However pipe and tubing are not the same materials! Pipe was originally used for the movement of water, and therefore the ID (inside diameter) was the critical dimension. The nominal dimension for pipe is the ID. So, 1½ inch pipe is NOT 1½ inch outside diameter, but instead is ...
The pump flow rate formula is an essential aspect of many engineering projects. Accurate calculations ensure the efficiency, reliability, and effectiveness of your systems — from simple water pumps to complex industrial processes. The basic formula to calculate the pump flow rate is: Flow Rate (Q...
knowing how to convert amps to watts can help. Many household appliances have power ratings in watts, but the current they draw in amps is often listed instead. By understanding how to calculate watts from amps, you can easily figure outhow much energy your devices are using. ...
While you can use a component object to model the effect of an orifice in a system, if you already know the flow rate and pressure drop characteristics of the orifice for a range of flow rates, there is no automatic reverse procedure to calculate the size of the orifice in Pipe Flow Exp...
We don’t recommend using basic STCs to calculate the ideal inverter range, as it can lead to underperforming systems. Make sure strings with similar conditions are connected to the same MPPT ports (or maintain similar conditions for all strings). ...
For the purpose of selecting the correct vibration spring isolator weight ratings on a 75hp end suction centrifugal water pump, someone told me I should it the sum of: concrete base + pump & motor assembly weight + valves & fittings weight up to first support/hanger + hydraulic weight. he...
There are many tools available to help you with compressed air pipe sizing. You can calculate your pipe size requirements using a formula. You can also find tables online that show the CFM ratings of compressed air through traditional pipe based on PSI and distance. ...
I have an application where I need to use an ice bath to store cold for an application requiring a constant feed of cold water just above freezing and while I can determine the mass of the ice required to prevent equipment short-cycling with a variable load, I'm not confident in my abi...
Method to calculate the warm-up condensing load for a period of 30 minutes in a steam system Let: The system consists of carbon steel pipe of size — 150 mm Steam Pressure — 16 bar(g) Steam temperature (Ts) — 201oC Enthalpy of evaporation corresponding to above parameters hfg— 1933 ...
Since this is an unknown parameter in this study, we defined a reference SWT at 12.8 °C to determine the steady-state design capacity used to calculate V̇tlt. However, we maintained the same calculated V̇tlt for each test case throughout the iteration process of finding the final SWT...