Hanwha SCD-6085R 2MP Indoor AHD IR Dome Camera

Hanwha SCD-6085R 2MP Indoor AHD IR Dome Camera

The Hanwha SCD-6085R is a professional-grade 2MP AHD indoor dome camera engineered for seamless integration into existing coaxial surveillance infrastructure. Built on AHD technology, it delivers crisp 1080p video quality over distances up to 500 meters via standard 5C2V coaxial cable, eliminating the need for expensive system overhauls. This compact dome design combines discreet aesthetics with robust security performance, making it ideal for retail environments, offices, educational facilities, and commercial spaces requiring flexible surveillance coverage.

Key Features

• 2MP AHD resolution (1920x1080) at 30fps for fluid, detailed video
• 3.1x varifocal lens (3.2–10mm) with 110° to 32° horizontal field of view
• Infrared night vision up to 65 feet with auto-switching Day/Night mode
• Advanced low-light performance: 0.11 Lux (color) and 0 Lux (B&W with IR)
• DC auto iris lens for adaptive brightness control
• Coaxial transmission up to 500m on standard infrastructure
• 4 motion detection zones with intelligent analytics
• 8 privacy masking zones for sensitive areas
• Defog technology for clear imagery in challenging conditions
• Compact dimensions (Ø119.8 x 98.5mm) for discreet installation

Technical Highlights

The SCD-6085R employs a 1/2.8" CMOS imaging sensor paired with an F1.6 maximum aperture, delivering exceptional detail capture across a wide dynamic range. Electronic shutter speeds from 1 to 1/12,000 seconds enable precise exposure control in varying light conditions. Its intelligent video processing includes SSNR IV noise reduction, multiple backlight compensation modes (BLC, HLC, DWDR), and selectable white balance (ATW, AWC, manual, indoor, outdoor presets).

Power flexibility supports both AC 24V and DC 12V inputs with minimal consumption (0.45A / 0.46A respectively), simplifying installation in diverse environments. The camera operates reliably across –10°C to +55°C, handling demanding indoor settings from climate-controlled spaces to less-protected areas. Coaxial protocol support includes ACP (AHD Coax Protocol) for standard HD transmission and Pelco-C (Coaxitron) compatibility.

Performance Specifications

Detection capability extends 87.89 feet in wide mode and 439.36 feet in tele mode using standard resolution metrics (25PPM/8PPF). At full identification range (250PPM/76PPF), the camera resolves details up to 8.79 feet in wide mode and 43.94 feet in telephoto, supporting forensic review and incident investigation. Pan/tilt/rotate ranges (350°/67°/355° respectively) enable flexible mounting orientations without compromising coverage.

Applications

Ideal for retail stores, offices, warehouses, banks, and educational institutions seeking cost-effective surveillance expansion. The AHD standard ensures compatibility with existing DVR infrastructure while delivering HD performance without costly network upgrades. Motion detection and privacy masking support regulatory compliance in sensitive areas, while the compact dome design maintains aesthetic integration in professional environments.

James Everett

The SCD-6085R represents a practical evolution of analog surveillance, leveraging AHD's proven coaxial transmission to deliver 1080p performance without infrastructure replacement. Its 3.1x varifocal lens and F1.6 aperture provide flexibility rarely found at this price point, supporting both wide-area monitoring and telephoto recognition tasks. The combination of 0.11 Lux color sensitivity and IR capability up to 65 feet ensures operational coverage across full 24-hour cycles without supplemental lighting.

For organizations maintaining legacy DVR systems, the SCD-6085R offers a scalable upgrade path—existing coaxial runs become HD-capable without rewiring. However, IT teams should note this is an analog/hybrid solution; true IP-based networks require camera-level integration via compatible encoders. The manual focus and DC auto iris require initial calibration but provide superior edge definition compared to fixed-focus alternatives. DWDR processing and defog algorithms address real-world indoor challenges effectively, though performance remains dependent on proper lens selection and mounting height.