High-Resolution 640x480 Thermal Camera Module | Infrared Innovation

简短描述:

UV-TH61075EW

    • Using vanadium oxide uncooled infrared detector, it has high sensitivity and good image quality.
    • The highest resolution can reach 640*480, real-time image output
    • NETD sensitivity≤35 mK @F1.0, 300K
    • Optional lenses of 19mm, 25mm, 50mm, 15-75mm, 20-100mm, 30-150mm, 22-230mm, 30-300mmand other specifications
    • Supports network access and has rich image adjustment functions
    • Support RS232, 485 serial communication
    • Support 1 audio input and 1 audio output
    • Built-in 1 alarm input and 1 alarm output, supporting alarm linkage function
    • Supports Micro SD/SDHC/SDXC card storage up to 256G
    • Rich interfaces for easy function expansion

产品详情
产品标签
In the cutting-edge field of surveillance and monitoring, the 75mm Electric Focusing Lens 640\*512 Thermal Camera Module stands out as a beacon of innovation. Brought to you by Univision, a leading name in advanced imaging solutions, this infrared camera module is designed to redefine the standards of precision, reliability, and efficiency. At the heart of this state-of-the-art thermal camera module lies a VOx Uncooled Thermal Detector, a marvel in thermal imaging technology. With a resolution of 640x480 and a pixel size of 12µm , this detector captures detailed thermal images with remarkable clarity. Operating within the spectral range of 8-14µm , the module excels in detecting infrared radiation, translating into images that reveal what the naked eye cannot see. The sensitivity of the camera is unparalleled, boasting a NETD (Noise Equivalent Temperature Difference) of ≤35 mK at F1.0 , which ensures that even the slightest variations in temperature are accurately captured. This level of sensitivity is crucial for applications ranging from security surveillance, where intruders can be detected in total darkness, to industrial inspections, where overheating components can be identified before they fail.

DRI


Specification

Parameters

Model

UV-TH61075EW

Detecor

Detector type

VOx Uncooled thermal Detector

Resolution

640x480

Pixel size

12μm

Spectral range

8-14μm

Sensitivity (NETD)

≤35 mK @F1.0, 300K

Lens

Lens

75mm Electric Focusing Zoom F1.0

Focus

Auto Focus

Focusing range

5m~∞

FoV

5.8°x4.6°

Network

Network protocol

TCP/IP,ICMP,HTTP,HTTPS,FTP,DHCP,DNS,RTP,RTSP,RTCP,NTP,SMTP,SNMP,IPv6

Video compression standards

H.265 / H.264

Interface Protocol

ONVIF(PROFILE S,PROFILE G) , SDK

Image

Resolution

25fps (640*480)

Image settings

Brightness, contrast, and gamma are adjustable through the client or browser

False color mode

11 modes available

Image enhancement

support

Bad pixel correction

support

Image noise reduction

support

Mirror

support

Interface

Network Interface

1 100M network port

Analog output

CVBS

Communication serial port

1 channel RS232, 1 channel RS485

Functional interface

1 alarm input/output, 1 audio input/output, 1 USB port

Storage function

Support Micro SD/SDHC/SDXC card (256G) offline local storage, NAS (NFS, SMB/CIFS are supported)

Enviroment

Operating temperature and humidity

-30℃~60℃, humidity less than 90%

Power supply

DC12V±10%

Power consumption

/

Size

56.8*43*43mm

Weight

121g(without lens)




Beyond its technical specifications, the 75mm Electric Focusing Lens further enhances the module's capabilities. This feature allows for rapid adjustments in focus, providing crisp, clear images across varying distances – a critical functionality in dynamic environments where subjects of interest are constantly moving. In conclusion, Univision's 75mm Electric Focusing Lens 640\*512 Thermal Camera Module represents the pinnacle of infrared camera module technology. It's not just a tool but a gateway to uncharted territories, offering users the ability to see the world in a new light and discover what lies beyond the visible spectrum. Whether for security, industrial, or scientific applications, this thermal camera module defines the future of infrared imaging.
联系我们

© 2010-2021 版权所有:保留所有权利。