Teledyne FLIR A500-IS-DFOV-42-24

Our Part No. A500ISDFOV4224

Mfr. Model A500-IS-DFOV-42-24

Catalog No. 90612-0401

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Teledyne FLIR A500-IS-DFOV-42-24

Our Part No. A500ISDFOV4224

Mfr. Model A500-IS-DFOV-42-24

Catalog No. 90612-0401

The Teledyne FLIR A500-IS-DFOV-42-24 Image Streaming Fixed-Mount Thermal Imager is robust and reliable for applications where temperature accuracy matters such as productivity and quality assurance monitoring, continuous monitoring of electrical or mechanical systems, and early fire detection.

IR Resolution: 320 x 240
Image Frequency: 30 Hz
Lens: FlexView DFOV 42°/24°
Object Temperatures: -4° to 248°F, 32° to 1202°F, 572° to 2732°F

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Key Features

Robust/reliable thermal imaging for applications where temperature accuracy matters
Easily incorporate thermal imaging into machine vision applications via standard industry protocols
Full featured, flexible options allow camera configurations to meet specific application requirements
FlexView DFOV lens improve image detail/measurement accuracy without sacrificing convenience
Lens features wide FOV for rapid scanning, narrow FOV for maximizing pixels and improving accuracy
Improved safety from DFOV lens, narrow FOV allows for user to stay outside arc flash zones
Ability to change lens with simple push/pull on toggle
Improves image understanding of large targets without sacrificing standard target image
Wide lens allows user to examine large assets, narrow lens help localize source of problem

Applications

Productivity/quality assurance monitoring
Continuous monitoring of electrical/mechanical systems
Early fire detection for fast response

Specifications

Detector Data

IR Resolution: 464 x 348
Visual Resolution: 1280 x 960
Focal Plane Array/Spectral Range: 30 mK to 50 mK (lens dependent)
Lens: FlexView DFOV 42°/24°
IR Camera Focus: One-shot contrast, motorized, manual
Image Frequency: 30 Hz

Measurement

Object Temperatures: -4° to 248°F, 32° to 1202°F, 572° to 2732°F
Accuracy: ± 3.6°F/± 2% of reading

Radiometric Streaming (RTSP)

Source: IR
Pixel Format: MONO 16
Encoding: Compressed JPEG-LS, FLIR radiometric

Video/Radiometric Streaming, GVSP (GigE Vision) Protocol

Unicast: Yes
Multicast: Yes
Multiple Image Streams: No

Non-Radiometric Streaming, GVSP (GigE Vision) Protocol

Resolution: Visual, IR
Contrast Enhancement: optional FSX (not included), histogram equalization (IR only)
Overlay: With, without
Pixel Format: YUV411/MONO 8
Encoding: Uncompressed

Radiometric Streaming, GVSP (GigE Vision) Protocol

Resolution: 464 x 348
Source: IR
Pixel Format: MONO 16
Encoding: FLIR Radiometric, temperature linear, compressed JPEG-LS

Ethernet

Interface: Wired, optional Wi-Fi (not included)
Connector Types: M12 8-pin X-coded, female/RP-SMA, female
Ethernet Type/Standard: 1000 Mbps, IEEE 802.3
Ethernet Power: Power over Ethernet, PoE IEEE 802.3af class 3
Ethernet Protocols: EtherNet/IP, Modbus TCP, MQTT

Details

The Teledyne FLIR A500-IS-DFOV-42-24 Image Streaming Fixed-Mount Thermal Imager is robust and reliable for applications where temperature accuracy matters. Users can easily incorporate thermal imaging into machine vision applications using standard industry protocols. The full featured, flexible options allow for camera configurations to meet specific application requirements. This unit is ideal for productivity and quality assurance monitoring, continuous monitoring of electrical or mechanical systems, and early fire detection applications. With multiple field of view choices, multi-streaming capabilities, and motorized focus control, this fixed-mount camera solution can tackle the most complex remote monitoring objectives.

The A500-IS-DFOV-42-24 comes standard with the FlexView Dual Field of View 42°/24° Lens. This 2-in-1 lens works to improve image detail and measurement accuracy without sacrificing any convenience. The wide FOV allows for rapid scanning of larger areas, while the narrow FOV allows for maximizing pixels and improving the accuracy of obtained images. Improved safety is obtained with the narrow FOV in which users can stay outside of arc flash zones during operation of the tool. Users are able to change which field of view they wish to utilize with a simple push or pull of the toggle.

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