49-200T-2 | Separator | Air | Threaded | 2" | 150 PSI | Bronze | In-Line | Taco

2" NPT Bronze Air Separator [sku] by Taco The Taco 2" NPT Bronze Air Separator is engineered to remove air pockets from residential and commercial water supply systems. Featuring a rugged bronze body resistant to corrosion and a maximum pressure rating of 145PSI, this air separator effectively prevents air-related issues, including noisy pipes, reduced system efficiency, and premature equipment failure. Specific Benefits: - Bronze construction offers superior longevity and corrosion resistance - 145PSI maximum pressure rating ensures compatibility with various water systems - Compact design allows for easy installation in tight spaces - Effectively removes air from water supply to improve system performance - Prevents noisy pipes, reduced efficiency, and premature equipment failure The Taco 2" NPT Bronze Air Separator is ideal for use in: - Residential and commercial water systems - Hydronic heating and cooling systems - Well water applications - Irrigation systems Our HVAC supply store offers the best prices and fast shipping for top-rated industrial and HVAC products. Contact us for expert advice and support on selecting and installing the perfect air separator for your application.

4900 Series Bronze Air Separators

The Taco 4900 Series ^® Bronze Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240°F and a maximum pressure of 150 PSI. The principle on which the 4900 Series ^® Bronze Air Separators is based is a patented and proven method of removing gases from water: the PALL ring process. The ultimate micro-bubble separation of the PALL Ring Process eliminates
the damaging effects and irritating noise caused by unwanted system air.

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The Taco 4900 Series Air Separators help you save money and prolong the life of system pumps, piping and components by removing air and dirt from the system to prevent reduced heat transfer, loss of efficiency, pipe corrosion, pump damage, increased energy consumption, and irritating noise.