| Specification : | |
| Brand Profile | Uniview (UNV Technologies) |
| Model Code Matrix | TR-JB03-H-IN (TR-JB03-H-IN Junction Box) |
| Product Category | Fixed Turret Dome Camera Surface Junction Box Mounts |
| Application Ecosystem | Universal Outdoor / Indoor Weatherproof Cable Management Layouts |
| Target Camera Compatibility | High-Performance Fixed Dome Cameras of UNV IPC363X & IPC36XXS/E Series |
| Chassis Component Material | High-Strength Structural Die-Cast Aluminum Alloy Matrix Core |
| Physical Base Footprint | Diameter: Φ126.0 mm × Depth: 38.5 mm (Diameter: 5.0” × Depth: 1.5”) |
| Hardware Mass Weight | Low-Strain Structural Metal Weight: 0.24 Kilograms (0.53 Pounds Net Weight) |
| Conduit Access Ports | Dual Entry Pathways: Rear Back Exit + Heavy-Duty Threaded Side Channel |
| Chassis Surface Protection | Anti-UV Weather-Sealed Corrosion-Resistant White Paint Coating |
| Ingress Environmental Rating | Waterproof Gasket Architecture Block Interfaces Stop Moisture Corrosion |
| Mounting Bolt Alignment | Factory Pre-Drilled Multi-Pattern Layout (Simplifies Base Screwing Setup) |
| Climatic Survival Range | All-Weather Performance Core: Retains Strength from -40°C to 70°C |
Premium Die-Cast Aluminum Alloy Framework: Forged from high-grade aluminum alloy to guarantee enduring structural rigidity, excellent impact protection, and outdoor climate resilience.
Tailored Compatibility for UNV Fixed Dome Lines: Specifically engineered to match factory bases of the Uniview IPC363X and IPC36XXS/E camera lines, creating a clean, seamless fit.
Dual-Entry Sealed Cable Management Channels: Designed with a convenient wall-facing rear outlet and a threaded side ingress port for flexible surface or recessed wire layouts.
Corrosion-Resistant Industrial White Coating: Shielded with a professional-tier outer treatment that resists UV fading and shifts in temperature while maintaining a clean appearance.
Compact, Low-Profile Circular Standoff Profile: Rounded Φ126.0mm mechanical chassis blends into interior architectural contours while minimizing down-pull stress on mounting ceilings.