Solenoid Controlled Pilot Operated Directional Valves Yuken
DSHG Series | Solenoid Controlled Pilot Operated Directional Valves Yuken
DSHG-01-3C4-A100-14 , DSHG-04-2B2-A100-52 , DSHG-04-2B2A-T-A100-52 , DSHG-04-3C10-T-D24-N1-52 , DSHG-04-3C12-T-D2452 , DSHG-04-3C2-C1-T-D24-52 , DSHG-04-3C40-TA10052 , DSHG-04-3C4-C1-T-D24-52 , DSHG-06-2B2-A100-53 , DSHG-06-2B2-A120-53 , DSHG-06-2B2A-PA-A100-53 , DSHG-06-2B2A-T-A100-53 , DSHG-06-2B2B-A100-53 , DSHG-06-2B2-T-PA-A100-53 , DSHG-06-2B2-T-R2-A100-53 , DSHG-06-2B4-A100-53 , DSHG-06-3C12-T-A100-53 , DSHG-06-3C2-C1C2-T-A100-53 , DSHG-06-3C4-C1C2-R2-A100-53 , DSHG-06-3C53-E-D24-53133 , DSHG-10-2B2-C2-E-A100-43 , DSHG-10-3C2-C2-E-A100-43 , DSHG-03-2B2-T-A100-14 , DSHG-03-2B2-T-D24-14 , DSHG-03-3C12T-A10014 , DSHG-03-3C2-TA10014 , DSHG-03-3C4-T-A10014 , DSHG-04-2B10B-T-D24-N1-52 , DSHG-04-2B2B-A100-52 , DSHG-04-2B2B-A100-5290 , DSHG-04-2B2B-D2452 , DSHG-04-2B3-C1C2-E-D24-52 , DSHG-04-3C10A10052 , DSHG-04-3C12-D24-52 , DSHG-04-3C12-E-D24-N1-52 , DSHG-04-3C2-A100-52 , DSHG-04-3C2-A1005290 , DSHG-04-3C2-C1C2-R2-A100-5390 , DSHG-04-3C40-A100-52 , DSHG-04-3C40-C1C2-T-A100-53 , DSHG-04-3C40-C1C2-T-R2-A100-53 , DSHG-04-3C4-A100-52 , DSHG-04-3C4-A1005290 , DSHG062B10BC2RBA1005 , DSHG-06-2B2A-A100-53 , DSHG-06-2B2B-C1C2-T-A100-5390 , DSHG-06-2B2-R2-A100-5390 , DSHG-06-2B2-T-A100-53 , DSHG-06-3C10-E-D24-N1-53 , DSHG063C10TA10053 , DSHG063C12C1EA10053 , DSHG-06-3C12-C1-E-A100-53 , DSHG-06-3C12-E-A120-53 , DSHG-06-3C12-R2-E-A120-5390 , DSHG-06-3C2-A100-53 , DSHG-06-3C2-C1C2-R2-A100-53 , DSHG-06-3C2-R2-A100-53 , DSHG-06-3C2-T-D24-53 , DSHG-06-3C2-T-R2-A100-53 , DSHG-06-3C4-0A-10053 , DSHG-06-3C4-0C-1C2-A-100-53 , DSHG-06-3C40-C1C2-R2-A100-5390 , DSHG-06-3C40-C1C2-T-R2-A100-53 , DSHG-06-3C40-T-A100-53 , DSHG-06-3C4-R2-A1-0053-90 , DSHG-06-3C6-C1C2-R2-A100-53 , DSHG-063H40D24N15390 , DSHG103C10C1C2R2A100 , DSHG-10-3C10-C1C2-T-R2-A100-43 , DSHG-10-3C12-T-A100-43 , DSHG-10-3C2-T-A10043 , DSHG-10-3C4-A12043
Las válvulas direccionales pilotadas controladas por solenoide Serie DSHG están diseñadas para alta presión y alto caudal, permitiendo flujos máximos de 300 L/min (tamaño 04), 500 L/min (tamaño 06) y 1100 L/min (tamaño 10), lo que favorece diseños de sistema más compactos; su baja caída de presión contribuye al ahorro energético, y su diseño permite un cambio sencillo entre conexiones de pilotaje y drenaje internas o externas mediante montaje por tapón, asegurando flexibilidad y eficiencia en aplicaciones hidráulicas exigentes.
