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640 products
640 products
- Low Distortion.
- Assured excellent light intensity even in peripheral areas.
- Robust design with built-in locking mechanisms for focus and iris.
- RHPC-HDCS
- Basler BIP2-1600c
- Basler BIP2-1600c-dn
- Basler BIP2-1600-25c
- Basler BIP2-1600-dn-25c
This hard case is an accessory for the following products:
- FLIR A400, A500, A700 Thermal Smart Sensor configuration
- FLIR A400, A500, A700 Thermal Image Streaming configuration
- FLIR GF77a
Transport Case
Rugged, watertight plastic shipping case for FLIR A3XX, A6xx series. Holds all items neatly and securely. The case can be locked with padlocks and features a membrane to prevent pressure build-up in airplane cargo holds.
- Low Distortion.
- Assured excellent light intensity even in peripheral areas.
- Robust design with built-in locking mechanisms for focus and iris.
| Range Testing
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Special Low Dispersion Glass
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Visible Lens vs. IR Corrected Lens: Notice with this IR Corrected lens utilizing the Haze Filter: You can see through haze revealing details in the mountains. |
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Visible Mode vs IR Corrected Mode with Haze Filter |
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HIR22-750M Series
| The HIR22-750 lenses are powerful infrared (IR) corrected motorized zoom lenses.
The IR corrected SD Glass (special low dispersion glass) has lower chromatic abberation than ED glass (extra-low dispersion glass) which allows the lens to always stay in focus, from visible light to infrared light. With a 22-750mm focal length the HIR22-750 can benefit almost any application. Designed to fit a C-Mount camera with a 1/2" CCD or smaller, this can also be used on a CS-Mount camera with an additional C/CS adapter. |
| Range Testing
|
Special Low Dispersion Glass
|
|
|
Visible Lens vs. IR Corrected Lens: Notice with this IR Corrected lens utilizing the Haze Filter: You can see through haze revealing details in the mountains. |
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|
Visible Mode vs IR Corrected Mode with Haze Filter |
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HIRMP15-500M Series
The HIRMP15-500 lenses are powerful 2 megapixel infrared (IR) corrected motorized zoom lenses. The IR corrected SD Glass (special low dispersion glass) has lower chromatic abberation than ED glass (extra-low dispersion glass) which allows the lens to always stay in focus, from visible light to infrared light. With a 15-500mm focal length the HIRMP15-500 can benefit almost any application. Designed to fit a C-Mount camera with a 1/2" CCD or smaller, this can also be used on a CS-Mount camera with an additional C/CS adapter.
| Range Testing
|
Special Low Dispersion Glass
|
|
|
Visible Lens vs. IR Corrected Lens: Notice with this IR Corrected lens utilizing the Haze Filter: You can see through haze revealing details in the mountains. |
||
|
Visible Mode vs IR Corrected Mode with Haze Filter |
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HIRMP8-154M Series
The HIRMP8-154 lenses are powerful 2 megapixel infrared (IR) corrected motorized zoom lenses. The IR corrected SD Glass (special low dispersion glass) has lower chromatic abberation than ED glass (extra-low dispersion glass) which allows the lens to always stay in focus, from visible light to infrared light. With a 8-85mm focal length the HIR8-85 can benefit almost any application. Designed to fit a C-Mount camera with a 1/2" CCD or smaller, this can also be used on a CS-Mount camera with an additional C/CS adapter.
| Range Testing
|
Special Low Dispersion Glass
|
|
|
Visible Lens vs. IR Corrected Lens: Notice with this IR Corrected lens utilizing the Haze Filter: You can see through haze revealing details in the mountains. |
||
|
Visible Mode vs IR Corrected Mode with Haze Filter |
|
|
HIRMP8-85M Series
The HIRMP8-85 lenses are powerful 2 megapixel infrared (IR) corrected motorized zoom lenses. The IR corrected SD Glass (special low dispersion glass) has lower chromatic abberation than ED glass (extra-low dispersion glass) which allows the lens to always stay in focus, from visible light to infrared light. With a 8-85mm focal length the HIR8-85 can benefit almost any application. Designed to fit a C-Mount camera with a 1/2" CCD or smaller, this can also be used on a CS-Mount camera with an additional C/CS adapter.
