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ORBIT MOTORS

Orbit motors
 


 
  Tipo GDS Legend
 Displacement (cm³/rev) 8,2 ÷ 50,0
 Max Output (kw) 1,8 ÷ 2,4
 Max inlet pressure (bar) 225
 Max oil flow (l/min) 16 ÷ 20
 Features F - R - 1 - 2
(PDF 671 Kb) Options (PDF 121 Kb)  

  Tipo GFS Legend
 Displacement (cm³/rev) 25,0 ÷ 623,6
 Max Output (kw) 3,3 ÷ 10,5
 Max inlet pressure (bar) 225
 Max oil flow (l/min) 40 ÷ 60
 Features A - D - Q - W - 1 - 2
(PDF 731 Kb) Options (PDF 121 Kb)  


  Tipo GHL Legend
 Displacement (cm³/rev) 49,5 ÷ 396,0
 Max Output (kw) 6,2 ÷ 10,5
 Max inlet pressure (bar) 225
 Max oil flow (l/min) 60
 Features A - Q - 2 - 3
(PDF 449 Kb) Options (PDF 121 Kb)  

  Tipo GKS Legend
 Displacement (cm³/rev) 51,5 ÷ 397,0
 Max Output (kw) 5,0 ÷ 13,0
 Max inlet pressure (bar) 225
 Max oil flow (l/min) 40 ÷ 60
 Features A - D - Q - W - 1 - 2
(PDF 711 Kb) Options (PDF 121 Kb)  


  Tipo GLS Legend
 Displacement (cm³/rev) 80,5 ÷ 397,0
 Max Output (kw) 10,0 ÷ 20,0
 Max inlet pressure (bar) 300
 Max inlet pressure (l/min) 75
 Features BR -C - D - E- Q - U - UU - W - 1 - 2
(PDF 708 Kb) Options (PDF 131 Kb)  

  Tipo GLSY Legend
immagine non disponibile
 Displacement (cm³/rev) 200,0 ÷ 474,6
 Max Output (kw) 9,0 ÷ 18,1
 Max inlet pressure (bar) 300
 Max inlet pressure (l/min) 75
 Features C - D - E - Q - U - W - 1 - 2
(PDF 294 Kb) Options (PDF 131 Kb)  

  Tipo GLT Legend
 Displacement (cm³/rev) 161,1 ÷ 523,6
 Max Output (kw) 26,5 ÷ 33,5
 Max inlet pressure (bar) 300
 Max inlet pressure (l/min) 100 ÷ 125
 Features C - Q - U - W - 1 - 2
(PDF 337 Kb) Options (PDF 131 Kb)  

  Tipo GLV Legend
 Displacement (cm³/rev) 314,5 ÷ 801,8
 Max Output (kw) 42,5 ÷ 53,5
 Max inlet pressure (bar) 300
 Max inlet pressure (l/min) 160 ÷ 200
 Features C - E - Q - U - W - 2
(PDF 369 Kb) Options (PDF 131 Kb)  

  Tipo GWS - GWP Motor for wheel drives  
 Displacement (cm³/rev) 50 ÷ 400
 Max Output (kw) 5 ÷ 13
 Max inlet pressure (bar) 225
 Max inlet pressure (l/min) 30

The hydraulic motor range is divided in ROTOR and ROLLER. ROTOR, orbital unit where the lobes are fixed and set directly on the stator: this is particularly suited for long working cycles at average pressure. ROLLER, orbital unit where the hydro-dynamically supported rollers reduce friction to a minimum, thereby ensuring maximum durability and high output at high pressure