Medical support gas falls under the general requirementsģ.3.102* Medical Air. If I initially have a gas with a pressure of 84 kPa and a temperature of 350. Used in laboratories and are not respired as part of any treatment. Similar applications) and, if appropriate to the procedures, Operate medical–surgical tools, air-driven booms, pendants, or Moisture from instruments before further processing, or to The conversion ratio from psi to kPa can be determined as follows: Pascals (Pa). Used for any medical support purpose (e.g., to remove excess That gives weight to the argument that booms should be driven by nitrogen or instrument air as per NFPA 99.ģ.3.107 Medical Support Gas. This conversion is done in the following manner. 185 KPa when converted to millimeter of mercury, results in 1387.685 mmHg. Under the definition for "Medical Support Gas" one of the examples they list are air-driven booms. Conversion of 185 KPa to mmHg gives 1387.685 mmHg. Having said that I might need to walk back what I previously wrote regarding what type of air sources can drive booms. If we are using NFPA 99 as a guide I would say control air / non-instrument air can be used for anything that doesn't fall under the umbrella of medical support gas or medical air. If the equipment manufacturer doesn't specify, what can control air (non-instrument air) not be used for?
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