
DataMan 390

High-resolution, AI-powered fixed-mount barcode reader with 3 MP and 5 MP options, a wide field of view and two Ethernet ports.
DataMan 390 brings the AI functions of the DataMan 290 together with higher resolution and a wider field of view. The 3 MP and 5 MP models are configured with a C-mount lens or the Cognex High Speed Liquid Lens to suit different reading distances and code sizes.
It lets one reader cover applications where several codes and symbologies must be read across a large area at the same time. Two independent Ethernet ports allow control communication to be kept separate from image and data offload.
Key features
- 3 MP (DataMan 394X) and 5 MP (DataMan 395X) global-shutter CMOS sensors
- C-mount or High Speed Liquid Lens (autofocus) options
- Integrated or external lighting; red and white light options
- AI-assisted positioning, tuning and decoding
- Two independent Ethernet ports, one supporting TSN networks
- IP67 protection rating
Applications
Technical details
- Resolution
- 3 MP (394X) / 5 MP (395X)
- Max. acquisition rate
- 45 fps / 33 fps
- Lens
- C-Mount, High Speed Liquid Lens
- Ethernet
- 2×
- Protection rating
- IP67
Product information is compiled from the manufacturers' published documents and is for guidance only. Contact us for model selection, current specifications and pricing.
Other series in this group

DataMan 290
General-purpose fixed-mount barcode reader with AI-assisted positioning and tuning for label, printed and direct part mark (DPM) codes.

DataMan 370
Compact fixed-mount reader with a multi-core processor, HDR imaging and liquid lens option for 1D, 2D and DPM codes on fast production lines.

DataMan 380
Fixed-mount barcode reader for logistics and manufacturing with 8–16 MP resolution and a wide field of view that reads many codes with one device.

DataMan 8700
Rugged handheld barcode reader for DPM and label codes, with an IP67 housing that resists oil, water and drops; corded and wireless models.
Let us assess your application together
We test your sample in our laboratory and report on resolution, optics and lighting selection.