3dB model, but in general application the 12dB ones will be used for reading vehicles, being positioned in the upper part, facing downwards with a suggested angle from 45º
  • They must be rotated following the orientation of the Viaonda logo in a horizontal position, as they are linear and follow the signal emission in a specific orientation.
  • Installation in incorrect orientation can cause reading failure
  • Installation with cables of up to 8 meters is recommended, if there is a need for greater distance, consult about other specific types of cabling for this purpose

Tags and cards​

  • For vehicles, the tags must be pasted on the windshield with horizontal orientation
  • For pedestrians and drivers, 125Khz cards or key fobs of the same frequency can be used
  • Tags and cards can be printed when placing your order with logo and numeral

Monitoring​

  • In the guardhouse, you only need the monitor, keyboard and mouse so you can monitor and manipulate the software
  • The software runs inside the module, and all activations are automatic with the reading, having manual release options in the software itself

M-ID40 module​

Information regarding the M-ID40 module can be found here

M-ID12L antenna​

Information regarding 12dB antennas can be found here

L125Khz M-IDLF proximity readers​

  • Technical specifications
  • Frequency of reading: 125KHz
  • Maximum reading distance: 50mm
  • Communication: Ethernet 10/100 mbps
  • Support 125Khz RFID Cards/Keychains/Tags read only in EM4100 standard
  • UART at 9600 baud rate
  • Power: 127/240v
  • Dimensions: 100x150x60 (with lid)
  • IP66 - Waterproof equipment
  • Protocol: RFID MiFare ISO 144443/144443A
  • Decoding time: 100mS
  • Working Temperature: -10ºC ~ +70ºC
  • Current: 100mA
  • reading led