Voeding POLY Studio X50/X70 USB-voeding zonder netsnoer 875M7AA HP

The POLY Studio X50/X70 USB Power Supply without Power Cord 875M7AA HP provides a compact, device-specific power solution for POLY Studio X50 and X70 conference systems. Designed to deliver stable power through a USB interface, this unit replaces or supplements existing power adapters while omitting the external mains power cord for installations where a separate cord is provided or not required. The product is intended as a compatible power accessory for professional audiovisual setups and meeting-room deployments.

Advantages

This USB power supply is tailored specifically for POLY Studio X50 and X70 devices, ensuring compatibility and correct power delivery. The absence of an integrated mains power cord reduces cable clutter and simplifies replacement or centralized power management. Its compact form factor facilitates easy placement near equipment racks or AV mounts and supports straightforward hot-swap replacement of an existing adapter.

Key specifications

• Compatibility: Designed for POLY Studio X50 and X70 conference systems
• Connector type: USB power interface for the target devices
• Form factor: Compact external power supply (no mains power cord included)
• Intended use: Replacement or supplementary power unit for meeting-room AV equipment

How to use

Connect the USB power supply to the corresponding power input on the POLY Studio X50 or X70 device following the device manufacturer’s guidance. If mains power cord is required for your installation, use an appropriate, certified mains cable sourced separately and attach it according to local electrical codes and the POLY device instructions. Verify that the device powers on and functions normally after connection; consult POLY/HP documentation for any system-specific startup procedures.

Recommendations

Use this unit only with POLY Studio X50 and X70 systems. Ensure proper grounding and compliant mains cabling when a separate power cord is installed. Avoid exposure to moisture, extreme temperatures, and mechanical stress to maintain reliable power delivery.