Produzione e consegna
Tempi di produzione di 15-30 giorni



The P80A 3 Spool Hydraulic Directional Control Valve is a high-performance and reliable valve designed for use in a variety of applications, including material handling, construction, agriculture, and industrial vehicles. This monoblock valve offers a rated flow of 80 L/min and a maximum pressure of 250 bar, making it suitable for demanding environments.
| Serie P80 Valvola direzionale monoblocco Parametri | |
|---|---|
| Metodo di Controllo | Manuale, Pneumatico, Elettropneumatico, Elettroidraulico, Solenoide, Idraulico, Idraulico e Manuale, Cavo, Joystick, Manuale e joystick |
| Spoo | 1 Spola, 2 Spole, 3 Spole, 4 Spole, 5 Spole, 6 Spole, 7 Spole |
| Intervallo di temperatura ambiente | -40°C to +80°C (-40°F to +176°F) |
| Tipo di struttura | Valvola monoblocco |
| Sezione | Sezione 1, Sezione 2, Sezione 3, Sezione 4, Sezione 5, Sezione 6, Sezione 7 |
| Intervallo di viscosità operativa | 15 - 75 mm²/s (15 cSt to 75 cSt) |
| Portata nominale | 80 L/min (21.2 US gpm) |
| Pressione massima | 315 bar (4600 psi) |
| Attacco di ingresso | G1/2, G3/4, M27×2.0, SAE 10, SAE 12, 1/2 NPT, 3/4 NPT |
| Attacco di uscita | G1/2, G3/4, M27×2.0, SAE 10, SAE 12, 1/2 NPT, 3/4 NPT |
| Dimensione attacco | G1/2, G3/4, M22×1.5, M27×2.0, SAE 10, 1/2 NPT, 3/4 NPT |
This 3-section, manual control P80A Hydraulic Directional Control Valve is a high-performance and reliable solution for controlling hydraulic systems. Featuring a monoblock structure, this valve offers a rated flow of 80 L/min and a maximum pressure of 250 bar. Its operating viscosity range is 15 - 75 mm²/s, and it can withstand ambient temperatures from -40°C to +80°C. Designed for demanding applications in material handling, construction, agriculture, and industrial vehicles, this valve is compatible with telehandlers, forklifts, all-terrain cranes, stackers, aerial platforms, motor graders, mini-excavators, skid steer loaders, compact wheel loaders, and wheel loaders. Its 3-spool design provides precise control over hydraulic fluid flow, ensuring optimal performance in various operating conditions.



