Agitator calculation
WebNov 28, 2014 · How to Select the Best Design of Mixer or Agitator for your Processing Needs TRANSCRIPT 1. Agitator Design and Selection Standard [email protected] 2. Food for Thought You wanted to STIR THINGS UP But, your MIXING gave only AGITATION. Theres many a slip between the Plant and the … WebMay 12, 2011 · Download Agitator Power Requirement and Mixing Intensity Calculator. Agitator Power Requirement and Mixing Intensity Calculator. Use this MS Excel spreadsheet to calculation the power requirements and mixing intensity for a defined mixing application. Disclaimer: All software provided "As-Is" with no warranty, expressed or …
Agitator calculation
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WebOct 4, 2024 · For other batch geometries, the calculations are done on the basis of a square batch with the same volume. The flow created by an impeller is equal to its pumping number, N Q, ... For flow controlled applications, agitator power input does not define process results. Within reason, significant energy savings may be achieved by using … WebAgitator Power Calculation Excel Template. How to calculate agitator power requirement using excel template. Template name: Calculation of agitator power. Template number: HCPE-MMP-0030. Purpose: This template calculates the power requirement …
http://article.sapub.org/10.5923.j.mechanics.20120246.01.html WebYour Time and Fast Calculation Make MS Excel sheet by using this book numerical method. Concept of Design for Agitator/Mixer - Dec 05 2024 This book is for acquiring knowledge of designing a Agitator or Mixer. This Book explains Mechanical Design Process of Agitator with example of Designing a agitator,Flow patterns in
WebAs per the design calculation Existing Agitator GB is designed for max. torque of 28300 Nm Hence, we need to install gearbox with design torque = 43789.81 Nm with considering FOS =1.5 and gearbox output rpm = 24 rpm (Agitator rpm) to agitate slurry of density … WebAgitator Shaft length = vessel length + (vessel dia * 0.25) For Rectangular Tanks Tank Volume = Vessel Length * Vessel Breadth * Vessel Height Agitator Shaft length = Vessel Height You have to then find out Viscocity and Specific …
WebMay 29, 2024 · There could be more than one agitator connected to the shaft. The number of agitators and the Gap between the two agitators can be found in the following equation: Number of Agitators= (Maximum liquid height X Specific gravity)/Diameter of the Vessel. …
solr facetingWebSTEP 1 : calculate the Reynolds number The Reynolds number for an agitator can be calculated with the following formula : NRe = D2.N.ρ / μ With : N Re = impeller Reynolds number (-) D = impeller diameter (m) N = agitator speed (r/s) ρ = liquid density (kg/m3) μ = liquid viscosity (Pa.s) 2. STEP 2 : calculate the dimensionless blend time solr fieldcacheWebApr 7, 2016 · 59.85 time 100 equals 5,985 cu. ft. (total volume 24 hour agitation). Therefore, 5,985 times 2 equals 11,970 cu. ft. (Total volume 48 hours agitation). We find that 15′ x 4.5″ x 16′ and 1″ Bolted Steel Tank has an available capacity of 2,860 cu. ft.; therefore, four of these will handle the job. Or we find that four 15′ x 16′ Welded ... solr filter class locationsWebIntermediate Calculations Based on shear Based on tensile Selected shaft diameter Read from chart We Total weight for each impeller with hub Natural frequency - First Critical Speed Tank Geometry Filled Height Impeller Lowest impeller Distance to mounting … solr forcing plong into arrayWebApr 26, 2024 · Calculate required power for an operation [How to] Select required vacuum pump capacity ? Now let's get into the topic w.r.t. calculations. Let's try our case with a 5 KL SS reactor with Anchor agitator. Below are the inputs required and my considerations: Inner dia of reactor: 1.82 m, Sweep dia / Agitator dia : 1.6 m, Agitator Speed: 60, solr full import failedWebCalculations available: Motor HP Solid & Hollow Shaft Diameter Critical Speed Blade Thickness Coupling Selection Bearing Selection Output: Agitator Drawing (N.T.S) for costing purpose Note: Np Graph and User Guide will be provided along with program file. small black paw printWebThe pumping number ( NQ) is used to calculate impeller pumping; the published value of NQ is 0.214 for hydrofoils and 0.2954 for pitched-blade turbines operating in laminar flow (2). With these data, the relative pumping for both impellers operating at the same power input can now be calculated. small black patch