Banc de test IRCOL
La solution ultime pour les tests électro-optiques
The IRCOL Test bench is a multi-functional optical projector designed for the characterization and performance validation of any electro-optical system. It is ideal for testing visible to SWIR cameras, night vision devices, thermal imagers, laser rangefinders, and multi-axis sighting devices.
The IRCOL Test bench includes a mirror based optical collimator. Its numerous accessories and configuration make the IRCOL bench a versatile testing tool designed to meet the most demanding performance measurements of electro-optical systems. With its advanced features and modular design, it ensures precise and reliable performance validation for a wide range of applications.
Banc de test IRCOL
La solution ultime pour les tests électro-optiques
The IRCOL Test bench is a multi-functional optical projector designed for the characterization and performance validation of any electro-optical system. It is ideal for testing visible to SWIR cameras, night vision devices, thermal imagers, laser rangefinders, and multi-axis sighting devices.
The IRCOL Test bench includes a mirror based optical collimator. Its numerous accessories and configuration make the IRCOL bench a versatile testing tool designed to meet the most demanding performance measurements of electro-optical systems. With its advanced features and modular design, it ensures precise and reliable performance validation for a wide range of applications.
Collimateur IRCOL
AVANTAGES CLES
COLLIMATEUR IRCOL
AVANTAGES CLES
COLLIMATEUR OPTIQUE
A miroir hors axe
OPTIQUE DE HAUTE QUALITE
Garantit des résultats de test précis et fiables
PLANEITE DE FRONT D’ONDE
ROUE PORTE-MIRES MOTORISEE
LARGE GAMME DE FOCALES ET D’OUVERTURES
MESURE PRECISE DE LA TEMPERATURE DE FOND
Options et accessoires disponibles
- Targets: Various patterns for different testing needs.
- Blackbody Sources: For infrared calibration
- Integrating Spher Sources: For uniform light distribution
- Laser Rangefinder Testing Devices: For precise distance measurements.
- Auto-Collimation Module: For alignment and calibration.
- Motorized Orientation Tools: For azimuth and elevation adjustment of equipment under test.
Options et accessoires disponibles
- Targets: Various patterns for different testing needs.
- Blackbody Sources: For infrared calibration
- Integrating Spher Sources: For uniform light distribution
- Laser Rangefinder Testing Devices: For precise distance measurements.
- Auto-Collimation Module: For alignment and calibration.
- Motorized Orientation Tools: For azimuth and elevation adjustment of equipment under test.
BANCS DE TESTS IRCOL
Principaux avantages
LARGE GAMME DE FOCALES ET D’OUVERTURES
Permet le test des caméras thermiques les plus sensibles et des systèmes de visée multi-axes
COMPATIBILITE SPECTRALE ETENDUE
De l’UV au FIR, avec plusieurs types de revêtements disponibles
POSITIONNEMENT DES MIRES HAUTEMENT REPETABLE
Garantit des résultats de test constants
CONSTRUCTION MECANIQUE ROBUSTE
Structure autonome protégeant l’optique contre les chocs et la poussière, équipée de caches pour éviter la lumière parasite
LIVRAISON RAPIDE
Délai de mise à disposition court pour vos besoins de test
BANCS DE TESTS IRCOL
Principaux avantages
LARGE GAMME DE FOCALES ET D’OUVERTURES
Permet le test des caméras thermiques les plus sensibles et des systèmes de visée multi-axes
COMPATIBILITE SPECTRALE ETENDUE
De l’UV au FIR, avec plusieurs types de revêtements disponibles
POSITIONNEMENT DES MIRES HAUTEMENT REPETABLE
Garantit des résultats de test constants
CONSTRUCTION MECANIQUE ROBUSTE
Structure autonome protégeant l’optique contre les chocs et la poussière, équipée de caches pour éviter la lumière parasite
LIVRAISON RAPIDE
Délai de mise à disposition court pour vos besoins de test
Applications principales des collimateurs IRCOL
- Visible to Shortwave Infrared Cameras: Measuring noise, spatial resolution, MRC, distortion, field of view, optical vs. mechanical axis alignment and latency.
- Thermal Imaging: Measuring NETD, drawing MTF curves, MRTD curves, TOD curves, calculating ranges and measuring optical vs. mechanical axis alignment.
- Multi-Sensor Frame Systems: Ensuring axis alignment and large aperture compatibility.
- Laser Rangefinders and Designators: Testing alignment, beam analysis, divergence, distance measurement accuracy, and laser pulse energy.
- Night Vision Devices: Evaluating gain, resolution, infinity focus, zero and range of eyepieces, parallelism of goggle axes, sensitivity values, and spot defects.
And many other tests!
Applications principales des collimateurs IRCOL
- Visible to Shortwave Infrared Cameras: Measuring noise, spatial resolution, MRC, distortion, field of view, optical vs. mechanical axis alignment and latency.
