A conditioner mat (20, 920) comprising: an upper layer comprising a plurality of openings; a lower layer that is substantially fluid impermeable, the upper and lower layers forming an enclosure defining an interior chamber; a first fluid zone between the upper and lower layers, the first fluid zone comprising a first spacer material configured to maintain a desired separation between the upper and lower layers, the first spacer material configured to generally distribute fluid within the first fluid zone that exits through the plurality of openings along the upper layer; a second fluid zone between the upper and lower layers, the second fluid zone comprising a second spacer material configured to maintain a desired separation between the upper and lower layers, the second spacer material configured to generally distribute fluid within the second fluid zone that exits through the plurality of openings along the upper layer; a first fluid passage in fluid communication with the first fluid zone and configured to direct fluid to first fluid zone, the first fluid passage formed within the enclosure by attaching the upper and lower layers; a second fluid passage in fluid communication with the second fluid zone and configured to direct fluid to second fluid zone, the second fluid passage formed within the enclosure by attaching the upper and lower layers, a non-fluid zone (50, 52) comprising a fluid impermeable member, the non-fluid zone between the upper and lower layers and between the first and second fluid zones, the fluid impermeable member configured to generally prevent fluid flow through the non-fluid zone; a fluid module comprising a fluid transfer device; and a conduit connected between an outlet of the fluid module and the first or second fluid passage. an upper layer comprising a plurality of openings; a lower layer that is substantially fluid impermeable, the upper and lower layers forming an enclosure defining an interior chamber; a first fluid zone between the upper and lower layers, the first fluid zone comprising a first spacer material configured to maintain a desired separation between the upper and lower layers, the first spacer material configured to generally distribute fluid within the first fluid zone that exits through the plurality of openings along the upper layer; a second fluid zone between the upper and lower layers, the second fluid zone comprising a second spacer material configured to maintain a desired separation between the upper and lower layers, the second spacer material configured to generally distribute fluid within the second fluid zone that exits through the plurality of openings along the upper layer; a first fluid passage in fluid communication with the first fluid zone and configured to direct fluid to first fluid zone, the first fluid passage formed within the enclosure by attaching the upper and lower layers; a second fluid passage in fluid communication with the second fluid zone and configured to direct fluid to second fluid zone, the second fluid passage formed within the enclosure by attaching the upper and lower layers, a non-fluid zone (50, 52) comprising a fluid impermeable member, the non-fluid zone between the upper and lower layers and between the first and second fluid zones, the fluid impermeable member configured to generally prevent fluid flow through the non-fluid zone; a fluid module comprising a fluid transfer device; and a conduit connected between an outlet of the fluid module and the first or second fluid passage.