| Specification : | |
| Brand Profile | Uniview (UNV Technologies) |
| Model Code Matrix | TR-WM06-C-IN (TR-WM06-C-IN Bracket) |
| Product Category | Large Bullet Camera Wall Installation Extension Arms |
| Application Scenario | Universal Indoor or Outdoor Dynamic Building Wall Deployments |
| Target Device Capability | 6-inch Network Bullet Surveillance Cameras / Protective Enclosures |
| Chassis Component Material | High-Strength Structural Die-Cast Aluminum Alloy Matrix Core |
| Physical Outer Dimensions | 232.1 mm Length × 60.3 mm Width × 89.7 mm Height (9.1” × 2.4” × 3.5”) |
| Hardware Mass Weight | Low-Strain Structural Metal Weight: 0.2 Kilograms (0.44 Pounds Net Weight) |
| Cable Management Layout | Integrated Internal Hollow Pathway for Hidden Weather-Proof Wire Routing |
| Chassis Surface Treatment | Anti-UV Weather-Sealed Corrosion-Resistant White Paint Coating |
| Vibration Isolation Shunt | High-Density Metal Gearing to Minimize Camera Jitter and Angle Slippage |
| Mounting Bolt Alignment | Factory Pre-Drilled Standard Pattern Holes (Simplifies Anchor Fastening Setup) |
| Climatic Survival Range | All-Weather Structural Stability Performance: Operating from -40°C to 70°C |
Premium Die-Cast Aluminum Alloy Build: Manufactured out of high-density aluminum alloy to ensure maximum rigidity, lasting weather immunity, and exceptional structural protection.
Corrosion-Resistant Protective White Finish: Coated with a premium industrial layer that resists UV degradation and intense weather changes, maintaining a clean modern look.
Integrated Concealed Hollow Conduit Pathway: Features an internal wiring channel that routes network lines and power lines out of sight, blocking moisture ingress and vandalism loops.
Low-Strain 0.2kg Lightweight Hardware Design: Optimized metal layout delivers robust structural holding strength while minimizing weight strain on exterior brick or timber walls.
Extended 232.1mm Gooseneck Clearance Standoff: Provides ideal separation distance from the vertical surface to ensure effortless physical panning adjustments and camera alignment freedom.