WH(D) Series Directional Hydraulic Valve With Fluidic Actuation

The WH(D) series directional hydraulic valve with fluidic actuation is a state-of-the-art product designed to provide precise control and efficient operation in hydraulic systems. With its advanced features and reliable performance, this valve offers enhanced functionality and versatility.

The WH(D)series directional hydraulic valve with fluidic actuation offers advanced control and efficiency for hydraulic systems. Its fluidic actuation mechanism, precise directional control, and high flow capacity enhance functionality and versatility. Following the recommended usage methods and adhering to regular maintenance practices, the WH(D) series valve will continue delivering efficient and reliable operation. Upgrade your hydraulic system with the WH(D) series directional hydraulic valve and experience the benefits of enhanced control and efficiency.

WH(D) Series Directional Hydraulic Valve With Fluidic Actuation Key Characteristics:

• Fluidic Actuation:
  • The WH(D) series valve utilizes fluidic actuation, allowing for precise and responsive fluid flow control within hydraulic systems.
  • This actuation method offers improved accuracy and efficiency compared to traditional mechanisms.
• Directional Control:
  • This hydraulic valve enables precise directional control of fluid flow, allowing operators to select the desired flow path easily.
  • Directing the hydraulic fluid to the appropriate actuators or components ensures efficient and reliable operation.
• High Flow Capacity:
  • The WH(D) Series Valve is designed to handle high flow rates, making it suitable for applications that require substantial fluid flow.
  • Its robust construction and optimized internal passages ensure smooth flow and minimal pressure drop.
• Versatility:
  • This valve is highly versatile and can be used in various industries and applications, such as manufacturing, construction, agriculture, etc.
  • It can be integrated into hydraulic systems that require precise control and efficient fluid management.

WH(D) Series Directional Hydraulic Valve With Fluidic Actuation Parameter:

NG6

NG10

WH(D) Series Directional Hydraulic Valve With Fluidic Actuation Advantages:

• Direct-acting directional slide valve direct-acting directional slide valve
• Scroll wheel can rotate 90°
• Nineteen standard slide valve functions

Usage Method Of WH(D) Series Directional Hydraulic Valve With Fluidic Actuation:

• System Integration:
  • Identify the optimal location for the WH(D) series valve within the hydraulic system, considering the desired flow path and control requirements.
  • Ensure compatibility with the system’s pressure and flow specifications.
  • Mount the valve securely using appropriate brackets or mounting accessories.
• Fluid Connections:
  • Select compatible hydraulic fittings and hoses for secure and leak-free connections.
  • Follow the manufacturer’s instructions for proper torque values during the installation process.
  • Use appropriate thread sealants or tape to ensure reliable seals.
• Actuation:
  • Familiarize yourself with the fluidic actuation mechanism of the valve and understand the control methods available.
  • Connect the actuation lines to the designated ports, ensuring proper identification and connection integrity.
• Control and Adjustment:
  • Employ the recommended control method, such as manual levers, solenoid valves, or other actuation devices, to operate the WH(D) Series Valve.
  • Adjust the valve settings according to the desired flow direction and flow rates, ensuring optimal performance.

How A Hydraulic Valve Works?

A hydraulic valve is a critical component in a hydraulic system that controls the flow and direction of hydraulic fluid. It allows operators to regulate the movement and pressure of the liquid, enabling precise control over various hydraulic functions. Here’s a simplified explanation of how a hydraulic valve works:

1. Valve Structure:
   • A hydraulic valve typically consists of a valve body, which houses various internal components such as ports, chambers, and passages.
   • The valve body also contains movable parts, such as spools or poppets, which control the flow of hydraulic fluid.
2. Fluid Flow:
   • Hydraulic valves have multiple ports that connect to different sections of the hydraulic system.
   • The hydraulic fluid enters the valve through an inlet port and flows through internal passages within the valve body.
3. Spool or Poppet Movement:
   • A spool or poppet mechanism controls the movement of the hydraulic valve.
   • The spool is a cylindrical component with lands or grooves machined into its surface, while a poppet is a movable plug-like element.
   • When the spool or poppet is in a specific position, it allows hydraulic fluid to flow through certain passages and blocks others.
4. Valve Actuation:
   • Hydraulic valves can be actuated in various ways, such as manual levers, solenoids, or pilot control.
   • Actuation mechanisms control the position of the spool or poppet, determining which passages are opened or closed.
   • Manual valves are operated by hand, while solenoid valves use an electrical signal to move the spool or poppet.
5. Flow Direction and Control:
   • By adjusting the position of the spool or poppet, hydraulic valves can control the direction of fluid flow.
   • For example, in a directional control valve, the spool’s position determines whether fluid flows from the inlet to the outlet or is redirected to other ports.
   • Other hydraulic valves, such as pressure control or flow control valves, regulate the fluid pressure or flow rate respectively.
6. Pressure Compensation:
   • Hydraulic valves often incorporate pressure compensation mechanisms to maintain a consistent pressure within the system.
   • These mechanisms ensure that the valve adjusts to changes in pressure and maintains the desired flow rate or pressure level.
7. Return or Exhaust:
   • In some hydraulic systems, valves provide a return or exhaust path for hydraulic fluid.
   • These valves enable the controlled release or redirection of fluid back to the reservoir when it is no longer required in a particular circuit.

Capabilitatea și capacitatea fabricii:

(1) Montaj

Avem o platformă de asamblare independentă de cercetare și dezvoltare de primă clasă. Atelierul de producție a cilindrilor hidraulici are patru linii de asamblare semiautomate pentru cilindri de ridicare și o linie de asamblare automată a cilindrilor de înclinare, cu o capacitate de producție anuală proiectată de 1 milion de bucăți. Atelierul de cilindri speciali este echipat cu diverse specificații ale unui sistem de asamblare semi-automat de curățare, cu o capacitate de producție anuală proiectată de 200.000 și dotat cu echipamente celebre de prelucrare CNC, un centru de prelucrare, un echipament special de prelucrare a cilindrilor de înaltă precizie, o mașină de sudură robotizată, o mașină de curățare automată, o mașină de asamblare automată a cilindrilor și o linie de producție automată de vopsire. Echipamente critice existente de peste 300 de seturi (seturi). Alocarea optimă și utilizarea eficientă a resurselor de echipamente asigură cerințele de precizie ale produselor și satisface nevoile de înaltă calitate ale produselor.

(2) Prelucrare

Atelierul de prelucrare este echipat cu un centru de strunjire cu șină înclinată personalizat, un centru de prelucrare, o mașină de honuire de mare viteză, un robot de sudură și alte echipamente conexe, care pot gestiona prelucrarea tuburilor cilindrice cu un diametru interior maxim de 400 mm și o lungime maximă de 6 metri.

(3) Sudură

(4) Vopsire și acoperire

Cu linii automate de acoperire cu vopsea pe bază de apă cu cilindru de dimensiuni mici și medii, pentru a realiza încărcarea și descărcarea automată a robotului și pulverizarea automată, capacitatea de proiectare de 4000 de bucăți pe schimb;
Avem, de asemenea, o linie de producție semi-automată de vopsire pentru cilindri mari, acționată de un lanț de putere, cu o capacitate de proiectare de 60 de cutii pe schimb.

(5) Testarea

Dispunem de instalații de inspecție și bancuri de testare de primă clasă pentru a ne asigura că performanța cilindrului îndeplinește cerințele.

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