Products Description
MOOG D02HYBD5NSX4-O Electro-Hydraulic Servo Valve

Technical Specifications
Model:D02HYBD5NSX4-O
Brand:MOOG
Product type:Two-stage Jet Pipe Electro-Hydraulic Servo Valve
Max working pressure:350bar
Working medium:Mineral hydraulic oil,phosphate ester fire-resistant oil
Input signal:±10V analog signal
Weight:8.9kg
Operating temperature:-20℃ ~ +120℃
Storage temperature:-40℃ ~ +130℃
Relative humidity:10~90%
Certification:CE
System compatibility
D02HYBD5NSX4-O belongs to MOOG D662 series servo valve.It is widely used in material fatigue test rig,vibration simulation platform,heavy-duty hydraulic closed-loop control system.It is complete replacement spare part for hydraulic equipment overhaul.
Function
D02HYBD5NSX4-O two-stage jet pipe servo valve converts analog command signal into proportional hydraulic flow.Jet pipe pilot design features strong anti-pollution performance.LVDT sensor feeds back real-time spool position to realize high-precision closed-loop regulation of force,pressure and position.
Installation
Mount valve on standard hydraulic manifold.Connect P,T,A,B hydraulic ports and electrical connector.Flush oil circuit before commissioning,complete zero and gain calibration.Take anti-static protection during handling.
Interface
‑Hydraulic P,T,A,B oil ports
‑11+PE threaded circular electrical connector
‑Valve laser marking label
Feature
MOOG D662 jet pipe servo valve with LVDT spool feedback,low hysteresis,fast response.Typical faults:zero drift,internal leakage,jet pipe damage,electronic circuit failure.Inspect oil cleanliness and valve performance regularly.
Diagnostic
Fault phenomenon:output unstable,pressure fluctuation,slow dynamic response,valve no action.Check oil contamination,spool condition and built-in amplifier circuit.

Product Brief
D02HYBD5NSX4-O is MOOG D662 series two-stage jet pipe electro-hydraulic servo valve with integrated electronic driver and LVDT spool feedback.It is high-precision hydraulic control component for industrial closed-loop servo system overhaul and replacement.