Valves For Control And Regulation

Valves For Control And Regulation | Precisely Adjust Flow & Pressure to Optimize Processes. Explore our range of valves for precise control of flow, pressure, and direction. From simple on/off control to complex process modulation, our valves ensure your fluid systems achieve maximum efficiency and stability, making them ideal for chemical, water treatment, and HVAC industries. Find the right valve for your process needs now.

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Master Your Pneumatic System with
Valves for Control & Regulation

Achieve unparalleled precision and efficiency in your pneumatic applications with our specialized valves for control and regulation. From fine-tuning actuator speeds to ensuring system safety and optimizing air consumption, our valves provide the reliable performance your operations demand.

Unlock Key Benefits with Our Control & Regulation Valves

Precise System Tuning

Enable fine adjustment of flow rates, pressure levels, and operational speeds for optimized performance of your pneumatic actuators and tools.

Enhanced System Stability

Maintain consistent operating parameters, protect sensitive components from overpressure, and ensure predictable system behavior.

Improved Efficiency

Optimize air consumption, reduce energy waste, and extend the lifespan of your pneumatic components through precise control.

Featured Booster Regulators for Enhanced Pressure Control

VBA Series Pneumatic Booster Regulator

VBA Series Pneumatic Booster Regulator

The VBA Series Booster Regulator amplifies your existing air pressure to achieve higher output pressures, ideal for applications requiring increased force or performance without upgrading your entire compressor system.

Increases shop air pressure up to 2 or 4 times.

No electrical input required, purely pneumatic operation.

Compact design with optional pressure gauge and silencer.

VBA-X3145 Low Air Consumption Pneumatic Booster Regulator

VBA-X3145 Low Air Consumption Booster

Building on the VBA series, the VBA-X3145 model is specifically engineered for reduced air consumption, offering an energy-efficient way to boost pressure for your critical applications while minimizing operational costs.

Significant reduction in air consumption compared to standard boosters.

Achieves desired output pressure with greater efficiency.

Contributes to lower energy costs and a greener footprint.

Our Control & Regulation Valve Technology

Fine Adjustment Mechanisms

Precision-engineered needles, spools, or diaphragms allow for sensitive and repeatable adjustments of flow or pressure.

Durable Materials

Constructed from high-quality brass, aluminum, stainless steel, or robust polymers for long life and compatibility with various industrial environments.

Reliable Sealing

High-performance seals ensure minimal leakage and consistent operation across wide temperature and pressure ranges.

Compact & Easy to Install

Designed for easy integration into pneumatic circuits, with various porting and mounting options.

Key Parameters for Selecting Control & Regulation Valves

Valve Type

Flow control, pressure regulator (standard or booster), check valve, quick exhaust, etc.

Port Size & Thread

E.g., M5, G1/8, G1/4, NPT 1/2″.

Operating Pressure Range

Maximum inlet pressure and adjustable outlet pressure range.

Flow Rate (Cv / Kv)

Orifice size or flow coefficient indicating capacity.

For detailed parameters, please refer to individual product manuals or consult our technical experts.

Typical Applications of Control & Regulation Valves

Valves for control and regulation shown in a pneumatic system, with flow control valves adjusting actuator speed and pressure regulators managing force.

Actuator Speed & Force Control

Using flow control valves for speed, and pressure regulators (including boosters) for precise force management.

A booster regulator valve providing localized pressure boosting to a specific component that requires higher pressure than the main airline supply.

Localized Pressure Boosting

Employing booster regulators where specific components require higher pressure than the main airline supply.

Valves for system safety and protection, showing a check valve preventing backflow and a quick exhaust valve for rapid depressurization in a pneumatic circuit.

System Safety & Protection

Using check valves to prevent backflow, or quick exhaust valves for rapid depressurization in safety circuits.

Control & Regulation Valve FAQs

A pneumatic booster regulator is needed when a specific part of your pneumatic system requires a higher pressure than your main airline can provide. Instead of upgrading your entire compressor system, a booster can locally increase the pressure for:

  • Applications requiring higher clamping or pressing force from cylinders.
  • Ensuring sufficient force for tools or actuators located far from the compressor.
  • Testing components at higher pressures.
  • Compensating for pressure drops in long or complex piping systems.

The VBA-X3145 model is designed for energy efficiency. Its key benefits include:

  • Reduced Air Consumption: It uses significantly less compressed air to achieve the boosted pressure compared to standard booster regulators, leading to lower energy costs.
  • Eco-Friendly: By consuming less air, it contributes to a smaller carbon footprint and supports sustainability initiatives.
  • Cost Savings: Lower energy usage directly translates to reduced operational expenses over time.
  • Maintained Performance: It still delivers the necessary pressure boost for your application, but with greater efficiency.
  • To select the right flow control valve (often called a speed controller):

    • Cylinder Bore Size & Stroke: Larger cylinders require valves with higher flow capacity.
    • Desired Speed Range: Determine the minimum and maximum speed you need.
    • Port Size: Match the valve’s port size to your cylinder’s port size and tubing.
    • Control Type: “Meter-out” control (restricting exhaust air) is generally preferred for smoother speed control.

    Our datasheets provide flow characteristics. If unsure, our technical team can assist.

Pressure Regulator: Reduces and maintains a constant downstream pressure, regardless of upstream fluctuations (as long as supply is higher). It controls output pressure for operation.

Pressure Relief Valve: A safety device that protects a system from overpressure. It opens to vent excess pressure if it exceeds a preset limit.

Use check valves to allow airflow in one direction only, for tasks like preventing backflow, maintaining pressure in a circuit segment, or in pneumatic logic circuits.

Optimize Your Pneumatic Systems with Our Control & Regulation Valves

Achieve superior performance, efficiency, and safety in your automated processes. Explore our comprehensive range of valves, including advanced booster regulators, designed for precise control and regulation. Contact our specialists for expert advice and tailored solutions.

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