Fluid conducting system

A fluid conducting system for transport of a fluid, the fluid conducting system comprising:

• a filter housing having:
• a housing outer wall;
• an inlet port receiving fluid to be filtered;
• and
• an outlet port through which filtered fluid exits from housing;
• a filter element for filtering the fluid arranged in an interior of the filter housing;
• the filter housing further comprising:
• a tubular outlet pipe extending from a first end at an exterior of the filter housing, through the housing outer wall of the filter housing and projecting inwardly from an interior side of the housing outer wall to extend along an inner surface of the housing outer wall to a radially outwardly flared end, positioned between the filter element and the inner surface of the housing outer wall;
• wherein the radially outwardly flared end forms a first inflow tulip for receiving filtered fluid from the filter element;
• and
• wherein the tubular outlet pipe at the interior of the filter housing has a sensor insertion opening for receiving a flow sensor into a flow sensor receiving chamber provided in an interior of the tubular outlet pipe in the interior of the filter housing, the flow sensor extending from the exterior of the filter housing, through the housing outer wall and into the flow sensor receiving chamber;
• a conically tapering sensor flow acceleration pipe having a circumferentially closed conical wall, arranged coaxially in the interior of the tubular outlet pipe and extending outwardly beyond the outwardly flared second end of the tubular outlet pipe to form a second radially outwardly flared end, forming a second inflow tulip, the second inflow tulip positioned between the filter element and the inner surface of the housing outer wall;
• wherein the conically tapering sensor flow acceleration pipe has:
• an outlet opening positioned at the flow sensor receiving chamber within the tubular outlet pipe and facing a flow sensing surface of the flow sensor;
• an inlet opening formed by the second inflow tulip;
• wherein the conically tapering sensor flow acceleration pipe is completely circumferentially closed from the outlet opening to the inlet opening;
• wherein the conically tapering sensor flow acceleration pipe has an interior diameter that tapers continuously, the interior cross section reducing to accelerate fluid flow velocity at the flow sensing surface of the flow sensor.