Termékek olcsó termikus imaging cams (11)

ThermoView TV40 ist ein leistungsstarkes Wärmebildsystem zur festen Installation, das für Automatisierungsanwendungen in der Industrie entwickelt wurde. Es integriert eine Fotokamera und Software für die Regelung, Überwachung und Archivierung von Temperaturen. • Breiter Temperaturbereich: -10 bis 1200 °C • Robustes Gehäuse (IP 67, NEMA 4) • Umgebungstemperaturen bis 200 °C mit Hochtemperatur-Schutzgehäuse • Breite Paletta an Montagezubehör und Schutzgehäusen • IR-Fusion: Überlagerte Darstellung von Wärmebild und Sichtbild • 2 Jahre Garantie Messtemperaturbereich:-10 °C bis 1200 °C Genauigkeit:±2 ºC bzw. ±2 % vom Messwert Infrarotauflösung:320 x 240 px bzw. 640 x 480 px Spektralbereich:8 – 14 µm Messfeld:Horizontal 34º x 25.5º Objektiv-Optionen (vor Ort auswechselbar):0,75x-Weitwinkel (45°x34°); 2x-Teleobjektiv (17°x12,7°); 4x-Teleobjektiv (8,5°x6°); Makro-Objektiv Bildfrequenz:9 oder 60 Bilder/Sekunde (fps) Betriebstemperatur:bis 200 ºC mit Kühlgehäuse Stromversorgung:12 bis 26 DCV, PoE (Power over Ethernet) Schutzgrad:IP67 (NEMA 4) Zubehör:Schwenk-/Neige-Zubehör

Stand-Alone Lösung für industrielle Bildverarbeitungsaufgaben Bildaufnehmer, Framegrabber, Bildverarbeitungsprozessor, Kommunikationsschnittstellen und Software in einem System Erhältlich in Schwarz/Weiß und Farbe Kompakte und robuste Konstruktion Leistungsstarke Bildverarbeitung mit DSP auf Industrieplattform! Extrem schnelle Bildaufnahme- und Verarbeitungszeiten Große Anzahl leistungsstarker Algorithmen für die industrielle Bildverarbeitung Industrieübliche Protokolle zur Kommunikation mit anderen Systemen Grafische, dialogbasierte Parametrierung unter Windows Verschiedene Bildaufnehmer verfügbar

The ScanIR®3 thermal scanner is designed for a wide variety of noncontact temperature measurement applications, including those in harsh industrial environments. Its robust housing incorporates standard water-cooling and air purge and features built-in laser sighting. A rugged processor box provides universal input and output (I/O) capabilities in the field without the need for an external computer. The ScanIR3 linescanner and thermal imaging system has one of the fastest scan speeds in the industry and offers complete data about even the highest-speed manufacturing processes. Unlike point sensors that measure a single point, the linescanner measures multiple temperature points across a scan line. Its motorized mirror scans at rates up to 150 lines per second, allowing rapid detection of temperature non-uniformities and hot spots. Rotating optics collect infrared radiation at 1024 points within a 90-degree field of view, and industry-leading optical resolution Thermal scanner temperature range:20 to 1200°C (68 to 2192°F)

The thermoIMAGER TIM QVGA and TIM VGA cameras are used for stationary thermography tasks where high resolution is required. Due to their high thermal sensitivity, these cameras also detect even the smallest of temperature differences. Both standard lenses and special microscope lenses are available for the TIM QVGA and TIM VGA cameras. The microscope lens enables detailed macro shooting of the smallest of elements. High-resolution macro shooting is possible with a spatial resolution of 28 µm. The distance between the target and the camera varies between 80 mm and 100 mm.

