plugs 36 can be used to block the empty holes 32 not being used for example in the embodiment shown in a mattress with only two zones three air control valves 34 would be used two for air flow to the zones one for exhaust and four air control plugs 36 would be inserted into the four unused holes 32 fig7 shows a system 10 configured for a two zone mattress with the manifold 30 having three air control valves 34 and four air control plugs 36 blocking the unused holes 32 fig8 shows a system 10 configured for a six zone mattress with the manifold 30 having seven air control valves 34 and therefore no air control plugs 36 the air control plugs 36 fig1 fit any hole 32 in the manifold 30 and are very inexpensive to manufacture having these air control plugs 36 as one of the variable components therefore allows for only a small cost to change the configuration for use with different mattress models it also allows for volume discounts in that the same parts can be used across different skus as seen in the embodiment shown in fig1 3 two air valves 35 are connected by internal tubing 62 to the pump 42 whereby air is pumped from the pump 42 to the manifold 30 on the opposite side of the manifold 30 air valves 35 are coupled to each of the seven holes 32 for each zone of the mattress that is to be inflated a zone tube 38 is attached to the air valve 35 opposite an air control valve 34 and runs to an inflatable zone of the mattress the manifold 30 is one of the more difficult.