Bretford PowerSync Cart40 USB-C Cables
The PowerSync Cart40 USB-C cables are engineered for educational institutions and organizations managing device charging carts. These USB-C charging cables provide fast, reliable power delivery to tablets, laptops, and mobile devices in high-demand classroom and training environments. Built for durability and consistent performance, these cables support simultaneous charging across multiple devices while maintaining data transfer capabilities.
Key Features
- High-speed USB-C connectivity for rapid device charging
- Durable construction designed for frequent use in educational settings
- Compatible with standard USB-C enabled devices and tablets
- Supports both power delivery and data synchronization
- Optimized for use with Bretford PowerSync charging carts
- Reliable performance in multi-device charging scenarios
Technical Specifications
| Specification |
Details |
| Manufacturer |
Bretford |
| Product Series |
PowerSync Cart40 |
|
| Connector Type |
USB-C |
| Part Number |
HPNV2BG1-USBC |
| Primary Application |
Device charging and data transfer |
| Ideal For |
Educational institutions, training centers, corporate environments |
Frequently Asked Questions
What devices are compatible with PowerSync Cart40 USB-C cables?
These cables work with any device featuring a USB-C port, including tablets, smartphones, laptops, and other modern mobile devices commonly used in educational and corporate settings.
Can these USB-C cables transfer data while charging?
Yes, the PowerSync Cart40 cables support simultaneous power delivery and data synchronization, allowing you to charge and sync devices at the same time.
Are these cables suitable for classroom charging carts?
Absolutely. These cables are specifically designed for Bretford PowerSync charging carts used in schools and training environments, offering the durability needed for daily multi-device charging scenarios.
How durable are Bretford PowerSync cables?
Built with reinforced construction, these USB-C cables are engineered to withstand frequent use, repeated connections, and the demands of high-traffic educational and corporate environments.
