AP-3200T-10GE

High Resolution Prism-Based 3 x CMOS Camera

  • 3 x Sony IMX265 Pregius Image Sensors

  • Visible & Spectral Channels Optically Coupled via Prism

  • 10 GigE Interface: External Power Supply Required

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SPECIFICATIONS

Model AP-3200T-10GE
Product Family Apex Series
Interface 10 GigE
Image Sensors 3 x Sony Pregius IMX265 CMOS (Vis/NIR/NIR)
Horizontal Pixels 2,064
Vertical Pixels 1,544
Total Pixels 3 x 3.2 MegaPixels
Frame Rate 38 f/s
Light Spectrum 3-Bands: Visible
Spectral Range Visible + IR when IR Cut Filter Removed
Optics Format 1/1.8 inch
Image Sensor PhotoActive Diagonal 8.893 mm
Pixel Size 3.45 μm
Lens Mount C-mount
Electronic Shutter Global
Pixel Formats 8/10/12 bit
Frame Synchronization Free-run
Hardware trigger
Software trigger
Trigger Input Opto In (2), Pulse Generators (4), Software,
TTL In (2), NAND Out (2), User Output (4)
Digital I/O 2 Opto-Isolated Input lines, 1 Opto-Isolated Output line

ELECTRICAL

Voltage Input (Hirose 12-pin connector)

Power Over Ethernet (POE)

Input Range: +12V to +24V DC

Not Supported

Power Consumption 11.6 W typical @ +12 V

MECHANICAL

Case Type Metal Shielded Box
Case Size (L x W x H) 62.0 mm x 62.0 mm x 86.5 mm
Mass 270 g
Vibration Tolerance 3G (20 Hz to 200 Hz XYZ)
Shock Tolerance 50g

STANDARDS COMPLIANCE

REGULATIONS CE (EN61000-6-2, EN61000-6-3),  FCC Part 15 Class B, RoHS/WEEE

ENVIRONMENTAL

Operating Temperature -5°C to +45°C
Storage Temperature -25°C to +60°C
Humidity 20% – 80% non-condensing

OVERVIEW

The Apex AP-3200T-10GE is a 3-CMOS prism-based industrial R-G-B area scan camera featuring a high-speed 10 GigE interface capable of providing 3 x 3.2 megapixel images at up to 106 frames/second. It provides better color fidelity and spatial resolution than traditional Bayer color cameras and is designed for color-critical imaging and inspection tasks in machine vision, life science and microscopy applications. The 10 GigE interface supports backwards compatibility for networks or hosts running at slower GigE speeds.

Exceptionally Accurate Color Image Data

Using a special prism-based imaging technique, the incoming light is separated into red, green and blue wavelengths, captured by three precisely-aligned CMOS sensors. The result is better color accuracy and spatial precision than traditional color cameras using the Bayer mosaic technique.

High Resolution Combined with High Frame Rate

The AP-3200T-10GE is built around three Sony Pregius IMX265 sensors. Combined with a 10 GigE Vision interface, this machine vision camera can output as much as 3 x 3.2 megapixels at nearly 106 frames/second in full resolution.

Flexible Color Space Conversion

The AP-3200T-10GE provides great flexibility in on-board color space conversion: including RGB to HSI color space conversion and RGB to CIE-XYZ color space conversion. (sRGB and Adobe RGB color spaces are also supported).

FEATURES

  • 3-CMOS prism-based RGB camera.

  • 3 x IMX252 Sony Pregius sensors.

  • True raw image data (Red, Green and Blue).

  • Backwards-compatible 10GBASE-T (10 GigE) interface auto-negotiates to match the speed of connected equipment including NBASE-T (5 GigE and 2.5 GigE) and standard 1 Gbps 1000BASE-T GigE Vision.

  • Analog gain and exposure setting for each individual R-G-B channel.

  • Flexible color space conversion.

  • Single and Multi-Region-of-Interest (ROI).

  • Automatic level control.

  • Shading correction on ROI.

  • Color temperature presets.

  • Color enhancer tool.

  • Pixel binning (2×1, 1×2 and 2×2).

  • Chunk data for each image.

  • Robust and compact design (Shock 50G/Vibration 3G).

SPECTRAL RESPONSE

OPTICS

OPTICS PARAMETERS







Horizontal PhotoActive Area (PAA h) 7.121 mm
Vertical PhotoActive Area (PAA v) 5.327 mm
Diagonal PhotoActive Area (PAA diag) 8.893 mm
Image Sensor Resolution 145 line pairs/mm
Effective C-Mount Flange Distance 17.526 mm
CAUTION: Maximum Lens Rear Mechanical Protrusion: 4 mm

 

I/O Pinout

DOWNLOADS

AP-3200T-10GE DATASHEET
AP-3200T-10GE MANUAL
CAD file – AP-3200T-10GE
AP-3200T-GE FRAME RATE CALCULATOR
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Rochester Imaging Technology Corporation
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