Complete Dhl-0718-00-ac 10 : Atos Dhl Light Duty Directional Valve, 3-position, 4-way, 5075, D03 (ng6), P To A & B, T Blocked In Neutral, Without Coil, Prepped For Ac Coil Pro Version [a6Kce0NP]

Atos DHL Directional Valve: Versatile and Robust

Introducing the Atos DHL Light Duty Directional Valve, a reliable solution for industrial hydraulic applications. This high-performance valve is designed to deliver precision and reliability, ensuring robust operation in demanding environments. With its compact subplate design, the DHL-0718-00-AC 10 is a perfect fit for various industrial setups, offering flexibility and efficiency.

Key Features and Specifications

Featuring a 3-position, 4-way configuration, the Atos DHL valve operates in 4/3, 4/2, or 3/2 configurations, providing versatility for different application needs. Its wet-type solenoids are easily replaceable without tools, simplifying maintenance and reducing downtime. The valve body is crafted through shell-moulding casting, ensuring durability and wide internal passages to minimize pressure drops, guaranteeing efficient hydraulic operation. Here are some of the key features and specifications:

• Operating Configurations: 4/3, 4/2, or 3/2
• Solenoid Type: Wet-type, easily replaceable without tools
• Valve Body: Shell-moulding casting for durability and efficiency
• Mounting Surface: ISO 4401 Size 06 (equivalent to D03 or NG6 standards)
• Maximum Flow: 60 lpm (15.8 GPM)
• Maximum Pressure: 350 bar (5075 psi)

Practical Applications and Benefits

Perfect for demanding industrial environments, the Atos DHL Light Duty Directional Valve is suitable for a wide range of applications. Its compact design and versatile operation make it ideal for mounting on ISO 4401 Size 06 surfaces, ensuring compatibility with various systems. The valve's prepped AC coil feature allows for easy installation and integration with AC-powered systems. By choosing the Atos DHL valve, you can expect several benefits, including:

• Reliability: Ensures consistent performance in challenging conditions
• Efficiency: Minimizes pressure drops for optimized hydraulic operation
• Flexibility: Accommodates various operating configurations and system requirements