Horsepower = (Volts x Amps) / 745 7 (does not take efficiency into consideration) Example: The electric horsepower of a motor with 120 volts and 10 amps is: HP = (120 x 10) / 745 7 Calculated out this gives an electric horsepower of 1 6092 (rounded to the nearest 10 000th) Win $100 towards teaching supplies! We want to see your websites and Propeller turbine mixer design calculator solving for Reynolds number given power requirement (laminar flow) Reynolds number 10 Water Hydraulics Engine Motor Horsepower Calculator Thermal Expansion Calculator Fluid Pressure Equations Calculator Microorganism Kinetics Calculator Math Equations Formulas Calculators Weight Loss Formulas

Mixing Calculator

Our competitors want you to believe that mixer sizing requires impossible calculations and a pinch of black magic At Fusion Fluid Equipment we want you to be confident that you are getting the right mixer for your money so we are providing a free basic mixing calculator for your reference

COMPARISON OF POWER CONSUMPTION FOR MIXING PROCESS USING THE NEW CONSTRUCTION OF MIXER WITH THE RECIPROCATING AND ROTATING AGITATOR Marian Kordas Stanisław Masiuk Rafał Rakoczy West Pomeranian University of Technology Institute of Chemical Engineering and Environmental Protection Process al Piastw 42 71

How to Measure Electric Motor Torque Look at the owner's manual of the electric motor or electrical appliance that has an electric motor (such as a power screwdriver) Find the rating of the motor in terms of volts amperes and rpm Look at the manufacturer's nameplate or tag attached to the motor or appliance in case there is no owner's

2 Agitator Design 31 a Introduction to Mixing Process Evaluation b Calculation of Power requirement for Newtonian fluid c Introduction to non-Newtonian fluid and power requirement for non-Newtonian fluids d Problems and Solution on power number e Shaft Hub and Key Design By: Mihir P Shah DDU Nadiad 3

Agitator speed or RPM of shaft is prefered as 50 This speed is easier to achieve with motor/gearbox combination Power number which decides power required for mixing is 5 0 Pumping factor which decides flow rate of mixing is 1 0 Diameter of impeller is generally 80% the diameter of the tank Calculation of Diameter of Impeller

Propeller Turbine Mixer Design Calculator

Propeller turbine mixer design calculator solving for Reynolds number given power requirement (laminar flow) Reynolds number 10 Water Hydraulics Engine Motor Horsepower Calculator Thermal Expansion Calculator Fluid Pressure Equations Calculator Microorganism Kinetics Calculator Math Equations Formulas Calculators Weight Loss Formulas

AC inverter drive in agitator Agitator is widely used in the fields of chemical pharmacy food cement plastic and so on However massive energy is being wasted by the agitator as it is always designed with larger capacity but commonly needn't run at the rated speed

Agitator motors (M) Less pressure – lots of power– even at very low pressures the gearless LZL agitator motors provide reliable perfor-mance at low speeds of around 50 RPM and up to 3000 RPM As they come with ATEX certification these motors are suit-able for operation in potentially explosive environments and

Promotional Price ) ===== Calculators available under Equipment sizing: • Vertical Vessel Sizing • Vessel Plate Thickness Sizing • Nozzle Sizing • Sizing of Pipes for Liquid • Gas Pipe Sizing • Gas Control Valve Sizing • Liquid Control Valve Sizing • Compressor Power calculation • Agitator Power calculation • Pump Motor Sizing

Sep 24 2007Dear All My wife is studying Chemical engineering and has been assigned an exercise covering agitators with multiple impellers She has calculated the power consumption for one impeller and now wants to know what would be the consumption for four impellers all vertical connected to a single shaft and running same speed

Motor Power 0 37 - 5 5 kW Shaft Diameter 25 - 40 mm hermet Mag Drive Series Motor Power 0 12 - 7 5 kW STELZER Rhrtechnik can do more If you should not find your industry or application among those listed please contact us We will certainly be able to come up with an answer to your question and a solution to your agitator problem

Mechanical Agitator Power Requirements for Liquid Batches _____ Application Equations Mechanical agitator power requirements for liquid batches are calculated by determining the power number N P for a given system and correcting for motor gearing and bearing losses Design specification of the motor is then determined by

Mixer Agitator Sizing Program Tank Volume Calculator Mixing Torque Agitator Bedning Moment Calculator Conversion Calculator Tank Weight Calculator Critical Speed Beta Heat Transfer Calculator Request a Quote Name * Email Address * Phone * Special Comments Prove you're not a robot * Brands We've Worked With

Tank Agitator / Thickeners

• The reducer is selected according to motor power rotating speed torque etc • The Design of the agitating shaft and it's construction involves careful calculation of rigidity • A speciality of ours is the design of large agitators with extra-slim and long flexible shaft

parameters and methodolgy with sample motor rating and Gearbox torque sustaining capacity Calculations for the slurry (iron ore and water) mixing agitator of a Pre – disilication tank of Pellet Plant in Steel Industry Key words : Introduction Design calculation of slurry tank agitator gear box for slurry density 2 4 gm/cc

agitator design calculation xls Load calculation tool - Electrical Motor - Software and Tools electrical motor load calculation too - microsoft electrical motor load calculation too - microsoft 195 KB Agitator Power Requirement and Mixing Intensity Calculation Memoria Sist Control Incendios: pin Use Spreadsheets for ChE Problem

carried out for selection of another material motor selection mounting of agitator no of impeller used and analyzed for structural analysis 2 Material Selection The agitator shaft was made from a standard AISI type Design of agitator B Power Requirement for Agitator By The power consumption in an agitated vessel is a function of the

Load factor calculation Since a motor with 15 kw power is connected to gearbox safety factor in motor selection is as Nm/Nd = 15/11 5 = 1 3 In the power table of 2DMA model motor gearbox for 15 kw power and 60 rpm gearbox output speed it is concluded that 2DMA 6 model gearbox should be selected