Parker D3DLB004CV4J Direct Operated Directional Control Valve
Description
Parker D3DLB004CV4J Direct Operated Directional Control Valve
Technical Specifications:
– Port Connection: NG10 / CETOP 05
– Product Series: D3DLB004CV4J Direct Operated Directional Control Valve
– Actuation: Hand lever side A
– Mounting Type: Subplate mounting
– Seal Material: FPM
– Mounting Position: Unrestricted, preferably horizontal
– Operation Type: Direct
– Switching Option: Center of rotation below spool axis
– Spool Position: 3 positions, spring offset in position 0, operated in position a or b
– Actuation Type: Manually
– Function: 3-way
– Spool Code: 004
– Maximum Operating Pressure: 350 bar
– Maximum Flow Rate: 130 L/min
– Maximum Operating Temperature: 60°C
– Minimum Operating Temperature: -25°C
– For Fluid Type: Water glycol
– Seal Material: FPM
– Weight: 3.7 kg
– Body Material: Cast iron
Product Description:
The D3DLB004CV4J Direct Operated Directional Control Valve is a part of the D1VL and D3DL series, featuring a hand lever actuation for safe and efficient operation, even at high flow rates. With a maximum flow rate of 130 L/min and a maximum operating pressure of 350 bar, this valve is designed to provide high functional limits for hydraulic systems. Its compact and proven design, along with a wide range of spool options, makes it suitable for various hydraulic applications. The valve is constructed with stainless steel hand lever parts, ensuring durability even under harsh conditions.
Features/Benefits:
– Compact, proven design reflecting extensive experience in hydraulics
– Wide range of spool options to accommodate diverse hydraulic systems
– Stainless steel hand lever parts for robust performance in demanding environments
– High functional limits with low forces, ensuring safe operation at high flow rates
– Short delivery time, eliminating the need for warehousing
– Two different switching logic options for added flexibility
Applications:
The D3DLB004CV4J Direct Operated Directional Control Valve is suitable for general hydraulic applications, offering reliable and efficient control in industrial settings.
