Delivery Time:3 ~ 5
Certification:ROHS

 CR005 is an 125K reader only module of EM4200 EM4100 TK4100 UART or Weigand Mode what have 3v or 5v option at samll size and low cost;
 
 
CR005 SERIES Proximity Reader Module
DATA SHEET
Proximity Reader Modules
Operational and Physical Characteristics

Parameters	Description	Photo
Read Range	8-12cm
Dimensions	19mm(L)x18mm(H)x9.8mm(W)
Frequency	125kHz
Card Format	uEM 4001 or compatible
Encoding	Manchester 64-bit, modules 64
Power Requirement	5VDC @ 35mA nominal
Voltage Supply Range	+4.6V through +5.4VDC CR005L 3~3.3C

 
 
Pin Out
 

 
 
Pin Description & Output Data Formats
 

PinNo.	Description	CR005T (ASCII)	CR005W(Wiegand)	CR005M	CR005A(ABAⅡ)
Pin 1A	VCC	CR005 4.5~5.5 V CR005L 2.8~3.6V
Pin 2A	RFU	NC
Pin 3A	BUZZ	Low when flash card
Pin 4A		RXD Wg0
Pin 5A		TXD Wg1
Pin 6A	Sle1	RFU
Pin 1B	Sle2	RFU
Pin 2B	Ant0	1000uh Coil
Pin 3B	Ant1
Pin 4B
Pin 5B	GnD

 
* CR005W01 = Wiegand26
CR005W02 = Wiegand26/34 Switch
CR005W03 = Wiegand34
Data Formats
CR005T-01 Output Data Structure– ASCII(RS232.TTL) 9600bps,N,8,1

STX (02H)

DATA(10 ASCII)

LRC (2 ASCII)

CR

LF

ETX (03H)

[The 1byte (2 ASCII charaters) , LCR is the Longitudinal Redundancy Check.]
For Example: DATA : 62H E3H 08H 6CH EDH,LRC: (62H) XOR (E3H) XOR (08H) XOR (6CH) XOR (EDH)=08H,Output: 0X02 0X36 0X32 0X45 0X33 0X30 0X38 0X36 0X43 0X45 0X44 0X30 0X38 0X0D 0X0A 0X03
 
CR005T-02 Output Data Structure– ASCII(RS232.TTL) 9600bps,N,8,1

STX (02H)

DATA(10 ASCII)

LRC (1BYTEI)

ETX (03H)

[The 1byte (2 ASCII charaters) , LCR is the Longitudinal Redundancy Check.]
For Example: DATA : 62H E3H 08H 6CH EDH,LRC: (62H) XOR (E3H) XOR (08H) XOR (6CH) XOR (EDH)=08H,Output: 0X02 0X36 0X32 0X45 0X33 0X30 0X38 0X36 0X43 0X45 0X44 0X08 0X03
CR005T-03 Output Data Structure– ASCII(RS232.TTL) 9600bps,N,8,1

DATA(10 ASCII)

CR

[The 1byte (2 ASCII charaters) , LCR is the Longitudinal Redundancy Check.]
For Example: DATA : 62H E3H 08H 6CH EDH,
Output: 0X36 0X32 0X45 0X33 0X30 0X38 0X36 0X43 0X45 0X44 0X0D
 
 
CR005W Output Data Structure,For Example: Wiegand 26 bit
 

1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20	21	22	23	24	25	26
P(1)	E	E	E	E	E	E	E	E	E	E	E	E	O	O	O	O	O	O	O	O	O	O	O	O	P(2)
EVEN Parity(E)	ODD Parity(O)

P(1):Parity Start Bit, 2-13 bit EVEN Parity bit
P(2):Parity Stop Bit, 14-26 bit ODD Parity bit
 
 
Weigand :
 

 
 
Data format
 

NOTE

1:MSB send first

2:MSB first 12Bits a even check bit ,LSB 12 Bit an Odd check bit.