Plage spectrale étendue
Capturez des images de la lumière visible au SWIR (400 nm à 1 700 nm) et améliorez la détection et l’analyse dans divers matériaux et applications.
Conception compacte et équilibrée
Le boîtier compact équilibre les performances et la taille de l’image. Il est idéal pour les environnements à espace restreint sans compromettre la qualité de l’image.
Performance et fiabilité GigE
Performances des pilotes GigE avec le SDK Spinnaker®, le traitement Sapera™ et un puissant cadre T2IR (Trigger-to-Image Reliability).
Extended Spectral Range
Capture images from visible light to SWIR (400 nm to 1700 nm) and enhance detection and analysis across various materials and applications.
Compact and Balanced Design
The compact housing balances image performance and size. It is ideal for space-constrained environments without compromising image quality.
GigE Performance and Reliability
GigE driver performance with the Spinnaker® SDK, Sapera™ Processing, and a powerful Trigger-to-Image Reliability (T2IR) framework.
What is SWIR?
Short-Wave Infrared (SWIR) imaging operates just beyond visible light in the 900 nm to 1700 nm wavelength range. Unlike visible light, SWIR can penetrate materials such as silicon, plastics, and fabrics to varying degrees to reveal details that are otherwise hidden. This makes SWIR technology ideal for a variety of industrial applications where precise material detection and quality inspection are critical.
Benefits of SWIR
Enhanced Material Detection:
Identify and differentiate materials by their unique spectral signatures and detect moisture, chemical composition, and thermal properties with high precision.
Improved Visibility in Challenging Conditions:
The new camera provides superior image clarity and contrast in low light, fog, and through opaque materials. This makes it ideal for applications in hot and steamy environments, hazy outdoor conditions, and in medical diagnostics.
Non-Destructive Testing and Quality Control:
The Forge 1GigE SWIR camera enables non-destructive testing which allows for the inspection of internal structures without damaging the object. This is crucial for industrial quality control and food sorting.
Flexible Application with Narrowband Filters:
Use narrowband filters for specific wavelength imaging to enhance material detection and condition monitoring. This is critical in a diverse range of applications such as agriculture, food production, recycling, scientific research, and industrial inspection.
Application Use Cases
Semiconductor Inspection
High precision and detailed imaging for detecting defects and variations
Food Sorting
Enhanced detection of moisture content, bruises, and defects in fruits and vegetables
Medical Imaging
Superior imaging capabilities for a variety of medical applications
Material Sorting
Effective identification and sorting of different materials in recycling and manufacturing
On-Camera Features
Factory Pixel Correction:
Improved Image Quality: Correct pixel defects, resulting in superior image quality
Sequencer with Region of Interest (ROI):
Pin-Point Inspection: Enables targeted inspection of individual areas in sequence, optimizing the inspection process for specific regions of interest
Logic Block and Counter:
Precise Control: Provides precise control over image capture triggering, synchronization, and output signals to peripheral devices like light sources, ensuring accurate and timely imaging
Software Support
Spinnaker SDK
Comprehensive tools for image acquisition
Sapera Processing
Advanced image processing capabilities
Integration Options
GigE Vision compliance for easy integration into existing systems with versatile connectivity options
Contacter le service Ventes
Nos spécialistes en caméras sont là pour vous aider ! N’hésitez pas à nous poser des questions sur les produits, les prix OEM ou à passer une commande.
Téléphone : +1 866 765 0827 (numéro gratuit) ou +1 604 242 9937 (choisir l’option 1)
Specifications
Highlighted
- Résolution
- 1 280 x 1 024
- Mégapixels
- 1.3
- Fréquence d’images max. standard
- 93
- Taille de pixel
- 5
- Fixation de l'objectif
- Monture C
- Type de capteur
- InGaAs
- Modèle de capteur
- Sony IMX990
- Interface de données
- Gigabit Ethernet 1 Go/s
- Spectre
- SWIR (400 nm à 1 700 nm)
- Numéro de référence
- FG-PGE-13S3S-U-C
- Synchronisation
- Déclencheur logiciel, déclencheur matériel, commande d’action, PTP
Fonctionnalités
- Contrôle de gain
- Manuelle, automatique (AGC)
- Équilibre des blancs
- Manuelle, automatique (AWB)
- Mémoire Flash
- 1 Mo de mémoire non volatile
- Modes d'acquisition
- Image unique, images multiples continues
- Modes image partiels
- Décimation, région d’intérêt
- Plage d'exposition
- 14 µs à 30 s
- Réglages utilisateur
- 2 jeux de configuration utilisateur réservés aux réglages de caméra personnalisés
- Tampon d'images
- 240 MB
- Traitement de l’image
- Gamma, table de correspondance et netteté
Performances
- Bruit d’obscurité temporel (Bruit de lecture)
- 256
- Capacité de saturation (e-)
- 184780
- Efficacité quantique
- 63
- Plage de gain
- 0 dB à 42 dB
- Plage dynamique dB
- 57
- Seuil de sensibilité absolu (y)
- 408
Physique
- Besoins en alimentation
- Power over Ethernet (PoE); ou 12 V nominal (9,5 à 24 V)
- Connecteur
- RJ45 (verrouillage horizontal) | Hirose HR10A-7R-6PB
- Consommation électrique [maximum]
- 2.9 W
- Dimensions [l x H x L]
- 40 mm x 40 mm x 43 mm
- Format du capteur
- 1/2" (2,5/5,1 cm)
- Humidité de stockage
- 30 à 95 % (sans condensation)
- Humidité en fonctionnement
- 20 à 80 % (sans condensation)
- Masse
- 116 g
- Ports E/S non isolés
- 1 port bidirectionnel, 1 entrée
- Ports E/S opto-isolés
- 1 input, 1 output
- Profondeur du bit de numérisation (ADC)
- 8 bits,10 bits, 12 bits
- Sortie auxiliaire
- 3.3 V, 120 mA maximum
- Température de fonctionnement
- 0° to 50°C (ambient)
- Température de stockage
- -30°C to 65°C (ambient)
- Type d’obturateur de capteur
- Obturateur global
Configuration système recommandée
- Accessoires requis
- Objectif SWIR, câble, adaptateur hôte (GigE)
- Port
- Port Ethernet Gigabit
Conformité et certifications
- Conformité
- CE, FCC, KCC, RoHS, REACH. L’ECCN est : US : ECCN 6A003.b.4.a / Canada : ECL 1-6.A.3.b.4.a
- Garantie
- 3 ans
- Norme de vision industrielle
- GigE Vision v1.2
Resources & Support
Communiqué de presse
Teledyne FLIR IIS launches Forge 1GigE SWIR camera series featuring Sony SenSWIR IMX990 sensors
Lire le témoignage
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Spinnaker SDK
FG-PGE-13S3S-U Package for 2406.1.13.x v1.0 Firmware
FG-PGE-13S3S-U EMVA Imaging Performance
FG-PGE-13S3S-U Technical Reference
Forge 1GigE SWIR CAD Drawings
Forge 1GigE SWIR Getting Started Manual
Forge 1GigE SWIR Installation Guide