ADP-PSE4 – PoE+ Power Sourcing Equipment Controller Module

The ADP-PSE4 is a PoE+ Power Sourcing Equipment (PSE) module with four independent channels. It is IEEE802.3at compliant with low power dissipation and is capable of delivering up to 90W with a DC input range of 54 ~ 57V.

Additional information

Dimensions

1.962" x 1.575" (49.84mm x 40.00mm)

Power Requirement

DC input 54~57V

Global P/N / SKU

3107918

I/O

4 x 4-pin header for Powered Device, 1 x 2-pin terminal block for DC input, 1 x 2-pin terminal block for DC output

Operating Temperature

-40 ~ 185 °F (-40 ~ 85 °C)

Storage Temperature

-40 ~ 185°F (-40 ~ 85°C)

Ordering Options

ADP-PSE4 (SKU# 3107918):
IEEE802.3at compliant module with support for LTPoE++ 90W, and four independent PSE Channels

Downloads

Datasheet

Ordering Options

ADP-PSE4 (SKU# 3107918): IEEE802.3at compliant module with support for LTPoE++ 90W, and four independent PSE Channels

ADP-PSE4 – PoE+ Power Sourcing Equipment Controller Module

The ADP-PSE4 is a PoE+ Power Sourcing Equipment (PSE) module with four independent channels. It is IEEE802.3at compliant with low power dissipation and is capable of delivering up to 90W with a DC input range of 54 ~ 57V.

CONTACT US NOW

Module

SKU: 3107918 Tags: Internet of Things (IoT), Surveillance

Additional information

Dimensions

1.962" x 1.575" (49.84mm x 40.00mm)

Power Requirement

DC input 54~57V

Global P/N / SKU

3107918

I/O

4 x 4-pin header for Powered Device, 1 x 2-pin terminal block for DC input, 1 x 2-pin terminal block for DC output

Operating Temperature

-40 ~ 185 °F (-40 ~ 85 °C)

Storage Temperature

-40 ~ 185°F (-40 ~ 85°C)

Ordering Options

ADP-PSE4 (SKU# 3107918):
IEEE802.3at compliant module with support for LTPoE++ 90W, and four independent PSE Channels

Downloads

Datasheet

Ordering Options

ADP-PSE4 (SKU# 3107918): IEEE802.3at compliant module with support for LTPoE++ 90W, and four independent PSE Channels

Already know what you need? Request a quote.

We can customize the perfect solution to meet your embedded computing needs.

    • This field is for validation purposes and should be left unchanged.

    Latest Articles

    Company News

    • Is SSD Always the Better Option?

      There has been a movement toward Solid State Drives (SSD) in the last few years. The reasons are obvious – an SSD operates much faster than a traditional hard drive and isn’t susceptible to mechanical faults. And while they used to sport very little storage capacity and were prohibitively expensive in the early days of […]

      View Article
    • How to Find the Best Form Factor for Your Embedded PC

      If you have ever paid attention to the technical specs of a computer’s motherboard, you may have come across terms like Micro-ATX or Mini-ITX. Referred to as form factor, this name apparently decides the category of the motherboard. But how exactly do these form factors differ? Which form factor should you go for? Here is […]

      View Article
    View All News

    From the Blog

    • Sunlight Readable Displays for Outdoor Applications

      Using a computer outdoors can be tricky. The screens aren’t really built to be visible in direct sunlight, making it hard to see anything on the display. This is especially a problem for embedded computers with LCD screens deployed in outdoor locations.  Computers meant to be deployed in outdoor scenarios need a different feature set […]

      View Article
    • Embedded PC Enclosures – Should You Go With Metal Or Plastic?

      In desktop computers, picking the enclosure material is mostly an aesthetic choice. With industrial PCs though, this factor has to be considered carefully. There is no one perfect material that does well in every scenario – different situations call for different approaches. Here is an overview of the pros and cons of each one. Metal […]

      View Article
    View all Blogs