Yes, I can do that once I return home in an hour or so. Thanks!
Trouble powering a new IR illuminator
- Thread starter 105437
- Start date
No worries just want to make sure all of us are dealing with the facts as it relates the hardware on hand. If everything you’ve stated is true that the Ubiquiti POE switch is able to power both the camera and (old) IR.
My first guess would have been a lack of power. The standard for POE AF is 15.4 watts at the PSE but with line loss can be 12.95 watts at the PD.
As an aside I would suggest you login to the switch and see what the power consumption is with the existing hardware on that port. More specifically what the power consumption is for just the camera.
Next add the old IR light and see what it is then. You’ll need to cover the ambient light sensor to turn it on to obtain an accurate reading from the switch.
Once known write it down.
Unplug everything and just plug in the new IR and cover the ambient light sensor to see if the unit even shows voltage and what the power draw is seen at the POE switch.
Next add the old IR light and see what it is then. You’ll need to cover the ambient light sensor to turn it on to obtain an accurate reading from the switch.
Once known write it down.
Unplug everything and just plug in the new IR and cover the ambient light sensor to see if the unit even shows voltage and what the power draw is seen at the POE switch.
You probably are using a poe spltter that has output of 12V DC 1A (12W) which is not enough for your camera and 8W illuminator according to your first post. Try using a splitter with output of 12V 2A (24W).
I've done some testing. Camera by itself is 3.27 watts. Camera plus AI4 Tendelux IR is 9.08 watts. The larger illuminator (Tendelux BI8) uses 7.5 watts. So all in with the camera and new IR it would be ~11 watts. The Unifi PoE switch I have provides a maximum of 17 watts per port.
The splitter I'm using has 1 amp output, that very well could be the issue. I just ordered a 12V/2A Active PoE Splitter to test with.
The splitter I'm using has 1 amp output, that very well could be the issue. I just ordered a 12V/2A Active PoE Splitter to test with.
Last edited:
Left Coast Geek
Getting comfortable
I would measure the voltage as close to the devices as practical with and without whatever loads plugged in. an extra 1:2 coax power splitter would suffice, stick this inline, insert your volt meter's + probe into the end of the spare male plug, and touch the - lead to the side of the barrel. if the voltage drops much below 11V with everything plugged in, your power source has insufficient current.
Left Coast Geek
Getting comfortable
that was with everything connected, and the IR light forced on ?
No, that was just at the end of the extension cable at the camera location. I may have another splitter which would allow me to check the voltage with everything connected. Let me check and get back to you. Thanks!
Left Coast Geek
Getting comfortable
hmm, that should be within range, barely, unless its noisy. setup the same way, and put the meter in AC Volts, and you shouldn't see more than maybe 0.1V AC
I appreciate the replies. I'm hoping the 2 amp splitter will be the fix.
sebastiantombs
Known around here
This is precisely why I run 16/2 CMR to any location I think I might want an IR illuminator or two. Never had a problem that way, even with a 30 watt monster.
Maybe the OP can offer more clarity so we all know what’s in place?!?
- What type of cable is being used to power the camera & IR? More specifically the gauge (AWG) of the cable and its total length.
- What accessories are being used? Active - Passive Splitters, connectors, etc.
- Id like to see the actual IR light wiring and any name plate showing the specs.
Draw out a wiring diagram of the installation from POE switch -> Cable Type & Length -> Connectors / Splitters In Use -> Camera / IR Light.
This shouldn’t be so hard to get up & running to be honest.
- What type of cable is being used to power the camera & IR? More specifically the gauge (AWG) of the cable and its total length.
- What accessories are being used? Active - Passive Splitters, connectors, etc.
- Id like to see the actual IR light wiring and any name plate showing the specs.
Draw out a wiring diagram of the installation from POE switch -> Cable Type & Length -> Connectors / Splitters In Use -> Camera / IR Light.
This shouldn’t be so hard to get up & running to be honest.
Agreed...we can't let a single pair of conductors kick our butts!
See additional information below. Thanks!
Maybe the OP can offer more clarity so we all know what’s in place?!?
- What type of cable is being used to power the camera & IR? More specifically the gauge (AWG) of the cable and its total length.
Approximately 185' - Cat6 Outdoor, Waterproof, Direct Burial Rated CMX, 23AWG Solid Bare Copper, 550MHz, ETL Listed, Unshielded UTP
- What accessories are being used? Active - Passive Splitters, connectors, etc.
One 12V/1A Active PoE splitter
- Id like to see the actual IR light wiring and any name plate showing the specs.
Draw out a wiring diagram of the installation from POE switch -> Cable Type & Length -> Connectors / Splitters In Use -> Camera / IR Light.
This shouldn’t be so hard to get up & running to be honest.
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Yes, it does.
What happens if you connect both IR does it turn on? Based on your past reply the old IR is close to the same power consumption very curious to see if both turn on and what the switch indicates as the power draw.
Lastly, if time permits take a 5 foot Ethernet cable and see if it allows the camera / IR combination to operate. That would also rule out voltage drop due to cable length.
As you and others noted it could very well be the active splitter is maxed out.