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Reader Module Kit, 134.2KHz FDX-B EM4305 Reader Card Read Module with Antenna

3.1 3.1 out of 5 stars 6 ratings
Currently unavailable.
We don't know when or if this item will be back in stock.
Brand DONGKER
Compatible devices Personal Computer
Data transfer rate 13000 Megabits Per Second
Hardware interface USB
UPC 782429503934
Manufacturer DONGKER

About this item

  • Input voltage: DC 5V
  • Work current: 50mA
  • Working frequency: 134.2KHz
  • Suitable type:ISO 11784/85 or compatible card
  • SHOP WITH CONFIDENCE: To provide you with the highest quality service, If you have any question, please feel free to contact us.We will provide after-sales service until you are satisfied.
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Parameters: 1>.Input voltage: DC 5V 2>.Work current: 50mA 3>.Working frequency: 134.2KHz 4>.Suitable type:ISO 11784/85 or compatible card 5>.Format:FDX-B 6>.Read distance:<4cm 7>.Working Temperature range:-20℃~85℃ 8>.Working Humidity range:0%-95%RH 9>.Size:26*26*11mm 10>.Antenna Size:74*54*1.5mm Pin definition: 1.GND 2.VCC 3.NC:No function, no use 4.TXD:Send data 5.NC:No function, no use 6.NC:No function, no use 7.L1:Connect to antenna 8.L2:Connect to antenna Package list : 1x 134.2KHz RFID Module 1x Antenna

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Reader Module Kit, 134.2KHz FDX-B EM4305 Reader Card Read Module with Antenna

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Customer reviews

3.1 out of 5 stars
6 global ratings

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There are 0 reviews and 0 ratings from Canada

Top reviews from other countries

Mario R.
1.0 out of 5 stars Disappointed
Reviewed in the United States on June 12, 2021
Verified Purchase
I bought the article a while ago and it is impossible to make it work. Chips are sanded and no documentation can be traced.
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ShawnD
5.0 out of 5 stars Exactly what I needed
Reviewed in the United States on February 21, 2022
Verified Purchase
Works great from about an inch away. Wish I could get 2 inches but can get this to work.
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Martin Politick
3.0 out of 5 stars Does not seem to work with ESP8266. Only reads at 2 cm proximity, not 6cm.
Reviewed in the United States on February 2, 2020
Verified Purchase
I was able to get this reader to work with a USB FTDI seen on the first picture. I was not able to get it to work with the ESP8266 for my house automation project. I think that the board is using VCC (5 Volts) on the uart Tx (serial port - pin 4). The ESP8266 is highly allergic to 5V.

Also I had to have the RFID chip very close (1-2 cm) to the antenna AND also perpendicular to the antenna for the board to read the chip. otherwise it does not decode the RFID chip. I will not be able to use this board to complete my house automation to unlock the cat door. It does not seem to work with the Wemos D1 mini I'm using and it probably has blown the Rx of the ESP8266 because the Tx seem to use VCC and not 3.3V. I've also tried to power the board directly from a 1 Amp USB charger and that did NOT improve the antenna proximity detection. I tried in case the power supplied by the Wemos was limiting power consumption of the reader but that was not the problem.

Martin Politick Jan 2020
Customer image
Martin Politick
3.0 out of 5 stars Does not seem to work with ESP8266. Only reads at 2 cm proximity, not 6cm.
Reviewed in the United States on February 2, 2020
I was able to get this reader to work with a USB FTDI seen on the first picture. I was not able to get it to work with the ESP8266 for my house automation project. I think that the board is using VCC (5 Volts) on the uart Tx (serial port - pin 4). The ESP8266 is highly allergic to 5V.

Also I had to have the RFID chip very close (1-2 cm) to the antenna AND also perpendicular to the antenna for the board to read the chip. otherwise it does not decode the RFID chip. I will not be able to use this board to complete my house automation to unlock the cat door. It does not seem to work with the Wemos D1 mini I'm using and it probably has blown the Rx of the ESP8266 because the Tx seem to use VCC and not 3.3V. I've also tried to power the board directly from a 1 Amp USB charger and that did NOT improve the antenna proximity detection. I tried in case the power supplied by the Wemos was limiting power consumption of the reader but that was not the problem.

Martin Politick Jan 2020
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