GDV160 | 160-170L/min
Monoblock Directional Control Valve
Among the comprehensive range of six monoblock directional control valve series, the GDV160 enriches the selection with its capacity to support flow rates from 25 to 170 L/min. This series is equipped with a diverse array of spool configurations, tailored to efficiently manage the dynamics of double-acting cylinders, single-acting cylinders, and hydraulic motors. Tailored for complex hydraulic systems, the GDV160 excels in delivering targeted control and adaptability, ensuring seamless operation across a wide range of industrial and mechanical applications.
Features
- Valve body is manufactured from integral grey cast iron.
- Spring cap and mechanical detent cap are made from die-cast aluminum.
- Parallel circuit and inlet port has a load check valve.
- Manual and wire pulling control method available.
- Optional power beyond.
- Optional mechanical positioning.
- Optional spool functions is available: controlling dual-acting cylinder or single-acting cylinder, spool for hydraulic motor.
- Small operating force and excellent flow characteristics.
- Spool number: 1 - 2 is available.
| Rated Flow | 160 L/min |
| Max Flow | 170 L/min |
| Max Pressure | 310 bar |
| Internal leakage (70 bar): A/B to T | 40-55 CC/min |
| Fluid Temperature Range | |
| With NBR(BUNA-N) Seals | -20C° -80C° |
| With FPM (VITON) Seal | -20C° - 100C° |
| Spool Stroke (1/2position) | +7/-7mm |
| With Floating Function (1/2 and F position) | +7/-7 -9mm |
| Viscosity Range | 15-75mrrT2/s |
| Ambient Temperature Range | -40C° -60C° |
Used across diverse types of machinery, the GDV160 series of monoblock directional control valve enhances the operational capabilities of devices in industries ranging from agriculture to construction. Its applications in wheel loaders, forklifts, and log splitters underscore its versatility and importance in ensuring precise hydraulic management. This series plays a pivotal role in streamlining efficiency and bolstering productivity within a variety of demanding environments.
