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Wired barcode scanner with stand, automatic scanning, RS232 interface, HDWR HD10C-RS232

GTIN: 5906935200308 · SKU: HD10C-RS232

Table of contents​

Specifications​

  • Light source: 620 nm LED
  • Matrix type: CCD
  • Scanning method: manual (push button) / automatic (when the code is brought close)
  • Scan confirmation: light and sound signal
  • Scanning speed: 200 scans per second
  • Interface: RS232 (serial)
  • Cable length: 140 cm
  • Protection rating: IP54
  • Device dimensions: 16 × 9.5 × 6.5 cm
  • Stand dimensions: 24 × 12 × 12 cm
  • Package dimensions: 18.5 × 12 × 8.5 cm
  • Device weight: 300 g
  • Weight with packaging: 370 g
  • Operating temperature: −20 to 50 °C
  • Storage temperature: −40 to 60 °C
  • Readable 1D codes: EAN-8, EAN-13, UPC-A, UPC-E, Code 128, Code 39, Code 93, Code 11, Chinese 2 of 5, Codabar, MSI, Interleaved 2 of 5 (ITF), GS1 DataBar

Set contents​

  • HD10C-RS232 barcode scanner
  • Self-assembly stand for the scanner
  • Integrated RS232 cable
  • User manual

Features​

  • Scanning: manual (push button) or automatic (when the code is brought close)
  • Type of barcodes scanned: 1D barcodes from paper labels and from LCD / LED / OLED screens of mobile devices
  • Interface: RS232 serial (default 9600 baud, 8 data bits, no parity, 1 stop bit)
  • Stand-mounted: included assembly-required stand turns the HD10C-RS232 into a hands-free scanning station
  • Programmable prefix and suffix: any printable character configurable via the Barcode Table below

RS232 connection note​

The HD10C-RS232 communicates over a standard RS232 serial port. The default communication settings are 9600 baud, 8 data bits, no parity, 1 stop bit (9600 8N1) — match these in your terminal / POS application or use a USB-to-RS232 adapter on systems without a native serial port.

Because the RS232 interface does not emulate a keyboard, the keyboard-layout codes used by the USB variant (HD10C) do not apply here — the scanner sends raw ASCII bytes over the serial line.

Configuration codes​

To change scanner settings, scan the barcode below directly with the HD10C-RS232.

💡 Tip: print this page ("Download this page as PDF" button above) to keep the codes at hand during configuration.

Restore factory defaults​

Restore all device settings to default values:

Code: Restore factory defaults

Trigger mode​

Manual mode — Keys Trigger (default; scanning triggered by pressing the button):

Code: Trigger mode — Manual

Continuous mode (the scanner reads barcodes continuously without pressing the button):

Code: Trigger mode — Continuous

Automatic mode — Auto-sense (sensor-driven scanning when the code is brought close):

Code: Trigger mode — Automatic

Buzzer​

Buzzer on (default):

Code: Buzzer on

Buzzer off:

Code: Buzzer off

End mark​

Character automatically appended after each scanned code.

CR (Carriage Return):

Code: End mark CR

No end mark:

Code: No end mark

TAB:

Code: End mark TAB

LF + CR:

Code: End mark LF+CR

Capital and lowercase​

Swap capital ↔ lowercase:

Code: Case — swap

Do not swap (default — keep original case):

Code: Case — no swap

All uppercase:

Code: Case — all upper

All lowercase:

Code: Case — all lower

Reverse code reading (white on black background)​

Reverse code reading on:

Code: Reverse code reading on

Reverse code reading off (default):

Code: Reverse code reading off

UPC-A​

UPC-A on:

Code: UPC-A on

UPC-A off:

Code: UPC-A off

UPC-A check digit on:

Code: UPC-A check digit on

UPC-A check digit off:

Code: UPC-A check digit off

UPC-A system digit on:

Code: UPC-A system digit on

UPC-A system digit off:

Code: UPC-A system digit off

UPC-A → EAN-13 conversion on:

Code: UPC-A to EAN-13 on

UPC-A → EAN-13 conversion off:

Code: UPC-A to EAN-13 off

UPC-E​

UPC-E on:

Code: UPC-E on

UPC-E off:

Code: UPC-E off

UPC-E check digit on:

Code: UPC-E check digit on

UPC-E check digit off:

Code: UPC-E check digit off

UPC-E system digit on:

Code: UPC-E system digit on

UPC-E system digit off:

Code: UPC-E system digit off

UPC-E → UPC-A conversion on:

Code: UPC-E to UPC-A on

UPC-E → UPC-A conversion off:

Code: UPC-E to UPC-A off

EAN-8​

EAN-8 on:

Code: EAN-8 on

EAN-8 off:

Code: EAN-8 off

EAN-8 check digit on:

Code: EAN-8 check digit on

EAN-8 check digit off:

Code: EAN-8 check digit off

EAN-8 system digit on:

Code: EAN-8 system digit on

EAN-8 system digit off:

