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Pin Assignment I/O Connector

uEye Camera Manual Version 3.80

Pin Assignment I/O Connector

6-pin Hirose connector

Pin

Description

Figure 356: GigE uEye SE  - Hirose connector male, camera rear view

Figure 356: GigE uEye SE  - Hirose connector male, camera rear view

1

Ground (GND)

2

Power supply (VCC) 12 V

3

Digital input (-)

4

Digital input (+)

5

Digital output (+)

6

Digital output (-)

 

Pin assignment of the 2-wire power cable (6-pin Hirose connector)

Pin

Description

Cable color

1

Ground (GND)

white

2

Power supply (VCC) 12 V

brown

Figure 357: GigE uEye SE power cable 2-wire without AC adapter (CK00132 / CK00132.3 / CK00132.5)

Figure 357: GigE uEye SE power cable 2-wire without AC adapter (CK00132 / CK00132.3 / CK00132.5)

 

Pin assignment of the 6-wire connecting cable (6-pin Hirose connector)

Pin

Description

Cable color

1

Ground (GND)

gray

2

Power supply (VCC) 12 V

pink

3

Digital input (-)

brown

4

Digital input (+)

white

5

Digital output (+)

yellow

6

Digital output (-)

green

Figure 358: GigE uEye SE 6-wire cable without AC adapter (AD.0040.2.18300.00)

Figure 358: GigE uEye SE 6-wire cable without AC adapter (AD.0040.2.18300.00)

 

Pin assignment of the 2+4-wire connecting cable (6-pin Hirose connector)

Pin

Cable

Description

Cable color

1

A1

Ground (GND)

white

2

A2

Power supply (VCC) 12 V

brown

3

B1

Digital input (-)

brown

4

B2

Digital input (+)

white

5

B3

Digital output (+)

yellow

6

B4

Digital output (-)

green

Figure 359: GigE uEye SE 2+4-wire cable without AC adapter (AD.0040.2.18400.00)

Figure 359: GigE uEye SE 2+4-wire cable without AC adapter (AD.0040.2.18400.00)

Power supply

Hinweis

GigE uEye SE series cameras with a production date of Q4/2011 or later feature a wide range power input. You can recognize these cameras by the label "12-24V DC" on their back side. You can operate these cameras with voltage between 12 and 24 V DC.

Voltage

Tolerance

Residual ripple

12 V

+/- 10%

max. 1%

 

For information on the camera's power consumption, see Camera and Sensor Data chapter.

 

Achtung

Please keep in mind that a voltage drop will occur when you use long cables for power supply to the camera. Choose the size of the cable in such a way that the supply voltage available at the input of the GigE uEye SE is 12 V.

 

Achtung

The inrush current of the GigE uEye SE cameras may temporarily increase to up to 2 A.

 


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