Parker Proportional Directional Control Valves Series D*1FC

Parker D*1FC Proportional Directional Control Valve

Description:

The Parker D*1FC Series Proportional Directional Control Valve is engineered for precise hydraulic flow and directional control in industrial and mobile applications. Featuring high responsiveness and excellent repeatability, the D*1FC series ensures smooth operation under varying load conditions. Designed with robust construction and integrated control electronics, these valves provide reliable performance for critical hydraulic systems.

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Product Details ofParker Proportional Directional Control Valves Series D*1FC

Advantages of the Parker Proportional Directional Control Valves Series D*1FC

  1. Precise Flow & Direction Control: Ensures accurate movement and positioning in hydraulic systems.

  2. High Dynamic Response: Rapid valve actuation for improved system performance.

  3. Durable & Reliable: Constructed to withstand harsh industrial environments and high pressures.

  4. Energy Efficient: Optimized design minimizes internal leakage and energy consumption.

  5. Flexible Integration: Compatible with multiple hydraulic circuits and system configurations.

  6. Wide Range of Applications: Suitable for mobile machinery, industrial automation, and process control systems.

Parameter Specification / Details
Product Type Proportional Directional Control Valve
Series D*1FC
Manufacturer Parker Hannifin
Flow Rate Up to 100 l/min (model dependent)
Operating Pressure Max 350 bar
Control Type Electro-hydraulic proportional
Voltage / Current 12V, 24V DC (typical options)
Frequency Response > 400 Hz
Temperature Range -20°C to +80°C
Port Configuration SAE, BSP, or ISO 4401
Mounting Type Flange or subplate mount
Electrical Connection DIN 43650 or custom plug-in
Leakage Rate < 1 drop/min
Hysteresis < 1%
Materials Body: Steel or aluminum, Seals: Viton/EPDM
Certification ISO 9001, CE
Applications Mobile hydraulics, industrial automation, process control systems
Special Features Fast response, accurate positioning, long service life
Maintenance Low-maintenance design for long-term reliability