- Surge Protection
- Clamping Protection
Ubiquiti Networks POE-24-30W-G-WH PoE Injectors
- 120 V AC
- 230 V AC
- CE
- FCC
- IC
- UL
Frequently Asked Questions
What is the output voltage and power specification of the Ubiquiti POE-24-30W-G-WH injector?
The Ubiquiti POE-24-30W-G-WH is a 24V DC Power over Ethernet injector designed to deliver passive PoE power to compatible network devices. This injector provides 24VDC output and is ideal for powering Ubiquiti access points and other devices that support 24V passive PoE connectivity.
Is the Ubiquiti POE-24-30W-G-WH compatible with standard PoE+ devices?
No, the POE-24-30W-G-WH is a 24V DC passive PoE injector and is not compatible with standard PoE+ (IEEE 802.3at) devices that require 50–57V. This injector is specifically designed for Ubiquiti devices and other equipment that support 24V passive PoE on pins 4, 5+, 7, and 8-.
What operating and storage temperature ranges does this PoE injector support?
The Ubiquiti POE-24-30W-G-WH operates reliably in temperatures from -20 to 60°C (-4 to 140°F) and can be safely stored in environments ranging from -30 to 70°C (-22 to 158°F). This temperature range makes it suitable for both indoor and moderately challenging deployment environments.
What is the input power requirement for the Ubiquiti POE-24-30W-G-WH?
The POE-24-30W-G-WH accepts rated input voltage of 100-240VAC with a maximum input current of 1.5A, making it compatible with standard wall outlets worldwide. The injector delivers greater than 86% efficiency and maintains output ripple of 200mVpp with line regulation less than 1%.
How many devices can I power simultaneously with this PoE injector?
The Ubiquiti POE-24-30W-G-WH is a single-port PoE injector designed to power one device at a time through passive 24V PoE delivery. For powering multiple devices, you would need to deploy multiple injectors or use a managed PoE switch with integrated power delivery capabilities.
What environmental conditions can this PoE injector withstand?
The POE-24-30W-G-WH operates in humidity levels from 5 to 90% noncondensing and features 4kV surge immunity for both differential and common mode protection. These specifications ensure reliable operation in standard office and warehouse environments while protecting against electrical transients.