Bombas hidráulicas Tri-Sehico, S.L. - Hydraulic engines
Sauer-Danfoss
Orbital motors: from 8 to 800 cc by revolution
Tri-Sehico Has of a wide range of hydraulics motors Sauer-Danfoss of low speed and high pair for moderate and heavy loads. With the a lot of available variants, always is possible to find the most adapted engine for any specific application that need .
The Orbital motors vary in size (cilindrada nominal) from 8 to 800 cc by revolution. The range of speeds is of a maximum of roughly 2.500 rpm for the smallest type until a maximum of roughly 600 rpm for the biggest type. The maximum pair varies from 13 Nm to 2.700 Nm (beaks) and the powers of maximum exit between 2 kW (2,7 HP) and 70 kW (95 HP).
Some of his technical characteristics are: high performance, soft operation in all the interval of speed, constant pair, high pair of start, bear high pressesures of return without the use of pipe of drainage (retain of high pressesure), long length under extreme conditions of work, robust and compact design, high capacity to bear big radial and axial loads, for applications in open and enclosed circuit, resistant to the corrosion and adapted for very diverse types of hydraulics fluids.
The Orbital motors vary in size (cilindrada nominal) from 8 to 800 cc by revolution. The range of speeds is of a maximum of roughly 2.500 rpm for the smallest type until a maximum of roughly 600 rpm for the biggest type. The maximum pair varies from 13 Nm to 2.700 Nm (beaks) and the powers of maximum exit between 2 kW (2,7 HP) and 70 kW (95 HP).
Some of his technical characteristics are: high performance, soft operation in all the interval of speed, constant pair, high pair of start, bear high pressesures of return without the use of pipe of drainage (retain of high pressesure), long length under extreme conditions of work, robust and compact design, high capacity to bear big radial and axial loads, for applications in open and enclosed circuit, resistant to the corrosion and adapted for very diverse types of hydraulics fluids.
