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Legacy Products

Contact Teledyne DALSA for more information or support on any of these legacy products.

Cameras

Frame Grabbers

Digital
  • Anaconda
  • PC-CamLink
  • PC-DIG
  • Bandit-II Digital
  • Viper-Digital
  • Viper-CamLink
  • PC-Linescan
  • X64-CL-GigE Lite
  • XRI-1200
  • XRI-1600
Analog
Spyder 3 Legacy Models

Spyder 3 — Camera Link Models

Part Number Description Hardware Software
S3-10-01k40-00-R
S3-20-01k40-00-R
S3-10-02k40-00-R
S3-20-02k40-00-R
Dual linescan sensitivity, high line rates, CL interface. Mono. Spyder3 CL 3D Model PDF (03-014-20329-00)
Spyder3 CL 3D Model STP (03-014-20329-00)
 

S3-20-04k40-00-R

Dual linescan sensitivity, high line rates, CL interface. Mono.

Spyder3 4K CL 3D Model PDF (03-014-20326-00)
Spyder3 4K CL 3D Model STP (03-014-20326-00)

 

SC-30-02k80-00-R Dual linescan sensitivity, high line rates, CL interface. Colour. Spyder3 CL 3D Model PDF (03-014-20329-00)
Spyder3 CL 3D Model STP (03-014-20329-00)
Spyder3 Color CL Manual (03-032-20059-01)

SC-30-04k80-00-R

Cost effective, easy to use color flexibility, dual linescan, CL interface. Colour.

Spyder3 4K CL 3D Model PDF (03-014-20326-00)
Spyder3 4K CL 3D Model STP (03-014-20326-00)

Spyder3 Color CL Manual (03-032-20059-01)


Spyder 3 — GigE Vision Models

Part Number Description Hardware Software

SG-10-01k40-00-R
SG-10-01k80-00-R
SG-10-02k40-00-R
SG-10-02k80-00-R

Dual linescan sensitivity, high line rates, GigE interface. Mono.

 

QuickCam GEV 2.0 (03-108-20014-08)
Spyder3 GigE User Manual (03-032-10158-09)
Spyder3 GigE Quick Start Guide (03-032-10182-03)
SG-11-01k40-00-R
SG-11-01k80-00-R
SG-11-02k40-00-R
SG-11-02k80-00-R
Dual linescan sensitivity, high line rates, GigE interface. Mono.

QuickCam GEV 2.0 (03-108-20014-08)
Spyder3 GigE User Manual (03-032-20027-03)
Spyder3 GigE Quick Start Guide (03-032-10182-03)

SG-11-04k80-00-R

Dual linescan sensitivity, high line rates, GigE interface. Mono.

Spyder3 GigE 3D Model PDF (03-129-20039-00)
Spyder3 GigE 3D Model STP (03-129-20039-00)

Spyder3 GigE User Manual (03-032-20027-03)
QuickCam GEV 2.0 (03-108-20014-08)
Spyder3 GigE Quick Start Guide (03-032-10182-03)

SG-32-02k80-00-R
SG-32-04k80-00-R

Cost effective, easy to use color flexibility, dual linescan, GigE interface. Colour.

Spyder3 GigE 3D Model PDF (03-129-20039-00)
Spyder3 GigE 3D Model STP (03-129-20039-00)

Spyder3 Color GigE User Manual (03-032-20061-00)
Spyder3 GigE Quick Start Guide (03-032-10182-03)
QuickCam GEV 2.0 (03-108-20014-08)

Trillium Legacy Models

Trillium — TR-36/TR-37/TR-38 Models

Part Numbers Description Documents
TR-36-01k25
TR-37-01k25
TR-38-01k25
TR-36-02k25
TR-37-02k25
TR-38-02k25
Teledyne DALSA's Trillium color line scan cameras use a beam-splitting prism, interference filters, and three separate image sensors to provide separate outputs from a common optical axis. High sensitivity, three channels (Red,Green, and Blue) of LVDS output @ 25 MHz, and superior color registration are just the start of this camera's power. Advanced features such as programmable pixel-by-pixel color correction and balancing, self-calibration, and on-camera diagnostic display make the TR-3x a color performance leader. Trillium Datasheet
Trillium Manual
X64-AN Quad Legacy Models

