5/1/2023 0 Comments 1 atm to psi![]() ![]() foot) The pressure value 1 atm (standard atmosphere) in words is 'one atm (standard atmosphere)'. Since atmospheric pressure is 14.696 psi - a column of air on a area of one square inch area from the Earth's surface to the space - weights 14.696 pounds. 1 atm (standard atmosphere) 1.033227453 at (technical atmosphere) 760 torr. but is now replaced in almost every country except in the US by SI units. ![]() More pages related to measurement unit technical terms. 1 atm 760 torr 14.696 psi 1.013 bar Pounds per square inch (psi) was commonly used in the U.K. Use the pressure converter page to convert many different values to and from technical atmosphere units. To convert any pressure unit into Technical Atmospheres click on the relevant unit below. To Convert From: To: Multiply By: lb f /in 2 (psi) pascal (Pa) 6894.757. Technical Atmosphere is some times written as ‘ata’ which is the short way of writing ‘at absolute’.Įquivalent values for 1 at in other pressure units can be found in the list below. MatWeb has also provided a reference table for converting between English and Metric units. However the unit has been largely phased out and the average atmospheric pressure is now mostly defined as 1 atm (101325 Pa) for weather and aviation or more coomonly 1 bar (100,000 Pa) for industrial and general purposes. Example Problem: The pressure at sea level is generally considered to be 1 atm. This example problem shows how to convert atm to PSI units. The at pressure unit can be occasionally found on water resistant watches to indicate the maximum depth rating, particularly on European brands. Atmospheres (atm) and pounds (force) per square inch (PSI) appear on many pressure gauges on scientific instruments. 1 atm, 14.695948775446 psi (psi) 1 atm, 10332.274527999 kilogram force per square meter (kgf/m2) 1 atm, 1.0332274527999 atmosphere at technical (at) 1. 1 Technical Atmosphere is defined as being exactly equal to 98,066.5 pascals. Technical Atmosphere is similar although not the same value as the standard atmosphere pressure unit (atm) and both have been used historically to relate a pressure value to multiples of atmospheric pressure. ![]()
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