Smart cameras & vision sensors Hikrobot

Smart cameras and vision sensors with on-board processing: solve the task without an external PC — assembly checks, positioning, code reading.

Model	Resolution	Frame rate	Interface	IP
MV-SC5120XC-00C-NNNSmart camera	4096 × 2944 px	30 fps	Gigabit Ethernet	IP67
MV-SC6250M-00C-NNNSc6000 smart camera	5120 × 5120 px	20 fps	Gigabit Ethernet	IP67
MV-SC6250C-00C-NNN25 mp color smart camera	4608 × 5120 px	16 fps	Gigabit Ethernet	IP67 under proper installation of waterproof lens cap
MV-SC2005AM-02WBN V3.0Vision sensor	800 × 600 px	100 fps	Fast Ethernet, RS-485	IP65
MV-SC1003CVision sensor	640 × 480	15 fps	Fast Ethernet	IP54
MV-SC1003MVision sensor	640 × 480	15 fps	Fast Ethernet	IP54
MV-SC1008MVision sensor	1024 × 768	15 fps	Fast Ethernet	IP54
MV-SC2004ECVision sensor	704 × 540	60 fps	Fast Ethernet	IP65
MV-SC2004EMVision sensor	704 × 540	60 fps	Fast Ethernet	IP65
MV-SC2005ACVision sensor	800 × 600	—	—	—
MV-SC2013XCVision sensor	1280 × 1024	—	—	—
MV-SC2013XMVision sensor	1280 × 1024	—	—	—
MV-SC2016ECVision sensor	1408 × 1024	60 fps	Fast Ethernet	IP65
MV-SC2016EMVision sensor	1408 × 1024	60 fps	Fast Ethernet	IP65
MV-SC2023XCVision sensor	1920 × 1280	75 fps	Fast Ethernet	IP65
MV-SC2023XMVision sensor	1920 × 1280	—	—	—
MV-SC3013XCVision sensor	1216 × 1024	60 fps	Fast Ethernet	IP67
MV-SC3013XMVision sensor	1216 × 1024	60 fps	Fast Ethernet	IP67
MV-SC3016CVision sensor	1408 × 1024	60 fps	Fast Ethernet	IP67
MV-SC3016MVision sensor	1408 × 1024	—	—	—
MV-SC3030XCVision sensor	2048 × 1536	40 fps	Fast Ethernet	IP67
MV-SC3030XMVision sensor	2048 × 1536	40 fps	Fast Ethernet	IP67
MV-SC3050MVision sensor	2432 × 2048	50 fps	Fast Ethernet	IP67
MV-SC3050XCVision sensor	2432 × 2048	40 fps	Fast Ethernet	IP67
MV-SC3050XMVision sensor	2432 × 2048	40 fps	Fast Ethernet	IP67
MV-SC3060XCVision sensor	3200 × 1920	20 fps	Fast Ethernet	IP67
MV-SC3060XMVision sensor	3200 × 1920	20 fps	Fast Ethernet	IP67
MV-SC5020XCSmart camera	1600 × 1216	100 fps	Gigabit Ethernet	IP67 / IP67
MV-SC5020XMSmart camera	1600 × 1216	100 fps	Gigabit Ethernet	IP67
MV-SC5050XCSmart camera	2432 × 2048	60 fps	Gigabit Ethernet	IP67
MV-SC5050XMSmart camera	2432 × 2048	60 fps	Gigabit Ethernet	IP67
MV-SC5060XCSmart camera	3200 × 1920	—	—	—
MV-SC5060XMSmart camera	3200 × 1920	—	—	—
MV-SC5100XCSmart camera	4096 × 2816	—	—	—
MV-SC5100XMSmart camera	4096 × 2816	—	—	—
MV-SC5120XMSmart camera	4096 × 2944	30 fps	Gigabit Ethernet	IP67
MV-SC6016CSmart camera	1408 × 1024 / 1408 × 1204	120 fps	Gigabit Ethernet	IP67
MV-SC6016MSmart camera	1408 × 1024	120 fps	Gigabit Ethernet	IP67
MV-SC6050CSmart camera	2432 × 2048	80 fps	Gigabit Ethernet	IP67
MV-SC6050MSmart camera	2432 × 2048	80 fps	Gigabit Ethernet	IP67
MV-SC6120CSmart camera	4096 × 2944	40 fps	Gigabit Ethernet	IP67
MV-SC6120MSmart camera	4096 × 2944	40 fps	Gigabit Ethernet	IP67
MV-SC6500Smart camera	1408 × 768	60 fps	Gigabit Ethernet	IP40
MV-SC6500PSmart camera	1408 × 576	120 fps	Gigabit Ethernet	IP40

Choosing an on-board vision device

This category combines Hikrobot vision sensors and smart cameras with on-board processing. They carry out assembly checks, positioning and code reading without an external PC. The first selection step is therefore the device class: a vision sensor for the entries identified that way, or a smart camera where the application definition calls for that class.

Task type and the required variant narrow the choice. Code-reading stations, assembly verification and positioning are the stated application groups, while the exact model designation separates closely related entries. The range includes many XC/XM pairs, several C/M pairs and stand-alone versions, so the chosen suffix must match the system definition rather than be inferred from a nearby model.

The vision-sensor entries include MV-SC1003C, MV-SC1003M, MV-SC2004EC, MV-SC3016C and MV-SC3060XM, while MV-SC5020XC, MV-SC5100XM and MV-SC6016C are identified as smart cameras. MV-SC6250M-00C-NNN is identified as an SC6000 smart camera, and MV-SC6250C-00C-NNN as the 25 MP colour smart camera. MV-SC6500 and MV-SC6500P provide another paired smart-camera choice. Fix the processing class, task and exact variant before selecting the part number.

FAQ

Which task types define the scope of these on-board devices?

The stated task classes are assembly checks, positioning and code reading. Both vision sensors and smart cameras use on-board processing, so these functions can be implemented without adding an external PC to the vision device architecture.

How is the category divided between vision sensors and smart cameras?

MV-SC1003C, MV-SC2004EC and MV-SC3016C are examples identified as vision sensors. MV-SC5020XC, MV-SC6016C and MV-SC6120M are identified as smart cameras. Selection should retain the device class attached to the required exact model.

Which entry explicitly combines colour imaging with 25 MP?

MV-SC6250C-00C-NNN is identified as a 25 MP colour smart camera. Its neighbouring MV-SC6250M-00C-NNN entry is identified as an SC6000 smart camera, so the complete designation matters when documenting the chosen unit.

What should be checked when two designations look closely related?

Keep the full suffix and version in the system record. Examples include MV-SC2013XC with MV-SC2013XM, MV-SC6016C with MV-SC6016M, and MV-SC6500 with MV-SC6500P; each is a separate entry.

When does the on-board processing architecture affect selection?

It is relevant when assembly checking, positioning or code reading must be solved by the vision device without an external PC. That architecture is common to the category; the remaining choice is the sensor or smart-camera class and exact variant.