Quick Quote

Quick Quote

  • Please select the sector that most closely matches your own from the list below.
  • PLEASE NOTE - our independence in a global marketplace gives you choice on pricing and delivery; quick delivery may raise product and shipping costs and vice versa.

  • Drop files here or

    Danfoss T-Series Orbital Motors

    Danfoss T-Series Orbital Motors

    Danfoss T-series orbital motors are an excellent choice for the propel and work functions on many applications.

    With pressure capability up to 350 bar (5,080 psi) and high starting torque, the T-series is an energy-efficient choice for the toughest working environments – high pressures, thin oil or frequent reversals – even at low speed.

    The Danfoss T-series product range comprises: TMK | TMT | TMTHW | TMVW

    Features and Benefits of Danfoss T-Series Motors:

    • Motors with speed sensor
    • Motors with integrated brake
    • Special dust seal ring for additional shaft seal protection
    • High bearing capacity and robust cardan shaft design for longer life
    • Outstanding motor efficiency for reduced fuel consumption
    • Low leakage, securing energy savings
    • Short motors without bearings for compact integration in gear boxes and other flexible design options
    • Integrated flushing valve for continuous oil renewal and cooling in a closed circuit
    • Special mounting flange on wheel motors for optimal utilisation of bearing capacity.
    Please contact us if you cannot see the Danfoss T Series motor that you need listed below – we’ll still be able to help!
    It looks like you're visiting us from the US

    close x




    Contact our award-winning team today for a
    competitive quote and lead-time on:

    Parker Denison | Bosch Rexroth | Danfoss | Casappa | Hawe
    Dowty | MP Filtri | Oil Control | Smiths Industries | Vivoil | Walvoil

    Quick quote

    close x

    Please note

    This is a system generated translation and as such will not be fully accurate. We are not responsible for incorrect or inaccurate translations and will not be held responsible for any damage or issues that may result from using this service.