Omada 60W Gigabit PoE++ Injector for High-Draw Cameras
Alarm.com

Omada 60W Gigabit PoE++ Injector for High-Draw Cameras

SKU ADC-TL-PoE170S

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Sixty watts down one Ethernet cable. Standard 802.3af PoE gives about 15W, which covers an ordinary camera but not a floodlight camera, a PTZ or anything with heaters. This injector supplies the high-draw devices without replacing the whole switch.

Built for the installer

That is the economic argument. A site with twenty ordinary cameras and two floodlight cameras does not need a PoE++ switch for all twenty-two ports. Two injectors on the high-draw runs is a fraction of the cost and leaves the existing switch in place.

Output is auto-determined up to 60W, so it negotiates with the device rather than forcing power down the line. Gigabit throughput means it does not become the bottleneck on a high-resolution camera. Metal casing, and rated 32F to 113F.

Key features

  • 60W on a single run for floodlight cameras and other high-draw devices
  • Avoids replacing the whole switch when only a couple of ports need PoE++
  • Auto-determined output that negotiates with the device rather than forcing power
  • Gigabit throughput so it does not bottleneck a high-resolution camera
  • Metal casing for rack or cabinet mounting

System requirements

Requires 100-240V AC mains and a gigabit Ethernet connection from the switch. Rated for indoor use at 32F to 113F. Check the powered device's PoE class and draw against the 60W ceiling before specifying.

Specifications

SKUADC-TL-PoE170S
BrandAlarm.com
Form factorPoE++ injector, metal case
Power input100-240V AC, 50/60 Hz, 1.6A
Power outputAuto-determined, 60W maximum
NetworkGigabit Ethernet
LED indicatorsPower, PoE
Operating temp32F to 113F (0C to 45C)
Storage temp-40F to 158F (-40C to 70C)
Operating humidity10% to 90% RH, non-condensing
Dimensions6.1 x 2.8 x 1.7 in (155 x 70 x 42 mm)

FAQs

When is a 60W injector needed instead of standard PoE?
When the device draws more than standard 802.3af PoE supplies, which is roughly 15W. Floodlight cameras, PTZ cameras and devices with heaters commonly exceed it.
Is this cheaper than upgrading the switch?
Usually. On a site where only a few ports need high power, injectors on those runs cost a fraction of replacing an entire switch with a PoE++ model.
Does it limit network speed?
No. It is gigabit, so it does not bottleneck high-resolution camera traffic the way a 10/100 injector would.
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