Wall mounted Proximity card reader IP65 waterproof smart card reader 13.56mhz IC RFID reader for door access

Product Overview

Description

Wall-mounted Proximity card reader IP65 waterproof smart card reader 13.56mhz  IC RFID reader for door access

 

Introduction:

WS-RD13 is an intelligent contactless high performance 13.56mhz RFID IC card reader, reading distance up to 12cm, widely used for RFID Radio Frequency Identification system and project, such as Door access control, time attendance, Parking management system, Personal identification, Production Access control or other access control system.

 

 

Product Feature

1.     Low-cost and high-performance

2.     13.56Mhz proximity with Wiegand output

3.     IP65 Waterproof design for outdoor application 

4.     Easy-installation and less-maintenance

5.     Exquisite appearance with excellent quality

6.     Wall-mounted type installation

 

Specification:

Dimension	W118mm X L77 X H23mm (mainly body)
Color	Black color
Communication Output	Wiegand26/34 bits, RS232/RS485(optional)
Operating Frequency	13.56Mhz
Reader Card	13.56 IC Card
Transmitting Distance	WG≤100M
Effective distance	4cm~ 12cm
Power Supply	DC9~13V
Working current	50~70mA
Temperature	-25º C to 75º C
Relative Humidity	10%-90%
Recognition Speed	<=5s
Data transfer	Real time data transfer
LED	Built-in LED (Double Color LED)
Buzzer	Built-in Loud Speaker(buzzer indicator)
Material	PVC Case Material (Black Resin for Water-Proof Function)
Audiovisual indication	When a registered card is presented to the reader, the red LED flashes green and the beep sounds

 

 

Wire connection:

 Red  -------------------- DC +(8-15V)

Black -------------------- GND

White -------------------- WG D1

Green ------------------- WG D0

Grey  -------------------  Beeper

Purple ------------------- Wiegand26/34,Green LED

 

 

Product Appearance

 

 

 

 

 

 

 

 

For more details, Please contact me :

 

Selina Lee

 

Mobile: +86 13808467023(Wechat)

 

Email: selina at wincontrols.com

 

Skype: selina_winstar