MITCalc - Roller Chains Calculation 1.19

MITCalc - Roller Chains Calculation 1.19 Screenshot MITCalc - Roller Chains Calculation - The calculation is made for a geometrical design and strength check of common chain transmissions using roller chains.

Developer:   MITCalc
      software by MITCalc →
Price:  14.00  buy →
License:   Shareware
File size:   0K
Language:   
OS:   Windows Vista (?)
Rating:   0 /5 (0 votes)

MITCalc - Roller Chains Calculation - The calculation is made for a geometrical design and strength check of common chain transmissions using roller chains.

Application is developed in MS Excel, is multi-language, supports Imperial and Metric units and solves the following tasks:

  • Selection of a power suitable type of chain.
  • Selection of an optimum transmission alternative regarding power, geometry and weight.
  • Calculation of geometric, strength, safety and operational parameters.
  • Calculation of power parameters and axis loads.
  • Support of 2D CAD (AutoCAD, AutoCAD LT, IntelliCAD, Ashlar Graphite, TurboCAD) and 3D CAD in full calculation package (Autodesk Inventor, SolidWorks).

    The application includes corresponding databases of roller chains. The calculations use data, procedures, algorithms and data from ANSI/ASME, ACA (American Chain Association) ISO, DIN, BS and JIS.

    Used standards: ANSI/ASME B29.1M (Dec2001), ANSI/ASME B29.3, DIN 8187, DIN 8181, DIN 8181, DIN 8164, DIN 8150, ISO R606, ISO 1275, BS 228, JIS B1

    tags roller chains  ansi asme  8181 din  asme b29  din 8181  

    MITCalc - Roller Chains Calculation 1.19 screenshot


    Download MITCalc - Roller Chains Calculation 1.19

     Download MITCalc - Roller Chains Calculation 1.19

    Purchase:  Buy MITCalc - Roller Chains Calculation 1.19


    Similar software

    MITCalc - Roller Chains Calculation 1.19 MITCalc - Roller Chains Calculation 1.19
    MITCalc

    MITCalc - Roller Chains Calculation - The calculation is made for a geometrical design and strength check of common chain transmissions using roller chains.

    MITCalc - Shafts Calculation 1.22 MITCalc - Shafts Calculation 1.22
    MITCalc

    MITCalc - Shafts Calculation is designed for geometrical design an complex strength check of shafts.

    MITCalc - V-Belts Calculation 1.20 MITCalc - V-Belts Calculation 1.20
    MITCalc

    MITCalc - V-Belts Calculation was designed for a geometrical design and strength check of belt transmissions using V-belts.

    MITCalc - Timing Belts Calculation 1.19 MITCalc - Timing Belts Calculation 1.19
    MITCalc

    MITCalc - Timing Belts Calculation is designed for a geometrical design and strength check of toothed belt transmissions.

    MITCalc - Bolted connection 1.22 MITCalc - Bolted connection 1.22
    MITCalc

    MITCalc - Bolted connection is designed for a geometrical design and strength check of a prestressed bolt connection, loaded by static or cyclic loading resp.

    MITCalc - Buckling Calculation 1.18 MITCalc - Buckling Calculation 1.18
    MITCalc

    MITCalc - Buckling Calculation was designed to calculate the optimum cross-section and perform strength check of slender struts strained for buckling.

    MITCalc - Rolling Bearings Calculation 1.12 MITCalc - Rolling Bearings Calculation 1.12
    MITCalc

    MITCalc - Rolling Bearings Calculation can be used for the selection, calculation and check of rolling bearings of the company SKF.

    MITCalc - Force shaft connection 1.18 MITCalc - Force shaft connection 1.18
    MITCalc

    MITCalc - Force shaft connection is intended for geometrical design and strength check of force couplings of shafts with hubs with a cylindrical contact area (Interference fit, clamping connection).

    MITCalc - Compression Springs 1.20 MITCalc - Compression Springs 1.20
    MITCalc

    MITCalc - Compression Springs shows and creates strength and geometric designs of helical compression cylindrical springs.

    MITCalc - Torsion Springs 1.20 MITCalc - Torsion Springs 1.20
    MITCalc

    MITCalc - Torsion Springs - The calculation is intended for the purposes of geometric and strength designs of spiral cylindrical torsion springs made of wires and rods in circular sections, cold formed, loaded with a static or cyclic loading.