Audited Supplier
FLYIR-S-140-2-T-POD
Infrared
Fixed Focus Lens
IP Camera
CMOS
720P
650tvl
Autofocus Lens
ISO9001: 2000
Waterproof / Weatherproof, Mini Size
≧30m
1/3 inch
With Remote Control
Uncooled Focal Plane Detector
640X512
35mm
12.5 Deg X 10 Deg (±5%)
1920 X 1080
≤1.3kg
140mmx152mmx188mm
24V
12V - 32VDC
RS422/100 Mbit
JPG Format
AVI Format
Can Fly in Light Rain
flyir
Box
500x500x500
China
852580119
Product Description
The FLYIR-S-140-2-T-POD gimbal camera consists of an uncooled infrared thermal imager, 30x continuous zoom visible light camera, a laser ranging machine, a two-axis servo-stabilized platform and image processing components. It features ultra-small, ultra-light, high precision and low latency. It can be integrated to the small and micro unmanned aerial vehicles to finish 24-hours security and surveillance tasks in the target area.
The gimbal camera can detect, identify, and track the ground targets for 24 hours both in daytime and nighttime. It also supports for infrared and visible light videos streaming in real time.
The gimbal camera has been adapted to a number of mainstream domestic flight control platforms, docked seamless with the flight control. It can be accessed to the unit's ViewControlStudio display and control software platform that can assist the overall unit in quickly completing the development of the unmanned aircraft system.
The application includes security and surveillance, border patrol, search and rescue, and forest fire prevention .
| Model | FLYIR-S-140-2-T-POD |
| Infrared Thermal Imager | |
| Detector Type | Uncooled Focal Plane Detector |
| Working Waveband | 8μm - 14μm |
| Detector Resolution | 640×512 |
| Pixel Size | 12μm |
| Lens Focal Length | 35mm |
| Field of View | 12.5°×10°(±5%) 12.5°x 10°(±5%) |
| Palette | 6 |
| Electronic zoom | 1~4X |
| Noise Equivalent Temperature Difference | NETD≤50mK |
| Minimum Resolvable Temperature Difference | MRTD≤500mK |
| Visible Light Camera | |
| Resolution | 1920×1080 |
| Pixel Size | 2.8μm |
| Optical Zoom | 30 times |
| Hybrid Zoom | 60 times |
| Focal Length | 4.3mm~129mm |
| Field of View Angle | 63.7°×35.8°~2.3°×1.3° |
| Zoom | Auto focus, manual focus |
| Minimum Illumination | 0.01Lux |
| Laser Ranging Machine | |
| Maximum Ranging Distance | ≥3km (under the condition of visibility ≥15Km) |
| Minimum Ranging Distance | ≤20m |
| Ranging Accuracy | ≤2m |
| Ranging Frequency | 1 ~5 Hz |
| Servo Platform | |
| pan angle | 360°×n (360° continuous rotation) |
| tilt angle | -120° ~ +90° (positive upward) |
| Angular Position Accuracy | ≤0.2°(1σ) |
| Stabilization Accuracy | ≤0.05mrad(1σ) |
| Maximum Angular Velocity | Azimuth≥60°/s, Pitch≥60°/s |
| Maximum Tracking Angular Velocity | Azimuth≥50°/s, Pitch≥50°/s |
| System parameters | |
| Image Tracking | Automatically track selected targets |
| AI Recognition | Automatically detect and recognize typical targets |
| Rated Working Voltage | 24VDC |
| Voltage | 12V - 32VDC |
| Consumption | Stable Power Consumption: ≤30W (24VDCpower-up peak current ≤5A) |
| Weight | ≤1.3Kg |
| dimensions | 140mm×152mm×188mm |
| Interface | |
| Control Interface | RS422/100 Mbit |
| Video Interface | 100 Mbit (HD-SDI optional) |
| Storage Interface | ≤128G Memory Card (Micro SD Card) |
| Picture Format | jpg Format |
| Video Format | avi Format |
| Environmental Adaptability | |
| Working Temperature | -20ºC~+55ºC(-40ºC optional) |
| Storage Temperature | -40ºC~+60ºC |
| Vibration Condition | Acceleration of 2g; 30 minutes in each of the vertical, lateral and longitudinal directions. |
| Impact Condition | Peak acceleration of 20g, duration of 11ms |
| Protection Level | Can fly in light rain |
a) Identify and track typical targets.
b) Self-check and fault report.
c) Visible light 30x optical zoom.
d) Output infrared and visible light images.
e) Laser ranging.
f) Optical zoom, autofocus, manual focus and low illumination.
g) Infrared 1~4x electronic amplification, 6 kinds of color palette switching.
h) Freely rotate in azimuth and pitch angle.
i) Manual search/servo/attitude stabilization/tracking.
j) Isolate the disturbances of the carrier, stabilize the line of sight.
k) Lock/unlock the target, output the image with a tracking frame after the target is locked.
l) Auto track the target and resist interference.
m) Memory tracking with rapid target reacquisation.
n) Adjust size of the wave gate.
o) Switch tracking point.
p) Calculate target coordinates through laser ranging and UAV information.
q) Outputs system working status, camera working status and optical axis position through RS232/100Mbps Ethernet with the control station.
r) 100 Gigabit network video interface (RTSP protocol)
s) Photo taking and video recording