X64-AN Quad Legacy Models

Part Numbers Description Documents
OC-64A0-02040
OC-64A*-*****
The X64-AN Quad is a high-performance PCI-X bus compatible frame grabber. Driven by the need to integrate vision automation with multiple view inspection, the X64-AN Quad is designed to deliver concurrent image acquisition from multiple independent standard and progressive scan analog cameras. The X64-AN Quad is capable of grabbing from four independent cameras at the same time, and offers independent control signals for each input channel to acquire, transfer and track images accurately. Supporting high-resolution 8-bit image digitization, the X64-AN Quad offers independent image paths creating virtually four frame grabbers in one slot. The X64-AN Quad has been engineered within DALSA's exacting Trigger-to-Image Reliability technology framework to more reliably and efficiently control and monitor the entire image acquisition sequence. X64-AN Quad Datasheet
X64-AN Quad Manual
X64 Family EU ROHS Declaration
Xcelera-AN LX1 Quad Legacy Models

Xcelera-AN LX1 Quad Legacy Models

Part Numbers Description Documents
OR-X1A0-QUAD0
OR-X1A*-*****
The Xcelera-AN LX1 Quad is a high-performance PCIe bus compatible frame grabber. Driven by the need to integrate vision automation with multiple view inspection, the Xcelera-AN LX1 Quad is designed to deliver concurrent image acquisition from multiple independent standard and progressive scan analog cameras. The Xcelera-AN LX1 Quad is capable of grabbing from four independent cameras at the same time, and offers independent control signals for each input channel to acquire, transfer and track images accurately. Supporting high-resolution 8-bit image digitization, the Xcelera-AN LX1 Quad offers independent image paths creating virtually four frame grabbers in one slot. The Xcelera-AN LX1 Quad has been engineered within DALSA's exacting Trigger-to-Image Reliability technology framework to more reliably and efficiently control and monitor the entire image acquisition sequence. Xcelera-AN LX1 Quad Datasheet
Xcelera-AN LX1 Quad User Manual
Xcelera Family EU ROHS Declaration
PC2-Vision Legacy Model

PC2-Vision Legacy Model

Part Numbers Description Documents
OR-PC20-V0000 The PC2-Vision frame grabber is a high-performance, PCI image acquisition board developed for cost-sensitive machine vision applications. The board's acquisition circuitry is exceptionally versatile and designed to interface with standard (RS-170 and CCIR), nonstandard (progressive scan), RGB and dual-channel analog cameras. The PC2-Vision simplifies camera interfacing by offering fully programmable timing coupled with efficient cabling and a variety of trigger, strobe and asynchronous reset options. It features six inputs and high digitization rates, making it an ideal solution for a wide variety of industrial inspection, identification and gauging applications. The PC2-Vision has been engineered within DALSA's Trigger-to-Image Reliability framework to ensure highly reliable and efficient acquisition control throughout the entire image capture sequence. PC2-Vision Datasheet
PC2-Vision User Manual
PC2-Vision EU ROHS Declaration
PC2-Vision Express Legacy Models

PC2-Vision Express Legacy Models

Part Numbers Description Documents
OR-PC20-VE000-Express The PC2-Vision Express frame grabber is a high-performance, PCIe image acquisition board developed for cost-sensitive machine vision applications. The board's acquisition circuitry is exceptionally versatile and designed to interface with standard (RS-170 and CCIR), nonstandard (progressive scan), RGB and dual-channel analog cameras. The PC2-Vision simplifies camera interfacing by offering fully programmable timing coupled with efficient cabling and a variety of trigger, strobe and asynchronous reset options. It features six inputs and high digitization rates, making it an ideal solution for a wide variety of industrial inspection, identification and gauging applications. The PC2-Vision has been engineered within DALSA's Trigger-to-Image Reliability framework to ensure highly reliable and efficient acquisition control throughout the entire image capture sequence. PC2-Vision Express Datasheet
PC2-Vision Express User Manual
PC2-Vision Express EU ROHS Declaration
Pantera Legacy Models

