Integrated manifold system

1. An air supply system comprising:

a one-piece manifold body having a top side, a bottom side opposite said top side, a front side extending between said top side and said bottom side, and a back side opposite said front side, said one-piece manifold body further comprising:

a plurality of bottle ports on said top side of said manifold body and each configured to removably receive a bottle of pressurized air;

a first stage regulator chamber extending through said manifold body from said front side to said back side;

an air channel in fluid communication with said bottle ports and said first stage regulator chamber;

an outlet channel in fluid communication with said first stage regulator chamber; and

a quick disconnect fitting port positioned between said bottle ports and configured to receive pressurized air from an external source and deliver said pressurized air to said first stage regulator chamber and from said first stage regulator chamber to said plurality of bottle ports and to said outlet channel; and

a first stage regulator further comprising a diaphragm and a valve positioned within and operatively engaging said first stage regulator chamber, wherein said first stage regulator extends horizontally through said first stage regulator chamber between the plurality of bottle ports from the front side of said manifold body to the back side of said manifold body.

2. The air supply system of claim 1 , further comprising a mask hose quick disconnect attachment in fluid communication with said outlet channel and configured to removably receive an air hose.

3. The air supply system of claim 1 , further comprising an on/off valve operatively engaging said air channel to regulate air flow between said at least one bottle port and said first stage regulator chamber.

4. The air supply system of claim 3 , wherein a manually operable hand wheel of said on/off valve extends outward from said one-piece manifold body from a bottom side of said one-piece manifold body.

5. The air supply system of claim 4 , wherein said on/off valve extends angularly outward from said one-piece manifold body at a non-vertical angle.

6. The air supply system of claim 3 , further comprising a quick disconnect fitting removably mounted in said quick disconnect fitting port and configured for connection to an air supply.

7. The air supply system of claim 6 , said quick disconnect fitting port defining an open head space between a distal end of said quick disconnect fitting and an internal wall of said quick disconnect fitting port, and said quick disconnect fitting port further comprising an air outlet in fluid communication with an air inlet of said first stage regulator chamber.

8. The air supply system of claim 7 , further comprising an air inlet in said quick disconnect fitting port positioned to allow airflow between said head space and said on/off valve.

9. The air supply system of claim 7 , further comprising an auxiliary gauge port extending from said head space and defining an opening through a top surface of said one-piece manifold body, wherein said opening through the top surface of said one-piece manifold body is configured to removably receive an auxiliary data gauge.

10. The air supply system of claim 6 , wherein said quick disconnect fitting extends upward from a top surface of said one-piece manifold body and toward the back side of said one-piece manifold body.

11. The air supply system of claim 1 , further comprising a high pressure relief valve in fluid communication with said air channel.

12. The air supply system of claim 11 , wherein said high pressure relief valve extends vertically downward in a from the bottom surface side of said one-piece manifold body.

13. The air supply system of claim 1 , wherein said air channel extends horizontally through said manifold body at a normal angle to said first stage regulator chamber, and wherein said at least one bottle port extends vertically away from said air channel.

14. An air supply system, comprising:

a one-piece manifold body having a top side, a bottom side opposite said top side, a front side extending between said top side and said bottom side, and a back side opposite said front side, said one-piece manifold body further comprising:

a plurality of bottle ports on said top side of said manifold body and each configured to removably receive a bottle of pressurized air;

a first stage regulator chamber extending through said manifold body from said front side to said back side;

an air channel in fluid communication with said at least one bottle port bottle ports and said first stage regulator chamber;

an outlet channel in fluid communication with said first stage regulator chamber; and

a quick disconnect fitting port positioned between said bottle ports and configured to receive pressurized air from an external source and deliver said pressurized air to said first stage regulator chamber and from said first stage regulator chamber to said plurality of bottle ports and to said outlet channel through said first stage regulator chamber;

a first stage regulator further comprising a diaphragm and a valve positioned within and operatively engaging said first stage regulator chamber, wherein said first stage regulator extends horizontally through said first stage regulator chamber between the plurality of bottle ports from the front side of said manifold body to the back side of said manifold body;

a mask hose attachment in fluid communication with said outlet channel and configured to removably receive an air hose; and

an on/off valve operatively engaging said air channel to regulate air flow between said at least one bottle port and said first stage regulator.

15. The air supply system of claim 14 , wherein said on/off valve extends outward from said one-piece manifold body from a bottom side of said one-piece manifold body.

16. The air supply system of claim 15 , wherein said on/off valve extends angularly outward from said one-piece manifold body at a non-vertical angle.

17. The air supply system of claim 14 , further comprising a quick disconnect fitting removably mounted in said quick disconnect fitting port and configured for connection to an air supply.

18. The air supply system of claim 17 , said quick disconnect fitting port further defining an open head space between a distal end of said quick disconnect fitting and an internal wall of said quick disconnect fitting port, and said quick disconnect fitting port further comprising an air outlet in fluid communication with an air inlet of said first stage regulator chamber.

19. The air supply system of claim 18 , further comprising an air inlet in said quick disconnect fitting port positioned to allow airflow between said head space and said on/off valve.

20. The air supply system of claim 18 , further comprising an auxiliary gauge port extending from said head space and defining an opening through a top surface of said one-piece manifold body, wherein said opening through the top surface of said one-piece manifold body is configured to removably receive an auxiliary data gauge.

21. The air supply system of claim 17 , wherein said quick disconnect fitting extends upward from a top surface of said one-piece manifold body and toward the back side of said one-piece manifold body.

22. The air supply system of claim 15 , further comprising a high pressure relief valve in fluid communication with said air channel.

23. The air supply system of claim 22 , wherein said high pressure relief valve extends vertically downward in a from the bottom side of said one-piece manifold body.

24. The air supply system of claim 14 , wherein said air channel extends horizontally through said manifold body at a normal angle to said first stage regulator chamber, and wherein said at least one bottle port extends vertically away from said air channel.