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General| Weight | 0.7 kg (1.5 lbs) |
|---|---|
| Focus | Manual |
| Detector Resolution | 320 x 240 pixels |
| Infrared Resolution | 320 x 240 pixels |
| Thermal Sensitivity/NETD | < 0.05°C @ +30°C |
| Thermal Sensitivity | < 0.05°C @ +30°C |
| Accuracy | ±2°C or ±2% of reading |
| Object Temperature Range | -20°C to +350°C |
| Temperature Range | -20°C to +350°C |
| Video Streaming | Yes |
| Spectral Range | 7.5 - 13 μm |
| Operating Temperature | -15°C to +50°C |
| Storage Temperature | -40°C to +70°C |
Details warranty, copyright, and usage statistics policies for FLIR products.
FLIR Systems reserves the right to gather anonymous usage statistics to improve services.
Automatic registry modification for FLIR Camera Monitor service detection.
Product may be subject to U.S. Export Regulations; inquiries to exportquestions@flir.com.
Copyright for software and documentation reproduction restrictions.
Products manufactured under ISO 9001; commitment to continuous development.
Lists applicable and pending patents for the products and features.
Terms and conditions for the use of software included with the device.
Essential safety guidelines for camera operation, including handling liquids and environmental factors.
Connect with other thermographers in online forums for ideas and solutions.
Yearly calibration verification recommended; FLIR offers calibration services.
Wait 5 minutes after starting camera for accurate temperature readings.
Dispose of equipment environmentally friendly according to regulations.
Information on infrared training courses available online.
Access latest manuals and notifications via download tab at support.flir.com.
Manual may contain descriptions not applicable to all camera models.
Visit http://support.flir.com for customer help and resources.
Steps and required information for submitting a question to customer help.
Download firmware, software, manuals, drawings, and datasheets.
Overview of included software tools: IP Config, IR Monitor, and Camera Player.
Lists default installation directories for software components.
Details operating system and hardware requirements for software installation.
Specifies supported operating systems: Windows XP, Vista, and 7.
Specifies PC hardware requirements: processor, RAM, storage, graphics.
Required software: Microsoft Internet Explorer 6 or later.
Link to Microsoft for OS specific requirements.
General notes and step-by-step guide for installing software.
Important notes before installation: read-me file, administrator rights.
Step-by-step guide for installing the ThermoVision System Tools & Utilities.
Describes camera mounting options and available threaded holes.
Considerations for permanent installation like protective housing and cooling.
Precautions for securing unit in harsh industrial environments with vibrations.
Contact FLIR Systems for installation recommendations and enclosures.
External strain relief needed for power cord to avoid port failure.
Procedure for mounting an infrared lens onto the camera bayonet.
Step-by-step instructions for correctly mounting an infrared lens.
Procedure for removing an infrared lens from the camera bayonet.
Step-by-step instructions for correctly removing an infrared lens.
Diagram showing connectors and indicators for the FLIR A3xx series.
Explanation of network, video, power, and digital I/O ports for A3xx.
Diagram showing connectors and indicators for the FLIR A3xx sc series.
Explanation of network, power, and digital I/O ports for A3xx sc.
Illustrates example system configurations for the FLIR A3xx series.
Diagram of a typical A3xx series system setup.
Explanation of components in the A3xx series system overview.
Another diagram of a typical A3xx series system setup.
Explanation of components in the second A3xx series system overview.
Diagram of a complex A3xx series system with PoE.
Explanation of components in the complex A3xx series system overview.
Illustrates example system configuration for the FLIR A3xx sc series.
Diagram of a typical A3xx sc series system setup.
Explanation of components in the A3xx sc series system overview.
Specifies camera models for temperature screening function.
Explains screening for facial temperatures and alarm triggers.
Step-by-step guide to set up and perform temperature screening.
Link to online tool for field-of-view tables for camera and lens combinations.
Specifications subject to change without prior notice; check support.flir.com.
Detailed technical specifications for the FLIR A300 camera.
Detailed technical specifications for the FLIR A300 (9 Hz) camera.
Detailed technical specifications for the FLIR A305sc camera.
Detailed technical specifications for the FLIR A310 camera.
Detailed technical specifications for the FLIR A310 (9 Hz) camera.
Detailed technical specifications for the FLIR A315 camera.
Detailed technical specifications for the FLIR A315 (9 Hz) camera.
Detailed technical specifications for the FLIR A320 Tempscreen camera.
Detailed technical specifications for the FLIR A320 Tempscreen (9 Hz) camera.
Detailed technical specifications for the FLIR A325sc camera.
Table showing pin assignments for the I/O connector.
Diagram illustrating the digital I/O port connections and signals.
Explanation of the LED states and their corresponding meanings.
Procedure for cleaning camera body, cables, and accessories using safe liquids.
Recommended liquids: warm water or weak detergent solution.
Recommended equipment: a soft cloth.
Steps for cleaning the camera housing, cables, and items.
Procedure for cleaning the infrared lens, emphasizing care.
Recommended liquids: isopropyl alcohol or ethyl alcohol.
Recommended equipment: cotton wool.
Steps for carefully cleaning the infrared lens.
Procedure for cleaning the infrared detector to avoid image blemishes.
Importance of cleaning detector to avoid image blemishes.
Steps for cleaning the infrared detector with compressed air.
FLIR's commitment to innovation and leadership in infrared imaging systems.
Information about the Infrared Training Center (ITC) and its courses.
Details on FLIR's worldwide service network for camera support.
Images showcasing FLIR's development and manufacturing facilities.
Introduction to infrared camera measurement principles and parameters.
Explanation of emissivity as a key object parameter for accurate measurement.
Methods for determining emissivity and reflected apparent temperature.
Procedure for directly measuring radiation intensity using reflection.
Step-by-step guide for the direct method of emissivity determination.
Procedure using aluminum foil to determine reflected apparent temperature.
Procedure for determining emissivity using electrical tape.
Importance of compensating for reflected radiation in measurements.
How distance affects compensation for atmospheric absorption and detection.
How relative humidity affects transmittance and compensation.
Other parameters for compensation: atmospheric temp, external optics.
Introduction to infrared radiation and thermography principles.
Explanation of the electromagnetic spectrum and infrared bands.
Definition and explanation of blackbody radiation.
Description of Planck's formula for spectral distribution of blackbody radiation.
Explanation of Wien's formula for peak wavelength of radiant emittance.
Explanation of Stefan-Boltzmann formula for total radiant emittance.
Discussion of factors preventing objects from acting as blackbodies.
Discussion of radiation and emissivity in semi-transparent materials.
List of references and sources used for emissivity data compilation.
Compilation of emissivity values for various materials and conditions.
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