| Across |
| 5. | Air flow pattern from side to top |
| 6. | Efficient, quiet, few moving parts |
| 9. | Closed-circuit saturated discharge air falls on cars |
| 10. | Motor with altered frequency |
| 11. | Refrigerates circulating water |
| 12. | Honeycomb pattern |
| 13. | Relieves non-condensables |
| 15. | Collecting water at the bottom |
| 16. | Replacing lost water |
| 19. | Chiller using a vapor compressor |
| 21. | Fine mesh device removing particles |
| 22. | Converted a pressure reading to electronic signal |
| 23. | End of chiller shell that directs water |
| 25. | Compressor reduced capacity |
| 27. | Kind of chiller with no superheat |
| 29. | Process when no heat is added or removed |
| 30. | Evaporator with determined superheat |
| 31. | Between the pump and motor shaft to correct misalignments |
| 32. | Minerals solids that build-up |
| 33. | Fixed-bore metering device |
| 34. | Its relief pressure is at 15 psig |
| 35. | Less than full strength solution |
| 36. | Absorbant solution for water |
| 37. | Wet-bulb tower temperature difference |
| 38. | To attract water |
| 39. | What is the capability of the system |
| 40. | Reason for the ladder and door |