D634-1014
May 25, 2026

D634-1014

Series: D634 (ISO 4401 Size 05 / NG10) Type: Single‑stage direct‑drive servo valve (DDV), 24 VDC integrated electronics, LVDT spool closed‑loop Model 1014: High‑response, high‑dynamic version, optimized for fast step response and high‑frequency control; for precision applications requiring rapid, accurate positioning.

Description

  • Series: D634 (ISO 4401 Size 05 / NG10)Moog Inc.

  • Type: Single‑stage direct‑drive servo valve (DDV), 24 VDC integrated electronics, LVDT spool closed‑loop

  • Model 1014: High‑response, high‑dynamic version, optimized for fast step response and high‑frequency control; for precision applications requiring rapid, accurate positioning.

Hydraulic Data

  • Max pressure (P, A, B): 350 bar (5,000 psi)Moog Inc.

  • Port T (no Y): 50 bar (725 psi); (with Y): 350 barMoog Inc.

  • Rated flow (Δp = 35 bar/land): 60–100 L/min (15.8–26.4 gpm)

  • Max flow: ≈185 L/min (48.8 gpm)Moog Inc.

  • Internal leakage: ≤0.45 L/min

  • Fluid: Mineral oil ISO 11158 / DIN 51524

  • Fluid temp: −20 … +80 °C

  • Cleanliness: ISO 4406 18/15/12 (recommended 17/14/11)

Performance (Typical for 1014)

  • Step response (0→100%): ≈12 msMoog Inc.

  • Hysteresis: <0.4% FS

  • Resolution: <0.10% FS

  • Null drift (ΔT = 60 K): <1.0%

  • Frequency response (−3 dB): ≥100 Hz

Electrical Data

  • Supply: 24 VDC (18–32 VDC)Moog Inc.

  • Max current: 2.2 A

  • Control signals (jumper select): ±10 V, ±10 mA, 4–20 mAMoog Inc.

  • Spool feedback output: 0–10 VDC

  • Connector: M18, 6+PE, IP65Moog Inc.

  • Ambient temp: −20 … +60 °C

Key Features

  • Ultra‑fast 12 ms response for high‑dynamic motion controlMoog Inc.

  • Closed‑loop LVDT feedback ensures exceptional repeatability and accuracy

  • Spring‑centered, fail‑safe design (spool returns to neutral on power loss)Moog Inc.

  • Integrated EMC‑compliant electronics simplify wiring and installation

  • 350 bar high‑pressure rating for heavy‑duty industrial systemsMoog Inc.

Applications

High‑speed injection molding, dynamic material testing, aerospace actuation, robotics, and precision hydraulic systems requiring fast response, high bandwidth, and precise control in closed‑loop motion.


Get a Quote