The HYDAC WH 1 H-G 24 / 5097681 is a heavy-duty industrial directional seat valve engineered for leak-free shut-off and reliable flow control in hydraulic systems. Designed for direct pipe connection, this valve ensures zero internal leakage and precise operation under high pressure.
HYDAC WH 1 H-G 24 / 5097681 Technical Specifications
| Parameter | Specification |
|---|---|
| Valve Type | Directional seat valve, 2/2-way |
| Actuation | Solenoid, 24 V DC |
| Max. Operating Pressure | 350 bar |
| Nominal Flow Rate | Up to 20 L/min |
| Connection Type | Threaded ports, G 1/4 |
| Sealing Principle | Seat design, leak-free |
| Operating Temperature | -20 °C to +80 °C |
| Mounting | Direct pipe connection |
| Body Material | Steel, zinc-nickel coated |
Key Engineering Features
- Zero leakage seat design for precise shut-off
- Compact direct-acting solenoid for reliable operation
- High pressure capability up to 350 bar
- Robust construction for harsh industrial environments
- Simple installation with threaded connections
Industrial Applications
- Hydraulic power units and test stands
- Machine tools and press systems
- Mobile and industrial hydraulic circuits
- Safety-related shut-off functions
For technical inquiries, dimensional drawings, or replacement support for HYDAC WH 1 H-G 24 / 5097681, contact the Pro-Hydraulic engineering team.
PRODUCT IMAGES
HYDAC WH 1 H-G 24 / 5097681 Directional Seat Valve
⚡ Emergency Plant Maintenance & Ready-to-Ship Notice:
- Authentic & Fully Tested: 100% bench tested for hydraulic response, pressure rating, and null-bias stability before dispatch.
- Fast Dispatch: In-stock units ready for same-day dispatch via DHL / FedEx Express directly to your plant.
- Pre-Shipment Verification: High-definition photos, video testing runs, and serial number verification provided prior to shipment.
- Peace of Mind: Covered by our 12-Month Replacement Warranty.
Shop the HYDAC WH 1 H-G 24 / 5097681 Directional Seat Valve. This precision-engineered hydraulic component delivers reliable performance and accurate flow control for demanding industrial systems.
