FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization

FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization Price in Bangladesh provides stabilized thermal imaging for marine navigation surveillance and monitoring

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FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization
Brand: Flir
Category: Thermal Imaging Cameras
Availability: Ready Stock
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FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization Price in Bangladesh

FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization Price in Bangladesh provides a professional thermal imaging solution for marine applications where stable imaging, reliable visibility, and enhanced situational awareness are essential. FLIR M364 combines thermal imaging with active gyro stabilization to help operators maintain a steady view even when vessel movement, vibration, and changing sea conditions affect the camera platform.

Active Gyro Stabilization

The active gyro stabilization system helps compensate for vessel movement and maintains a more stable thermal image during operation. This is particularly valuable in rough or moving marine environments where camera movement can make targets difficult to observe. Stabilized imaging allows operators to monitor important areas with greater consistency and confidence.

Advanced Thermal Visibility

Thermal imaging detects differences in thermal energy and provides useful visual information when conventional optical cameras may be affected by darkness or limited illumination. FLIR M364 can help operators identify vessels, people, floating objects, shorelines, and other relevant targets, providing an additional layer of awareness for marine operations.

Enhanced Nighttime Awareness

Nighttime navigation and surveillance often present visibility challenges for vessel operators. Thermal imaging provides useful visual information without relying entirely on visible illumination, helping operators maintain awareness in darkness and low light conditions. This makes FLIR M364 suitable for continuous marine monitoring during both day and night operations.

Marine Navigation Support

FLIR M364 can complement radar, navigation systems, visible cameras, and other onboard technologies by providing a stabilized thermal view of the surrounding environment. Operators can use the camera to monitor nearby vessels, detect potential obstacles, and maintain improved situational awareness during navigation and vessel maneuvering.

Vessel Security and Surveillance

The camera is suitable for professional marine security applications where dependable monitoring is important. Its stabilized thermal imaging capability allows operators to observe areas around the vessel while reducing the effects of vessel movement. This can support security operations on commercial vessels, patrol boats, offshore platforms, and other marine assets.

Offshore and Coastal Applications

FLIR M364 can support a variety of demanding marine applications, including offshore operations, coastal monitoring, marine transportation, patrol activities, search operations, and vessel security. Its stabilized thermal imaging capability is especially useful where continuous observation is required despite movement and challenging environmental conditions.

Improved Target Observation

Stable thermal imagery helps operators interpret objects and events more effectively. By reducing the impact of platform movement, active stabilization can provide a more consistent view of areas of interest. This can assist personnel in recognizing targets, monitoring their movement, and responding appropriately during marine operations.

Reliable Marine Performance

Marine imaging equipment must withstand challenging conditions involving vibration, moisture, movement, and changing weather. FLIR M364 is designed for professional marine applications where dependable operation and consistent imaging performance are important. Proper installation and routine maintenance can help maintain reliable performance throughout the equipment lifecycle.

Flexible System Integration

FLIR M364 can be incorporated into compatible marine monitoring, navigation, and security architectures. Its thermal imaging and stabilization capabilities can complement onboard displays, video management systems, navigation equipment, and other situational awareness technologies. Proper system planning helps ensure effective integration with the vessel's existing equipment.

Efficient Marine Monitoring

A stabilized thermal camera can reduce the need for operators to manually compensate for vessel movement while monitoring important areas. This can make surveillance and navigation tasks more efficient by providing a steady thermal view that helps personnel focus on relevant targets and surrounding conditions.

Professional Marine Thermal Solution

With advanced thermal imaging, active gyro stabilization, nighttime visibility, and professional marine functionality, FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization provides a dependable solution for demanding marine surveillance and navigation requirements. It is well suited for vessel operators, marine engineers, offshore professionals, security teams, and system integrators seeking stable and reliable thermal monitoring technology.

Key Features: FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization

  • Safe Navigation in Low Visibility Environments

    Thermal imaging offers vision in complete darkness, glare, and light fog.

  • A Steady View in Rough Seas

    Two-axis mechanical stabilization virtually eliminates the effects of pitch, heave, and yaw.

  • Seamless Integration

    Exceptional connectivity with navigation and security systems.

Specifications: FLIR M364 Marine Thermal Cameras with Active Gyro-Stabilization

Thermal Camera

Focus

Fixed 12 ft (3m) to infinity

Image Processing

FLIR Proprietary Digital Detail Enhancement

Thermal Detector Type

640x512 VOx Microbolometer

Thermal E-Zoom

4x Continuous

Thermal Field of View

24 ° x 18 °

Thermal Focal Length

18 mm

Video Refresh Rate

30 Hz

Visible Camera

Lines of Resolution

NA

Visible Detector Type

NA

Visible E-Zoom

NA

Visible Field of View

NA

Visible Focal Length

NA

Zoom

NA

System Specifications

Analog Video Connector Types

BNC

Analog Video Output

NTSC/PAL User Settable

ClearCruise IR Analytics

Yes, with Raymarine Axiom

Current

Peak 10.0 A

Firefighter Mode

No

Gyro Stabilized

Yes

HD-SDI Lossless Video Output

Yes

Network Video Output

Two, Independent H.264/MJPEG Network Video Streams

ONVIF Conformance

Profile S

Operating Voltage Range

-10% to +30% of Nominal Supply Range

Pan-Tilt Adjustment Range

360° Continuous Pan, ± 90° Tilt

Power Consumption

41 W (typical) 56 W (max)

Environmental

Automatic Window Defrost

Standard at Power-Up

EMI

IEC60945

Lightning Protection

Near Strike at 2kV

Operating Temperature Range

-13°F to +131°F (-25°C to +55°C)

Salt Mist

IEC60945

Sand & Dust Ingress

Mil-Std-810E or IP6X

Shock

15g vertical, 9g horizontal

Storage Temperature Range

-22°F to +158°F (-30°C to +70°C)

Vibration

IEC60945

Water Ingress

IPX6 (heavy seas, power jets of water)

Wind

100 knots (115.2 MPH)

Physical

Size

Camera: 8.7” (222mm) x 12.9” (328mm) / Camera with Top-Down Riser: 10.0” (254mm) x 14.4” (366mm)

Weight

Camera: 13.9lbs (6.3kg) / Camera with Top-Down Riser: 14.9lbs (6.8kg)

Range Performance

Detect a 30-foot Vessel

1.7nm (3150m)

Detect Human Sized Target

0.5nm (925m)

NATO Target 2.3m x 2.3m at 50 Pct.

0.9nm (1690m)

N/A

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