Production & Delivery
15-30 Days Production Lead Time



The SDS180Q is a robust 3-spool sectional directional valve designed for versatile hydraulic systems. Featuring dual pneumatic and manual control methods, it supports a rated flow of 160 L/min and pressures up to 350 bar. With G1/SAE port options and a wide viscosity range, it is ideal for OEMs and distributors seeking reliable, customizable hydraulic solutions for global markets.
| SDS180 Series Sectional Directional Valve Parameters | |
|---|---|
| Control Method | Manual, Hydraulic, Pneumatic and Manual |
| Spool | 1 Spool, 2 Spool, 3 Spool, 4 Spool, 5 Spool, 6 Spool, 7 Spool |
| Ambient Temperature Range | -40°C to +80°C (-40°F to +176°F) |
| Structure Type | Sectional valve |
| Section | 1 Section, 2 Section, 3 Section, 4 Section, 5 Section, 6 Section, 7 Section, 8 Section, 9 Section, 10 Section |
| Operating Viscosity Range | 12 - 400 mm²/s (12 cSt to 400 cSt) |
| Rated Flow | 160 L/min (42.2 US gpm) |
| Max Pressure | 315 bar (4600 psi), 350 bar (5100 psi) |
| Inlet Port | G3/4, G1, SAE 12 |
| Outlet Port | G1, SAE 16 |
| Port Size | G3/4, G1, SAE 12 |
Product Features:
- Dual Control: Offers both pneumatic and manual operation for enhanced flexibility and safety in various working conditions.
- High Performance: Rated flow of 160 L/min (42.2 US gpm) with max pressure capabilities of 350 bar (5100 psi), ensuring efficient power transmission.
- Modular Design: Sectional structure allows for easy customization and expansion, suitable for complex hydraulic circuits.
- Wide Compatibility: Available with G1, G3/4, and SAE 12/16 ports, accommodating diverse system requirements.
- Durability: Operates effectively in ambient temperatures from -40°C to +80°C and viscosity ranges of 12-400 mm²/s.
Applications:
Ideal for construction machinery, agricultural equipment, and industrial vehicles including mini-excavators, skid steer loaders, and telehandlers. Perfect for manufacturers seeking OEM, ODM, or wholesale partnerships for high-quality hydraulic components.



