pneumatic
Pressure Regulating Valve
The Pressure Regulating Valve from HybridOX Automation LLP, including Pilot and Balance Spring Loading, is made to precisely control and regulate pressure in a variety of industrial settings. While keeping the system pressure constant, this valve protects equipment from overpressure conditions and offers stability by automatically adjusting flow in reaction to pressure changes.
Balancing spring loading and pilot control work together to provide precise and reliable pressure management for applications requiring tight pressure regulation and stability.
Technical Specifications
- VALVE SIZE: 1/2″ to 2″ (15MM – 50MM)
- PRESSURE RATING: 150#, 300#
- END CONNECTION: Flanged, Screwed and TC End
- MATERIAL: ASTM A216 Gr WCB, A351 CF8 (SS304), A351 CF3 (SS 304L) , A351 CF8M (SS 316), A351 CF3M (SS 316L) and as per special specifications.
Product Features
Precise Control and Stable Pressure Regulation: The valve’s sophisticated pilot and balancing spring loading mechanisms provide accurate control and steady pressure regulation, keeping the system pressure within the appropriate bounds.
Pilot Control: Featuring a pilot valve that modifies the position of the main valve in response to system pressure. This improves system stability by enabling precise regulation and quick reaction to pressure changes.
Balance Spring Loading: This technique uses a balance spring to offset system pressure stresses, guaranteeing that the main valve functions smoothly and keeps precise pressure control in a range of situations.
Robust Construction: Constructed from premium materials like alloys or stainless steel, the valve is made to handle corrosive fluids, high pressures, and extreme conditions, guaranteeing its long-term durability and dependability.
Adjustable Set Pressure: Makes it simple to modify the pressure set point to satisfy certain system needs. Flexibility for various applications and operating requirements is offered by this feature.
High Flow Capacity: Designed to effectively manage high flow rates, reducing pressure drop and guaranteeing peak system performance.
Compact and Space-Efficient: This device has a small footprint and strong performance, making it appropriate for a variety of installation settings. It also fits into tight areas.
Unique Selling Points (USP)
The HybridOX Automation LLP’s Pressure Reducing Valve (Pilot and Balance Spring Loaded) works incredibly well thanks to its precise pressure control, robust design, and effective pilot and balance spring loading mechanisms. Its small size, movable set pressure, and ability to manage high flow rates make it a versatile choice for a variety of industrial applications. The valve’s durability and ease of maintenance further boost its value.
By combining state-of-the-art technology with exceptional craftsmanship, HybridOX Automation LLP is committed to manufacturing and exporting this quality Pressure Regulating Valve in order to meet the diverse needs of industries worldwide.
Product Application
- Chemical Processing
- Oil and Gas Industry
- Water and Wastewater Treatment
- Power Generation
- HVAC Systems
FAQs
A device called a Pressure Reducing Valve with pilot and balance spring-loaded mechanism is made to keep the pressure in a system constant by controlling the main valve’s operation through the use of a pilot valve and a balance spring. In order to maintain steady system functioning, it automatically adapts to pressure variations.
A pilot valve that monitors the system pressure controls the main valve. The main valve’s position is controlled by the pilot valve, which modifies the force of the balance spring. By balancing the spring force and system pressure, this configuration maintains the required pressure, guaranteeing accurate control and stability.
Typical materials consist of:
Stainless steel: For tough applications requiring resistance to corrosion.
Brass: For affordability and robustness in milder conditions.
Carbon steel: For applications requiring great strength and financial benefits.
Alloys: Specialized materials designed to withstand high pressure and temperatures.
Take into account the following elements:
Verify the valve’s pressure rating to make sure it can withstand the system’s maximum pressure.
Material Compatibility: Select materials that are appropriate for the gases or fluids that need to be regulated.
Adjust the setpoint by making sure the valve permits precise pressure setting.
Size and Flow Capacity: Match the valve size to your system’s flow requirements.
Typical upkeep consists of:
Inspection: Continually check for wear, leaks, and appropriate functioning.
Clear out any buildup or debris that might have an impact on the functionality of the valve.
Check that the pressure setpoint is appropriately adjusted, and recalibrate if required.
Lubrication: As necessary, lubricate the pilot mechanism and any moving parts.
Yes, but only if you use a valve made to withstand high temperatures. Make that the valve’s construction and materials are appropriate for the temperature range in which it will be used.
In contrast to alternative pressure control mechanisms, this valve provides:
Enhanced Precision: The pilot and balancing spring mechanism allows for more precise pressure regulation.
Automatic Adjustment: This feature automatically modifies pressure in reaction to system modifications.
Stability: Consistently holds pressure even in the face of changing operating circumstances.
Leading producer and supplier of premium pressure regulating valves with spring-loaded pilot and balancing mechanisms is HybridOx Automation LLP, Contact us right now for dependable and effective pressure control systems that are customized to meet your demands.