I ended up re-using a piece of plastic I had originally cut from an old ice cream bucket, reshaping it to fit to cover the open gap on the right side.
recharged it using the R152a I had recovered from the system before I started and had to add a little more from a can I had, about 18 oz in total charge. using this refrigerant you have to calculate about 10-15% less than the factory 134a charge so it's close but needs slightly more.
ran the ac and had about 43 degrees at the vents with the fan on max and the PTO switch on running at about 1k rpm. pressures started off at 22 low 250 high and very slowly climbed up to 25 low and 300 high until my electro-fan clutch kicked in, then pressures went to around 150-200 high and below 20 low which caused the compressor to start cycling rapidly. it needs a little more charge.
I also need to do the retro-fit on the cycle switch so I can install an adjustable switch. I did this on the 93 using the same refrigerant setting the cycle switch to be off at 15 psi which it cools great, but its a pre 134a system. the 93 had 134a from factory but that was the first year they introduced it being they just built an r12 system and slapped a 134a sticker! The 95 is just 2 years newer.
Shut it down for now till I can go pickup another can of office duster (r152a) and the new cycle switch.
Oh BTW if anyone needs the info, on the newer 95+ rigs if you need an adjustable cycle switch, a cycle switch from a 95-97 ford F-150 will thread onto the accumulator. our accumulators use a metric thread where the older rigs like my 93 use standard 1/4" male flare like the old r12 systems.
I recommend using your air compressor and a pressure regulator to set the adjustment prior to installing. it's hard to adjust on the vehicle, just use a rubber hose and clamp over the outer part of the switch, you only want it to turn off at 15 psi. it will turn on at around 25-30 psi. factory setting are off at 21, on at 44. use this same concept for converting ac systems to run enviro-safe (propane-butane mix)