Condensate pump assembly

1. A condensate pump assembly for use in an air conditioning system, the condensate pump assembly comprising:

a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet;

a liquid receptacle configured to receive liquid from the liquid inlet; and

first and second tube elements configured to suspend the pump from a bottom surface of the housing to substantially eliminate vibrations being transmitted from the pump to the housing, wherein the first tube element is configured to connect the liquid receptacle to a pump inlet, and the second tube element is configured to connect a pump outlet to the liquid outlet, and wherein the first tube element has a first hardness and the second tube element has a second hardness that is different than the first hardness.

2. The condensate pump assembly according to claim 1 , wherein the first and second tube elements have a hardness in the range of 50-60 ShA.

3. The condensate pump assembly according to claim 1 , further comprising a cradle member secured to the housing and configured to suspend the pump.

4. The condensate pump assembly according to claim 3 , wherein the cradle member comprises a plurality of arms extending to the housing and configured to attach to the housing and support the pump.

5. The condensate pump assembly according to claim 1 , wherein the first hardness and second hardness are in the range of 30-40 ShA.

6. The condensate pump assembly according to claim 1 , further comprising one or more rings arranged around the second tube element, wherein the second tube element extends through the one or more rings, and wherein the one or more rings restrict expansion of the second tube element member in a radial direction of each of the one or more rings.

7. The condensate pump according to claim 6 , wherein the one or more rings are equally spaced between the pump and the liquid outlet.

8. The condensate pump according to claim 6 , wherein the one or more rings have a hardness in the range of 60-70 ShA.

9. The condensate pump assembly according to claim 6 , further comprising a cradle member configured to suspend the pump.

10. The condensate pump assembly according to claim 6 , further comprising a fluid outlet chamber having a bottom wall and a plurality of side walls, wherein the fluid outlet chamber is secured to an upper portion of the housing, wherein a first side wall comprises a liquid inlet channel in fluid communication with the pump, a dividing wall extends between opposed second and third side walls to define first and second fluid regions within the fluid outlet chamber, wherein the second fluid region is configured to maintain a pocket of air, and wherein pulsations within liquid entering the fluid outlet chamber are dissipated by the pocket of air prior to liquid being discharged through the liquid outlet.

11. The condensate pump assembly according to claim 10 , wherein the liquid inlet channel is configured to direct liquid towards a protrusion extending from a fourth side wall, wherein the fourth side wall is opposed to the first side wall, and wherein the protrusion is configured to dissipate energy within the liquid entering the fluid outlet chamber.

12. The condensate pump assembly according to claim 10 , further comprising an air inlet channel having a one-way valve configured to allow air to flow into the fluid outlet chamber.

13. The condensate pump assembly according to claim 10 , further comprising a liquid level sensor configured to detect a liquid level within the liquid receptacle, and a controller configured to operate the pump when the liquid level sensor outputs a first signal indicative of the liquid level being above a level of a tube inlet of the first tube element disposed in the liquid receptable, and to stop the pump when the liquid level sensor outputs a second signal indicative of the liquid level approaching or being below the level of the tube inlet.

14. The condensate pump assembly according to claim 10 , further comprising an annular member secured to the liquid inlet and configured to receive a liquid inlet line.

15. The condensate pump assembly according to claim 14 , wherein the annular member is twin-shot moulded to the liquid inlet.

16. A condensate pump assembly for use in an air conditioning system, the condensate pump assembly comprising:

a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet;

a liquid receptacle configured to receive liquid from the liquid inlet; and

a fluid outlet chamber having a bottom wall and a plurality of side walls,

wherein the fluid outlet chamber is secured to an upper portion of the housing,

wherein a first side wall comprises a liquid inlet channel in fluid communication with the pump,

wherein the fluid outlet chamber comprises a dividing wall extending between opposed second and third side walls to define first and second fluid regions within the fluid outlet chamber,

wherein the second region is configured to maintain a pocket of air,

wherein pulsations within liquid entering the fluid outlet chamber are dissipated by the pocket of air prior to liquid being discharged through the liquid outlet, and

wherein the liquid inlet channel is configured to direct liquid towards a protrusion extending from a fourth side wall, wherein the fourth side wall is opposed to the first side wall, and wherein the protrusion is configured to dissipate energy within the liquid entering the fluid outlet chamber.

17. The condensate pump assembly according to claim 16 , further comprising an annular member secured to the liquid inlet and configured to receive a liquid inlet line.

18. The condensate pump assembly according to claim 17 , wherein the annular member is twin-shot moulded to the liquid inlet.

19. A condensate pump assembly for use in an air conditioning system, the condensate pump assembly comprising:

a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet,

a liquid receptacle configured to receive liquid from the liquid inlet;

first and second tube elements configured to suspend the pump from a bottom surface of the housing to reduce vibrations being transmitted from the pump to the housing, wherein the first tube element has a tube inlet disposed in the liquid receptacle and is configured to connect the liquid receptacle to a pump inlet, and the second tube element is configured to connect a pump outlet to the liquid outlet, and wherein the first tube element has a first hardness and the second tube element has a second hardness that is different than the first hardness;

one or more rings arranged around the second tube element, wherein the second tube element extends through the one or more rings, and wherein the one or more rings restrict expansion of the second tube element member in a radial direction of each of the one or more rings;

a liquid level sensor configured to detect a liquid level within the liquid receptacle; and

a controller configured to operate the pump when the liquid level sensor outputs a first signal indicative of the liquid level being above a level of the tube inlet, and to stop the pump when the liquid level sensor outputs a second signal indicative of the liquid level approaching or being below the level of the tube inlet.