03-22-2018 09:16 PM - edited 07-05-2021 08:25 AM
I do not know if this is the right forum to ask this question
I'm trying to find technical specs of AIR-PWRINJ4
I received Power injector Model 740-64214-001 of Ruckus Wireless
That's the only thing I've found on Google on Power injector Model 740-64214-001
I want to know if its specification is the same as that of Cisco AIR-PWRINJ4
i have AIR-CAP3502 that work on Standard power supply
I want to use the Ruckus Wireless Power injector instead of the Regular power supply
Will this fit Cisco's AIR-CAP3502?
03-28-2018 05:35 AM
it is not controller based
it is standalone / autonomous
If I change the power settings
Just to try
Could it do some damage to the access point?
03-28-2018 05:39 AM
03-28-2018 09:47 AM
I saw that link It says
If you use a power injector to provide power to the 1040, 1130, 1140, 1240, 1250, or 1260 access point, select Power Injector on the System Software: System Configuration page and enter the MAC address of the switch port to which the access point is connected.
There is no option to select power injector
only Pre-standard Compatibility and Power Negotiation
I read the manual of the access point
And I did not find any information about it
That's the most detailed thing I've found
It's not clear what I'm supposed to choose
and how do i find the switch port mac address ?
03-28-2018 11:03 PM
03-30-2018 11:26 PM
it is a cisco switch model SG200-26 26-Port Gigabit Smart Switch
i use his gui not command line
about the Access point
Could it be that the heat is due to the incorrect setting of the transmission power
Last night I was in a place where there were quite a number of such access points
None of them was hot
04-02-2018 10:35 PM
Are these settings correct?
I set it to a lower one
The access point is still hot
Is there anything else to do?
04-02-2018 11:48 PM
04-03-2018 06:41 AM - edited 04-03-2018 06:41 AM
First of all, thanks to everyone who responded and help
I did not understand the answer
@patoberli wrote:
The switch supports 802.3af, so it's a current version of PoE and not a pre-standard one.
It is a switch without PoE
@patoberli wrote:
Which setting did you set to a lower one?
Those at an access point
It is less hot but still hot (I've attached a picture of the settings at an access point)
What is the difference between the top line and the bottom line?
04-03-2018 07:30 AM
04-05-2018 06:12 AM - edited 04-05-2018 06:13 AM
@patoberli wrote:
Not 100% sure about the Client Power, but the Transmit Power is the signal strength of the AP signal. 17 dBm is roughly 100 mW with the standard or built-in antenna
Until now I was sure I had reduced the power of transmission
After reading some online Power Transmission 3500 data sheet
I think I did the opposite
I'm not sure any of this.
Transmitter Power (dBm): was on 5
i set it to 8
According to the information page The higher the number, the higher the signal strength
So why on the other side where the low number is listed "max"
What parameters do I need to mark so that the transmission power will be the lowest ?
Are the other settings on the page OK ? (Autonomous-AP that is connected to the router using a network cable)
04-05-2018 07:15 AM
8 would be the lowest setting, 1 the highest.
Check the information in this thread for understanding the power levels and dBm:
04-10-2018 12:51 AM - edited 04-10-2018 12:52 AM
It was on 8 and it was warmer
Now it's about 14 that's less hot
why on the side that there is the lowest number is listed "max" ??
It is not clear
04-10-2018 02:37 AM
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