Code: EAN-8 system digit off

EAN-13​

EAN-13 on:

Code: EAN-13 on

EAN-13 off:

Code: EAN-13 off

EAN-13 check digit on:

Code: EAN-13 check digit on

EAN-13 check digit off:

Code: EAN-13 check digit off

ISBN (EAN-13 → ISBN conversion)​

EAN-13 → ISBN on:

Code: EAN-13 to ISBN on

EAN-13 → ISBN off:

Code: EAN-13 to ISBN off

ISSN (EAN-13 → ISSN conversion)​

EAN-13 → ISSN on:

Code: EAN-13 to ISSN on

EAN-13 → ISSN off:

Code: EAN-13 to ISSN off

UPC / EAN extra code​

2-digit extra code:

Code: Extra code 2

5-digit extra code:

Code: Extra code 5

2 or 5-digit extra code:

Code: Extra code 2 or 5

Extra code off:

Code: Extra code off

Code 39​

Code 39 on:

Code: Code 39 on

Code 39 off:

Code: Code 39 off

Full ASCII on:

Code: Code 39 Full ASCII on

Full ASCII off:

Code: Code 39 Full ASCII off

Send start / end characters on:

Code: Code 39 start/end on

Send start / end characters off:

Code: Code 39 start/end off

Code 32​

Code 32 on:

Code: Code 32 on

Code 32 off:

Code: Code 32 off

Code 128​

Code 128 on:

Code: Code 128 on

Code 128 off:

Code: Code 128 off

Code 93​

Code 93 on:

Code: Code 93 on

Code 93 off:

Code: Code 93 off

Transmit check character:

Code: Code 93 transmit check

Do not transmit check character:

Code: Code 93 no transmit check

Code 11​

Code 11 on:

Code: Code 11 on

Code 11 off:

Code: Code 11 off

Codabar​

Codabar on:

Code: Codabar on

Codabar off:

Code: Codabar off

Output start & end digit on:

Code: Codabar start&end on

Output start & end digit off:

Code: Codabar start&end off

Industrial 2 of 5​

Industrial 2 of 5 on:

Code: Industrial 2 of 5 on

Industrial 2 of 5 off:

Code: Industrial 2 of 5 off

Interleaved 2 of 5 (ITF)​

Interleaved 2 of 5 on:

Code: Interleaved 2 of 5 on

Interleaved 2 of 5 off:

Code: Interleaved 2 of 5 off

MSI​

MSI on:

Code: MSI on

MSI off:

Code: MSI off

GS1 DataBar​

GS1 DataBar Omnidirectional on:

Code: GS1 DataBar Omnidirectional on

GS1 DataBar Omnidirectional off:

Code: GS1 DataBar Omnidirectional off

GS1 DataBar Limited on:

Code: GS1 DataBar Limited on

GS1 DataBar Limited off:

Code: GS1 DataBar Limited off

Interface​

This scanner uses the RS232 serial interface; it is the default and the code below sets the standard 9600 8N1 framing.

RS232 / TTL-232 (serial, 9600 bps, no parity, 8 data bits, 1 stop bit) — default:

Code: Interface RS232 TTL-232

Add prefix / suffix​

To add a prefix (or suffix) consisting of one or more characters before / after every scanned barcode, scan the codes in this order:

  1. Add prefix (or Add suffix)
  2. One or more character codes from the Character codes (Barcode Table) section below
  3. Save settings

Example — to add X and Y before every barcode, scan in order: Add prefix → Barcode Table X → Barcode Table Y → Save settings.

Add prefix:

Code: Add prefix

Add suffix:

Code: Add suffix

Save settings:

Code: Save settings

Hide characters​

Hide a fixed number of characters at the front or behind of every scanned barcode. Scan the matching code below.

Hide the front 1 character:

Code: Hide front 1 character

Hide the behind 1 character:

Code: Hide behind 1 character

Hide the front 2 characters:

Code: Hide front 2 characters

Hide the behind 2 characters:

Code: Hide behind 2 characters

Hide the front 3 characters:

Code: Hide front 3 characters

Hide the behind 3 characters:

Code: Hide behind 3 characters

Hide the front 5 characters:

Code: Hide front 5 characters

Hide the behind 5 characters:

Code: Hide behind 5 characters

Character codes (Barcode Table)​

Each code below represents a single character used to compose prefixes, suffixes or values for the "Hide characters" function. Scan them between the workflow markers described in the two sections above.

