SUNION TECHNOLOGY CO LTD RF009V Plus RFID Reader User Manual

SUNION TECHNOLOGY CO LTD RF009V Plus RFID Reader

NOTE

This document is written by Sunion Technology Co., Ltd.. Sunion Technology Co., Ltd. reserves the right to change devices or specifications detailed herein at any time without notice. Any third party is forbidden strictly to copy, edit, modify or quote the contents of this document without written approval from Sunion Technology Co., Ltd.
SUNION’s products are not authorized for use as critical components in life support devices or systems.
Copyright 2019, Sunion Technology Co., Ltd. oration All right reserved.

Specification

Federal Communication Commission Interference Statement
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

FCC Caution: To assure continued compliance, any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate this equipment. (Example – use only shielded interface cables when connecting to computer or peripheral devices).
FCC Radiation Exposure Statement
This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled environment.
This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.

Dimensions

1. top view
   

2. bottom view
   

3. side view
   

DIP Switch

1. SW1：Use 1~4 to set ID number. The ID number could be set between 01 and 15 (ID0 is reserved, not recommended). You have to set ID number before using the reader.
   

SW2

1. Transmitting Format(LSB/MSB): ON Low Byte First OFF High Byte First
2. Return Tag ID Automatically Mode: ON Enable OFF Disable
3. Data Format: ON ASCII OFF HEX
4. Buzzer Sound: ON Reader beeps when Tag is returned. OFF No sound.

Notice 1 : Return Tag ID Automatically Mode: The reader will perform A0 command automatically while system is power on. Reader reads Tag Id continuously and returns Tag ID to Host until Host sends another command. If Host sends the command during the module returning Tag ID, maybe the reader can not receive the command.

Wiring examples and pin descriptions

1. (PIN10) +12V ：Supply voltage +12V
2. (PIN9) GND ：Ground reference
3. (PIN8) TX/RX- ：RS-485 _RX4.
4. (PIN7) TX/RX+ ：RS-485 _RX+
5. (PIN6) Relay NO
6. (PIN5) Relay COM
7. (PIN4) Relay NC
8. (PIN3) IN-1 ：Input Low Enable
9. (PIN2) GND ：Ground reference
10. (PIN1) Reset ：Low Enable

Command Function Description

Communication protocol

RF-009 series use the National Standard UART format to communicate with host, and the parameters must be set to 9600, N, 8, 1.

The command format as below:

Description

1. Each SOH, STX and ETX are all one byte character for system, the definition of these characters as follows:
   SOH=01H, STX=02H, ETX=03H
   Note: The “SOH” represents the start byte of the command.
   The “STX” represents the start byte for “Data”.
   The “ETX” represents the end byte for “Data”.
   You need these characters to determine the content of data string which is sent or received; the length of data string might be different, It’s depended on the command that you send.

2. PT (Packet Type) is used to identify the message was sent by the host or RF-009series; “S” represents that the command was sent by the host, and “s” represents that the message was sent byMD-55xx+_USB series.

3. ID1, ID2 are the reader ID code, the value of ID1 and ID2 combination is always “01”.

4. FC1 and FC2 are function codes, and the combination of FC1 and FC2 determines the content of DATA string and the string length, please refers to the below pages about the all functions of RF-009 series.

5. BCC is the checksum to ensure the command transferred correctly, the command each bytes from SOH to ETX do “xor”, and do “or” 20H finally.

6. Time Out should be set to 100ms after each command was sent.

7. The returned data format is LSB.

8. The example of BCC operation:

The host send the command as follow:

BCC = 01Hxor 53H xor 30H xor 31H xor 41H xor 31H xor 02H Xor 30H xor 31H xor 30H xor 03H or 20H =33H

Command list

Command description

“A0”: Tag ID will be auto returned.

The command is sent by host:

The message is responded by reader:

Data description:

1. The format of “data” is the Card type (1 byte) + UID (16 byte).
2. Card type: “R” for read only, “W” for read/write, “M” for Multi-Page.
3. The digits of card number include “0”～ “9”, “A” ～ “F” (Hex).For example, “R0000000000123456”.

Function description:

1. If the module could not get the Tag ID, it will not respond.
2. The data which include Tag ID will be returned while reader got the Tag ID.
3. The module will respond “Y” before the reading is started.

Example:

The command is sent by host:
SOH + “S01A0” + STX + ETX + BCC

The message is responded by reader:
Success : SOH + “s01A0” + STX + “M0000000000123456” + ETX + BCC
Failure : SOH + “s01A0” + STX + ETX + BCC

“A1”: Get Tag ID by command.

The command is sent by host:

The message is responded by reader:

Data description:

1. The format of “data” is the Card type (1 byte) + UID (16 byte).
2. Card type: “R” for read only, “W” for read/write, “M” for Multi-Page.
3. The digits of card number include “0”～ “9”, “A” ～ “F” (Hex). For example, “R0000000000123456”.