Pantera Legacy Models

Part Numbers Description Documents
Pantera 1M30
DS-1A-01M30
The Pantera TF 1M30 camera provides high-sensitivity 12 bit images with 1k x 1k spatial resolution at up to 30 frames per second ( fps). The 1M30 is a frame transfer CCD camera using a TrueFrame™ progressive scan CCD to simultaneously achieve outstanding resolution and gray scale characteristics. A square pixel format and 100% fill factor provide superior, quantifiable image quality even at low light levels. 12 bit performance provides up to 4096 distinct gray levels and dynamic range >66dB—perfect for detail-oriented applications with large interscene light variations. The low-noise, digitized video signal also makes the camera an excellent choice where low contrast images must be captured in challenging applications. Pantera 1M30/1M60 Manual
Pantera 1M30 Datasheet
Pantera 1M60
DS-21-01M60
The Pantera TF 1M60 camera provides high-sensitivity 12 bit images with 1k x 1k spatial resolution at up to 30 frames per second ( fps). The 1M60 is a frame transfer CCD camera using a TrueFrame™ progressive scan CCD to simultaneously achieve outstanding resolution and gray scale characteristics. A square pixel format and 100% fill factor provide superior, quantifiable image quality even at low light levels. 12 bit performance provides up to 4096 distinct gray levels and dynamic range >66dB—perfect for detail-oriented applications with large interscene light variations. The low-noise, digitized video signal also makes the camera an excellent choice where low contrast images must be captured in challenging applications. Pantera 1M30/1M60 Manual
Pantera 1M60 Datasheet
Pantera 22M04
22M04
The Pantera 22M04 camera provides 22 megapixels at 3.6 fps using DALSA’s full frame FTF4052M sensor and delivers the highest possible image quality, with lower dark current, lower noise, and higher dynamic range than competitive products. With 5344 x 4008 pixels, 9 µm x 9 µm in size, large field of views can be captured with the ability to resolve very small defects. For example, the camera examining a solar cell that is 180 mm x 180 mm in size can capture in one image the entire solar cell and resolve approximately 45 µm defects with one pixel. In addition, the 100% optical fill factor, 12 bit digitization, and antiblooming allow the camera to produce incredibly detailed images exceeding 63 dB in dynamic range, ensuring high quality inspection. Pantera 22M04 Manual
Pantera 22M04 Datasheet
Eclipse Legacy Models

Eclipse Legacy Models

Part Numbers Description Documents
Eclipse 0512, 64 kHz
EC-11-05h40

Delivering 100X greater responsivity than standard line scan cameras, ECLIPSE represents a generational leap past the performance of today’s benchmark linescan products. It offers an exponential increase in responsivity, performance and ease-of-integration, while drastically reducing the size and cost of advanced linescan technology.

Eclipse's tremendous responsivity allows for less expensive lighting (e.g. LED or fluorescent) and an increased depth of field because you can use a larger f# in the optics. Built-in processing for pixel-to-pixel FPN/PRNU correction can compensate for non-uniform lighting and optics degradation, reducing lighting and optics costs even further.

All of this in a compact design makes ECLIPSE an overwhelming choice for advanced linescan applications such as postal sorting (bar-code reading, address lift, cancellation mark detection), web inspection, and electronics and semiconductor manufacturing machine vision (pick and place, wafer alignment, solder paste inspection).

Even at data rate of 40 MHz and extremely high line rates, Eclipse captures crisp images not possible with traditional RS170 or line scan cameras.

Eclipse's 100% fill factor and 10 bit digitization (8 bits output) ensures superior images, and its LVDS co mmunication protocol adapts well to industrial environments. Its single 12 V power supply simplifies the interface.

To find out more about seeing an Eclipse, contact your local Teledyne DALSA representative today.

Eclipse Datasheet
Eclipse Manual
Eclipse 1k, 34 kHz
EC-11-01k40

Delivering 100X greater responsivity than standard line scan cameras, ECLIPSE represents a generational leap past the performance of today’s benchmark linescan products. It offers an exponential increase in responsivity, performance and ease-of-integration, while drastically reducing the size and cost of advanced linescan technology.

Eclipse's tremendous responsivity allows for less expensive lighting (e.g. LED or fluorescent) and an increased depth of field because you can use a larger f# in the optics. Built-in processing for pixel-to-pixel FPN/PRNU correction can compensate for non-uniform lighting and optics degradation, reducing lighting and optics costs even further.

