Fuente de alimentación HP Poly Edge E100-450 CCX 350 EM60 – 5 V/3 A

The POLY Edge E100-450 CCX 350 EM60 Power Supply provides a stable 5V DC output at 3A, designed primarily for telephones and small communication devices. Encased in a black housing, this power adapter supplies consistent voltage to ensure connected equipment operates reliably. Its compact form factor and straightforward connection make it suitable for desk phones and compact network endpoints where a dedicated low-voltage supply is required.

Advantages

The power supply maintains a regulated 5V output with a 3A current limit, reducing the risk of voltage fluctuations that can affect device performance. Its black finish and compact dimensions allow for neat integration into office and home environments. The unit is intended to deliver continuous, efficient power to compatible telephony devices without complex configuration.

Suitable for

• Desk telephones and VoIP handsets that require 5V/3A power
• Small communication endpoints and accessories compatible with 5V DC supply
• Replacement power adapter for compatible office phone models

Key specifications

• Output voltage: 5V DC
• Output current: 3A
• Color: black housing
• Intended use: power supply for telephones and small communication devices
• Form factor: compact external adapter

How to use

Connect the power supply to a compatible device by inserting the adapter plug into the device power input and then plugging the unit into a standard mains outlet using the appropriate regional cord or built-in plug. Ensure the device is rated for a 5V/3A external supply before connecting. Power on the mains outlet and verify the connected device receives power and functions normally. For safety, disconnect the adapter from mains power before unplugging from the device.

Recommendations

Use this adapter only with devices that specify a 5V DC input and a maximum current draw at or below 3A; avoid using the supply in excessively humid or dusty environments and allow adequate ventilation around the adapter during operation.