| Availability: | |
|---|---|
Visible Light | Sensor type | 1/1.8" Progressive Scan CMOS | |
Pixel | 2MP | ||
Resolution | 1920(H) × 1080(V) | ||
Focal length | 8mm~560mm | 22.2mm~755mm | |
Optical/Digital zoom | 70×/16× | 34×/- | |
Iris | F1.4~F5 | / | |
HFOV | 56°~0.8° (Wide-Tele) | 15.72°~0.48° (Wide-Tele) | |
Focus | Auto/Manual/Semi-auto | ||
Infrared Thermal | Detector type | Uncooled Vanadium Oxide Microbolometer | |
Resolution | 640 × 512@17μm (12μm, 1280 × 1024 optional) | ||
Spectrum | 8~14μm | ||
NETD | ≤40mK@F1.0,300K | ||
Focal length | 25mm~100mm | 30mm~150mm | |
FOV | 24.6°×18.5°~6.2°×4.7° | 20.6°×15.5°~4.2°×3.1° | |
IFOV | 0.68~0.17mrad | 0.57~0.11mrad | |
Focus/Zoom type | Electric focus/zoom | ||
Digital zoom | 1×/2×/3×/4× | ||
Pseudo | White Hot / Black Hot / Rainbow / Iron Red / Lava / Sky / Purple Orange / Gradient Red / Gradient Green / Gradient Blue | ||
Image process | Non-uniformity Correction/Digital Filter Noise Reduction/DDE | ||
Gimbal | Pan speed | 0.01°~30°/s | |
Tilt speed | 0.01°~15°/s | ||
Preset | Max 256 | ||
Pan | 360° rotating continuously | ||
Tilt | -45°~+45° | ||
Cruise | 200, 4 tracks | ||
General | Encode | H.265/H.264 | |
Interface protocol | ONVIF/GB28181 | ||
Communication | 1×BNC/1×RJ45 | ||
Power | DC24V | ||
RH | <90%RH | ||
Protection grade | IP66 | ||
Anti-salt-fog | PH value 6.5~7.2, continuous spraying for 48 hours, no surface change | ||
Operation temp | -40℃~+55℃ | ||
Storage temp | -55℃~+65℃ | ||
Consumption | ≤90W | ||
Weight | ≤45Kg | ||
Dimension | 370mm × 593mm × 550mm | ||
Supporting fully customizable controls of every sensor, gimbal function and pan tilt size to your specifications.
Start a free consultation with our engineer to discuss detailed and customization options.
Designed for scalability, this Monitoring System integrates thermal imaging, optional visible cameras, and additional sensing technologies to deliver layered situational awareness. The modular design allows replacement or upgrading of optical components, thermal sensors, and processing modules without replacing the entire unit. This flexibility reduces lifecycle cost and supports long‑term field serviceability.
Built with industrial standards and all‑weather protection, the system is suited for evolving surveillance infrastructures.
Modular and upgradeable surveillance architecture
Support for auxiliary sensors and analytics modules
Customizable optical and detector configurations
Industrial rugged construction
Networked integration with security ecosystems
Large campus or multi‑site security deployments
Defense and homeland security imaging networks
Critical infrastructure multi‑sensor integration
Scalable autonomous surveillance grid
Sensor‑rich perimeter security expansions