The DCV150 Series is a robust sectional directional valve designed for mobile hydraulic applications, offering both manual and electro-hydraulic control options. With a high rated flow of 150 L/min and max pressure of 315 bar, it supports various section configurations (1 to 12 sections) and spool types (up to 10 spools), making it highly versatile for demanding hydraulic systems.
The DCV150 Series Sectional Directional Valve offers superior performance and versatility for a wide range of mobile hydraulic systems. Designed for demanding applications, this robust valve supports both **manual and electro-hydraulic control methods**, providing flexible operation. Key specifications include a high **rated flow of 150 L/min (39.6 US gpm)** and an impressive **max pressure of 315 bar (4600 psi)**, ensuring reliable power transmission. Its **sectional design** allows for extensive customization, accommodating configurations from 1 to 12 sections and featuring up to 10 spool options to meet complex circuit requirements. The valve operates efficiently across a broad **ambient temperature range of -40°C to +80°C (-40°F to +176°F)** and an **operating viscosity range of 15 - 75 mm²/s (15 cSt to 75 cSt)**. It offers diverse port size options, including **3/4 NPT, SAE 16, SAE 12, M33×2.0, G3/4, G1** for inlet/outlet, and **3/4 NPT, SAE 12, M27×2.0, G3/4** for work ports, ensuring compatibility with various hydraulic setups. We welcome **cooperation opportunities** for the DCV150 Series. This product is ideal for **OEM, private label, and custom manufacturing** to perfectly align with specific project requirements. We offer **competitive wholesale pricing** for bulk orders and are actively **seeking reliable distributors, wholesalers, and traders** globally. **Manufacturers** looking for high-quality, **factory-supplied directional control valves** will find our products to be a robust and dependable solution. Contact us directly for **factory supply information** and to discuss your unique specifications and partnership interests.