All of this in a compact design makes ECLIPSE an overwhelming choice for advanced linescan applications such as postal sorting (bar-code reading, address lift, cancellation mark detection), web inspection, and electronics and semiconductor manufacturing machine vision (pick and place, wafer alignment, solder paste inspection).

Even at data rate of 40 MHz and extremely high line rates, Eclipse captures crisp images not possible with traditional RS170 or line scan cameras.

Eclipse's 100% fill factor and 10 bit digitization (8 bits output) ensures superior images, and its LVDS co mmunication protocol adapts well to industrial environments. Its single 12 V power supply simplifies the interface.

To find out more about seeing an Eclipse, contact your local Teledyne DALSA representative today.

Eclipse Datasheet
Eclipse Manual
Eclipse 2k, 17 kHz
EC-11-02k40

Delivering 100X greater responsivity than standard line scan cameras, ECLIPSE represents a generational leap past the performance of today’s benchmark linescan products. It offers an exponential increase in responsivity, performance and ease-of-integration, while drastically reducing the size and cost of advanced linescan technology.

Eclipse's tremendous responsivity allows for less expensive lighting (e.g. LED or fluorescent) and an increased depth of field because you can use a larger f# in the optics. Built-in processing for pixel-to-pixel FPN/PRNU correction can compensate for non-uniform lighting and optics degradation, reducing lighting and optics costs even further.

All of this in a compact design makes ECLIPSE an overwhelming choice for advanced linescan applications such as postal sorting (bar-code reading, address lift, cancellation mark detection), web inspection, and electronics and semiconductor manufacturing machine vision (pick and place, wafer alignment, solder paste inspection).

Even at data rate of 40 MHz and extremely high line rates, Eclipse captures crisp images not possible with traditional RS170 or line scan cameras.

Eclipse's 100% fill factor and 10 bit digitization (8 bits output) ensures superior images, and its LVDS co mmunication protocol adapts well to industrial environments. Its single 12 V power supply simplifies the interface.

To find out more about seeing an Eclipse, contact your local Teledyne DALSA representative

Eclipse Datasheet
Eclipse Manual
Spyder2 Legacy Models

Spyder2 Legacy Models

Part Numbers Description Documents
Spyder2 4k, 9 kHz
S2-2x-04K40

The Spyder2 is a small, fast and cost effective camera boasting a full feature set and a Base Camera Link interface. Spyder2 provides appropriate, readily-available standard lens options. OEMs employing Spyder in their current imaging systems can look forward to a smooth transition to the Spyder2 camera.

With a full feature set including flat-field correction, CDS, full control of gain/offset, and Camera Link interface, the Spyder2 brings high-end functionality to mid-range applications. In response to market demands for greater versatility and higher bit depth, Teledyne DALSA incorporated into Spyder2 much of the flexibility and functionality of its high-end Piranha2 cameras.

Spyder2 4k Datasheet
Spyder2 4k Manual
Spyder2 4k40 3D Model (STEP)
Spyder2 Material Composition Product Declaration
Falcon Legacy Models

Falcon Legacy Models

Part Numbers Description Documents
Falcon 4M30
PT-21-04M30

Perfect for electronics manufacturing and semiconductor inspection, the 4M30 camera uses Teledyne DALSA's patented CMOS sensor technology capable of 31 fps at full 4 megapixel resolution.

As a member of Teledyne DALSA's Stop Action camera line, the 4M60 and 4M30 use an electronic shutter to eliminate the imaging issues often associated with full frame, frame transfer, or rolling shutter cameras, such as smearing or time displacement artifacts. Fully programmable with a Base or Medium Camera Link interface, the cameras incorporate vertical windowing, exposure control, gain and offset adjustment and 1000x antiblooming. Additionally, the camera's powerful flat field correction (FFC) creates individual gain and offset coefficients for each pixel.

