This is a must-have app for any smartphone with endless possibilities! Image recognition – using Google Vision SizeUp will suggest optional titles to your saved image.Convert measurements - easily display stored measurements in cm or inches.High level of accuracy - less than 2 cm (when measuring objects up to 3 meters).Collect and store historical measurements for future reference.Measure any object - even an entire apartment!.Measure in metric or imperial units - centimeters or inches.Using the app, users can measure anything. ![]() SizeUp measurements have a high level of accuracy. That's it!Īfter a short calculation, the distance between the two points will be displayed on the screen. ![]() With an easy to use interface you can measure anything, just place your smartphone on the surface you wish to measure, click the “Start” button, lift the smartphone and move it quickly in a straight line to the end point and press the “Stop” button. The powerful sizing engine used by the ANS module reduces the time needed to compare thousands of potential pipe and equipment size options in order to determine the most efficient and cost-effective option for the system.SizeUp is a digital tape measure that allows users to measure length, width and height of a surface by moving their phone from point to point! Overall the ANS module provides a broad selection of options to help engineers perform a network sizing analysis with the information they have available. Checkout this Dependent Design Cases blog for more information on how this can be done with the ANS module. This change in system requirements will potentially require larger pipes to meet the demand at the hydrants. For that system it would be necessary to not only consider the normal operating condition when the hydrants are closed, but also to consider the cases where either the north or south hydrant is open. With the ANS module multiple system configurations can be sized simultaneously while still meeting the design requirements for all cases.įor example, consider the water supply system shown in Figure 1. In that case it is sometimes difficult to determine which configuration should be used as a basis for sizing. It is common for piping networks to be run in different configurations due to varying seasons, customer demands, or operating conditions. This was done to prevent an excessive initial cost, while considering the energy costs in the sizing.ģ) The ANS module can size systems with different network configurations and changes to the system over time Note that the initial cost was limited to the initial cost of the design before sizing when the life cycle cost was included in the sizing. In Figure 2 below an example can be seen of the difference in cost when the cooling water system below was sized in the AFT Fathom ANS module considering initial cost only, and when it was sized considering life cycle costs. Operating the compressor outside of the region specified by the manufacturer can have detrimental effects on the compressor and piping due to excessive heating, pressures, and vibration. In the AFT Arrow ANS module similar benefits can be seen when sizing systems with compressors, which require large amounts of energy. Lastly, with higher reliability and efficiency the lifetime of the pump can be increased due to decreased stress on the pump. Higher pump reliability means less downtime and costs for pump maintenance. ![]() The second reason is that the reliability of the pump will be increased. ![]() For one, the overall costs will be lower in the system. In pumping systems increasing the efficiency with the AFT Fathom ANS module has several benefits. With monetary costs as the objective, the ANS module can account for energy costs throughout the lifetime of the system as well as reducing the initial material and installation costs. 2) The ANS module can size systems for both initial and recurring costs
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