FLIR A-Series Science Kits
Advanced Thermal Imaging for Scientific Discovery
FLIR A-Series Science Kits are professional thermal imaging solutions, and the FLIR A-Series Science Kits Price in Bangladesh is relevant for researchers, engineers, educators, and technical professionals seeking practical infrared technology for scientific investigation and engineering analysis. Designed to support thermal research and experimental applications, these kits provide useful tools for observing heat patterns, evaluating thermal behavior, and developing a deeper understanding of temperature related phenomena.
Thermal imaging provides researchers with a visual method for observing infrared radiation and identifying differences in thermal behavior. FLIR A-Series Science Kits can support scientific investigations where thermal information is important for understanding materials, components, processes, and experimental systems.
The FLIR A-Series Science Kits are suitable for research and development environments where thermal observation is required. Engineers and researchers can use thermal imaging to evaluate prototypes, study heat distribution, investigate thermal transitions, and analyze the performance of experimental systems. This can provide valuable information during product development and scientific research.
Laboratories can benefit from thermal imaging when investigating heat transfer, material behavior, cooling performance, and other thermal processes. The FLIR A-Series Science Kits provide a practical platform for capturing thermal information that can be reviewed and analyzed as part of laboratory experiments and engineering studies.
Thermal imaging can make scientific concepts easier to understand by providing a visual representation of heat. FLIR A-Series Science Kits can be useful for educational institutions, engineering training programs, and technical laboratories where students and researchers need hands on experience with infrared imaging and thermal analysis.
Engineers can use thermal imaging to investigate heat generation, thermal distribution, and potential design issues. The FLIR A-Series Science Kits can support engineering analysis during prototype testing, system evaluation, and research projects. Thermal observations can help identify areas that require design improvements or further investigation.
The kits can also support industrial research and testing activities. Professionals can examine machinery, electrical systems, mechanical components, electronics, and manufacturing processes to better understand their thermal characteristics. This can assist with product validation, troubleshooting, process development, and performance evaluation.
Reliable thermal information can provide valuable insight into the operation of complex systems. FLIR A-Series Science Kits can help users observe temperature distribution and identify thermal patterns that may not be visible to the human eye. This supports more informed scientific investigation and engineering decision making.
Research equipment must be reliable enough for repeated laboratory and technical use. FLIR A-Series Science Kits are designed for professional scientific and engineering environments, providing a practical solution for thermal imaging applications. Their professional construction makes them suitable for laboratories, educational institutions, research facilities, and industrial R&D environments.
For universities, research institutions, engineering organizations, laboratories, and industrial companies in Bangladesh, FLIR A-Series Science Kits offer a versatile solution for thermal imaging and scientific investigation. They can support research, education, product development, engineering analysis, and industrial testing where infrared information is valuable.
FLIR Research Studio’s simple Connect - View - Record - Analyze workflow helps you obtain and analyze thermal results quickly
Multiple lens options ensure the maximum number of pixels on your object; crisp auto or manual focus improves thermal measurement
Eliminate the need for additional cables using standard Power over Ethernet (PoE) plus Wi-Fi connection to your workstation (Professional kit)
IR Resolution
320 × 240 pixels
Detector Pitch
17 µm
Pixel Pitch
17 µm
Spectral Range
7.5–14.0 µm
Detector Type
Uncooled microbolometer
Dynamic Range
16-bit
Thermal Sensitivity/NETD
Lens dependent: <30 mK to <40 mK
Frame Rate
30 Hz
Standard Temperature Range
-20°C to 120°C (-4°F to 248°F); 0°C to 650°C (32°F to 1202°F); 300°C to 1500°C (572°F to 2732°F)
Focus
One-shot contrast, motorized, manual
Imaging & Optical
Detector Pitch
17 µm
Detector Type
Uncooled microbolometer
Digital Data Streaming to PC
Gigabit Ethernet (RTSP, GigE Vision) to workstation running included Research Studio Software
Dynamic Range
16-bit
Field of view (FOV)
24° × 18°
Focus
One-shot contrast, motorized, manual
Frame Rate
30 Hz
IR Resolution
320 × 240 pixels
Lens
24°
Lens Identification
Automatic
Macro Mode
Included
Minimum Focus Distance
2.0x Macro: 18 mm (0.71 in) 24°: 0.15 m (0.49 ft) 24° with Macro Mode: 17 mm (0.67 in) 42°: 0.15 m (0.49 ft) 14°: 1.0 m (3.28 ft) 6°: 5.0 m (16.4 ft) DFOV (24°/14°): 0.18 m (0.59 ft) and 1.0 m (3.28 ft)
Optional Lenses
DFOV (24°/14°), 6°, 14°, 42°, 80°
Pixel Pitch
17 µm
Spectral Range
7.5–14.0 µm
Thermal Sensitivity/NETD
Lens dependent: <30 mK to <40 mK
Visible Camera
Optional accessory
Weight [incl lens]
0.82 kg (1.8 lb)
Measurement & Analysis
Accuracy
±2°C (±3.6°F) or ±2% of reading for ambient temperature 15°C to 35°C (59°F to 95°F), object temperature above 0°C (32°F)
Standard Temperature Range
-20°C to 120°C (-4°F to 248°F); 0°C to 650°C (32°F to 1202°F); 300°C to 1500°C (572°F to 2732°F)
Communication & Data Storage
Command and Control
Gigabit Ethernet (RTSP, GigE Vision)
Digital I/O connector type
M12 Male 12-pin A-coded (shared with ext. power)
Digital Inputs
2× opto-isolated, Vin (low) = 0–1.5 V, Vin (high) = 3–25V
Digital Outputs
3× opto-isolated, 0–48 VDC, max. 350 mA (derated to 200 mA at 60°C). Solid-state opto relay, 1× dedicated as fault output (NC)
Ethernet Communication
GigE Vision ver. 1.2, Client API GenICam compliant, TCP/IP socket-based (FLIR proprietary)
Ethernet Connector Type
M12 8-pin X-coded, female
Ethernet Image Streaming
Yes
Ethernet Power
Power over Ethernet, PoE IEEE 802.3af class 3
WiFi
Optional feature
General
Size [L x W x H ] w Lens
123 × 77 × 77 mm (4.84 × 3.03 × 3.03 in)
Power
External Voltage
18-56 VDC, 8 W max
Power
24/48 V DC 8 W max
Power Cable Configuration
Power over Ethernet or External
Power Connection
M12 Male 12-pin A-coded (shared with Digital I/O)
Environmental & Certifications
Encapsulation
IEC 60529, IP 54, IP66 with accessory
Mounting
UNC ¼″-20 on 2 sides 4× M4 on 4 sides
Operating Temperature
-20°C to 50°C (-4°F to 122°F): • -20°C to 40°C (-4°f to 104°F) (in free air) • 40°C to 50°C (104°F to 122°F) (mounted on cooling plate accessory) • Maximum camera case temperature: 65°C (149°F)
Shock
IEC 60068-2-27, 25 g
Storage Temperature Range
IEC 68-2-1 and IEC 68-2-2, -40°C to 70°C (-40°F to 158°F) for 16 hours
Vibration
IEC 60068-2-6, 0.15 mm at 10–58 Hz and 2 g at 58–500 Hz, sinusoidal IEC 61373 Cat 1 (Railway)
N/A
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