FLIR A50-A70 Research & Development Kits
Smart Thermal Imaging for Advanced Research and Development
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FLIR A50-A70 Research & Development Kits Price in Bangladesh
FLIR A50-A70 Research & Development Kits are professional thermal imaging solutions, and the FLIR A50-A70 Research & Development Kits Price in Bangladesh is relevant for engineers, researchers, and technical professionals seeking advanced infrared technology for laboratory testing, product development, and industrial research. Designed to support demanding research and development workflows, these kits provide practical thermal imaging capabilities for analyzing heat patterns and thermal behavior across a wide range of applications.
Research and Development Applications
The FLIR A50-A70 series is designed to support research and development activities where reliable thermal information is essential. Engineers can use thermal imaging to investigate temperature distribution, identify heat related issues, evaluate component performance, and improve product designs. This makes the kits suitable for laboratories, engineering departments, and industrial R&D facilities.
Advanced Thermal Imaging
Thermal imaging allows professionals to visualize heat that cannot be observed through conventional cameras. The FLIR A50-A70 Research & Development Kits can help users identify thermal variations across components, materials, machinery, and experimental systems. This capability provides valuable information during testing, troubleshooting, validation, and research activities.
Engineering and Product Development
Thermal performance is an important consideration during product development. Engineers can use the FLIR A50-A70 thermal imaging camera kits to evaluate heat generation, thermal distribution, cooling performance, and potential hotspots during development and testing. Thermal information can help identify design improvements before products reach final production.
Industrial Testing and Monitoring
The kits can support a wide range of industrial testing applications. Professionals can investigate electrical components, mechanical systems, production equipment, electronics, and other heat generating systems. Infrared observation can help identify abnormal thermal behavior and provide useful information for preventive maintenance and engineering diagnostics.
Automation and Integration
Modern research and industrial environments often require thermal imaging to work alongside other measurement and automation systems. The FLIR A50-A70 platform is suitable for applications where infrared imaging can be integrated into technical workflows. This can help organizations develop automated inspection processes and improve the efficiency of thermal monitoring.
Laboratory Research
The FLIR A50-A70 Research & Development Kits are suitable for laboratory environments where repeatable thermal observation is required. Researchers can use infrared imaging to examine material behavior, thermal processes, experimental equipment, and prototype systems. The resulting thermal information can support more informed analysis and research conclusions.
Thermal Analysis and Troubleshooting
Identifying thermal abnormalities at an early stage can help prevent equipment problems and improve system reliability. The FLIR A50-A70 kits provide professionals with a practical method for locating hotspots and analyzing temperature distribution. This makes them useful for troubleshooting and performance evaluation in engineering environments.
Professional and Reliable Design
Research equipment needs to perform consistently during repeated testing and experimentation. The FLIR A50-A70 series is designed for professional technical environments, offering a dependable platform for thermal imaging and analysis. Its engineering focused construction makes it suitable for laboratories, industrial facilities, R&D centers, and technical development projects.
FLIR A50-A70 in Bangladesh
For universities, research institutions, engineering companies, manufacturing facilities, and industrial R&D organizations in Bangladesh, the FLIR A50-A70 Research & Development Kits offer a versatile solution for professional thermal imaging. They can support product development, laboratory experiments, industrial diagnostics, automation projects, and advanced engineering research.
Key Features: FLIR A50-A70 Research & Development Kit
- Improve Efficiency
Quickly reveal thermal characteristics to eliminate guesswork and reduce product development time with up to 640 × 480 (307,200 pixels) thermal resolution, ±2°C accuracy, and a built-in visible camera with MSX®.
- Capture Meaningful Data Quickly
Start testing sooner with limited ramp-up time and simple non-proprietary industry standard interfaces; perform qualitative and quantitative thermal analysis with the included FLIR Research Studio software (1 year license included).
- Rugged, Compact, and Flexible
Easily install the IP66 rated camera with M-style connectors in any location; transition from design and testing to process control using GigE Vision and GenICam protocols.
Specifications: FLIR A50-A70 Research & Development Kit
IR Resolution
464 × 348
Detector Pitch
17 µm
Spectral Range
7.5–14.0 µm
Detector Type
Uncooled microbolometer
Dynamic Range
16-bit
Thermal Sensitivity/NETD
<50 mK
Frame Rate
30 Hz
Standard Temperature Range
-20°C to 175°C (-4°F to 347°F); 175°C to 1000°C (347°F to 1832°F)
Focus
Adjustable with included focus tool
Imaging & Optical
Available Lenses
Fixed lens only
Detector Pitch
17 µm
Detector Type
Uncooled microbolometer
Digital Data Streaming to PC
Via workstation running included Research Studio Software
Dynamic Range
16-bit
Field of view (FOV)
29° × 22°
Focus
Adjustable with included focus tool
Frame Rate
30 Hz
Image Modes
Thermal, visual, MSX®, FSX®
IR Resolution
464 × 348
Lens
29° fixed
Lens Identification
None
Macro Mode
No
Minimum Focus Distance
0.25 m
Spectral Range
7.5–14.0 µm
Thermal Sensitivity/NETD
<50 mK
Visible Camera
Included, 1280 × 960 resolution
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) and object temperature above 0°C (32°F)
Standard Temperature Range
-20°C to 175°C (-4°F to 347°F); 175°C to 1000°C (347°F to 1832°F)
Communication & Data Storage
Command and Control
Gigabit Ethernet (RTSP, GigE Vision), Wi-Fi
Digital I/O connector type
M12 Male 12-pin A-coded (shared with external power)
Digital I/O isolation voltage
500 VRMS
Digital Inputs
2× opto-isolated, Vin (low) = 0 to 1.5 V, Vin (high) = 3 to 25 V
Digital Outputs
3× opto-isolated, 0 to 48 V DC, 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
Yes, Female RP-SMA connector; Peer to peer (ad hoc) or Infrastructure (network)
General
Size [L x W x H ] w Lens
107 × 67 × 57 mm, without bottom cooling plate
Power
External Voltage
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 and IP66
Mounting
1/4-20 UNC depth 7 mm + Ø5 depth 2.7 mm
Operating Temperature
-20°C to 50°C (-4°F to 113°F), with included cooling plate, 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 Hz to 58 Hz and 2 g at 58 Hz to 500 Hz, Sinusoidal IEC 61373 Cat 1 (Railway)
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