Yes you will be under 50AH a day with those loads.
I have an i4 charger for my 18650's, max it will pull is 0.8 amps charging 4 depleted 18650's which can take much more. than this and can take 6 hours.
Careful mine seems to charge to 4.22 volts when powered by 12v DC and this is beyond the safe recommendation for Lico 18650 cells.
Not all AGMs require the huge recharge currents. Lower dollar AGM's seem to list a max bulk current of 30 amps for a 100 AH battery and might make these better for a relatively low and slow solar recharge.
The hydrometer should be looked at as the best tool available to determine battery state of charge and charger performance. With AGMs you are kind of flying blind and can be surprised when the battery can no longer meet ones needs. A flooded battery owner who uses a hydrometer regularly has a much better chance of achieving excellent battery life and will not be surprised with a battery which " no longer takes a charge"
Flooded batteries seem to be more tolerant of wider ranges of bulk current and voltages too, especially GC batteries, which are always the best bang for the buck if their height and fumes can be accommodated.
Many AGM owners put too much faith in their batteries and have no idea if they are being recharged properly. They work until they dont, and when they are still in the working stage, many AGM owners will claim like new performance with no data to back that up.
The flooded battery user can see that it gets harder and harder to max out the SG, that higher voltages for longer are required.
But while Flooded batteries can require 115 to 150% the energy removed from them to return to full charge, AGM's with their lower resistance can be 105 to 115% to return to full, making them more efficient.