Agitator Design Software Download
You can select Material and propertis for Shaft. Program for Design and Drawing of Agitator / Mixer then shows final values that will be used for drawing. Program for Design and Drawing of Agitator / Mixer then offers option to continue drawing or exit. Heat ExchangerFilter.
Agitator Power requirement for a given geometry and mixture. Chemical engineering calculations to assist process, plant operation and maintenance engineers. Agitator Design - Download as Word Doc. Agitator design. Impeller rpm and power required to drive an agitator? A: For mechanical design information about.
You can select Horse Power of Motor, Speed (RPM) of Motor and size of gearbox. Program for Design and Drawing of Agitator / Mixer shows best possible combination based on rotational speed of agitator and gear ratio of gearbox. You can still select the Drive unit. You can select sizes for parts of Gear Box. You can select sizes for parts of Motor.
If you select Mechanical Seal, you can select Single or Double Mechanical Seal. You can select Material of construction for wetted parts. Material selected can be All Parts of Stainless Steel, Wetted Parts Stainless Steel or All Parts of Carbon Steel. SS liner will be provided on CS base plate if wetted parts are SS. If you select Stuffing Box, Program for Design and Drawing of Agitator / Mixer indicates appropriate material of construction for parts. You can select / modify material for all parts. If you select Stuffing Box, with respect to diameter of shaft, all the dimensions for Stuffing Box will be calculated and indicated by Program for Design and Drawing of Agitator / Mixer.
Agitator Blade Design
You can send the payment through Credit Card or by eCheque by PayPal or Bank Transfer. As soon as I get the money, I will send Program or Drawing by Email. Program for Design and Drawing of Agitator / Mixer will draw Drawing like this. How the Program Runs?
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Program for Design and Drawing of Agitator / Mixer I offer Design and Drawing program which Designs and Draws a detailed drawing of Agitator / Mixer, with user friendly dialog boxes, which is an add-on for any CAD program for Designing and Developing GA drawing for Agitator / Mixer. Program for Design and Drawing of Agitator / Mixer asks for some parameters and designs.
• What is its bending moment capacity? • What is the negative and positive thrust rating? • What is the calculated deflection of the mounting structure and at what rate? • Where and how is the mounting structure connected to the tank? • What specific design(s) are used to mitigate beam displacement? In summary, the above list of questions while lengthy, can still be added to.
In this example of an older tank, what are the effects of fatigue and corrosion on strength? • What is the beam/nozzle design? • What is the load carrying capacity of the mounting structure and what is its factor of safety? • What is the shear stress rating of the mounting structure?
Bill of material for the parts of Stuffing Box. You can select type of Bearing Housing. Bearing Housing can be made up of 2 bearings or only 1 bearing.
Program for Design and Drawing of Agitator / Mixer shows best possible combination based on rotational speed of agitator and gear ratio of gearbox. You can still select the Drive unit. You can select sizes for parts of Gear Box. You can select sizes for parts of Motor.
• What is the bending moment capacity of the gear reducer? What is the safety factor of the rated capacity compared to the calculated bending moment from the gear reducer. • What is the negative thrust rating of the gear reducer compared to the weight of the impeller shaft assembly? • How is the motor attached to the input shaft of the gear reducer and how much run out is the high speed coupling rated for? • What are the service intervals of the gear reducer and how is the service performed?
This would have a very low impact on overall cost of the proposed mixer. • 3rd Party independent mixing consultant verifies the mixer design. There is a cadre of mixing consultants available throughout the country. III] Integration of the mixer system into the mounting structure of the tank: • What is the assumed bearing stiffness of the mounting structure? • What does the tank manufacture calculate for the mounting stiffness of the mounting bridge?
With Program for Design and Drawing of Agitator / Mixer, you can draw either in Foot-Inch units or in Metric Units. You can create drawing or quit If you select drawing option You can select the first tag number in this drawing. If this drawing is continuation of another drawing, first tag number will be the next number after the last number in earlier drawing. You can select type of Impeller For Marine Propeller you can select 3 or 4 blades.
• What is the thrust rating, torque and bending moment capacity of the impeller hub(s)? What are its factors of safety? • What is the calculated tensile stress of the impeller shaft and what factor of safety is there from the yield value?
You can select sizes for Base Plate You can select sizes for Rigid Coupling. In trial mode of Program for Design and Drawing of Agitator / Mixer, you can select values of Radio Button, Image Buttons, Check Boxes and List box, but you can not change values in Edit Boxes.
You can select type of Bearing Housing. Bearing Housing can be made up of 2 bearings or only 1 bearing. You can also have a shaft without any bearing on shaft. For a bearing housing having 2 bearings, all the dimensions will be calculated and indicated by Program for Design and Drawing of Agitator / Mixer.
