FP N3 Applications: Simple Coupling by Flange Calculation

FP Applications Calculation of Simple Coupling by Flange: Spreadsheet input and output information: Input data: Power CV RPM Service factor Output data: Dimensional Information Bolt Diameter with Allowable Stress Torque on Bolts to Achieve Required Force for Coupling

Online Calculations: Roller Drum Drive Calculation

Calculates the drive of drums or cylinders on rollers. Input information:
cylinder mass
External diameter (Ø De)
Internal diameter (Ø Di)
roller diameter (The Doctor)
Cylinder rotation (Nc)
Acceleration time
Number of driven rollers …

Online Calculations: Roller Chain Transmission Calculation

SKF Roller Chain Drive Calculation Tool. Size and specify the system, including recommended lubricants for the application.

FP N3 Applications: Profile Calculation Worksheet, beams, handrails and walkways

FP Worksheet Applications for Calculating Profiles, beams, handrails and walkways: Features calculations and functions for: Calculation of sheets and profiles for guardrails and handrails Calculation of calendering of tubes Calculation for construction of truncated cone Calculation of tubes and sheets flooring for handrails and walkways Development of arches and circular crown

FP N3 Applications: “V” Transmission Belt Calculation Worksheet

FP Applications: “V” Transmission Belt Calculation Worksheet: Features calculations and functions for: Calculation of Axes Calculation of Transmission Ratio Calculation Diameter of Pulleys Calculation Number of Belts Calculation Length

FP N3 Applications: Worksheet for calculating metallic structures and mezzanines

FP Applications Spreadsheet for Calculation of Metallic Structures and Mezzanines: Features calculations and functions for: Column Buckling Beam Bending Calculation and design of frames Calculation of anchor bolts Calculation of screws Calculation of footings and supports Flat sheets subjected to stress Vertical thin sheets subjected to compression Stress for centralized load on rectangular plate

FP N3 Applications: Spreadsheet for calculating and designing a double-supported crane

FP Applications Spreadsheet for calculation and design of bi-supported crane: Features calculations and functions for: Calculation to obtain main beam arrow Calculation of design load Calculation of moment of inertia for various profiles Calculation to get trolley beam arrow Calculation to get bridge carriage beam arrow Calculation Drum Drive Calculation

FP N3 Applications: Current Transmission Calculation Worksheet

FP Applications Spreadsheet for Current Transmission Calculation: Features calculations and functions for: Calculation of Transmission by Chain Calculation Diameter of Gears Calculation Number of Links Calculation Length …

FP N3 Applications: Spreadsheet for calculation and design of crane type A - Monovia

FP Applications Spreadsheet for calculation and design of type A crane - Monovia: Features calculations and functions for: Calculation to obtain the deflection of the main beam Determination of the design load Calculation of the moment of inertia for several profiles Calculation to obtain the arrow of the trolley beam Calculation of the Drum Drive

FP N3 Applications: Slewing Column Crane Calculation and Design Worksheet

FP Applications Slewing Crane Calculation Spreadsheet and Design (Pau de Freight): Features calculations and functions for: Calculation to obtain the arrow of the trolley beam Calculation for crane column Calculations for shoe construction Calculations for base anchor bolts

FP N3 Applications: Axes Calculation Worksheet

FP Axes Calculation Worksheet Applications: Features calculations and functions for: Bent keyshafts Bent keyshafts with two keys Bent keyshafts with radial bore Keyed and twisted shafts Overhanging pinion shafts Overhanging stepped shafts Double load stepped shafts Torsional vibration on shafts Bearing life

Online Calculations: Buckling Tube Rocker Calculation

Calculates the sizing of rocker arm to buckling. Input data:
-Length / Angulo / Weight
output data:
-Rocker Arm Force / Moment of Inertia / Minimum Pipe Section Area.

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