| Specification : | |
| Brand Profile | Uniview (UNV Technologies) |
| Model Code Matrix | TR-UF45-L-IN (TR-UF45-L-IN Adapter) |
| Product Category | Professional Dome Camera Mounting Adapters & Interface Rings |
| Application Ecosystem | Universal Outdoor / Indoor Weatherproof Camera Bracket Configurations |
| Target Hardware Focus | High-Performance Network Dome Surveillance Camera Enclosures |
| Chassis Component Material | High-Strength Structural Die-Cast Aluminum Alloy Matrix Core |
| Physical Ring Dimensions | Diameter: Φ160 mm × Depth: 46.3 mm (Diameter: Φ6.3” × Depth: 1.82”) |
| Hardware Mass Weight | Low-Strain Structural Metal Weight: 237 Grams (0.522 Pounds Net Weight) |
| Cable Management Layout | Hollow Center Channel Interface for Hidden Wire Feed Protection |
| Chassis Surface Protection | Anti-UV Weather-Sealed Corrosion-Resistant White Paint Coating |
| Mechanical Coupling Style | Flush Overlay Flange (Ensures Jitter-Free Structural Alignment) |
| Mounting Bolt Alignment | Factory Pre-Drilled Multi-Pattern Threading Holes (Simplifies Assembly) |
| Climatic Survival Range | All-Weather Performance Stability: Retains Strength from -40°C to 70°C |
Premium Die-Cast Aluminum Alloy Build: Forged out of structural aluminum alloy to deliver high load capacities, complete physical rigidity, and excellent impact resistance.
Corrosion-Resistant Industrial White Finish: Coated with a professional protective layer that resists heavy weather changes and UV exposure while blending into modern surfaces.
Universal Indoor and Outdoor Ecosystem Agility: Sealed mechanical framing ensures stable operation inside highly humid rooms and under freezing outdoor perimeters.
Low-Strain 237g Lightweight Architecture: Optimized lightweight structural layout delivers secure mechanical anchoring while reducing dead load pulling strain on hanging mounts.
Streamlined Φ160mm Circular Footprint Core: Precision mechanical sizing forms a tight, flush overlay with compatible factory hardware plates, preventing structural wobbling or lens misalignment.