Medical Air Dryer Manufacturers

DESCRIPTION OF OPERATION

• Drying cycle: The compressed wet air flows through the pre filter. The Liquid water particles get filtered by the filter. The filtered air flows in to the adsorbed tower filled with desiccant where it loses all the moisture to the desiccant. Purified (Moisture and oil free) air further passing through the series filter to achieve the desired quality level as per Breathing Standard.
• Regeneration Cycle: In order to remove the moisture during regeneration cycle. Small portion of dry air from the drying tower is passes over the desiccant through the regeneration orifice. This results in complete regeneration of desiccant and ready for the next cycle.
• Operating Conditions : Voltage : 100 - 240 VAC, 50/60Hz, 1ph Power Consumption : 40 Watt Max Maximum working pressure : 16 bar (g) Minimum working pressure : 4 bar (g) Rated inlet Temperature : 38°C Rated inlet pressure : 7 bar(g) CO Level : 10 PPM (Alarm set point) as per NFPA 99 Air Quality : 2 0C PDP (Alarm set point) as per NFPA 99 0.01 micron particle level. Cycle Time : 4 min Dewpoint dependent change over The TBAS Series has robust valving and includes high quality coalescing pre-filter, a particulate fine-filter, a Activated carbon filter, and Bacterial filter mounted as a standard feature.
• Coalesing - Pre Filter: The P-Grade (5 Micron) pre-filter element removes particulates, water aerosols, and oil mist content in the air.
• Fine Filter: The X-Grade (1 Micron) Fine filter efficiently removes fine aerosols and desiccant powder particles from the adsorbent towers.
• Activated Carbon Filter: This filter is used to remove oil and hydrocarbon vapor from the compressed air stream coming from the dryer. Odor and Taste free air at the outlet.
• Bacterial Filter: (0.01 Micron) provide effective protection against various types of particles including bacteria, viruses, and moisture droplets in the dry air out from the medical air dryer. These are help to protect the patient, and the breathing circuit, hospital pipe line from contamination, odor and taste free dry air at the outlet.
• TBAS controller: TBASMedical Air Dryer Manufacturers provides Manufacturers complete control of the system with LED indication/description of each step in the sequence of operation. A high quality Carbon Monoxide (CO) Monitor and Dew point monitor ensures the continuous monitoring of CO in PPM level and Water vapor concentrations in dewpoint deg oC in the Digital display to ensure the safety of all users. They are highly used as Hospital Air Dryer for various intricate processes.
• Our Hospital Air Dryer Manufacturers, go through a standardised testing process to ensure the best quality is delivered to you. Our products are a perfect amalgamation of technology, speed and excellence in quality.