• What is the run out (TIR) of the impeller shafting? • What is the grade of impeller shafting used, what is its finish (RA) and what is the total calculated run out at the impeller? What are its dimensional tolerances? For more information on the mechanical design of agitators, please refer to the text, Handbook for Industrial Mixing published by the North American Mixing Forum. Gear Reducer This is normally the most expensive component in a low speed agitator system. Because it must multiply motor torque and support the cantilevered impeller shaft, more attention needs to be spent on its design than on other components such as motors for example. What is the mechanical input rating of the gear reducer?
Are these unique features truly beneficial or are they to limit competitive pressure? For example, arcane details within a specific gear reducer design or who makes the gear reducer would tend to lower competitive pressure on pricing and technical qualification. However, if a manufacturer has specific experience or specific tools to analyze a given mixing problem, those would tend to objectively lower the risk of a mis-applied mixer design.
For Axial Flow Turbine, TurboProp, Flat Balde turbine and Disc Blade turbine you can select 3 to 6 blades. For Backward Blade Turbine you can select 2 to 6 blades. For Paddle, Anchor, Anchor/Paddle or Gate you can select only 2 blades. You can have a bottom bearing for shaft You can select sizes for parts of Impeller. Program for Design and Drawing of Agitator / Mixer shows recommended HP, motor RPM and size of gearbox.
Program for Design and Drawing of Agitator / Mixer then shows final values that will be used for drawing. Program for Design and Drawing of Agitator / Mixer then offers option to continue drawing or exit. Heat ExchangerFilter.
• Scaled test of at least 500 to 1000 gallons with a documented and verified scale up process. This would have a very low impact on overall cost of the proposed mixer. • 3rd Party independent mixing consultant verifies the mixer design. There is a cadre of mixing consultants available throughout the country. III] Integration of the mixer system into the mounting structure of the tank: • What is the assumed bearing stiffness of the mounting structure? • What does the tank manufacture calculate for the mounting stiffness of the mounting bridge? In this example of an older tank, what are the effects of fatigue and corrosion on strength?
For Axial Flow Turbine, TurboProp, Paddle, Anchor, Anchor/Paddle or Gate you can select either Bolted or Welded Impeller You can decide proportion of Diameter of Impeller to Diameter of Vessel, and expected Reynold's Number. Based on the impeller selected, Program for Design and Drawing of Agitator / Mixer will indicate Mixing number and Power number. Cubase pro 9 torrent download.
You can still select the Drive unit. You can select sizes for parts of Gear Box.
Agitator Design Calculation
You can select / modify material for all parts. If you select Stuffing Box, with respect to diameter of shaft, all the dimensions for Stuffing Box will be calculated and indicated by Program for Design and Drawing of Agitator / Mixer. You can change the same. If you select Mechanical Seal, with respect to diameter of shaft, all the dimensions for Mechanical Seal will be calculated and indicatedby Program for Design and Drawing of Agitator / Mixer. You can change the same.
Agitator Design Software
You can select required time. Download autocad 2018 free trial autodesk. Based on this, Program for Design and Drawing of Agitator / Mixer will select number of impellers.
• Design of Agitator Shafts for Mixing Tanks and Reactors. • Large API Storage Tanks covering Atmospheric and Pressurized Tanks. • MS Self supported Chimney Stacks. • Design of Pressure Vessels, Jacketed Vessels, Mixing Tanks and Reactors as per ASME Sec. 1, EN 13445, IS 2825 Codes. • Design of Shell & Tube Heat Exchangers as per ASME Sec. VIII, Div 1 and TEMA Codes.
Program for Design and Drawing of Agitator / Mixer will draw Drawing like this. How the Program Runs? The Program for Design and Drawing of Agitator / Mixer asks for parameters in the following dialog boxes, and based on these values, Program for Design and Drawing of Agitator / Mixer designs and draws. In demo mode of Program for Design and Drawing of Agitator / Mixer you can select predefined sizes. With Program for Design and Drawing of Agitator / Mixer, you can draw either in Foot-Inch units or in Metric Units.
The dimensions of top and bottom stool will be calculated and indicated by Program for Design and Drawing of Agitator / Mixer. You may change some of these. Drawing of Stool. Bill of material for the parts of Bearing Housing and Stool. Assembly of Stuffing Box, Bearing Housing, and Top and Bottom Stools. You can select sizes for Base Plate You can select sizes for Rigid Coupling.
You can have a bottom bearing for shaft You can select sizes for parts of Impeller. Program for Design and Drawing of Agitator / Mixer shows recommended HP, motor RPM and size of gearbox. You can select Horse Power of Motor, Speed (RPM) of Motor and size of gearbox.
In trial mode of Program for Design and Drawing of Agitator / Mixer, you can select values of Radio Button, Image Buttons, Check Boxes and List box, but you can not change values in Edit Boxes. The dialog boxes in Design mode are different.
• What is the grade of impeller shafting used, what is its finish (RA) and what is the total calculated run out at the impeller? What are its dimensional tolerances?