Controls & backsplash section contains knob asm board asm mounted scr 8-18 hi/lo 5/8 hose inlet asm washer flat panel back backsplash asm hose inlet asm pm manual u&c p49-90351 housing terminal. Cabinet, cover & front panel is composed of cover clip base asm bar self leveling retainer hose screw 8-32x3/8 grd scr hose drain external scr 6-20 b trt 3/8 s magnet housing asm housing terminal lid switch asm. Tub, basket & agitator components are clamp hose clamp - tub ring split flat washer scr 5/16-18 tpt ihw s n washer tub bearing gasket flood head bearing tub cover tub nut hub. Suspension, pump & drive components is composed of scr 1/4-20 b hxw 3.9 sns belt counterweight scr 1/4-20 b hxw 3/4 sns nut pulley pump bracket counterweight socket rod support shaft and tube asm rod & spring assy/green. Controls & backsplash parts are filter power line hose inlet asm self locking strain relf hose inlet asm scr 8-18 b 1/2 hxw p housing terminal connector model select end cap lh wh hose pressure switch probe sensor atc. Cabinet, cover & front panel parts include bar self leveling protector lid switch bushing hinge (single) stud grounding plug pinetree lid switch asm strap lid asm finished wh conduit cover asm finished wh. Tub, basket & agitator components are hose drain asm dispenser asm fs washer tub bearing flat washer balance ring asm clamp hose cover tub scr 1/4-20 mch hxw 5/8 s clamp hose washer thrust. Suspension, pump & drive components is composed of rod & spring asm pulley driven shaft and tube asm leg and platform asm scr 1/4-20 tpt 1h 1/2 sn belt counterweight bracket counterweight pump nut pulley.
What is the GE Top Load Profile Washer WPRE6150K2WT tub capacity?
Tub Capacity as per Manufacturer Specifications (in cubic feet):
The manufacturers began using cubic feet capacity numbers only recently.
Previously, they used relative terms such as "Large" or "Extra Capacity" or laundry weight (e.g. "16 lbs per load")
which did not take into account different fabric weight and volume. Others referred to capacity in
terms of water used. Even washers available today do not have capacity written in the manual because the same manual
can be used across multiple models. Once the washer is no longer sold, the sales literature is discarded
and capacity information often lost.
Analyzing washers and their components, searching through old technical information and sales literature, and
determining their capacity is a labor intensive and time-consuming task and we are far from finished.
A small charge will help us continue our research.
Consider this: if you were to spend more than four minutes looking for tub capacity on the internet, you
would be earning LESS than minimum wage.
Calculate Washer Tub capacity
This is a geometric method to calculate tub capacity based on the cylinder volume formula.
Unfortunately, the value could be as much as 25% off from the manufacturer stated capacity.
Why? Because the tub is not exactly a cylinder. The edge where bottom connected to the wall
is not at 90 degree angle but smooth and rounded. The water line is not clearly marked and
the bottom is not always flat. Finally, an agitator also takes capacity away from the tub.
This method can be used as a crude estimate but we do not recommend using it for comparisson
when shopping for a new washer.
Determine your washer tub capacity by taking two simple measurements:
1. Use the ruler to measure the depth of the tub (indicated by the red line on the diagram)
2. Now find the distance accross the tub, the diameter (the green line on the diagram). Note that some tubs are narrow
on top. In this case make the measurements INSIDE the tub.
Tub Depth: in. Tub Diameter: in.
The GE Top Load Profile Washer WPRE6150K2WT tub capacity is ... cubic feet.