Interface Settings#
Communication Mode#
1D modules do not currently support USB KBW or USB Serial.
Single Output Mode#
* Serial, UART, TTL, RS232#
USB KBW#
USB Serial#
Wiegand#
RS485#
PS2#
TTDATA#
HID POS#
Combined USB and Serial Output#
model |
Output Description |
|---|---|
|
AUTO_UK mode: USB and serial output at the same time, and USB uses KBW. |
|
AUTO_UV mode: USB and serial output at the same time, and USB uses USB Serial. |
|
USB and serial output at the same time, and USB uses KBW. |
|
USB and serial output at the same time, and USB uses USB Serial. |
|
USB and serial output at the same time, and USB uses TTDATA. |
|
USB and serial output at the same time, and USB uses HID POS. |
AUTO UK#
AUTO UV#
TTDATA + Serial#
AUTO HU (HID POS + Serial)#
Combined USB and Wiegand/RS485 Output#
model |
Output Description |
|---|---|
|
USB and Wiegand output at the same time, and USB uses USB Serial. |
|
USB and RS485 output at the same time, and USB uses USB Serial. |
|
USB and Wiegand output at the same time, and USB uses TTDATA. |
|
USB and RS485 output at the same time, and USB uses TTDATA. |
|
USB and Wiegand output at the same time, and USB uses KBW. |
|
USB and RS485 output at the same time, and USB uses KBW. |
|
USB and Wiegand output at the same time, and USB uses HID POS. |
|
USB and RS485 output at the same time, and USB uses HID POS. |
AUTO UW#
AUTO UR#
AUTO KW (KBW + Wiegand)#
AUTO KR (KBW + RS485)#
AUTO HW (HID POS + Wiegand)#
AUTO HR (HID POS + RS485)#
Serial Parameters#
Baud Rate#
Baud rate is the number of bits transmitted per second. The baud rate setting of the scan engine should match the data rate setting of the host device. If they do not match, the host may not receive the data or the data may be garbled.
Baud Rate 1200#
Baud Rate 2400#
Baud Rate 4800#
* Baud Rate 9600#
Baud Rate 19,200#
Baud Rate 38,400#
Baud Rate 57600#
Baud Rate 115200#
Data Bits#
Data bits: this parameter defines the number of actual data bits used in communication.
7 Data Bits#
* 8 Data Bits#
Parity Bit#
A parity bit is the most significant bit of each ASCII code character. Select the parity type according to host requirements. If odd parity is selected, the parity bit is set to 0 or 1 according to the data to ensure an odd number of 1 bits in the character.
If even parity is selected, the parity bit is set to 0 or 1 according to the data to ensure an even number of 1 bits in the character.
Odd#
Even#
Select MARK parity, where the parity bit is always 1.
Mark#
Select SPACE parity, where the parity bit is always 0.
Space#
If parity is not required, select None.
* None#
Stop Bit Selection#
At the end of each transmitted character, the stop bit (S) marks the end of that character and prepares the receiving device for the next character in the serial data stream. Set the number of stop bits (one or two) to match the host device requirements.
* One Stop Bit#
Two Stop Bits#
Software Handshaking#
This parameter provides data-transmission control in addition to hardware handshaking. Hardware handshaking is always enabled and cannot be disabled by the user.
Option |
Description |
|---|---|
Disable ACK/NAK Handshaking |
The scan engine neither generates nor requires ACK/NAK handshaking packets. |
Enable ACK/NAK Handshaking |
After sending data, the scan engine expects an ACK or NAK response from the host; the scan engine can also send ACK or NAK messages to the host. |
When enabled, the scan engine waits for the host serial response until the configured timeout expires. If no ACK or NAK is received within that time, the scan engine retransmits the data up to two times before discarding it and reporting a transmission error.
Disable ACK/NAK Handshaking#
* Enable ACK/NAK#
Host Serial Response Timeout#
This parameter specifies how long the scan engine waits for a host response before retransmitting or timing out on ACK/NAK handling. If the scan engine needs to send data but the host has not yet allowed transmission, it also waits according to this timeout.
- Default
2000 ms- Unit
100 ms- Range
100-9900 ms
Host Serial Response Timeout#
Example
To set 3000 ms: scan this setting barcode, then scan the numeric setting barcodes 0 and 3 in order.
To set 9900 ms: scan this setting barcode, then scan the numeric setting barcodes 9 and 9 in order.
Wiegand#
Wiegand Protocol Type#
\* AUTO#
WG26#
WG34#
WG66#
Custom Wiegand Transmission 1#
Custom Wiegand Transmission 2#
WG64#
Wiegand 26 Output Mode#
Wiegand 26 Output Mode#
\* 3+5#
Raw Data
Wiegand Output Interval Setup#
Scan a 2-digit numeric setting barcode according to the desired time to enter the time factor; pad with leading 0 if fewer than 2 digits are entered.
- Default
800 us- Unit
100 us- Range
100-1000 us
Wiegand Output Interval#
Example
To set 100 us: the factor is 01; scan the numeric setting barcodes 0 and 1.
To set 1000 us: the factor is 10; scan the numeric setting barcodes 1 and 0.
RS485 Network Function#
* Disable#
Enable#
Change RS485 Device Slave Address#
Used for quickly setting the RS485 slave address to 0001.
For other addresses, generate a setting barcode using ^380811xxxx, where xxxx represents the 4-digit slave address value.
Slave Address 0001#
RS485 Network Decoded Data Format#
When disabled, decoded data is sent directly in the format add + data. When enabled, the RS485 network packet format is used. When this function is disabled, the packet format must remain Raw Data.
* Disable#
Enable#
RS485 Network Heartbeat Toggle#
Disable#
* Enable#
Save RS485 Network Decoded Data to Buffer#
* Disable#
Enable#
Modbus RTU Network Function#
Modbus RTU Function Toggle#
* Disable#
Enable#
Barcode Buffer Toggle#
* Direct Output (Modbus RTU Format)#
Buffer#
Slave Address Setup#
Important
The factory-default slave address is 0x00. It must be configured to another address (1-255) before use.
After scanning the “Set Slave Address” setting barcode, scan a 3-digit numeric setting barcode to enter the decimal slave address.
- Default
0x00- Range
1-255
Set Slave Address#
Example
To set the slave address to 0x0A (decimal 10): scan this setting barcode, then scan the numeric setting barcodes 0, 1, and 0 in order.
Quick Slave Address Setup#
* Address 0x00#
Address 0x01#
Address 0x02#
Address 0x03#
Address 0xAA#
Address 0xBB#
Note
The factory-default slave address is 0x00 and must be configured to 1-255 before use.
USB type#
For USB type, 0 indicates USB 1.1 (full speed) and 1 indicates USB 2.0 (high speed). The default is USB 1.1.
* USB 1.1 (Full Speed)#
USB 2.0 (High Speed)#