Intrinsic Safety optical gas thermal Imaging camera

FLIR GFx320 represents a breakthrough technology for the leakage of getaway hydrocarbons in visually natural gas wells, offshore platforms, liquefied natural gas receiving stations and other locations. Obtaining "intrinsically safe" certification means that inspectors can work with peace of mind within important security areas. At the same time, thanks to GFx320 's ergonomic design, such as articulated LCD screens, inspectors are able to work quickly and comfortably throughout the day.

Safe way to "detect" methane leaks

Intrinsic safety explosion-proof thermal imaging camera

FLIR GFx320 is independently certified as an "intrinsically safe explosion-proof thermal imaging camera" that enables rapid leak detection while maintaining safety in hazardous locations.

Protect the environment and redeem revenue

FLIR GFx320 is able to visualize subtle hydrocarbon gas leaks with the sensitivity required by the U.S. EPA's OOOOa methane regulations.

Innovative Ergonomic design

Based on the comfort of the operator, the ergonomic design enables the user to maintain three points of contact during operation.

The company sells FLIR thermal imaging cameras, FLUKE thermal imaging cameras,On-line thermal imaging cameraAnd other products, welcome to inquire.

Detector type FLIR indium Antimony (InSb) detector

Dynamic Range 14 digits

Focal length $ Mm

Infrared resolution 320x240 pixels |

Installation Standard1/4 "-20

Wavelength Range 3.2–3.4µm

Zoom 1 – 8 times times Continuous digital zoom

Compliance with hazardous site certification ATEX/IECEx, Ex IC nC op is IIC T4 Gc II 3 G ANSI/ISA-12.12.01-2013, Class I Div 2 CSA 22.2 No. 213, Class I Div 2

Measurement & amp; analysis

Precision ±1°C (temperature between 0-100°C) or ±2% of reading (temperature >100°C)

Thermal sensitivity (NETD) <15 mk="" at="" the="" time="" of="">

Imaging & amp; optics

Automatic Image adjustment Continuous/Manual, Linear, histogram

Thermal Imaging camera Aperture number F/1.5

Palette Iron red, grey, rainbow Color, Aurora color, lava color, high contrast rainbow color

Detector pixel Spacing 30µm

Field of view angle (FOV) 14.5°x10.8°

Focusing Manual

Frame frequency[Full Window] $ Hz

Global Positioning System[GPS] Location data is stored with each image

Image mode Infrared image, visible image, high sensitivity mode (HSM)

Limit small focal length 0.5 m

Sensor refrigeration Sterling Micro Cooler (FLIR MC-3)

Image analysis 10 point temperature measurement, 5 input frames (including limit large/limit decimal/average), line temperature distribution map, temperature difference, emissivity and measurement correction

Non-radiant Infrared video ToMPEG4 format (60 minutes per fragment limit) recorded to the memory card

Built-in Display 800x480 pixel widescreen LCD display, 800x480 pixel rotatable OLED viewfinder

Radiation Infrared Video Record directly to the memory card under $ Hz

Visible Images 3.2 MP, from integrated visible light camera can be automatically associated with the corresponding non-radiant infrared video

Visible Video ToMPEG4 format (25 minutes per fragment limit) recorded to the memory card

Power

Battery type Rechargeable Lithium-ion battery

External Power Management AC Adapter90-260Vac,50/60hz or $ VDC car power supply

Environmental parameters

Ambient temperature range -20°C to °C (explosive Environmental certification range)

Packaging IP (IEC 60529)

Operating Temperature range -20°C to ° A

Impact resistant and vibration resistant G (IEC 60068-2-27)/2 G (IEC 60068-2-6)

Standard temperature Measurement Range -20°C to 350°C

Storage Temperature Range -30°C to 60°C