WEYO Servo Valves H10 Series 4 Way For Die Casting Machines Injection Molding Machines

WEYO Servo Valve - H10 Series

Overview: The WEYO H10 servo valve is an advanced two-stage electro-hydraulic servo valve, designed for high-performance applications requiring precision and speed. It features a servo-motor-driven pilot stage that controls the main valve core, offering fast response and high accuracy. Ideal for applications such as injection molding machines, die-casting, and other precision control systems.

Key Features:

· Energy Efficiency: The pilot stage reduces leakage by over 70% compared to traditional jet pipe and nozzle deflector pilot stages, significantly lowering the overall valve power consumption.

· High Dynamic Performance: The pilot stage provides excellent dynamic performance, especially with higher pressure gain, which improves response time and stability.

· Superior Static Performance: The valve offers significantly improved static performance with a 5x reduction in hysteresis compared to traditional valve designs.

· Low-Pressure Control: The valve can operate at lower start-up control pressures, enhancing low-pressure performance.

· Built-in Servo Amplifier: The pilot stage integrates a servo amplifier for easy adjustment and maintenance, making it highly customizable for different applications.

· Large Flow Path: The valve body is designed for high-flow capability, with flexible internal control oil options (internal or external control).

Mechanical Installation Interface:

· Installation Length: Minimum of 100mm. Ensure the O-ring groove for X and Y ports is properly installed.

· Required Tools: M6 x 55 screws (torque: 13Nm), and sealing O-rings are provided with the standard supply.

· Compliance: Installation interface conforms to ISO 4401-05-05-0-94 standards.

Specifications:

· Valve Type: 4-way, with the main valve core controlled by the servo motor-driven pilot stage.

· Drive: Pilot control for the main valve.

· Size: 220mm x 75mm x 145mm.

· Weight: 5.7kg.

· Hydraulic Pressure Range: Up to 35 MPa at ports P, A, and B.

· Contaminant Resistance: Typically NAS 7 for normal operation, and NAS 5 for extended life under wear conditions.

· Environmental Temperature: -20°C to +60°C.

Performance Data:

· Max Pressure: 350 bar.

· Rated Flow: 160 L/min (at 35 bar).

· Max Flow: 250 L/min (ISO 4401-05 specifications, with a second T-port).

· Frequency Response: >85 Hz.

· Step Response: <8 ms.

· Hysteresis: <0.3%.

· Resolution: <0.05%.

· Zero Drift: ΔT = 55 K.

Electrical Specifications:

· Power Supply: 24 VDC (18V to 28V DC), with reverse polarity protection.

· Input Signal: Differential voltage input (±40mA).

· Electromagnetic Compatibility: EN61000-6-2, EN55011:1998+A1.

Hydraulic Fluid:

· Fluid Type: Petroleum-based hydraulic oil (DIN 51524 Part 1-3), or customer-specific fluid.

· Fluid Temperature: -20°C to +80°C.

· Viscosity: Recommended: 15-100 mm²/s; allowable: 5-400 mm²/s.

Optional Accessories:

· Seals: NBR 85 or FKM 85 O-rings for ports P, T, A, B, X, and Y.

· Protective Plug: Standard protective plug for connectors (IP65 rated).

· Additional Components: Mounting screws, sealing components, and electrical connectors included in the standard package.

Applications:

This valve is ideal for high-precision applications, including:

· Die-casting machines

· Injection molding machines

· High-speed and low-speed precision control systems

· Industrial automation requiring high-efficiency servo control.

High-End Die-Shanghai WEYO Automation Technology Co., Ltd. was established in 2021 and is headquartered in Shanghai. It is an innovative technology enterprise that specializes in high-end industrial automation equipment, core components supply, technical services, and solution provision. With the core philosophy of "Technology Drives Efficiency, Service Creates Value," WEYO is dedicated to offering high-performance die-casting equipment, precision components, and intelligent system integration services to global manufacturing clients, helping them achieve optimized production processes and upgrades.