Show all 148 character codes (control codes, ASCII printable, function keys, navigation)

Control characters​

SOH (0x01):

Code: Char SOH

STX (0x02):

Code: Char STX

ETX (0x03):

Code: Char ETX

EOT (0x04):

Code: Char EOT

ENQ (0x05):

Code: Char ENQ

ACK (0x06):

Code: Char ACK

BEL (0x07):

Code: Char BEL

Backspace (0x08):

Code: Char Backspace

TAB (0x09):

Code: Char TAB

LF (0x0A):

Code: Char LF

VT (0x0B):

Code: Char VT

FF (0x0C):

Code: Char FF

CR (0x0D):

Code: Char CR

SO (0x0E):

Code: Char SO

SI (0x0F):

Code: Char SI

DLE (0x10):

Code: Char DLE

DC1 (0x11):

Code: Char DC1

DC2 (0x12):

Code: Char DC2

DC3 (0x13):

Code: Char DC3

DC4 (0x14):

Code: Char DC4

NAK (0x15):

Code: Char NAK

SYN (0x16):

Code: Char SYN

ETB (0x17):

Code: Char ETB

CAN (0x18):

Code: Char CAN

EM (0x19):

Code: Char EM

SUB (0x1A):

Code: Char SUB

ESC (0x1B):

Code: Char ESC

FS (0x1C):

Code: Char FS

GS (0x1D):

Code: Char GS

RS (0x1E):

Code: Char RS

US (0x1F):

Code: Char US

Printable ASCII​

Space:

Code: Char Space

!:

Code: Char !

":

Code: Char "

#:

Code: Char #

$:

Code: Char $

%:

Code: Char %

&:

Code: Char &

':

Code: Char '

(:

Code: Char (

):

Code: Char )

*:

Code: Char *

+:

Code: Char +

,:

Code: Char ,

-:

Code: Char -

.:

Code: Char .

/:

Code: Char /

0:

Code: Char 0

1:

Code: Char 1

2:

Code: Char 2

3:

Code: Char 3

4:

Code: Char 4

5:

Code: Char 5

6:

Code: Char 6

7:

Code: Char 7

8:

Code: Char 8

9:

Code: Char 9

::

Code: Char :

;:

Code: Char ;

<:

Code: Char <

=:

Code: Char =

&gt;:

Code: Char >

?:

Code: Char ?

@:

Code: Char @

A:

Code: Char A

B:

Code: Char B

C:

Code: Char C

D:

Code: Char D

E:

Code: Char E

F:

Code: Char F

G:

Code: Char G

H:

Code: Char H

I:

Code: Char I

J:

Code: Char J

K:

Code: Char K

L:

Code: Char L

M:

Code: Char M

N:

Code: Char N

O:

Code: Char O

P:

Code: Char P

Q:

Code: Char Q

R:

Code: Char R

S:

Code: Char S

T:

Code: Char T

U:

Code: Char U

V:

Code: Char V

W:

Code: Char W

X:

Code: Char X

Y:

Code: Char Y

Z:

Code: Char Z

[:

Code: Char [

\:

Code: Char \

]:

Code: Char ]

^:

Code: Char ^

_:

Code: Char _

`:

Code: Char `

a:

Code: Char a

b:

Code: Char b

c:

Code: Char c

d:

Code: Char d

e:

Code: Char e

f:

Code: Char f

g:

Code: Char g

h:

Code: Char h

i:

Code: Char i

j:

Code: Char j

k:

Code: Char k

l:

Code: Char l

m:

Code: Char m

n:

Code: Char n

o:

Code: Char o

p:

Code: Char p

q:

Code: Char q

r:

Code: Char r

s:

Code: Char s

t:

Code: Char t

u:

Code: Char u

v:

Code: Char v

w:

Code: Char w

x:

Code: Char x

y:

Code: Char y

z:

Code: Char z

{:

Code: Char {

|:

Code: Char |

}:

Code: Char }

~:

Code: Char ~

Delete (0x7F):

Code: Char Delete

Function keys​

F1:

Code: Char F1

F2:

Code: Char F2

F3:

Code: Char F3

F4:

Code: Char F4

F5:

Code: Char F5

F6:

Code: Char F6

F7:

Code: Char F7

F8:

Code: Char F8

F9:

Code: Char F9

F10:

Code: Char F10

F11:

Code: Char F11

F12:

Code: Char F12

Insert:

Code: Char Insert

Home:

Code: Char Home

Page Up:

Code: Char Page Up

End:

Code: Char End

Page Down:

Code: Char Page Down

Arrow Right:

Code: Char Arrow Right

Arrow Left:

Code: Char Arrow Left

Arrow Down:

Code: Char Arrow Down

Arrow Up:

Code: Char Arrow Up

Frequently asked questions​

Where can the HD10C-RS232 barcode scanner be used?
The HD10C-RS232 is suitable for retail stores, wholesalers, warehouses, offices, and shipping centers that need a serial-interface scanner — thanks to its durability and automatic scanning mode it fits well in legacy POS and industrial systems that expect RS232 input.
What technology does the HD10C-RS232 use?
The scanner is based on a CCD matrix chip, which ensures better durability and the ability to read codes both from printed surfaces and digital screens.
Does the HD10C-RS232 support automatic scanning?
Yes. The device supports automatic barcode scanning when placed on the stand, eliminating the need to press the scan button.

Downloads​

Original manufacturer PDF manuals (shared with the USB HD10C — same Newland scanning engine, so the configuration content is identical). Everything from them is already covered on this page — use the PDFs only if you need an offline copy.