Hawk MV-4000
Awe-inspiring power and superior flexibility is sheathed within the contoured casing of the HAWK MV-4000. This smart camera builds upon the previous generation by quadrupling processing power and achieving real-time trigger response using an FPGA.
Hawk MV-4000
Awe-inspiring power and superior flexibility is sheathed within the contoured casing of the HAWK MV-4000. This smart camera builds upon the previous generation by quadrupling processing power and achieving real-time trigger response using an FPGA.
Its state-of-the-art algorithms make it an excellent tool for any industry, whether the requirement be code reading, code verification, inspection, guidance, gauging or a combination of all four.
The HAWK MV-4000’s image-centric user interface with drag-and-drop programming makes it simple to set up.
The average operator or technician will appreciate the intuitive AutoVISION user interface (UI) that gets the reading, verification and vision tools ready to read right out of the box. Experts in machine vision will have access to another interface, known as FrontRunner, to gain access to the full range of the HAWK’s potential.
With processing capabilities nearly reaching the speeds one would expect from much more complex PC-based devices, this smart camera is truly in a league of its own. Vision engineers are calling it the “golden middle” between PC-based cameras and the average smart camera on the market. .External processing is not necessary to achieve inspection rates ranging from 4,000 to 14,000 parts per minute using the HAWK MV-4000.
Hawk MV-4000 Features
- Full Industrial Connectivity.
- Extremely Rugged.
- Powerful and Flexible.
- High Frame Rate Sensors.
- Complete Vision, Code Reading and Code Verification Toolset.
- Near PC Processing Speeds.
- Fully Accessorized with Lenses, Lights, Cables and Mounts.
- Programmed Using AutoVISION or Visionscape
| Model | HAWK MV-4000-03
HAWK MV-4000-03C |
HAWK MV-4000-13
HAWK MV-4000-13C |
HAWK MV-4000-20
HAWK MV-4000-20C |
HAWK MV-4000-50
HAWK MV-4000-50C |
| Sensor | ||||
| Make – Model | ON Semiconductor – Python Family (NOIP1SN or NOIP1SE) | ON Semiconductor – Python Family (NOIP1SN or NOIP1SE) | ||
| Type | CMOS | |||
| Geometry | 1/4”-Type | 1/2”-Type | 2/3”-Type | 1”-Type |
| Format | Monochrome
Color |
Monochrome
Color |
Monochrome
Color |
Monochrome
Color |
| Resolution | 640 x 480 | 1280 x 1024 | 1280 x 1024 | 1280 x 1024 |
| Frame Rate | Up to 240 FPS
Up to 120 FPS |
Up to 75 FPS
Up to 32 FPS |
Up to 42 FPS
Up to 20 FPS |
Up to 21 FPS
Up to 8.5 FPS |
| Pixel Size | (H x V) 4.8 μm x 4.8 μm | |||
| Gain Range | 0 to 19.4 dB | |||
| Shutter Speed | 50 μsec to 4 sec | |||
| Trigger Response | External trigger to strobe output delay = 10 µs. Jitter = 1 – 2 µs. | |||
| Processor | Dual Core | |||
| Memory | 2GB RAM | |||
| Storage | 32GB | |||
| Interfaces | ||||
| Network | Gigabit Ethernet | |||
| HMI | VGA and USB 2.0 (for keyboard and mouse) | |||
| Digital I/O | 3 optocoupled inputs, 1 dedicated optocoupled trigger.
3 outputs (output 3 is used for external strobe when enabled). |
|||
| Other | Dedicated interface for Varioptic Caspian autofocus lens | |||
| Mechanical, Electrical, Environmental | ||||
| Lens Type | C-Mount | |||
| Connectors | M12 8-pin socket for Ethernet; M12 12-pin socket for power,
digital I/O, M12 12-pin plug for VGA and USB |
|||
| Weight | 460 g | |||
| Power | 450 mA @ 24VDC or 10.8W (typical) | |||
| Operating | Temperature: 0؛ C to 50؛ C (32؛ F to 122؛ F) | |||
| Ventilation | Natural convection | |||
| IP Rating | IP67 (with lens cap) | |||
منتجات ذات صلة
Hawk MV-4000
Awe-inspiring power and superior flexibility is sheathed within the contoured casing of the HAWK MV-4000. This smart camera builds upon the previous generation by quadrupling processing power and achieving real-time trigger response using an FPGA.
