Product Overview
The MOOG G761-3003B / H19JOGM4VPL is a high-performance two-stage electrohydraulic servo valve manufactured by MOOG, the global benchmark in precision motion control. This valve operates on a nozzle-flapper pilot stage that hydraulically positions a robust spool within the second stage, delivering infinitely variable, bidirectional flow control proportional to the electrical input current. As a critical control element in closed-loop industrial systems, the G761 series servo valve translates low-power electrical command signals into precise hydraulic flow and pressure outputs, enabling exceptional dynamic response, high resolution, and repeatable positioning accuracy in demanding motion control applications.
Technical Specifications
| Parameter | Specification / Feature |
|---|---|
| Component Type | Two-Stage Electrohydraulic Servo Valve (Nozzle-Flapper Pilot Stage) |
| Model Designation | G761-3003B / H19JOGM4VPL |
| Operating Pressure | Standard Industrial Grade (Up to 210 bar rated supply pressure) |
| Rated Flow Capacity | Nominal rated flow at 70 bar valve pressure drop (model-dependent, typically 5–40 L/min) |
| Pilot Stage Design | Dual nozzle-flapper with internal mechanical feedback torque motor |
| Spool Configuration | Four-way, closed-center, critical spool-land geometry |
| Mounting & Connection | Standard MOOG subplate mounting interface (ISO 4401 / CETOP pattern) |
| Electrical Interface | Dual coil torque motor, standard MOOG valve connector |
| Filtration Requirement | High-pressure filtration recommended (ISO 4406 cleanliness per MOOG specification) |
Engineering Features & Advantages
- Precision Performance: The nozzle-flapper pilot stage delivers extremely high resolution and low hysteresis, enabling accurate spool positioning and precise metering of hydraulic flow proportional to the command signal.
- Fast Dynamic Response: Optimized torque motor and pilot stage design provide high frequency response, making the valve ideal for closed-loop position, velocity, and force control systems requiring rapid actuation.
- Robust Two-Stage Architecture: The second-stage spool is hydraulically driven by the pilot stage, ensuring high flow capacity with minimal electrical input power and stable operation across the full pressure range.
- Industrial Reliability: Built for continuous operation under severe industrial conditions, with hardened spool and sleeve assemblies engineered for long service life and consistent performance.
- Direct Fit Replacement: Exact dimensional and functional compatibility with original MOOG G761 series servo valve standards, ensuring drop-in replacement without system modification.
- Direct Fit Replacement: Exact dimensional and functional compatibility with original MOOG standards, allowing straightforward retrofit into existing hydraulic systems without rework.
Typical Industrial Applications
As a critical control element in closed-loop industrial systems, the G761 series servo valve translates low-power electrical command signals into precise hydraulic flow and pressure outputs, enabling exceptional dynamic response, high resolution, and repeatable positioning accuracy in demanding motion control applications.
PRODUCT IMAGES
MOOG G761-3003B / H19JOGM4VPL Servo Valve
⚡ Emergency Plant Maintenance & Ready-to-Ship Notice:
- Authentic & Fully Tested: 100% bench tested for hydraulic response, pressure rating, and null-bias stability before dispatch.
- Fast Dispatch: In-stock units ready for same-day dispatch via DHL / FedEx Express directly to your plant.
- Pre-Shipment Verification: High-definition photos, video testing runs, and serial number verification provided prior to shipment.
- Peace of Mind: Covered by our 12-Month Replacement Warranty.
Shop the genuine MOOG G761-3003B / H19JOGM4VPL Servo Proportional Valve. This US-made hydraulic component features a high-response pilot stage, delivering leak-free, reliable fluid control for heavy-duty industrial systems.