NFC_RFID_Reader_Platine_Antenne_12v_2

NFC RFID dual frequency antenna X2A lite

14,90 

Includes 19% Tax
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Dual frequency NFC RFID antenna for reading different chip types

With this NFC RFID antenna you make your access control X1 X2 X3 and X4 implant suitable. The antenna supports almost all NFC tags from LF to HF range.

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Description

This RFID NFC antenna in board format offers the possibility to read RFID implants in the frequency bank LF 125KHz as well as NFC implants and transponders in the NFC frequency range of 13.56MHz. Due to the small size of 47.5x27mm in the 5V version or 60.5×35.5mm in the 12V version, this antenna can be additionally installed in electronic components or devices. Flush-mounting to a depth of 5mm is also possible without any problems. If an LF transponder card is used, an installation depth / plastering depth of 50mm is possible without any problems. The antenna uses Wiegand standard 26, as well as 34. This standard is used for access systems and ensures that the transmission between the antenna and the control system is consistent. Since the 125 kHz (LF) is supported as well as the 13.56 MHz, the RFID antenna can read the X1, X2, X3 as well as X4 NFC implant without any problems.

13.56MHz version:
MIFARE Classic® 1-4KB
MIFARE® DESFire
MIFARE® NTAG213,215,216
FUDAN S50

125KHz version:
EM / TK 4100
EM / TK 4200
EM / TK 4305

If you want to use this antenna with our relay switching module, it can also be powered by the controller. an additional power supply unit is not necessary. Optionally, this antenna is also offered in a 5V version. Please note that you then can not supply power via our RFID relay. The coil is designed for both the HF and LF range and convinces with a high range, so that RFID implants can also be read through thin glass panes, cardboard, plastic and wood. A plug-in cable of approx. 5 cm length is also included in the scope of delivery in order to be able to connect the board directly to the control panel or relay without soldering.

Cable designation

DC 9-12V

Negative pole (GND)

Data cable 0

Data cable 1