RS485 Long Range RFID Animal Ear Tag Fdx-B Reader for Cattle Sheep Pig

• Read-Write Method: Non-Contact Type
• Installation: None
• Card Slots: Contactless
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: LD28
• Interface: RS485/RS232/Wiegand 26
• Type: Animal Chip
• Material: ABS
• Function: Payment, Identification
• Structure: Em4305/Hitag S256, etc
• Data Transmission Mode: Serial
• Application Field: Animal Identification
• Size: 260*260*35mm
• Chip: Em4305/Hitag S256, etc
• Protocol: ISO11784/11785, Fdx-B
• Frequency: 134.2kHz
• Duration: 20 Hours
• Power Supply: DC 12V
• Read Distance: up to 50cm
• Operating Temp: -20°c to +85°c
• Operating Humidity: 5% to 95%
• Shipment: by Express/Air/Sea
• Transport Package: 1 Piece/Box
• Specification: Black
• Trademark: Conghe
• Origin: Fujian
• HS Code: 8471900090
• Production Capacity: 1.000PCS/Month
• Package Size: 30.00cm * 30.00cm * 4.00cm
• Package Gross Weight: 4.000kg

Product Description

RS485 Long Range RFID Animal Ear Tag FDX-B Reader for Cattle Sheep Pig
 

Material	ABS
Size	260x260x35mm
Frequency	134.2khz
Supported chips	EM4305/Hi-tag S256
Protocol	ISO11784, ISO11785, FDX-B
Communication	RS485/RS232
Read distance	Up to 50cm
Working mode	Passive, contactless
Power supply	DC 12V
Operating temperature	-20°C to +85°C
Humidity	5% to 95%
Application	For animal managemen

Features:

 

 

High stability, can automatically adapt to a variety of environments, long-term use will not drift;

High reliability, ESD protection, anti-surge protection;

Application areas: pig management, cattle management, sheep management, car park management.

 

Test conditions Temperature = + 25 ° C.

 

Table 3.1 Device DC Characteristics Table

 

Symbol Parameter Test Conditions Min Max Units

 

VCC Operating voltage 2.7 3.6 V

 

IDC1 current consumption normal mode 80 105 mA

 

IDC2 current consumption standby mode μA

 

VIL input low level VSS VSS + 0.6 V

 

VIH input high level 0.8VCC VCC V

 

VOL output low level I (OLMAX) = - 6mA VSS VSS + 0.6 V

 

VOH output high level I (OHMAX) = 6mA VCC-0.6 VCC V

 

Wire Instruction:

 

Red DC12V ~ 18V
Black
Yellow RS485 A (R +)
Green RS485 B (R-)
Brown reserved
White Reserved

 

Communication Protorol:

Using a string transfer format. The default RS485 address is 0x01, the baud rate is 19200, 8 data bits, 1 stop bit, no parity bit;

1.1 Read Read command
1.1.1 PC -> RPD-A04
Send data: [R0108]
'' Data header;
'R' command type code, 'R' for read data command;
"01" is the address, range 0 ~ FF;
"BCC = 0x5B ^ 0x52 ^ 0x30 ^ 0x31 = 0x08 (the result is represented by hexadecimal characters);" BCC = 0x5 " ']' End character.

1.1.2 RPD-A04 -> PC
The reader has read the tag data and returns
The reader data is not read in the card reader or the data has been read and returns:
'<' Data frame header;
'R' command type code;
"01" address, range 00 ~ FF;
"00" return status, "00" card reader successful, "01" card failure;
"84031ECD07D908" tag data;
"61" BCC check code, BCC code before the characters of the ASCII code value XOR operation;
'>' End character.

1.2 Setting Set the RS485 address command
1.2.1 PC -> Send data: [S010F7F]
'' Data header;
'S' command type code;
"01" is the RS485 slave address, range 0 ~ FF; (* Note: The address from the device address in the address setting command will be ignored, so the slave address can only be connected to a single device to operate, This command will set the slave devices on the entire bus to the same address)
"0F" is the address to be modified, range 0 ~ FF;
BCC = 0x5B ^ 0x53 ^ 0x30 ^ 0x31 ^ 0x30 ^ 0x46 = 0x7F (the result is represented by hexadecimal characters); BCC = 0x5 ^
']' End character.