- Thermal Imaging: Measuring NETD, drawing MTF curves, MRTD curves, TOD curves, calculating ranges and measuring optical vs. mechanical axis alignment.
- Multi-Sensor Frame Systems: Ensuring axis alignment and large aperture compatibility.
- Laser Rangefinders and Designators: Testing alignment, beam analysis, divergence, distance measurement accuracy, and laser pulse energy.
- Night Vision Devices: Evaluating gain, resolution, infinity focus, zero and range of eyepieces, parallelism of goggle axes, sensitivity values, and spot defects.
And many other tests!
Quel banc de test pour votre application ?
IRCOL-FLIR – Banc de test pour caméras thermiques refroidies et non refroidies
Suggested congifuration:
IRCOL 150/1000 collimator
Set of test targets: 4-bar targets with multiple patterns, knife-edge target
DCN1000H4 blackbody source
INFRATEST Camera Pack software
Possible Measurements:
Noise measurements: temporal noise, FPN
NETD
Bad pixels and NUC
Spatial resolution: LSF/MTF curve
MRTD curve and range calculation
IRCOL-WFOV – Banc de test pour caméras IR et visibles avec grand champ de vision
Suggested Configuration:
IRCOL 150/750 collimator
Set of targets: 4-bar, knife-edge, cross target, pinhole, USAF 1951 with different contrasts
DCN1000H4 blackbody and ISV210-F visible reference sources
Automated and motorized source selection
Azimuth and elevation stages for camera under test
INFRATEST Camera Expert Pack software
Possible Measurements:
MRC curve at center and edge of field of view
MRTD curve and range calculation at center and edge of field of view
Spatial resolution: LSF/MTF curve
Distortion and field of view for fisheye cameras
IRCOL-LRF – Banc de test pour charges utiles électro-optiques avec caméra IR et télémètre laser
Suggested Configuration:
IRCOL 400/2500 collimator
Test pattern set: 4-bar, half-moon, harmonizing pattern
Test kit for laser rangefinder with LRDS 80 10 distance simulation unit
DCN1000H4 IR and ISV210 visible reference sources
INFRATEST IR Premium and INFRATEST-LAS software
Possible Measurements:
Alignment between emitter and camera axis
Laser power and energy
Distance measurement accuracy of laser rangefinder
Camera spatial resolution: LSF/MTF
MRTD curve and calculation of distance to center and edge of field of view
IRCOL-FLIR – Banc de test pour caméras thermiques refroidies et non refroidies
Suggested congifuration:
IRCOL 150/1000 collimator
Set of test targets: 4-bar targets with multiple patterns, knife-edge target
DCN1000H4 blackbody source
INFRATEST Camera Pack software
Possible Measurements:
Noise measurements: temporal noise, FPN
NETD
Bad pixels and NUC
Spatial resolution: LSF/MTF curve
MRTD curve and range calculation
IRCOL-WFOV – Banc de test pour caméras IR et visibles avec grand champ de vision
Suggested Configuration:
IRCOL 150/750 collimator
Set of targets: 4-bar, knife-edge, cross target, pinhole, USAF 1951 with different contrasts
DCN1000H4 blackbody and ISV210-F visible reference sources
Automated and motorized source selection
Azimuth and elevation stages for camera under test
INFRATEST Camera Expert Pack software
Possible Measurements:
MRC curve at center and edge of field of view
MRTD curve and range calculation at center and edge of field of view
Spatial resolution: LSF/MTF curve
Distortion and field of view for fisheye cameras
IRCOL-LRF – Banc de test pour charges utiles électro-optiques avec caméra IR et télémètre laser
Suggested Configuration:
IRCOL 400/2500 collimator
Test pattern set: 4-bar, half-moon, harmonizing pattern
Test kit for laser rangefinder with LRDS 80 10 distance simulation unit
DCN1000H4 IR and ISV210 visible reference sources
INFRATEST IR Premium and INFRATEST-LAS software
Possible Measurements:
Alignment between emitter and camera axis
Laser power and energy
Distance measurement accuracy of laser rangefinder
Camera spatial resolution: LSF/MTF
MRTD curve and calculation of distance to center and edge of field of view
Contactez-nous
Vous recherchez un banc de test polyvalent et de haute précision pour vos systèmes électro-optiques ? Contactez-nous dès aujourd’hui pour en savoir plus sur le collimateur IRCOL et découvrir comment il peut répondre à vos besoins de test.
Contactez-nous
Vous recherchez un banc de test polyvalent et de haute précision pour vos systèmes électro-optiques ? Contactez-nous dès aujourd’hui pour en savoir plus sur le collimateur IRCOL et découvrir comment il peut répondre à vos besoins de test.
References
References