Die Thermografiekamera VarioCAM® HDx head basiert auf einem ungekühlten Mikrobolometer-FPA-Detektor mit (640 × 480) IR-Pixeln. Aufgrund ihres weiten Standard-Temperaturmessbereiches eignet sie sich für universelle Mess-, Prüf- und Überwachungsaufgaben in vielen Bereichen. Bereits die kostengünstigen Modelle der VarioCAM® HDx head als Einstieg in die Klasse professioneller, stationärer Mikrobolometer-Thermografiesysteme liefern brillante Thermografiebilder in hoher Qualität, die mit der leistungsfähigen Software-Familie IRBIS® 3 sehr komfortabel erstellt und ausgewertet werden können. Die hochwertige Verarbeitung, das modulare Design und die motorische Fokussierung zählen zu den Details, von denen die Anwender profitieren. Anwendungsgebiete: - Echtzeitthermografie für Industrie und Wissenschaft - Fertigungssteuerung und Prozessüberwachung - Maschinen- und Anlagenüberwachung - Sicherheitstechnik - Brandfrüherkennung

The xiC camera line is highly versatile with a wide range of the most modern global shutter CMOS sensors up to 24.5 Mpix in resolution. The ultra-compact form factor, barely larger than the C-mount, combined with micro-B, type-C, and flex ribbon connectors make these cameras the perfect fit for various applications, especially for automation and embedded vision systems. For the same form-factor and sensor options, but increased bandwidth of 10 Gbit/s resulting in doubled frame rates, there is the xiX family. - Compact cameras with Sony Pregius™ sensors - 26 x 26 x 33 mm - Fast speed from 2.3 Mpix at 165 FPS to 12 Mpix at 31 FPS - Cool economy - Low power consumption with under 3 watts

The 3D-A5000 offers a variety of fields of view and measurement ranges to accommodate applications in the automotive, consumer goods, and logistics industries. Other features and benefits include: — Patent-pending 3D LightBurst technology enables rapid image acquisition — More than 1.5 million 3D data points detect fine features on parts — High Dynamic Range (HDR) mode captures scenes with high contrast — Powerful 3D tools in VisionPro solve challenging 3D applications — Factory-calibration delivers results in real-world units — Rugged IP65-rated housing provides protection in harsh factory environments

The short-wave thermoIMAGER TIM M thermal imaging cameras are mainly used in the metal processing industry. Due to its short-wave measuring wavelength, these infrared cameras are ideal for temperature monitoring during melting, hardening and forming processes.

Engineered for the smallest possible volume and weight, made with an advanced high-density manufacturing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. All of the latest models come with a USB3 interface (USB-C, flex or micro coax cables) to support the full potential of sensor bandwidth and ensure simplicity of use. All this together with less than 5 grams weight and less than 1 watt power consumption, makes them also ideal for a plethora of embedded, mobile, and space-restricted applications, such as UAVs. - Miniature camera - Only 15 x 15 x 8 mm and mere 5 grams - High resolutions - From 5 Mpix models up to new 18 Mpix - Next level speed with more than 20 FPS at 18 Mpix - Low power consumption starting at under 1 watt

The unique xiSpec series offers linescan and snapshot mosaic hyperspectral cameras, being smallest in class by far and combining extreme low power consumption and acquisition of hyperspectral imaging (HSI) raw data at very high frames per second. This camera is implemented in a plethora of applications where chemical differentiation is required, e.g. medicine, agriculture, food processing and many more. The small size, low weight and robustness make it an ideal choice for mobile environments such as drones or handheld devices. - Smallest hyperspectral camera - 26.4 x 26.4 x 31 mm, 32 grams - Up to 150 spectral bands/channels in one camera - Spectral Fabry-Perrot filters fully integrated on CMOS pixels without stray light issues - Wide potential - various wavelength ranges between 470 to 960 nm

The models of the xiB-64 series with selected Luxima, CMOSIS and GPixel sensors. - The xiB-64 cameras stream images to the host computer via 8 lanes on a PCI Express Gen3 bus, boasting a 64 Gbit/s sustainable transfer rate. Due to the underlying technology, there is no additional latency and hardly any CPU load.This series does not compromise and is extremely useful where the highest data rates are required, either for simultaneous speed, bit depth, and resolution or for extremely high frame rates. It features high-speed sensors (1.3 Mpix at > 3500 FPS) all the way to ultra high-res sensors with unmatched framerates (65 Mpix at 72 FPS). An integrated 4 GB buffer ensures that no frames are dropped. The cameras can be fully synchronized with their multiple GPIOs. The active EF lens mount adapter enables the combination with a wide array of superb optics, the use of optical fiber cables allows distances up to 100 m between cameras and host computer without any performance penalty and even 300 m with reductions in frame rate.