FLIR Thermal Imager Principle and Description

FLIR Thermal Imager Introduction

FLIR Systems Inc, (NASDAQ: FLIR) is a leader in the manufacturing of innovative imaging systems. Its product range includes infrared cameras, aerial cameras, and mechanical inspection systems. FLIR products have played an important role in industrial and commercial and government fields in more than 60 countries around the world.

FLIR thermal imaging cameras have been widely used in the field of on-line thermal imaging, process monitoring, and condition monitoring of mechanical equipment. The thermal imaging camera can help us see real-time thermal images, but it can also use infrared video and related temperature measurement data for process control and pre-alarm.

FLIR thermal imaging camera works

The band of the infrared spectrum lies outside the visible light and has a longer wavelength than the red light. The FLIR thermal imaging camera is a detection device that detects infrared energy (heat) by non-contact and converts it into electrical signals to generate thermal images and temperature values ​​on the monitor and can calculate temperature values. The FLIR thermal imaging camera can accurately quantify or measure the amount of heat detected so that you can not only observe thermal images, but also accurately identify and rigorously analyze the heating fault area. However, finding faults through infrared images is often not enough. The FLIR thermal imaging camera with temperature measurement function can correctly guide preventive maintenance experts to accurately judge the operation of electrical or mechanical equipment.

What FLIR Thermal Imager Can Do

Infrared imaging is the only diagnostic technique that can instantaneously visualize and verify thermal information. FLIR thermal imaging cameras are quantified by non-contact temperature measurements.

Because almost all devices generate heat before they fail. Infrared imaging technology can quickly, accurately, and safely detect failures before the equipment fails. FLIR thermal imaging cameras can avoid the high costs of production downtime, reduced production, energy loss, fire and even catastrophic failure.

Application of FLIR thermal imaging camera

Building inspection, food, police security, manufacturing, petrochemical, preventive maintenance, papermaking, scientific research/testing, metallurgy, electric power, animal medicine.

The government uses thermal imaging: airborne infrared front view, shipboard infrared front view, ground infrared front view system, local defense, and automatic pod.

Commercial thermal imaging: law enforcement, security infrared products, maritime, thermal imaging movements and components, infrared traffic vision systems.

Thermal Imagers: Automation, Construction, Electrical & Mechanical, Gas Leakage, Leak Detection, Medical, Scientific Research.

FLIR series flagship product

FLIR T series: FLIR T390, FLIR T340, FLIR T330, FLIR T200, FLIR T365, FLIR T425, FLIR T250, FLIR T335

FLIR I series: FLIR i60, FLIR i40, FLIR i7, FLIR i5

FLIR A series: FLIR A325, FLIR A320, FLIR A315, FLIR A325, FLIR A300, FLIR A310

·FLIR P Series

·FLIR GasFindIR

FLIR infrared camera product information see: http://