Falcon 4M30 Datasheet
Falcon 4M60/4M30 Manual
Falcon 4Mxx 3D Model (Step File)
Falcon 4M60/4M30 EU RoHS Declaration
Falcon 4M60/4M30 China EIP RoHS Disclosure
App Note: Falcon 4M60/4M30 Snapshot Mode
Falcon 4M30 Color
PT-22-04M30

With 4 megapixel resolution, the Falcon 4M60 and 4M30 color CMOS cameras are able to achieve large resolution images at very fast frame rates up to 60fps. The 4M60 and 4M30 cameras use Teledyne DALSA’s patented CMOS sensor technology with global shuttering to eliminate imaging issues often associated with full frame, frame transfer, or rolling shutter cameras, such as smearing or time displacement artifacts. In addition, features such as individual color gain and offset allow for white balancing of the image and make this color camera easy to use. This makes the camera a perfect choice for demanding applications such as electronics manufacturing where the addition of color makes it easier to find defects than when using a standard monochrome camera. Fully programmable with a Base or Medium Camera Link interface, the cameras incorporate vertical windowing, exposure control, gain and offset adjustment and excellent antiblooming.

Falcon 4M30 Color Datasheet
Falcon 4M60/4M30 Manual
Falcon 4Mxx 3D Model (Step File)
Falcon 4M60/4M30 EU RoHS Declaration
Falcon 4M60/4M30 China EIP RoHS Disclosure
App Note: Falcon 4M60/4M30 Snapshot Mode
Falcon 4M60
PT-41-04M60

Perfect for electronics manufacturing and semiconductor inspection, the 4M30 camera uses Teledyne DALSA's patented CMOS sensor technology capable of 31 fps at full 4 megapixel resolution.

As a member of Teledyne DALSA's Stop Action camera line, the 4M60 and 4M30 use an electronic shutter to eliminate the imaging issues often associated with full frame, frame transfer, or rolling shutter cameras, such as smearing or time displacement artifacts. Fully programmable with a Base or Medium Camera Link interface, the cameras incorporate vertical windowing, exposure control, gain and offset adjustment and 1000x antiblooming. Additionally, the camera's powerful flat field correction (FFC) creates individual gain and offset coefficients for each pixel.

Falcon 4M60 Datasheet
Falcon 4M60/4M30 Manual
Falcon 4Mxx 3D Model (Step File)
Falcon 4M60/4M30 EU RoHS Declaration
Falcon 4M60/4M30 China EIP RoHS Disclosure
App Note: Falcon 4M60/4M30 Snapshot Mode
Falcon 4M60 Color
PT-42-04M60

With 4 megapixel resolution, the Falcon 4M60 and 4M30 color CMOS cameras are able to achieve large resolution images at very fast frame rates up to 60 fps. The 4M60 and 4M30 cameras use Teledyne DALSA’s patented CMOS sensor technology with global shuttering to eliminate imaging issues often associated with full frame, frame transfer, or rolling shutter cameras, such as smearing or time displacement artifacts. In addition, features such as individual color gain and offset allow for white balancing of the image and make this color camera easy to use. This makes the camera a perfect choice for demanding applications such as electronics manufacturing where the addition of color makes it easier to find defects than when using a standard monochrome camera. Fully programmable with a Base or Medium Camera Link interface, the cameras incorporate vertical windowing, exposure control, gain and offset adjustment and excellent antiblooming.

Falcon 4M60 Color Datasheet
Falcon 4M60/4M30 Manual
Falcon 4Mxx 3D Model (Step File)
Falcon 4M60/4M30 EU RoHS Declaration
Falcon 4M60/4M30 China EIP RoHS Disclosure
App Note: Falcon 4M60/4M30 Snapshot Mode
Piranha HS Legacy Models

Piranha HS Legacy Models

Part Numbers Description Documents
Piranha HS 2k, 52 kHz
HS-4x-02K30

With line rates exceeding 52 kHz and a resolution of 2048 pixels, Teledyne DALSA's high sensitivity Piranha HS 2k30 specifically meets the performance requirements needed in demanding applications such as postal sorting, document scanning, and low-light industrial inspection.

High Speed
The high line rates are achieved via the sensor's 4 outputs, each operating at 30 MHz, for a total throughput of 120 MHz.

High Sensitivity
The high level of sensitivity—up to 1610 DN(nJ/cm²)— is accomplished using TDI technology with up to 64 stages of exposure, while the camera's antiblooming prevents localized overexposure from contaminating the information in adjacent pixels.

The unique features of Piranha HS will help you set your system apart from the competition.

Piranha HS 2k Datasheet
Piranha HS 2k Manual
Piranha HS 2K 3D Model (STEP)
Piranha HS Detailed Getting Started Guide

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