This guide outlines the physical installation and technical configuration of the ground-flush Secondary Screening unit. Designed for high-traffic environments like goverment building, hospital ER and any public access points, this system integrates directly with your Apple iPad interface via an adapter and a Apple TV connector.
To maximize visibility and ensure security staff can monitor scans from a distance, your Athena Secondary Screening system supports real-time output to a high-definition TV. This setup utilizes an Apple TV as the bridge to mirror the iPad's imaging radar feed and alerts.
1. Site Requirements & Environmental Prep
Before unboxing, ensure the installation site meets the following environmental and electrical standards to protect the high-frequency imaging radar sensors:
Surface: The unit must be placed on a level, stable floor.
Operating Temp: 0°C to 40°C.
Clearance: Maintain a clear volume of at least 960 × 960 × 768 mm above the unit for the imaging grid to function without interference.
Power: Access to a dedicated 120V (±10%) outlet. The unit draws 500W.
2. Hardware Installation
Positioning: Place the detection module flush to the ground in the designated secondary screening area (immediately following the primary weapons detection pillars).
Safety Check: Ensure the Leakage Protector (built-in GFC/breaker) is accessible and not obstructed.
Cable Management: Connect the power input cable. If using a wired backbone, connect the USB C cable to your USB hub that connects to the Secondary Screening unit.
Power On: Flip the Power Switch. The unit will undergo a self-calibration phase (approx. 30 seconds).
3. iPad Interface Setup
Since your workflow uses Apple iPads for a simple, portable UI:
Launch the Athena App: Ensure the iPad is running the latest version of the Athena's Weapons Detection System software.
Pairing: Go to Settings > Secondary Screening Hardware. Select the unit ID that matches the serial number on your floor module.
Verification: Once connected, the "Imaging Radar" status should turn green. You should see a live frame rate of ≥5 FPS on the diagnostic screen.
4. Operational Calibration (The "Spin & Turn" Test)
To ensure the 160 × 160 × 128 imaging grid is capturing accurately:
Step 1 (Feet): Have a staff member stand on or in front of the unit. Have them turn each foot to the side. Confirm the iPad displays a clear spatial resolution of 10mm, allowing you to see through the shoe material.
Step 2 (Bags): Hold a test bag over the unit and spin it 360°. Verify the 6mm mesh spacing allows the system to distinguish between internal metallic objects.
Quick Reference Specs
| Category | Detail |
| Safety | ≤2 W/m² (Non-ionizing) – Safe for continuous human exposure. |
| Durability | IP20 Rating – keep free of standing water. |
| Imaging | 10mm Spatial Resolution – Capable of seeing through leather/boots. |
| Network | Gigabit Ethernet – Supports high-speed data transfer to the AI edge processor. |
Safety & Maintenance
Radiation Safety: The energy emitted is non-ionizing and does not penetrate past water (humans). It is safe for pregnant women and those with medical implants.
Cleaning: Use a dry microfiber cloth to clean the top surface. Do not use harsh chemicals or excessive water, as the unit is IP20 rated.
Noise: The unit operates quietly at ≤55 dB, making it suitable for quiet hospital environments.
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