The GO-5000M-PGE-UV-1 is a compact industrial area scan camera delivering UV imaging capability along with an excellent blend of size, versatility, performance, and price. It delivers 5-megapixel output at up to 22 fps, with flexible ROI and binning capabilities that enable the camera to be tailored to various UV imaging applications in the 300 to 400 nm range.
Like all Go Series cameras, the GO-5000M-PGE-UV-1 measures 29 x 29 x 41.5 mm (excluding lens mount) and weighs only 65 grams enabling it to fit into small spaces or be mounted on vehicles or robot arms where size and weight are critical.
With usable UV sensitivity down to around 300 nm, the GO-5000M-PGE-UV-1 provides an attractive alternative to the size, power, and cost of scientific UV cameras for applications in the UVA and upper UVB regions.
The GO-5000M-PGE-UV-1 imager is protected by a quartz glass cover with double AR (anti-reflective) coatings to protect the sensor from dirt and damage while maximizing light transmission compared to standard cover glass.
5-megapixel monochrome camera with 5-micron pixels and 1” optical format.
UV sensitivity down to 300 nm.
GigE Vision interface supports long cable lengths and network configurations.
Power over Ethernet (PoE) support.
Quartz cover glass provides sensor protection.
Analog and digital gain control for less quantized noise in low-light situations.
Single and Multi-ROI modes for flexible windowing and use of 2/3” or smaller optics.
Four built-in HDR modes for up to 84 dB of dynamic range.
2X and 4X binning supported.
Industrial grade performance with 80G shock, 10G vibration.
Go Series
GO-5000M-PGE-UV-1
Area Scan
Mono
Visible + UV
5 MP
2560 x 2048 px
22 fps
Yes
GigE Vision 1-Cable (PoE)
1xCMOS
Lince5M
1 inch
5.0 x 5.0 µm
Global shutter
16.4 mm
12.8 x 10.2 mm
29 x 29 x 51.5 mm
65 g
8/10/12-bit
C-mount
3.3 Watt
-5°C to +45°C
The PD-6U power supply can be used to power most Go Series and Go-X Series cameras as an alternative to powering over the data interface. The power supply is RoHS compliant and conforms to key EMI and EMS standards. It is available in two versions:
With 6-pin Hirose connector to camera With flying leads that can be wired to the power lines on a separate I/O cable (see 6P-02S for an example of such a cable)
Both models feature U.S. style wall plugs. The power supply converts 50 Hz to 60 Hz AC input to 12V DC (1.3A) output.
Download Datasheet
The 6P-02S-GO cable features flying leads on one end and a Hirose 6-pin connector on the other wired to match the pin-out of JAI GO Series cameras with 6-pin connectors. The flying leads enable power to be supplied via two of the Hirose pins, while the remaining wires/pins can be utilized to access various I/O functions of JAI cameras (see individual camera datasheets/ manuals for functions accessible through the Hirose connectors).
The cables can be used with JAI’s own “flying leads” power supplies, or with third-party or custom power supply systems.
Tripod adapter features mounting holes with 20 mm spacing to fit bottom mounting holes on Go Series and Go-X Series housings. (Note: can be used with top mounting holes on Go-X Series models with Pregius S sensors.)
Standard 1/4-20 attachment to tripods. Includes M3 screws (Depth 5). Only use the supplied screws or other screws having the proper length. Using longer screws can damage internal circuit boards.
Download 2D CAD drawing.
The HR10A-7P-6S is a universal connector used for power and control signals for most JAI Go Series and Go-X Series cameras and can also be used with serial communication (RS-232C) connectors on some CV Series models. The connector is a female plug, with sockets, that mates to the connector on the back of the camera. It has soldering cups for easy assembly of custom cables.
Go Series UV-sensitive cameras are the perfect starting point for a number of specialized machine vision applications.
UV cameras let inspection systems utilize extremely short light wavelengths so the smallest defects or surface features can be imaged and analyzed.
Vision systems for track and trace, pill sorting, inspecting vials and ampoules, and many other applications, often need to be able to “see” invisible product codes, lot numbers, or other markings.
Bank notes, passports, lottery tickets, and other similar items may use special security markings only visible in the UV spectrum.
Solar panels and other types of electronics may need UV imaging to look for signs of current leakage or other defects. UV cameras are also used to inspect power lines and transformers where non-visible “coronas” can indicate electrical problems.
UV lighting and imaging can detect damaged skin and subsurface issues at early stages before they become serious.
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