1.2.2 RPD-A04 -> PC
Set successful, return: Setup failed, return:
'<' Data frame header;
'S' command type code;
"01" address, range 00 ~ FF; "00" return status,
"00" set successfully, "01" setting failed;
"6E" BCC check code, BCC code before the characters of the ASCII code value XOR operation;
'>' End character.

1.3 Beep buzzer setting command
1.3.1 PC ->
Turn off the buzzer and send data: [B010018]
Open the buzzer, send data: [B010119] ''
Data header;
'B' command type code;
"01" is the address, range 0 ~ FF;
"00" to set the buzzer working state, "00" to close the buzzer, "01" to open the buzzer;
"18" BCC check code, BCC code before the characters of the ASCII value of the XOR operation, the results of the characters to represent hexadecimal;
']' End character.

1.3.2 -> PC
Set successful, return:
Setup failed, return:
'<' Data frame header;
'B' command type code;
"01" address, range 00 ~ FF;
"00" return status, "00" card reader successful, "01" card failure;
"7F" BCC check code, BCC code before the characters of the ASCII code value XOR operation;
'>' End character.

1.4 Adjust Ant Adjust the antenna
1.4.1 PC ->
Automatically adjust the antenna, send data: [A01001B] ''
Data header;
'A' command type code;
"01" is the address, range 0 ~ FF;
"00" antenna adjustment value, "00" automatically adjust, "01 ~ 10" minus 1 for the mandatory adjustment value 00 ~ 0F;
"1B" BCC check code, BCC code before the characters of the ASCII code value XOR operation, the results of the characters to represent hexadecimal;
']' End character.

1.4.2 -> PC
Set successful, return:
'<' Data frame header;
'A' command type code;
"01" address, range 00 ~ FF;
"00"
"7F" BCC check code, BCC code before the characters of the ASCII code value XOR operation;
'>' End character.

1.5 Default Restores the default settings command
1.5.1 PC ->
Send data: [D011E]
'' Data header;
'D' command type code;
"01" for the address, the range 0 ~ FF; (This command with the address in the 2 set the command, the same address ignored, so the operation can only connect a single device operation)
"1E" BCC verification code, BCC code before the characters of the ASCII code value XOR operation;
']' End character.

1.5.2 ->
PC Set successful, return:
Setup failed, return:
'<' Data frame header;
'D' command type code;
"01" address, range 00 ~ FF;
"00" return status, "00" card reader successful, "01" card failure;
"79" BCC check code, BCC code before the characters of the ASCII code value XOR operation;
'>' End character.

 

Quanzhou Hecere Electronic Co.,Ltd.is a marker leader for RFID/NFC products supplying in china since 2008.
We have 3 factories and 300 workers, mainly supplying RFID card, RFID wristband and RFID device. We worked
with more than 3000 Individuals and compalies around the world. The most famous cooperated companies are
DISNEY, NIEK and ZARA. We hope you can be our next VIP customers.

Why so many businessmen trust us? First, we will refund full money if or products are not as described. Second,
we will not delay the delivery, but if it happens, we will give compenstation. Third, we can quickly response for you
at any time. We trust with us your money in safe your business in safe

Q: Are you manufacturer or trade company?
A: We are factory with trading department

Q: What's the payment terms?
A: We accept TT bank transfer, Alibaba trade assurance(credit cardor TT), Paypal, Western Union

Q: What format of design is needed?
A: We prefer Al or Coreldraw, PDF is also ok

Q: What's the delivery time?
A: Sample 1-7 days
    Bulk order 7-15 daysHuge order need to check with seller

Q: What's the after-sales services?
A: Each of our products are inspected by QC department, 100%ensure the perfect quality before
shipment. We will replace it if you receive defective products. We are responsible for each products
we sell.