Hot Product

Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module

VS-SCM61505HR2-D
· Uncooled VOx Microbolometer Thermal Camera
· 640x512 Resolution, 30~150mm 5x Zoom,
· 12μm Pixel Pitch
· Thermal Intelligence
· H.265, Triple Streams, and ONVIF Compatibility
Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module
Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module
Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module VS-SCM61505HR2-D

>640*512, 12μm Uncooled VOx Microbolometer.

>Max. Resolution: 640*512 @ 25fps.

>Various motorized focusing lens

>Supports various pseudo-colour switching such as black-hot and white-hot.

>Supports triple streams for different resolutions and frame rates for live preview and stored streams.

>Supports H.265 compression encoding format with higher encoding compression rate.

>Supports tripwire, intrusion, loitering and many other intelligent analysis functions.

>Supports ONVIF, Compatible with VMS and network devices from leading manufacturers.

>Full functions: PTZ control, Alarm, OSD, etc.

Features
Extended Coverage
VISHEEN Thermal camera modules are renowned in the industry for their zoom capabilities, the adopted 150mm zoom lens, significantly increases the detection distance of camera in long-range applications over 10KM , making large-scale, all-time monitoring and observation possible in any lighting condition.
Superb Thermal Sensitivity & Clarity
The thermal camera module uses industry leading VGA(640*512) high resolution 12μm process FPA Vox microbolometer, with a great sensitivity of NETD <50mK, enhance your camera's identification capability for under covers or minor temperature differences.
Instant Focusing
Focusing speed is crucial in a fast transition (zoom operation) from wide area coverage to detailed close ups, especially for fast moving targets. With in-house Synchronized Instant Focusing algorithm, VISHEEN LWIR thermal modules are able to achieve smooth and rapid zooming, avoiding missing any key moments.
Thermal Analytics
VISHEEN LWIR camera modules are capable of running various machine learning trained detection algorithms with excellent accuracy, reducing most of the false alert and archiving smart key target tracking.
The uncooled 12um Vox 640*512 alaming network thermal camera module adopts 12um 640*512 microbolometer which is more sensitive and intelligent and can cooperate with various electric focusing lenses such as 45mm /75mm lens.
Specifications
Camera
Detector Detector Type Uncooled VOx Microbolometer
Pixel Pitch 12μm
Resolution 640 * 512
Spectral Band 8 ~ 14μm
NETD ≤50mk @25℃, F#1.0 (≤40mK Option)
Lens Focal Length 45mm/75mm/100mm motorized focusing lens
Video & Audio Network Compression H.265/H.264/H.264H/MJPEG
Resolution Main Stream: 640*512 @ 25fps
Video Bit Rate 32kbps ~ 16Mbps
Audio Compression AAC / G711
Storage Capabilities TF card, up to 256GB
Network Protocols ONVIF, HTTP, RTSP, RTP, TCP, UDP
General Events Motion Detection, Tamper Detection, Scene Changing, Audio Detection, SD Card, Network, Illegal Access
IVS Tripwire, Intrusion, Loitering, etc.
Upgrade Support
Noise Reduction Support
Image Settings Saturation, Brightness, Contrast, Sharpness, Gamma, etc.
Flip Support
FFC Mode Auto / Manual
Fire Detection Support
Focus Model Auto/Manual/Semi-Auto
Digital Zoom
External Control TTL3.3V, Compatible with PELCO protocol
Video Output Network
Baud Rate 9600
Operating Conditions -30℃ ~ +60℃; 20﹪ to 80﹪RH
Storage Conditions -40℃ ~ +70℃; 20﹪ to 95﹪RH
Power Supply 9~12V DC
View More
Download
Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module Data Sheet
Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module Quick Start Guide
Uncooled VOx 640*512 30~150mm Network LWIR Long Range Thermal Infrared Camera Module Other Files
 Privacy settings
Manage Cookie Consent
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
✔ Accepted
✔ Accept
Reject and close
X