| Range Testing
|
Special Low Dispersion Glass
|
|
|
Visible Lens vs. IR Corrected Lens: Notice with this IR Corrected lens utilizing the Haze Filter: You can see through haze revealing details in the mountains. |
||
|
Visible Mode vs IR Corrected Mode with Haze Filter |
|
|
DFG/HDMI
HDMI-to-USB converter
Capture HD or 4K HDMI input signals through a standard USB 3.0 interface
The Imaging Source's HDMI-to-USB converter (DFG/HDMI) captures digital images from HDMI video sources such as medical and industrial imaging devices, computers and other video equipment. The uncompressed video signal can then be processed or recorded via The Imaging Source's free software tools: IC Measure, IC Capture and IC Imaging Control SDK. A selection of supported resolutions include 1920x1080 (Full HD) at 60 fps, 3840x2160 (4K) at 30 fps and 4096x2160 (4K) at 30 fps. This robust and cost-optimized converter is quickly connected and can be used with Windows or Linux-based operating systems.
The Imaging Source offers various video signal converters for a wide range of input signals and applications: Convert analog (PAL, NTSC, CCIR, EIA) or SDI video signals to digital image data streams; capture video signals from an HDMI source via USB 3.0 interface; reduce system footprint by directly connecting an HDMI display with any of The Imaging Source's USB industrial cameras using the USB-to-HDMI Converter.
DFG/USB2pro
Video-to-USB 2.0 converter
Despite the fast growing world of digital cameras, there is still an enormous number of analog video sources. Using a Video-to-USB converter, such as the DFG/USB2pro and the DFG/USB2aud, analog video sources become usable in a digital environment.
The DFG/USB2pro converts analog video signals (PAL, NTSC, CCIR, EIA) into uncompressed image data streams. The DFG/USB2aud additionally converts analog audio signals.
Included:
- Converter
- Drivers compatible to DirectShow, DirectX, TWAIN, VfW, WDM, ActivVisionTools, HALCON, LabVIEW, Matlab, and NeuroCheck
- IC Capture camera control and acquisition software for W 7/8/10, Vista, XP
- IC Imaging Control Software Development Kit (SDK) including a .NET component, an ActiveX component, and a C++ class library for W 7/8/10, Vista, XP - Free barcode SDK for W 7/8/10
- Video-to-USB 2.0 converter
- Video standards: PAL/NTSC, RS-170/CCIR
- RCA (Cinch): 1 input
- Y/C (S-Video): 1 input
- USB 2.0, Type B
- Manufactured by The Imaging Source
| GENERAL BEHAVIOR | |
| Video formats @ frame rate (maximum) | PAL: 768×576 (0.4 MP) @ 25 fps NTSC: 640×480 (0.3 MP) @ 30 fps |
| Video standards | PAL/NTSC, RS-170/CCIR |
| Analog inputs | RCA (Cinch): 1 input Y/C (S-Video): 1 input Multiplexed |
| Bus interface | USB 2.0, Type B |
| Color formats | UYVY, Y800 |
| Square pixels | yes |
| ENVIRONMENTAL | |
| Temperature (operating) | 0 °C to 45 °C |
| Temperature (storage) | -20 °C to 60 °C |
| Humidity (operating) | 20 % to 80 % (non-condensing) |
| Humidity (storage) | 20 % to 95 % (non-condensing) |
Imaging Source DFG/USB2pro
Video-to-USB 2.0 converter
Typical machine vision applications use dedicated computers to perform image processing and analysis.
Some simple monitoring and visualization tasks do not, however, require these levels of image processing. Such tasks are most efficiently solved by delivering images directly from camera to monitor—eliminating the need for and associated costs of dedicated computer hardware.
Expressly designed for this purpose, the USB-to-HDMI converter generates an HDMI signal from The Imaging Source’s USB3 camera image data. Camera settings like exposure and gain can be configured via an on-screen menu and are automatically restored on startup.
Features:
- Supports all DMK/DFK 33, 37 and 38 series cameras from The Imaging Source
- Supports resolutions up to 4K (3840x2160) at 15 fps; Full HD up to 60 fps
- Supports monitors up to 4K native resolution
- Easy-to-use on-screen menus for camera and display settings via USB keyboards