Fluid management system

A fluid management system comprising:

• a housing including
• a manifold chamber in fluid communication with a source of pressurized fluid, wherein the manifold chamber is partially defined by a PCB, and
• a plurality of ports in fluid communication with the manifold chamber, wherein each port is configured to receive pressurized fluid from the manifold chamber;
• and
• a plurality of valves each positioned and configured to close an associated one of the plurality of ports in a first position and to permit pressurized fluid flow through the associated port in a second position,
• wherein the PCB is positioned between the manifold chamber and the plurality of ports,
• wherein the PCB includes a plurality of apertures, and
• wherein each aperture is in fluid communication with the manifold chamber and in fluid communication with an associated one of the plurality of ports.

A fluid management system comprising:

• a housing including
• an interior volume defined by a first wall, a PCB spaced apart from and opposite the first wall, and a pair of opposed spaced-apart second walls that extend between the first wall and the PCB,
• a manifold chamber in fluid communication with a source of pressurized fluid, wherein the manifold chamber is positioned within the interior volume,
• a plurality of first intake ports in fluid communication with the manifold chamber and positioned within the interior volume along a first side of the manifold chamber,
• a plurality of second intake ports in fluid communication with the manifold chamber and positioned within the interior volume along a second side of the manifold chamber opposite the first side,
• a plurality of first vent ports, each first vent port positioned within the interior volume and associated with one of the plurality of first intake ports and in fluid communication with a first vent chamber,
• a plurality of second vent ports, each second vent port positioned within the interior volume and associated with one of the plurality of second intake ports and in fluid communication with a second vent chamber,
• a plurality of first container ports each in fluid communication with a vessel for containing the pressurized fluid, each first container port in fluid communication with an associated one of the first plurality of intake ports and in fluid communication with an associated one of the first plurality of vent ports, and
• a plurality of second container ports each in fluid communication with a vessel for containing the pressurized fluid, each second container port in fluid communication with an associated one of the second plurality of intake ports and in fluid communication with an associated second one of the second plurality of vent ports;
• a plurality of first intake valves, each first intake valve positioned and configured to close an associated one of the plurality of first intake ports in a first position and to permit pressurized fluid flow from the manifold through the associated first intake port in a second position;
• a plurality of second intake valves, each second intake valve positioned and configured to close an associated one of the plurality of second intake ports in a first position and to permit pressurized fluid flow from the manifold through the associated second intake port in a second position;
• a plurality of first vent valves, each first vent valve positioned and configured to close an associated one of the plurality of first vent ports in a first position and to permit fluid flow through the associated first vent port in a second position;
• and
• a plurality of second vent valves, each second vent valve positioned and configured to close an associated one of the second plurality of second vent ports in a first position and to permit fluid flow through the associated second vent port in a second position.