Teledyne FLIR

What it does

Teledyne FLIR makes thermal imaging cameras and sensors for defense, industrial and commercial markets ^[3]. This profile covers one safety use: fixed thermal cameras that watch for heat build-up before a fire starts, mainly in waste and recycling.

Fires in waste and recycling sites often start from hidden hot spots in piles, conveyors and shredders, including from damaged batteries. Flir says its thermal cameras can show heat anomalies in piles, conveyors, equipment and storage areas before smoke or flames appear, with continuous monitoring and alarms ^[1]. Its page describes uses in municipal solid waste bunkers, scrap yards, tire shredding, e-waste lines and refuse-derived fuel plants ^[1].

The main fixed product for this use is the A500f/A700f Advanced Smart Sensor, an outdoor thermal camera with on-camera analytics and alarms for condition monitoring and early fire detection ^[2]. Its specification lists temperature accuracy of ±2°C or ±2% of reading within stated conditions, alarm functions on any measurement area, and alarm outputs including digital outputs, MQTT, Modbus TCP, EtherNet/IP, a REST API, email and stored images or video ^[2]. For wide areas such as bunkers and outdoor piles, Flir recommends pan-tilt thermal systems that scan the site ^[1].

Who it is for

The buyers are operators of waste transfer stations, recycling plants, scrap yards and similar sites, and their fire safety and insurance advisers. Flir also pitches the cameras to support compliance and insurance requirements by documenting fire-risk management ^[1]. The same cameras are used for condition monitoring of electrical panels and equipment ^{[1] [2]}.

How it is deployed

Cameras are mounted on walls or poles overlooking piles, bunkers and process lines ^[2]. Analytics and alarm thresholds run on the camera, and alarms go to a control room, a PLC or SCADA system, or video management software; Flir offers its own VMS, Latitude, and an Atlas SDK for developers ^{[1] [2]}. The A500f/A700f streams both thermal and visible video, so it can capture images of people as well as heat ^[2].

A thermal camera detects heat at surfaces in its line of sight. It does not see inside a pile, and it needs a planned response, such as turning material or starting suppression, to reduce risk. Buyers should also check whether a thermal system is accepted as a fire detection system by their insurer and fire authority, or only as an early warning layer alongside certified detection.

Notable public customers and coverage

FLIR Systems was founded in 1978 and is now part of Teledyne Technologies ^[5]. Teledyne reports FLIR within its Digital Imaging segment, which had 2025 net sales of US$3,163.9 million; FLIR's industrial fire detection sales are not reported separately ^[4]. Flir's site links to a Teledyne vulnerability disclosure page for reporting security issues ^{[1] [6]}.

We could not open live flir.com pages on 2026-10-06 because the site blocked automated access, so this profile relies on archived copies from June to September 2026 ^{[1] [2] [3]}. We did not find a named waste-sector customer case with measured outcomes in the pages we could read.

Things to ask in an evaluation

• How many cameras and which lenses are needed to see every pile surface, and what about blind spots behind walls or inside bunkers?
• What alarm thresholds and response times are recommended, and how are false alarms from hot machinery or sun handled?
• Is the system recognised by your insurer, and does it meet any fire detection standard it requires?
• Can alarms trigger suppression or conveyor stops directly, and is that link safety-rated?
• If visible video is recorded, what is retained and who can access it?

Our take

Strengths

• Specific guidance for waste and recycling fire hazards, from bunkers to e-waste lines ^[1].
• Published camera specifications, including temperature accuracy and many alarm and integration interfaces ^[2].
• Large, financially reported parent company ^[4].

Watch-outs

• No published validation of how early fires are detected in real piles, and no measured customer outcomes found ^{[1] [2]}.
• Live flir.com pages blocked our checks; security, privacy and pricing details could not be confirmed beyond Teledyne's disclosure page ^[6].
• Thermal cameras are an early warning layer; they do not replace certified fire detection or suppression.

Best fit: Waste, recycling and scrap sites with large stockpiles or shredding lines that want continuous hot-spot monitoring linked to a defined fire response plan.