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General| Thermal Sensitivity | < 30 mK |
|---|---|
| Field of View | 24° x 18° |
| Battery Life | up to 4 hours |
| Frame Rate | 30 Hz |
| Focus | Manual |
| Environmental Rating | IP54 |
| Resolution | 320 x 240 pixels |
| Weight | 1.2 kg |
| Accuracy | ± 2 °C or ± 2 % |
| Display | 3.5" LCD |
| Operating Temperature | -15°C to +50°C |
| Storage Temperature | -40°C to +70°C |
| Lens Options | Standard lens |
Warranty terms for FLIR Systems products, including limitations and liabilities.
Information regarding U.S. export regulations and inquiries.
End User License Agreement terms for software provided with the device.
Safety precautions for digital devices regarding RF energy and interference.
Warning about laser pointer safety and potential eye irritation.
Safety precautions regarding battery handling, charging, and potential hazards.
Cautions regarding operating environment, energy sources, and laser pointers.
Information on accessing FLIR Systems' user-to-user forums for exchange of ideas.
Recommendations for gas detection and temperature measurement calibration.
Guidelines for the proper disposal of waste electrical and electronic equipment (WEEE).
Information on where to find customer help, primarily support.flir.com.
Procedure for submitting questions to customer help, including required information.
List of downloadable items from the customer help site, including firmware and documentation.
Emphasis on the need for professional training in infrared inspection applications.
Introduction to the FLIR GF300 optical gas imaging camera and its benefits.
Introduction to the FLIR GF304 camera for refrigerant gas leak detection.
Introduction to the FLIR GF306 camera for SF6 and ammonia leak detection.
Introduction to the FLIR GF309 camera for furnace and high-temperature inspection.
Introduction to the FLIR GF320 camera for methane and VOC leak detection.
Introduction to the FLIR GF335 cooled infrared camera for temperature difference detection.
Introduction to the FLIR GF343 camera for visualizing carbon dioxide (CO2).
Introduction to the FLIR GF346 camera for carbon monoxide (CO) and harmful gas leak detection.
Procedure for detecting temperature using the camera, including heatshield mounting.
Procedure for detecting gas leaks using the camera, including video recording.
Advice on holding the camera ergonomically to prevent overstrain injuries.
References to related sections for viewfinder, grip, and display adjustment.
Explanation of camera controls and buttons visible from the left side.
Explanation of camera controls and buttons visible from the right side.
Explanation of the battery condition LED indicator and its meanings.
Explanation of the power LED indicator and its meanings.
Explanation of the mode wheel and its different operational modes.
Explanation of the result table and measurement tools accessible via the menu.
Explanation of the toolbox, menu indicators, and status indicators.
Overview of settings affecting image quality, including focus, range, and palette.
Procedure for manually adjusting the infrared camera focus using the focus ring.
Methods for adjusting image brightness, contrast, and sensitivity (Auto, HSM, Manual).
Guidance on selecting the appropriate temperature range for accurate measurements.
Overview of external devices that can be connected to the camera.
Instructions for connecting USB, HDMI, and power supply devices.
Procedure for inserting SD and SDHC memory cards into the camera.
Procedure for formatting memory cards to FAT (FAT16) file system for optimal performance.
Procedures for charging the camera battery using a power supply cable or stand-alone charger.
Procedures for installing and removing the camera battery.
Procedures for turning the camera on and off, including cooler start-up.
Procedures for adjusting viewfinder angle, dioptric correction, and camera grip.
Procedures for saving images to an SD Memory Card.
Procedure for opening and viewing saved images from an SD Memory Card.
Options for changing image presentation settings like zoom, graphics, and color palette.
Procedures for editing saved images, including measurements, adjustments, and deletion.
Procedure for adding measurement tools like spotmeters or boxes to the image.
Procedure for moving or resizing existing measurement tools on the screen.
Procedure for creating and setting up difference calculations between measurements.
Procedure for changing object parameters like emissivity and distance for accurate measurements.
Step-by-step instructions for programming periodic image saving.
Procedure for recording video clips, including adding photos and playback options.
Overview of various settings that can be changed on the camera.
Procedure for setting up a peer-to-peer WLAN network for device connection.
Procedure for connecting the camera to an infrastructure WLAN network.
Procedure for changing Wi-Fi settings to resolve transmission or interference issues.
Link to the online field-of-view calculator for camera and lens combinations.
Technical specifications for the FLIR GF300 camera with a 14.5° lens.
Technical specifications for the FLIR GF304 camera with a 14.5° lens.
Technical specifications for the FLIR GF306 camera with a 14.5° lens.
Technical specifications for the FLIR GF309 camera with a 14.5° lens.
List of EU Directives applicable to the system.
List of standards related to electromagnetic compatibility and safety.
Identifies the system covered by the declaration: FLIR GF3xx.
Procedure for cleaning camera housing, cables, and other components using liquids and cloth.
Procedure for cleaning the infrared lens using specific liquids and cotton wool.
General information on the microcooler's design and maintenance requirements.
Indicators of microcooler issues, such as changes in motor speed or temperature regulation.
General statement on the FLIR GF3xx series' gas detection capabilities.
List of gases detectable by the FLIR GF300 camera with molecular formulas.
List of coolants detectable by the FLIR GF304 camera.
List of gases detectable by the FLIR GF306 camera with molecular formulas.
List of gases detectable by the FLIR GF320 camera with molecular formulas.
List of gases detectable by the FLIR GF343 camera (Carbon dioxide).
List of gases detectable by the FLIR GF346 camera with molecular formulas.
FLIR Systems' commitment to providing comprehensive camera and software solutions.
Information about FLIR Systems' Infrared Training Center (ITC) for certified training.
Information on FLIR Systems' worldwide service network for camera support.
Introduction to camera calibration and its importance for temperature measurement.
Definition of calibration according to the International Bureau of Weights and Measures.
Explanation of FLIR Systems' calibration process for uncooled microbolometer cameras.
Comparison of user calibration versus FLIR Systems' calibration, highlighting traceability and drift compensation.
Clarification of calibration, verification, and adjustment processes and their proper execution.
Explanation of Non-Uniformity Correction (NUC) for compensating pixel response deviations.
Description of thermal image adjustment or 'thermal tuning' for enhancing image details.
Introduction to infrared camera measurements and temperature calculation.
Explanation of emissivity as a key object parameter for accurate temperature measurements.
Methods for determining emissivity, starting with reflected apparent temperature.
Procedure for determining reflected apparent temperature using the direct method.
Procedure for determining reflected apparent temperature using the reflector method.
Procedure for determining the emissivity of a sample using electrical tape.
Term describing the object's emission, accounting for emissivity and atmospheric transmittance.
Terms describing reflected radiation from ambient sources and atmosphere.
List of parameters the operator must supply for accurate temperature calculation.
List of references used for emissivity data compilation.
Table of emissivity values for various materials and conditions.
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