Thermographic cameras

Thermographic cameras Automation + OGI

FLIR A700

The FLIR A700 is a camera that offers the monitoring functions necessary to accurately detect and identify potential thermal problems in manufacturing and industrial processes.

With multiple field of view options, multi-streaming capabilities, motorized focus control, and optional Wi-Fi compressed radiometric streaming, these fixed camera solutions can handle the most complex surveillance target problems. from distance. Its easy configuration allows you to adapt this monitoring system to the quality, productivity, maintenance and security needs of your company.

FLIR A500

The FLIR A500 is a 464 × 348 pixel resolution camera. It has the necessary monitoring functions to accurately detect and identify possible thermal problems in manufacturing and industrial processes.

With multiple field of view options, multi-streaming capabilities, motorized focus control, and optional Wi-Fi compressed radiometric streaming, these fixed camera solutions can handle the most complex surveillance target problems. from distance. Its easy configuration allows you to adapt this monitoring system to the different needs of your company.

FLIR A400

With a resolution of up to 320 × 240 pixels, the FLIR A400 camera offers monitoring capabilities needed to accurately detect and identify potential thermal issues in manufacturing and industrial processes.

With multiple field of view options, multi-streaming capabilities, motorized focus control, and optional Wi-Fi compressed radiometric streaming, these fixed camera solutions can handle the most complex surveillance target problems. from distance. Its easy configuration allows you to adapt this monitoring system to the quality, productivity, maintenance and security needs of your company.

FLIR A50

The FLIR A50 is an ideal camera for users who require on-camera analytics and alarm capabilities for situation monitoring, as well as situations where control capability for the camera is required along with image streaming over Ethernet, plus flexibility to perform analysis, raw data collection from radiometric images.

With Wi-Fi connection options, an integrated vision camera, IP66 rating, ONVIF compatibility, this model is a flexible and configurable solution ideal for optimizing process and quality controls to optimize yield, product quality, time of production and will also reduce costs in all types of sectors.

FLIR A70

The FLIR A70 camera is ideal for users who require on-camera analytics and alarm capabilities for situation monitoring, as well as situations where camera control capability is required along with Ethernet streaming, plus of flexibility to perform analysis, collection of raw data from radiometric images.

With Wi-Fi connection options, an integrated vision camera, IP66 rating, ONVIF compatibility, this model is a flexible and configurable solution ideal for optimizing process and quality controls to optimize yield, product quality, time of production and will also reduce costs in all types of sectors.

FLIR GF77a

The FLIR GF77a camera is FLIR’s first uncooled stand-alone leak detection camera specifically designed to visualize methane gas. This affordable fixed camera solution has the features needed to continuously monitor for invisible and potentially dangerous methane leaks.

The GF77a camera can help oil and gas companies maintain purchased equipment, prevent product loss, meet emission reduction regulations, and ensure safer work practices.

FLIR A6301

The FLIR A6301 thermal camera features an industry-leading cooled sensor with a lifespan of 27,000 hours, maximizing productivity and reducing costs through planned maintenance.

Its fast integration times enhance performance and efficiency, ensuring consistent quality. Additionally, this cooled camera platform simplifies precise temperature measurement. The standard kit includes the FLIR A6301 thermal camera and accessories, with lens options of 17 mm, 24 mm, or 50 mm.

FLIR Ax8

The FLIR Ax8 combines thermal imaging with visual cameras in a small, affordable package for continuous temperature monitoring and alarm.

Using this camera ensures protection against unplanned power outages, service interruptions, and electrical or mechanical equipment failure.

Due to its compact size and easy to install, it provides continuous monitoring of electrical cabinets, processing and manufacturing areas, data centers, power generation and distribution, transportation and public transportation, storage centers, and cold rooms.

FLIR A615

The FLIR A615 camera is an easy-to-control fixed thermal imaging camera providing unattended monitoring in process controls, condition monitoring, process control, quality assurance, and fire prevention.

This infrared sensor is controlled from a computer and is used by direct connection to machine vision software (for example, those developed by bcb). It features a 640 x 480 pixel resolution that detects temperature differences as small as 0.05°C for greater accuracy at longer distances.

FLIR A65

The FLIR A65 thermal imaging camera is a thermal imaging temperature sensor for process control/quality assurance, fire prevention and condition monitoring that offers complete visual temperature control.

The A65 is part of the pioneering line of the segment of low-cost fixed thermal imaging cameras. It stands out for its high resolution, availability of wide focal length optics (optical zoom) and its GigE connectivity.

FLIR A35

The FLIR A35 thermal imaging camera is a thermal imaging temperature sensor for process control/quality assurance, fire prevention and condition monitoring that offers complete visual temperature control.

The A35 model is part of the pioneering line of the segment of low-cost fixed thermal imaging cameras. It stands out for its high speed, availability of wide focal length optics (optical zoom) and its GigE connectivity.

Thermographic Camera Configurations

SMART SENSOR

FLIR smart sensor

IMAGE STREAMING

FLIR image streaming

Gama Science thermal imaging cameras

Thermographic camera A6xxx

The A6xxx series is the first choice of a thermal imager with a cooled photonic sensor. A cooled sensor camera has a lower thermal noise, allowing you to obtain higher thermal sensitivity, reduce integration time, and avoid saturation from high radiation. These characteristics make it ideal for research, development and laboratory applications. This series has equipment for medium wave (MWIR), such as the A6701, A6751 and A6753, as well as long wave (LWIR), such as the A6751 SLS. The one that measures in the wide band that goes from 1 to 5 µm is the A6752, and all of them has a stirling cooling. On the other hand, the A6261 works with peltier cooling and works in short wave (SWIR).

FLIR A6752 sc
FLIR A6261 sc

A85xx

The A85xx models have all the benefits of having a cooled photonic sensor plus having an autofocus and high resolution mechanism. A cooled sensor camera has lower thermal noise, allowing you to obtain a higher thermal sensitivity, reduce the integration time, and avoid the saturation generated by high radiation. These characteristics make it ideal for research, development and laboratory applications. This series has equipment for medium wave (MWIR), such as the A8581 and A8583, as well as long wave (LWIR), such as the A8581 SLS and with a wide band that goes from 1 to 5 µm such as the A8580 and A8582.

FLIR A8582 sc

X6xxx sc

The X6901 sc and X6902 sc cameras are extremely fast and highly sensitive MWIR designed for scientists, researchers and engineers. With advanced triggering, in-camera RAM/SSD recording, and a four-positioned motorized filter wheel, this camera offers the ability to pass high-speed events in slow-motion, either in the lab or on test fields.

FLIR X6901 sc
FLIR X6902 sc

X8xxx sc

X8501 sc and X8502 sc are high-definition and high-sensitivity cameras designed for scientists, researchers, and engineers. The Stressed Layer Supernet Detector (SLS) offers HD resolution combined with shorter snapshot speeds, wider temperature bands, and better uniformity than current LWIR or MWIR alternatives. With the advanced triggering and in-camera RAM / SSD recording, researchers can easily use the slow-motion feature for high-speed events, whether in the lab or in the test range.

FLIR X8502 sc