Hawk MV-4000
Awe-inspiring power and superior flexibility is sheathed within the contoured casing of the HAWK MV-4000. This smart camera builds upon the previous generation by quadrupling processing power and achieving real-time trigger response using an FPGA.
Its state-of-the-art algorithms make it an excellent tool for any industry, whether the requirement be code reading, code verification, inspection, guidance, gauging or a combination of all four.
The HAWK MV-4000’s image-centric user interface with drag-and-drop programming makes it simple to set up.
The average operator or technician will appreciate the intuitive AutoVISION user interface (UI) that gets the reading, verification and vision tools ready to read right out of the box. Experts in machine vision will have access to another interface, known as FrontRunner, to gain access to the full range of the HAWK’s potential.
With processing capabilities nearly reaching the speeds one would expect from much more complex PC-based devices, this smart camera is truly in a league of its own. Vision engineers are calling it the “golden middle” between PC-based cameras and the average smart camera on the market. .External processing is not necessary to achieve inspection rates ranging from 4,000 to 14,000 parts per minute using the HAWK MV-4000.
Hawk MV-4000 Features
- Full Industrial Connectivity.
- Extremely Rugged.
- Powerful and Flexible.
- High Frame Rate Sensors.
- Complete Vision, Code Reading and Code Verification Toolset.
- Near PC Processing Speeds.
- Fully Accessorized with Lenses, Lights, Cables and Mounts.
- Programmed Using AutoVISION or Visionscape
| Model | HAWK MV-4000-03
HAWK MV-4000-03C |
HAWK MV-4000-13
HAWK MV-4000-13C |
HAWK MV-4000-20
HAWK MV-4000-20C |
HAWK MV-4000-50
HAWK MV-4000-50C |
| Sensor | ||||
| Make – Model | ON Semiconductor – Python Family (NOIP1SN or NOIP1SE) | ON Semiconductor – Python Family (NOIP1SN or NOIP1SE) | ||
| Type | CMOS | |||
| Geometry | 1/4”-Type | 1/2”-Type | 2/3”-Type | 1”-Type |
| Format | Monochrome
Color |
Monochrome
Color |
Monochrome
Color |
Monochrome
Color |
| Resolution | 640 x 480 | 1280 x 1024 | 1280 x 1024 | 1280 x 1024 |
| Frame Rate | Up to 240 FPS
Up to 120 FPS |
Up to 75 FPS
Up to 32 FPS |
Up to 42 FPS
Up to 20 FPS |
Up to 21 FPS
Up to 8.5 FPS |
| Pixel Size | (H x V) 4.8 μm x 4.8 μm | |||
| Gain Range | 0 to 19.4 dB | |||
| Shutter Speed | 50 μsec to 4 sec | |||
| Trigger Response | External trigger to strobe output delay = 10 µs. Jitter = 1 – 2 µs. | |||
| Processor | Dual Core | |||
| Memory | 2GB RAM | |||
| Storage | 32GB | |||
| Interfaces | ||||
| Network | Gigabit Ethernet | |||
| HMI | VGA and USB 2.0 (for keyboard and mouse) | |||
| Digital I/O | 3 optocoupled inputs, 1 dedicated optocoupled trigger.
3 outputs (output 3 is used for external strobe when enabled). |
|||
| Other | Dedicated interface for Varioptic Caspian autofocus lens | |||
| Mechanical, Electrical, Environmental | ||||
| Lens Type | C-Mount | |||
| Connectors | M12 8-pin socket for Ethernet; M12 12-pin socket for power,
digital I/O, M12 12-pin plug for VGA and USB |
|||
| Weight | 460 g | |||
| Power | 450 mA @ 24VDC or 10.8W (typical) | |||
| Operating | Temperature: 0؛ C to 50؛ C (32؛ F to 122؛ F) | |||
| Ventilation | Natural convection | |||
| IP Rating | IP67 (with lens cap) | |||
