Area camera · CU series

Hikrobot MV-CU013-80GC

1280 × 1024 px89.9 fpsGigabit EthernetIP30
Price on requestAn engineer will confirm pricing and lead time in the first reply.
Warranty
36 months
Find the right model
Hikrobot MV-CU013-80GC

Applications and neighbours at 1.3 MP

Global-shutter capture at 1280 × 1024 and 89.9 fps defines MV-CU013-80GC. The 1/2.7-inch CMOS sensor feeds a Gigabit Ethernet interface, giving this model a middle position between the very fast 720 × 540 cameras and higher-resolution CU variants. A C-mount accepts lenses sized for the compact sensor format, and the camera body weighs 100 g.

The simultaneous exposure is suited to moving-component presence, alignment and shape checks where 1280 × 1024 supplies more sampling than 720 × 540. Hardware coordination is available through one opto-isolated input, one opto-isolated output and one bidirectional non-isolated I/O. The 9–24 V DC input supports installation on common machine power rails.

MV-CU013-80GM matches the 1280 × 1024 grid and 89.9 fps rate while explicitly producing Mono output. MV-CU004-10GC trades resolution down to 720 × 540 for 126.5 fps and stated color capture. MV-CU013-A0GC keeps 1280 × 1024, adds stated color, uses a larger 1/2-inch sensor and reaches 91.3 fps. Choose this model for the 1/2.7-inch GigE configuration.

Available versions

One device, different revisions. We ship the current one by default; if a specific revision is already installed on your line, name it in the request and we will match it.

Part numberPNVersion
MV-CU013-80GC
MV-CU013-80GC V2.0306303585V2.0

Specifications

Sensor typeCMOS, global shutter
Sensor format1/2.7″
Resolution1280 × 1024 px
Maximum frame rate89.9 fps
Data interfaceGigabit Ethernet
Digital I/O1 opto-isolated input, 1 opto-isolated output, 1 bi-directional non-isolated I/O
Lens mountC-mount
Power supply9 to 24 VDC
Power consumption typ2.2 W
Ingress protectionIP30
Operating temperature0 to 50 °C
Weight100 g
Protocol compatibilityGigE Vision V2.0, GenICam

Selection and applications

Moving-part alignment at 1280 × 1024. Fast presence inspection over Gigabit Ethernet. Sensor-synchronised area capture.

Minimum kit: Start with the camera, a C-mount lens covering 1/2.7 inch, a Gigabit Ethernet cable and a 9–24 V DC power source.

Nearby in the range: MV-CU013-80GM — Select it when the same 1280 × 1024 at 89.9 fps is required with stated Mono output.; MV-CU013-A0GC — Select it for stated color output, a 1/2-inch sensor and 91.3 fps at the same resolution.; MV-CU004-10GC — Select it when 126.5 fps matters more than the reduction to 720 × 540..

Cables and accessories for this model

Compatibility per manufacturer data.

Data cables
GigE
Power
Power

All accessory families →

FAQ

How much motion can MV-CU013-80GC capture without geometric skew?

Its CMOS sensor uses a global shutter and records 1280 × 1024 at up to 89.9 fps. Simultaneous frame exposure addresses geometric skew from line-by-line readout; actual blur still depends on illumination, target speed and the chosen exposure.

What lens family should be considered for the 1/2.7-inch sensor?

The mechanical interface is C-mount and the sensor format is 1/2.7 inch. A lens should cover that format and provide the required scene coverage and working distance at 1280 × 1024, without relying on an image circle intended for a smaller sensor.

Which network and supply connections does MV-CU013-80GC require?

Image transfer uses Gigabit Ethernet. Camera power is specified as 9–24 V DC, and typical consumption is 2.2 W. The installation therefore needs a Gigabit Ethernet data path and an external supply within that voltage range.

Can the camera be tied to a sensor and actuator at the machine?

Yes. The listed I/O comprises one opto-isolated input, one opto-isolated output and one bidirectional non-isolated I/O. These lines can carry acquisition timing and a result or control signal alongside the Ethernet image connection.

What environmental boundary applies to the MV-CU013-80GC housing?

The camera is specified for operation from 0 °C to 50 °C and carries an IP30 ingress rating. It should therefore be integrated where the stated temperature range is maintained and where the surrounding machine structure provides any required added contamination protection.

Typical applications