Description

The Ubiquiti POE-24-30W-G-WH is a compact and high-efficiency Power over Ethernet (PoE) injector designed to supply both power and data through a single Ethernet cable, catering to Ubiquiti devices that require higher power inputs. Its sleek white casing not only enhances the aesthetics of modern network environments but also blends seamlessly into various installation settings.

Key Features:

• Surge Protection: Safeguards against voltage spikes and electrical surges, ensuring the longevity and safety of connected devices.
• Clamping Protection: Limits excessive voltage, with clamping rated at 11V for data and 60V for power, protecting sensitive components.
• Maximum Surge Discharge: Handles up to 1500A for power and 36A peak pulse current for data, providing robust protection against surges.
• AC Cable with Earth Ground: Ensures safe and stable operation with proper grounding, reducing the risk of electrical hazards.

This PoE injector delivers a 25V DC output at 1.25A, totaling 30 watts of power, making it ideal for a range of Ubiquiti devices requiring a reliable power source. The inclusion of a Gigabit LAN port is crucial for maintaining high-speed data transfer, which is essential for networks handling large data volumes or requiring high-speed communications.

Designed to operate across a wide input voltage range of 100-240VAC and supporting frequencies of 50/60Hz, the injector is versatile enough for global use. It effectively manages inrush current, peaking at under 60A at 120VAC and under 120A at 230VAC, ensuring stability and safety during power surges. With an efficiency rate exceeding 83%, the injector minimizes energy waste, contributing to better energy management in network operations. The unit also maintains a maximum output ripple of just 1%, ensuring a consistent and stable power supply.

Safety and durability are further enhanced with differential and common mode surge protection. The Ubiquiti POE-24-30W-G-WH meets stringent international standards, holding certifications from CE, FCC, IC, and UL, guaranteeing its safety, reliability, and performance in powering high-demand network devices.