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  • 09 JANUARY 2020
    Moneta Group is the new media agent of Dişsan Gearbox.

    Celebrating its 50th anniversary, Dişsan entered the new era with new breakthroughs. Moneta Media Group is chosen as the new media agency.

  • 09 JANUARY 2020
    Dişsan Gearbox entered its 50th year with its renewed web site

    The company started its journey in 1970 and reached its 50th year. The company is more ambitious in supplying gearboxes and couplings with its new web site.

  • 28 JULY 2019
    Coupling Selection

    Coupling Selection criteria are explained.

  • 27 JULY 2019
    Gearbox Selection Examples

    Gearbox selection examples are explained with calculations.

  • 26 JULY 2019
    Gearbox Selection

    Gearbox selection criteria are explained in detail.

  • 25 JULY 2019
    Gearbox Technical Information

    General technical information is provided about gearboxes and gearbox components.

  • 24 JULY 2019
    Symbols and Units

    Symbols and Units Sembol Symbol Anlamı Description Birimi Unit Hesaplama Formülü Formula P Güç Power kW    P    = ( Md . n) / 9550 Piş İş Makinası İçin Gerekli Güç Necessary Power for Driven Machine kW    P iş = ( Mdiş. niş ) / 9550 Pre Redüktörün Taşıması Gereken Güç The Power that Gearbox Need to Transmit kW    Pre = Piş . F Pn Redüktörün Taşıyabileceği Nominal Güç Nominal Power of the Gearbox kW    Güç çizelgelerinde verilmiştir.    Given in the gearbox power tables. Pm Motor Gücü Motor Power kW   n Devir Sayısı                                     d/d  Speed per Minute                              rpm 1/dak. 1/min.   n1  ( ng  ) Redüktörün Giriş Devri                    d/d Input Speed of the Gearbox                rpm 1/dak. 1/min.   n2  ( nç  ) Redüktörün Çıkış Devri                   d/d Output Speed of the Gearbox             rpm 1/dak. 1/min.    n2 = n1: ir niş İş Makinası Devir Sayısı                  d/d Speed of the Driven Machine             rpm 1/dak. 1/min.   nmot. Motor Devir Sayısı                           d/d Speed of the Motor                            rpm 1/dak. 1/min.   Md Döndürme Momenti Drive Torque N.m.    Md = ( 9550 . P ) / n Md1 Redüktör Giriş Milindeki Moment Drive Torque on the Input Shaft of the Gearbox N.m.    Md1 = ( 9550 . Pm ) / n1 Md2 Redüktör Çıkış Milindeki Moment (Çalışma Momenti) Drive Torque on the Output Shaft of the Gearbox (Operating Torque) N.m.    Md2 = Md1 . ir    Md2 = ( 9550 . Pm ) / n2 Mdiş İş Makinası için Gerekli Moment Necessary Drive Torque for the Driven Machine N.m.   i Çevrim Oranı   ( i > 1 ) Ratio   ( i > 1 )     i r Redüktör Çevrim Oranı  ( i > 1 ) Redüktör Giriş Devrinin Çıkış Devrine Oranı Ratio of the Gearbox   ( i > 1 ) Ratio of the Input Speed to Output Speed      i = n1 / n2 F İşletme Emniyet Katsayısı Operation Safety Factor      F = fiş . fm . ft . fdk f iş İş Makinası Faktörü Driven Machine Factor     f m Motor Faktörü Motor Factor     f t Günlük Çalışma Süresi Faktörü Daily Operations Time Factor     f dk Duruş - Kalkış Sayısı Faktörü Start - up Frequency Factor    

  • 17 JULY 2019
    Dişsan Coupling Solutions

    Dişsan Coupling Solutions in Power Transmission Magazine - July 2019

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TECHNICAL DRAWINGS