초록 ▼

Systems and methods for condensate removal are disclosed. A reservoir may include a trap structure and a sediment trap may be disposed within the trap structure. The sediment trap may be positioned within the reservoir so that condensate flowing into the reservoir is filtered before flowing out of t

Systems and methods for condensate removal are disclosed. A reservoir may include a trap structure and a sediment trap may be disposed within the trap structure. The sediment trap may be positioned within the reservoir so that condensate flowing into the reservoir is filtered before flowing out of the reservoir.

대표청구항 ▼

1. An apparatus for handling a condensate fluid, the apparatus comprising: a reservoir having a basin which receives the condensate fluid and at least a first port through which the condensate fluid is evacuated;a sediment trap including a screen, the sediment trap being removably coupled to the res

1. An apparatus for handling a condensate fluid, the apparatus comprising: a reservoir having a basin which receives the condensate fluid and at least a first port through which the condensate fluid is evacuated;a sediment trap including a screen, the sediment trap being removably coupled to the reservoir, the screen extending into the basin when the sediment trap is coupled to the reservoir;a pump housing including a fluid pump;a fluid conduit in fluid communication with the condensate fluid in the reservoir through the first port of the reservoir and in fluid communication with the fluid pump;at least one sensor which provides an indication of a height of the condensate fluid in the reservoir; anda controller which activates the fluid pump based on the height of the condensate fluid in the reservoir. 2. The apparatus of claim 1, further comprising a float including at least one magnet, the reservoir including a float support which carries the at least one sensor, the at least one sensor providing an indication of a position of the float in the reservoir. 3. The apparatus of claim 1, wherein the reservoir includes a trap structure which receives the screen of the sediment trap. 4. The apparatus of claim 3, further comprising a divider screen positioned within the reservoir, the divider screen and the screen of the trap structure dividing the reservoir into a first chamber and a second chamber, wherein the condensate fluid passes through one of the divider screen and the reservoir screen to flow from the first chamber to the second chamber. 5. The apparatus of claim 4, wherein the fluid is introduced into the reservoir in the first chamber and the first port is positioned in the second chamber. 6. The apparatus of claim 5, further comprising a float including at least one magnet, the reservoir including a float support which carries the at least one sensor, the at least one sensor providing an indication of a position of the float in the reservoir. 7. An air handling system positioned within a structure, the air handling system comprising: a fan and heat exchanger unit;a reservoir including a basin positioned to receive a condensate fluid from the fan and heat exchanger unit;a sediment trap being removably coupled to the reservoir, the sediment trap capturing debris within the condensate fluid;a fluid pump in fluid communication with the reservoir to remove the condensate fluid from the reservoir; a fluid conduit for communicating the fluid removed from the reservoir towards a location outside of the structure; and a float including at least one magnet, the reservoir including a float support which carries the at least one sensor, the at least one sensor providing an indication of a position of the float in the reservoir. 8. The air handling system of claim 7, further comprising ductwork to at least partially conceal the reservoir and the fluid pump. 9. The air handling system of claim 7, wherein the sediment trap includes a screen, the screen extending into the basin when the sediment trap is coupled to the reservoir. 10. An air handling system positioned within a structure, the air handling system comprising: a fan and heat exchanger unit;a reservoir including a basin positioned to receive a condensate fluid from the fan and heat exchanger unit;a sediment trap being removably coupled to the reservoir, the sediment trap capturing debris within the condensate fluid;a fluid pump in fluid communication with the reservoir to remove the condensate fluid from the reservoir;a fluid conduit for communicating the fluid removed from the reservoir towards a location outside of the structure; anda divider screen positioned within the reservoir, the divider screen and a screen of the trap structure dividing the reservoir into a first chamber and a second chamber, wherein the condensate fluid passes through one of the divider screen and the screen to flow from the first chamber to the second chamber, wherein the reservoir includes a trap structure which receives the screen of the sediment trap. 11. The air handling system of claim 10, wherein the condensate fluid is introduced into the reservoir in the first chamber and a first port is positioned in the second chamber. 12. The air handling system of claim 11, further comprising a float including at least one magnet, the reservoir including a float support which carries the at least one sensor, the at least one sensor providing an indication of a position of the float in the reservoir. 13. The air handling system of claim 10, further comprising ductwork to at least partially conceal the reservoir and the fluid pump. 14. The air handling system of claim 11, further comprising ductwork to at least partially conceal the reservoir and the fluid pump. 15. The air handling system of claim 11, wherein the condensate fluid passes through the first portion to the fluid pump. 16. The air handling system of claim 12, further comprising ductwork to at least partially conceal the reservoir and the fluid pump.