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Features at a Glance

MultiCore technology
Reading of printed and directly marked 1D and 2D codes

C50C102 1D-/2D-Codescanner

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Der Scanner weQubeDecode basiert auf der wenglor-MultiCore-Technologie. Durch omnidirektionales Lesen können gedruckte, genadelte, gelaserte und geätzte Codes auf unterschiedlichsten Materialien in beliebiger Ausrichtung dekodiert werden. Auch bei schlechten Code-Eigenschaften werden gute Leseergebnisse erzielt. Neben den gängigen 1D-Codes eignet er sich zudem zum Lesen verschiedenster 2D-Codes. Eine Auflistung aller lesbaren Code-Arten finden Sie in der Bedienungsanleitung.

Features at a Glance

MultiCore technology
Reading of printed and directly marked 1D and 2D codes

Technical data

Optische Daten
Arbeitsbereich	≥ 20 mm
Auflösung	736 × 480 Pixel
Auflösung	0,35 MP
Brennweite	6,4 mm
Bildchip	monochrom
Sensorgröße	1/3"
Pixelgröße	6 × 6 µm
Lichtart	Rotlicht
Optik	Autofokus
Sichtfeld	siehe Tabelle 1
Min. Auflösung	0,1 mm
Barcode-Druckkontrast	> 15 %
Mindestabstand Objekt	20 mm

Environmental conditions
Temperature Range	-25 ... 55 °C*
Atmospheric humidity	5...95%, non-condensing

Electrical Data
Supply Voltage	18 ... 30 V DC
Current Consumption (Ub = 24 V)	< 200 mA
Scan Rate	20 scans/sec
Inputs/Outputs	6
Switching Output Voltage Drop	< 2.5 V
Switching Output/Switching Current	100 mA
Short Circuit Protection	yes
Reverse Polarity Protection	yes
Interface	RS-232/Ethernet
Protection Class	III

Mechanical Data
Housing Material	Aluminum, anodised
Degree of Protection	IP67
UL Enclosure Type	1
Connection	M12 × 1; 12-pin
Type of Connection Ethernet	M12 × 1; 8-pin, X-cod.
Optic Cover	Plastic, PMMA
Weight	301 g

Safety-relevant Data
MTTFd (EN ISO 13849-1)	227.7 a

General Data
Web server	yes
License package	weQubeDecode

Funktion
1D- und 2D-Codelesung	ja

Output
PNP NO	yes
Illumination Output	yes
RS-232 Interface	yes
Ethernet	yes
PROFINET I/O, CC-A	yes
EtherNet/IP™	yes

Adjustable parameters
Output	Push-pull NPN PNP
Circuit	NC NC/NO NO

Standards und Zertifikate

Display brightness may decrease with age. This does not result in any impairment of the sensor function. * –25 °C: Ambient conditions should not result in condensation; avoid the formation of ice on the front panel! 55 °C: Continuous illumination at max. 1% or flash mode at 100% brightness with an exposure time of <= 5 ms; may affect the service life of the product.

Table 1
Working Distance	20 mm	100 mm	200 mm
Visual Field	9 × 6 mm	65 × 42 mm	134 × 87 mm

Connection Diagram

Scanning Field Table
AK = Outer Edge IK = Inner Edge LA = Read Range SB = Scan Width TSA = Depth of Focus Outer Edge TSI = Depth of Focus Inner Edge

Connection options
for L series illumination

Connection options
for ZVZF series illumination

Ctrl. Panel
20 = Enter key 22 = Up key 23 = Down key 60 = display

Dimensioned Picture
Dimensions specified in mm (1 mm = 0.03937")

Complementary Products
Disk with Polarization Filter ZNNG004 Protective Housing ZNNS001, ZNNS002 Illumination Technology weQubeOCR License Upgrade DNNL003 weQubeVision License Upgrade DNNL001 Software ZC4G002 connection cable ZC4G003 connection cable ZDCG004 connection cable

Downloads

Change_IP_adress_Windows7-10.pdf

DNNF020.pdf

Example_Omron_EtherNetIP_weQube_1.0.2.zip

Example_Rockwell_EtherNetIP_weQube_1.0.2.zip

Example_Rockwell_TCP_UDP_uniVision_1.0.0.zip

Example_TIA_PROFINET_weQube_1.0.2.zip

Example_TIA_TCP_UDP_uniVision_1.0.0.zip

Example_TwinCAT3_EtherNETIP_weQube_1.0.2.zip

Example_TwinCAT3_PROFINET_weQube_1.0.2.zip

Example_TwinCAT3_TCP_UDP_uniVision_1.0.0.zip

Firmware_weQube_2.6.1.tgz

Software_uniVision_2.6.1.exe

Interface_Protocol_DNNFxxx_LIMA.pdf

Interface_Protocol_DNNFxxx_TCP_UDP.pdf

Interface_Protocol_weQube_EtherNetIP.pdf

Interface_Protocol_weQube_Profinet.pdf

Vision Calculator

A high-quality and sharp image is essential for robust and stable image evaluation. The interaction between lens and illumination is often underestimated. The wenglor Vision Calculator makes it easier to select the right lens for C mount cameras and helps to select the right autofocus camera for the relevant machine vision application.
Select the missing value to be calculated based on the information available about the application.

For example, how large is the visual field of the B60P111 smart camera at a working distance of 20 cm?

Camera
Model
Unknown
Unit
Known values

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Choose one of our innovative products.

Câmeras industriais inteligentes B60

Câmeras industriais inteligentes B50

Sensores de visão B50

Leitor para OCR B50

Machine Vision Cameras

Leitores de códigos 1D/2D

Selet model

Please select your model.

C50C102

C50C001

C50C002

C50C003

C50C011

C50C100

C50C101

C50C102

C50C110

C5KC001

C5KC002

C5KC003

C5KC004

C5PC006

C5PC100

C5PC101

C5PC102

C5PC103

C5PC110

C5PC111

C5PC112

C5PC120

C5PC121

C5PC200

C5PC201

C5PC202

C5PC203

C5PC204

C5PC210

C5PC211

C5PC212

C5PC220

C5PC221

FIS-0004-0101

FIS-0004-0102

FIS-6300-5113

Select unknown

What is to be calculated?

*The working distance describes the distance from the front edge of the optics to the surface of the inspection object.

Select unit

What unit would you like to enter your values in?

Enter known values

Enter the values you know and receive a suitable selection for your application.

Focal length (mm)

Working distance ()

Visual field length ()

Visual field width ()

Note: The calculated values are approximate and may vary in reality depending on the device and application. The actual visual field is larger, especially with small focal distances/working distances.