PARAT PARAPROJECT A16 Carrello di ricarica e sincronizzazione per 16 tablet, con serratura, alluminio, plastica ABS, Conpearl, schiuma, nero, dimensione schermo: fino a 10 pollici (25,4 cm)

The PARAT PARAPROJECT A16 is a robust and secure mobile charging and synchronization cart designed to accommodate up to 16 tablets with screen sizes up to 10 inches (25.4 cm). Ideal for educational institutions, corporate environments, and healthcare facilities, this cart ensures that your devices are charged, synchronized, and ready for use while providing advanced security features.

Advantages

Efficiently manage a fleet of tablets with simultaneous charging and data synchronization. The lockable design prevents unauthorized access, and the integrated casters allow for easy mobility between classrooms or meeting rooms. Constructed from high-quality materials including aluminium, ABS plastic, Conpearl, and foam, this cart offers durability and protection for your devices.

Suitable for

• Schools and universities deploying tablet-based learning
• Corporate training rooms requiring device management
• Healthcare facilities using tablets for patient data
• Any organization needing secure, mobile tablet storage and charging

Key specifications

• Product Type: Tablet Charging & Sync Cart
• Device Capacity: 16 Tablets
• Max. Device Screen Size: 10 inches (25.4 cm)
• Primary Functions: Charging, Synchronization
• Security Features: Lockable
• Mobility: Integrated Casters
• Construction Materials: Aluminium, ABS Plastic, Conpearl, Foam
• Color: Black
• Power Input: AC 230V
• Charging Interface: USB Type-A
• Synchronization Interface: USB (to host PC)
• Safety Features: Overload Protection, Short Circuit Protection
• Cooling System: Integrated Ventilation
• Indicators: Charging Status LEDs

Recommendations

For optimal performance, use with tablets that support USB charging and synchronization. Ensure the cart is placed on a stable surface and the power cord is properly connected. Regularly check the ventilation openings to prevent overheating.