Function description:

1. Use this function to obtain card UID.
2. The “data” will be “N” if reader couldn’t get card UID. Such as: STX + “N” + ETX.
3. Reader clear data after responding.

Example：

The command is sent by host:

SOH + “S01A1” + STX + ETX + BCC

The message is responded by reader:
Success : SOH + “s01A1” + STX + “M0000000000123456” + ETX + BCC
Failure : SOH + “s01A1” + STX + “N” + ETX + BCC

“B0”: Buzzer Sound Off

The command is sent by host:

The message is responded by reader:

Description of Function:

1. Use this function to set buzzer sound off.
2. data is “Y” for success, “N” for unsuccess.

Example:

The command is sent by host:
SOH + “S01B0” + STX + ETX + BCC
The message is responded by reader:
SOH + “s01B0” + STX + “Y”+ ETX + BCC (Successful)

“B1”: Buzzer Sound On

The command is sent by host:

The message is responded by reader:

Description of Data:

1. The range of DATA is between “1” ~ “255”. (0.2 sec/unit，if DATA is “25”, Timer is set to 0.2 * 25 = 5 sec)
2. Buzzer sound is always on if DATA is “255” until reader received “B0” or “B2”.
3. data is “Y” for success, “N” for unsuccess.

Description of Function:

1. Use this function to set buzzer sound on.
2. The buzzer on reader will be switched off when specified time is out.

Example:

The command is sent by host:
SOH + “S01B1” + STX + “12” + ETX + BCC
The message is responded by reader:
SOH + “s01B1” + STX + “Y” + ETX + BCC (Successful)

Description:

1. DATA = “12” means the buzzer sound is turned on 12 x 0.2 = 2.4 sec.

“B2”: Invert Buzzer Status

The command is sent by host:

The message is responded by reader:

Description of Function:

1. Use this function to invert buzzer sound status.
2. data is “Y” for success, “N” for unsuccess.

Example:

The command is sent by host:
SOH + “S12B2” + STX + ETX + BCC

The message is responded by reader:
SOH + “s12B2” + STX + “Y”+ ETX + BCC (Successful)

“B3”: Buzzer Beeps at once

The command is sent by host:

The message is responded by reader:

Description of Data:

1. data is “Y” for success, “N” for unsuccess.

Description of Function:

1. Use this function to make a beep sound.

Example:

The command is sent by host:
SOH + “S01B3” + STX + ETX + BCC

The message is responded by reader:
SOH + “s01B3” + STX + “Y” + ETX + BCC (Successful)

“C0”: Relay 1 off

The command is sent by host:

The message is responded by reader:

Description of Function:

1. Use this function to turn off Relay 1 (OUT-1)。
2. data is “Y” for success, “N” for unsuccess.

Example:

The command is sent by host:
SOH + “S08C0” + STX + ETX + BCC

The message is responded by reader:
SOH + “s08C0” + STX + “Y” + ETX + BCC (Successful)

“C1”: Relay 1 on

The command is sent by host:

The message is responded by reader:

Description of Data:

1. The range of DATA is between “1” ~ “255”. (0.2 sec/unit if DATA is “25”, Timer is set to 0.2 * 25 = 5 sec)
2. Buzzer sound is always on if DATA is “255” until reader received “C0”
3. data is “Y” for success, “N” for unsuccess.

Description of Function:

1. Use this function to turn on Relay 1 (OUT-1)。
2. data is “Y” for success, “N” for unsuccess.

Example:

The command is sent by host:
SOH + “S07C1” + STX + “12” + ETX + BCC

The message is responded by reader:
SOH + “s07C1” + STX + “Y” + ETX + BCC (Successful)

Notice : If DATA is “12”，it means relay 1 on time is 12 * 0.2 = 2.4(sec).

“C2”: Invert Relay 1 status

The command is sent by host:

The message is responded by reader:

Description of Function:

1. Use this function to invert Relay 1 (OUT-1) status.
2. data is “Y” for success, “N” for unsuccess.

Example:

The command is sent by host:
SOH + “S12C2” + STX + ETX + BCC

The message is responded by reader:
SOH + “s12C2” + STX + “Y”+ ETX + BCC (Successful)

“E0”:Get I/O status

The command is sent by host:

The message is responded by reader:

Description of data:

1. data include reader I/O status.

Description of Function:

1. Use this function to get I/O ports status.

2. These is an input port on reader, “IN-1”.
   These are two output ports on reader, “Buzzer” & “OUT-1”.

3. The first byte of data means input port status the second byte of data means output ports status.

Example:

The command is sent by host:
SOH + “S07E0” + STX + ETX + BCC

The message is responded by reader:
SOH + “s07E0” + STX + “01” + ETX + BCC

Description:

1.I/O status：

“E1”: Get the firmware version

The command is sent by host:

The message is responded by reader:

Data description：

The string of data” includes model number and current firmware version.

