Abstract: A distribution manifold includes a main trunk line at a first end of the manifold proximate a boost pump, two branch lines at a downstream end of the main trunk line, a first Y-connector coupling upstream ends of the two branch lines to the downstream end of the main trunk line, two sub-branch lines at a downstream end of each of the two branch lines, and two second Y-connectors coupling upstream ends of the four sub-branch lines to the downstream ends of the two respective branch lines. A sum of cross-sectional areas of downstream ends of the four sub-branch lines is equal to the cross-sectional area of the upstream end of the main trunk line.

Abstract: A positioning mechanism for lowering a suction manifold from an operational position with respect to pump fluid end to a transit and service position includes a linkage base plate configured to be fixedly coupled with a vehicle trailer, a linkage arm pivotally coupled with the linkage base plate and the suction manifold, a primary damper pivotally coupled with the linkage base plate and the linkage arm, a secondary damper pivotally coupled with the linkage base plate and the suction manifold, and a mechanical stop removably coupled with the secondary damper and configured to maintain the secondary damper at a fixed length while the mechanical stop is coupled with the secondary damper.

Abstract: A distribution manifold includes a main trunk line at a first end of the manifold proximate a boost pump, two branch lines at a downstream end of the main trunk line, a first Y-connector coupling upstream ends of the two branch lines to the downstream end of the main trunk line, two sub-branch lines at a downstream end of each of the two branch lines, and two second Y-connectors coupling upstream ends of the four sub-branch lines to the downstream ends of the two respective branch lines.

Abstract: A suction manifold for providing fluid flow to a pump for hydraulic fracturing includes an input port configured to receive a flow of fluid from a source, a plurality of output ports configured to direct the flow of fluid to a plurality of corresponding cylinders of the pump, and a chamber configured to direct the flow of fluid from the input port to the output ports. The input port is configured to direct the flow of fluid in a direction parallel to a direction in which the output ports direct the flow of fluid.

Abstract: A positioning mechanism for lowering a suction manifold from an operational position with respect to pump fluid end to a transit and service position includes a linkage base plate configured to be fixedly coupled with a vehicle trailer, a linkage arm pivotally coupled with the linkage base plate and the suction manifold, a primary damper pivotally coupled with the linkage base plate and the linkage arm, a secondary damper pivotally coupled with the linkage base plate and the suction manifold, and a mechanical stop removably coupled with the secondary damper and configured to maintain the secondary damper at a fixed length while the mechanical stop is coupled with the secondary damper.