Vehicle wash assembly

A vehicle wash system, comprising:

• a manifold having an outer surface defining an interior, wherein the manifold is constructed of an electrically conductive material to shield electromagnetic fields;
• a dividing wall separating the interior into a pump cavity and a fluid cavity;
• pumps disposed within the fluid cavity and configured to generate the electromagnetic fields when activated;
• dividers extending from the outer surface to the dividing wall to divide the fluid cavity into compartments;
• an impeller disposed within each compartment, wherein the dividers each define an opening for the compartments housing the impellers to be in fluid communication and allow the passage of fluid therebetween;
• a power connector coupled to the manifold, wherein the power connector is configured to power each pump and is a common ground for the manifold;
• an upper level sensor proximate to the manifold;
• and
• a lower level sensor proximate to the manifold, wherein the upper level sensor and the lower level sensor are configured to sense fluid level in a washer bottle.

A wash assembly for a vehicle, comprising:

• a manifold having an outer surface defining an interior, wherein the manifold includes:
• a dividing wall extending between first and second sides of the outer surface and separating the interior into a fluid cavity and a pump cavity,
• first dividers extending from a third side of the outer structure to the dividing wall separating the pump cavity to form pump compartments on opposing sides of each of the first dividers;
• and
• second dividers extending from the dividing wall to a fourth side of the outer structure and aligned with the first dividers, the second dividers separating the fluid cavity into chambers, wherein each second divider defines an opening for fluidly coupling the chambers, and wherein each chamber aligns with one of the pump compartments;
• a pump disposed within each pump compartment;
• and
• an impeller disposed within each chamber, wherein each impeller extends through the dividing wall to engage one of the pumps, respectively, and wherein washer fluid is configured to flow through the openings to reach the chamber where the impeller is activated.