Parker D31FBE02EC4NS00 Proportional Directional Control Valve

D31FBE02EC4NS00

Parker D31FBE02EC4NS00 Proportional Directional Control Valve

Description

Parker D31FBE02EC4NS00 Proportional Directional Control Valve
Product Name: Pilot Operated Proportional Directional Control Valve D31FBE02EC4NS00

Product Description:
The D31FB series of pilot operated proportional DC valves with onboard electronics from Parker are a proven standard performance product line that is universally applicable and features progressive flow characteristics, allowing for sensitive flow rate adjustment. This valve is designed to be operated in positions a or b, and includes internal pilot inlet/drain locations. The seal material is NBR, and the valve will respond to signal inputs in the range of 4-20 mA. The flow direction corresponds to 12-20 mA = P-A, and the valve operates as a standard option with a 6+PE connection type. The spool code is E02, and this valve is operated using a proportional solenoid with pilot actuation. This is a 3-way valve with a maximum flow rate of 120 L/min and a maximum operating pressure of 350 bar. The valve can be used with hydraulic oil according to DIN 51524…535, as well as water glycol. The valve is mounted through subplate mounting, and features a cast iron body with NBR seal material.

This proportional directional control valve is an ideal choice for a wide range of applications in the hydraulic industry. Its excellent flow characteristics and precise flow rate adjustment capabilities ensure reliable operation of machinery under diverse operating conditions. The cast iron body provides durability and resistance to corrosion, while the NBR seal material provides excellent sealing properties. The valve’s electronic control function enables precise proportional control, allowing for control of flow rate speed changes to suit the application requirements. With a maximum flow rate of 120 L/min, this valve can achieve a broad range of applications. Its stable performance, versatility, and ease of installation make it a popular choice for hydraulic systems.