Function description：

Use this function to get model number and firmware version of reader.

Example：

The command is sent by host:
SOH + “S01E1” + STX + ETX + BCC

The message is responded by reader:
SOH + “s01E1″ + STX + ” V1.00 RF-009V+ ” + ETX + BCC

Description：

1. The model name is RF-009V+ and the firmware version is V1.00. Sunion Electronics Corp. reserves the right to update firmware at any time without notice.

“E7”: Get SW2 Status

The command is sent by host:

The message is responded by reader:

Description of data:

1. data is SW2 status.

Description of function:

1. Use this function to get SW2 status.

2. Value:
   Byte| Status
   ---|---
   “0”| OFF
   “1”| ON

3. Responding data maps to SW2:
   

4. Transmitting Format(LSB/MSB)

5. Return Tag ID Automatically Mode

6. Data Format

7. Buzzer Sound
   ※Refer to section 1.3.2 for more detail description DIP SWITCH.

Example:

The command is sent by host:
SOH + “S07E7” + STX + ETX + BCC
The message is responded by reader:
SOH + “s07E7” + STX + “1010” + ETX + BCC

Description:

1. SW2-1= ON: Transmitting Format is set to LSB.
2. SW2-2= OFF: Return Tag ID Automatically Mode is set to OFF.
3. SW2-3= OFF: Data Format is set to ASCII.
4. SW2-4= OFF: Buzzer Sound is set to OFF.

“K0”: Read data from specified block

The command is sent by host:

The message is responded by reader:

Desciprtion of data:

1. DATA is consist of Tag Type (1 Byte) + Page Number (2 Bytes).

2. Card Type:
   “R”： Read Only Type。
   “W”： Read / Write Type。
   “M”： Multi Page Type。

3. If you want to read data from a Multi Page Tag，you have to add Page Number after Card Type “M” , length of Page Number are fixed 2 bytes, range is between “01” to “11”. (HEX), total of page number are 17 pages.

4. If Card Type is Multi Page, data will return Card Type + Status + Page Number + Data of Page (Notice 2), if Card Type is Read Only or Read/Write, data will just return Card Type & Data.

Notice 2 : Stats of Multi Page:
“0”：means the page could be wrote data.
“2”：means the page is already locked.

Description of function:

1. Use this function to specify page number and get data, data won’t be returned if Card Type is wrong.

Example:

The command is sent by host:
SOH + “S12K0” + STX + “M0E” + ETX + BCC
The message is responded by reader:
SOH + “s12K0” + STX + “M00E0123456789ABCDEF” + ETX + BCC

Description:

1. data is returned:
   “M0”: It is Mulit Page Tag and is available to write data into this page.
   “0E” : Page Number is 0E.
   “0123456789ABCDEF”: data on page 0E.

“K1”: Write data into specified block

The command is sent by host:

The message is responded by reader:

Description of Data:

1. DATA is consist of Card Type (1 Byte) + Page Number (2Bytes) + Data (16 Bytes).

2. Card Type:
   “W”： Read / Write。
   “M”： Multi Page。

3. If you want to write data into a Multi Page Tag you have to add Page Number
   after Card Type “M” , length of Page Number are fixed 2 bytes, range is between
   “01” to “11” (HEX), total of page number are 17 pages.

4. data is “Y” for success, “N” for unsuccess.

Description of function:

1. Use this function to write data into specified page of Read/Write or Multi Page Tag.
2. It is not available to write data into Read Only Tag.

Example:

The command is sent by host:
SOH+”S01K1″+STX+”M061111222233334444″+ETX+BCC

The message is responded by reader:
SOH+”s01K1″+STX+”Y”+ETX+BCC (Successful)

The message is responded by reader:
SOH+”s01K1″+STX+”N”+ETX+BCC (Failed)

“K2”: Lock specified block

The command is sent by host:

The message is responded by reader:

Description of Data:

1. DATA is consist of Card Type (1 Byte) + Page Number (2Bytes).
2. Card Type: “M” for Multi Page。
3. Range of Page Number is between “01” to “11” (HEX), total of page number are 17 pages.

Description of function:

1. Use this function to lock specified page of Multi Page Tag.
2. It could not be write data into the locked page, just for reading data.
3. Read Only or Read/Write Tag could not use this function.
4. data is “Y” for success, “N” for unsuccess.

Example:

The command is sent by host:
SOH+”S01K2″+STX+”M07″+ETX+BCC

The message is responded by reader:
SOH+”s01K2″+STX+”Y”+ETX+BCC

Customer Support

Sunion Technology Co., Ltd.
Tel: +886-2-8512-1456 Fax: +886-2-8512-1457
6F, No.69, Sec. 2, Guangfu Rd., Sanchong Dist., New Taipei
City 241 Taiwan R.O.C.
http://www.sunion.com.tw

References

• Sunion

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>