PLA readers

PLA RFID reader series

Thanks to the extremely compact size of the credit card (54 x 85 mm), thickness of 7 mm and simple 1-Wire® interface configuration, PLA readers are adapted among others to cooperate with the recording / monitoring devices used in GPS/GNSS/GSM vehicle locating and tracking applications. DVRs communicate wirelessly with the server application via the GSM (4G/LTE/5G) cellular network, transmits numerous collected information and vehicle data, and through the attached PLA RFID readers, also transmitting driver identification data from the vehicle using the authorization given to it at that time. This is extremely important information for any fleet manager in medium and large companies, allowing you to optimize costs and control fuel expenses and more.

Cooperation of PLA series RFID readers
with GPS vehicle location systems

PLA-R6L is a RFID proximity card reader from the MIFARE® Classic, Plus, Ultralight, DESFire EV2, ICODE, ISO1443A / B, ISO15693 families operating at 13.56MHz. In addition, it has the ability to read CSN from iCLASS and LEGIC transponders. In turn, the PLA-D6L model is an RFID proximity card reader from the Unique (EM4102), HITAG1 / S, HITAG2, HID ISOProx®II and Q5 families operating at frequency of 125kHz.

Active filters

  • Interface: WIEGAND
Showing 1-2 of 2 item(s)

PLA-R6L is a RFID proximity card reader from the MIFARE® Classic, Plus, Ultralight, DESfire EV2, ICODE, ISO1443A/B, ISO15693 families operating at 13.56MHz. Additionally, it has the ability to read CSN from iCLASS and LEGIC transponders.

  • E-mark ready*

PLA-D6L is a RFID proximity card reader from the Unique (EM4102), HITAG1/S, HITAG2, HID ISOProx®II and Q5 families operating at 125kHz.

  • E-mark ready*
Showing 1-2 of 2 item(s)

Are you looking for custom RFID products?

In addition to the offer of universal modules and RFID readers, which are permanently available in the offer
Netronix provides services of designing RFID devices for individual orders.

Thanks to this, it is possible to closely match the designed RFID device to the specificity of the target application.