Condenser for ventilation system
A ventilation system in accordance with the present disclosure includes a housing and a core unit arranged in the housing. A fresh air inlet, an exhaust air inlet, a fresh air outlet, and an exhaust air outlet are arranged on the housing. The core unit is arranged between the inlets and outlets to transfer heat and/or humidity between fresh air and exhaust air flowing through the ventilation system. The exhaust air flows through ducting to an exhaust port in a wall of a building structure.
1. A ventilation system comprising:
a housing comprising a plurality of outer walls defining an interior;
a core unit arranged in the interior of the housing;
a fresh air inlet, an exhaust air inlet, a fresh air outlet, and an exhaust air outlet defined in the housing to pass flows of exhaust air and fresh air through the ventilation system; and
a condenser located in the exhaust air outlet extending both into the housing interior and beyond the housing outer walls to an exterior of the housing;
wherein the core unit is arranged between the inlets and the outlets to transfer at least one of heat and humidity between the fresh air and exhaust air flowing through the ventilation system, and wherein the condenser is configured to engage with the exhaust air flowing out of the exhaust air outlet to induce water condensate from humidity in the exhaust air.
2. The ventilation system of claim 1 , wherein the condenser includes a grid and a mount ring coupled to the grid, and wherein the mount ring couples to the housing to position the grid relative to the exhaust air outlet.
3. The ventilation system of claim 2 , wherein the grid includes a plurality of spaced apart plates defining slots therebetween for the exhaust air to pass through the condenser, and wherein the plates are configured to provide elongated surfaces for water condensate to form as the exhaust air contacts the grid.
4. The ventilation system of claim 3 , wherein the plates are substantially parallel to one another.
5. The ventilation system of claim 4 , further comprising a rib extending across the grid substantially perpendicular to the plates.
6. The ventilation system of claim 3 , wherein the grid is formed as a unitary and integral component.
7. The ventilation system of claim 2 , wherein the grid and the mount ring are formed as a unitary and integral component.
8. The ventilation system of claim 2 , further comprising ducting coupled to the exhaust air outlet, wherein the water condensate induced by the condenser is directed away from the ducting for drainage.
9. The ventilation system of claim 8 , wherein the grid extends toward the ducting and away from the housing.
10. The ventilation system of claim 8 , wherein the grid extends away from the ducting and into the housing.
11. A condenser for use with an exhaust air outlet of a ventilation system having a housing comprised of a plurality of outer walls defining an interior, the condenser comprising:
a grid having a plurality of spaced apart plates defining slots therebetween for exhaust air to pass through the condenser, the grid configured to be located in an exhaust air outlet define in one of the plurality of outer walls; and
a mount ring coupled to the grid, the mount ring arranged to couple to a housing of the ventilation system to position the grid relative to the exhaust air outlet,
wherein the plates are configured to provide elongated surfaces for water condensate to form as the exhaust air contacts the grid, and
wherein the condenser is configured to extend both into the housing interior and beyond the housing outer walls to an exterior of the housing.
12. The condenser of claim 11 , wherein the grid is formed as a unitary and integral component.
13. The condenser of claim 11 , wherein the grid and the mount ring are formed as a unitary and integral component.
14. The condenser of claim 11 , wherein the plates are substantially parallel to one another.
15. The condenser of claim 14 , further comprising a rib extending across the grid substantially perpendicular to the plates.
16. The condenser of claim 15 , wherein each plate has a width, a height, and a first thickness, wherein the plates are spaced apart to define the slots, and wherein each slot has a second thickness.
17. The condenser of claim 16 , wherein the widths of the plates vary across the grid.
18. The condenser of claim 17 , wherein the first thicknesses are substantially the same, and wherein the second thicknesses are substantially the same.
19. The condenser of claim 11 , wherein the grid extends away from the mount ring.
20. The condenser of claim 11 , wherein the grid extends into the mount ring.
21. The ventilation system of claim 1 , wherein the mount ring extends beyond the housing walls into the exterior of the housing.
22. The ventilation system of claim 2 , wherein the grid extends from the interior of the housing beyond the housing walls into the exterior of the housing.
23. The ventilation system of claim 3 , wherein one or more of the plurality of spaced apart plates extends from the interior of the housing beyond the housing walls into the exterior of the housing.
24. The condenser of claim 11 , wherein the condenser is configured to extend from the interior of the housing beyond the housing walls into the exterior of the housing.
25. The condenser of claim 11 , wherein the grid extends from the interior of the housing beyond the housing walls into the exterior of the housing.
26. The condenser of claim 11 , wherein one or more of the plurality of spaced apart plates extends from the interior of the housing beyond the housing walls into the exterior of the housing.