Zurn Wilkins 3/4" 600XL Pressure Reducing Valve with a spring range from 75 psi to 125 psi, factory set...
The Zurn Wilkins 3/4" 600XL Pressure Reducing Valve with a spring range from 75 psi to 125 psi, factory set at 85 psi is a high quality and reliable product, ideal for use in potable water lines. It i...
Watts Backflow Preventer 3/4 In Water Pressure Reducing Valve, Npt Thread Union X Npt Female, Max Work 400 psi, Adjust 25
5. Max work pressure is 400 psi and adjustable from 25-175 psi
The Watts Backflow Preventer 3/4 In Water Pressure Reducing Valve is designed to control water pressure flowing to appliances and outl...
The Western Enterprises VN-500 Flowmeter Nitrogen Purging Regulator is the perfect choice for anyone looking for an easy-to-use and reliable HVAC N2 regulator. With a 500 PSI Test Pressure, this regul...
The Watts LF25AUB-HP-Z3 Water Pressure Reducing Valve NPT Female Union x NPT Female, Polymer Seat, 1 Inch is a lead free brass water pressure reducing valve designed to reduce incoming water pressure ...
The MAXITROL 325-3L (1/2" W/12A09) Regulator,Gas Pressure is a reliable and accurate gas pressure regulator capable of regulating gas pressure up to 2 psi and 250000 BtuH. This regulator is designed f...
9. Maximum Pressure: 150 psi
10. Temperature Range: 33°F to 110°F
The Zurn Wilkins 34-720A 3/4" 720A Pressure Vacuum Breaker Assembly is designed for installation on potable water lines to prote...
6. The pressure gauge is equipped with a pressure gauge, which can clearly display the pressure of the water inlet.
7. The water pressure reducing valve is made of brass material, which is resistant ...
3. Features a separate strainer cap for easy cleaning
4. Provides protection against over-pressurization and water hammer
The Zurn Wilkins 600XL Pressure Reducing Valve with copper sweat connectio...
Are you in need of a reliable and genuine replacement part for your Stanley Bostitch products? Look no further than the Stanley Bostitch AB-9051116 Reducer! This genuine Original Equipment Manufacture...
Maxitrol RV48L Natural Gas Pressure Regulator, 1" In and Out Opening, 3/4" FPT Thread,1/2 PSIG Inlet Pressure, 3"
⋅ GAS TYPE & PRESSURE - Gas Type: Natural Gas (NG). Inlet gas pressure: 1/2 PSI. Outlet pressure range: 3" - 6" Water Column
⋅ PIPE THREAD SIZE - 3/4" Inlet & 3/4" Outlet FPT GAS PIPE....
⋅ PIPE THREAD SIZE - 3/4" Inlet & 3/4" Outlet FPT GAS PIPE....
The Coilhose Pneumatics 4214-90PS Pre-Set In-Line Pressure Regulator is an ideal choice for protecting intermittently operated air tools from over pressurization. Featuring 1/4" in and out ports for e...
The TAILONZ PNEUMATIC 1/4 Inch NPT Air-Compressor Accessories Pressure Regulator is an essential tool for any compressed air system. This pressure regulator is designed to keep or lower the air pressu...
iSpring 14702 APR40 Pressure Regulator Filter Protection Valve with 1/4" Quick Connect, 40 Psi, whit...
4. 4 gallons per minute water flow rate at 100 psi
The iSpring 14702 APR40 Pressure Regulator Filter Protection Valve is an ideal choice for installations with high feed pressure. It is designed to...
Maxitrol RV47L Natural Gas Pressure Regulator, 1/2" FPT Thread, 13/16" In and Out Opening, 1/2 PSIG In, 4"
6. APPLICATION - This regulator is designed for NIECO broiler series: 300, 400, 500, 600, 800, 900. 7. EASY INSTALLATION - The regulator is easy to install and comes with an installation manual. Make sure to install the regulator properly with gas flowing as indicated by the arrow on the casting. 8. SAFETY - This regulator is UL listed and CSA approved for safety and quality. Please note that the regulator will not turn off the flow of gas.
PANGOLIN Water Pressure Regulator Valve with 160 PSI Gauge and Inlet Stainless Screened Filter RV Regulator...
6. [Widely Used]: RV Water Pressure Regulator is widely used for RV, camper, trailer, motorhome, 5th wheel, boat, marine and other water systems, it is also suitable for outdoor activities such as camping, picnic, BBQ and so on.
The Zurn Wilkins 114-NR3XLDULU 1-1/4" NR3XL Pressure Reducing Valve with Union Capable Female x Female NPT Connection is a popular choice for residential applications that require frequent cleaning of...
⋅ Gas Type- 2 Positions, LPG 10" W. C & NG 4" W. C, Max inlet pressure PSI: 1/2 (3.5KPa), Gas Flow: 120,000BTU/ Hr. Adjustable outlet pressure 4" &10" Water Column.
⋅ Fitting- in 1/2" ...
⋅ Fitting- in 1/2" ...
5. Maximum Incoming Pressure: 300 PSI
6. Maximum Temperature: 104 F (40 C)
7. 30-day Money back, One-year manufacturer Free lifetime tech support
The iSpring 25659 Reverse Osmosis Pressure Regul...
The Cash Acme EB75 Pressure Regulator is the perfect solution for controlling water pressure in your home or business. With a trusted history of reliability, the EB75 is designed for use in applicatio...
Valuable Tips When Choosing Industrial Pressure Regulators
Industrial pressure regulators are essential components in various industrial applications, including hydraulics, pneumatics, and plumbing. They play a crucial role in regulating the pressure of gases and liquids, ensuring that they operate efficiently and safely. When choosing industrial pressure regulators, it's essential to consider factors such as the type of application, the desired pressure range, and the regulator's accuracy. Here are some valuable tips to help you choose the ideal industrial pressure regulator for your application.1. Determine the Type of Application
The first step in choosing an industrial pressure regulator is to determine the type of application you're going to use it for. The most common applications for pressure regulators are gas and liquid flow control, pressure control, and pressure reduction. Each application has different requirements, and pressure regulators are designed to work optimally for specific tasks. For instance, pressure control applications may require the use of a closed-loop feedback system, while flow control applications may require regulators with a constant flow rate. Understanding your application's requirements will help you select the appropriate pressure regulator for your needs.2. Consider the Pressure Range
Another important factor to consider when choosing an industrial pressure regulator is the desired pressure range. Pressure regulators are designed to work within specific pressure ranges, and choosing a regulator that exceeds or falls short of this range can result in system failure or inadequate performance. It's essential to identify the minimum and maximum pressure ranges required for your application and choose a regulator that can operate efficiently within that range. Understanding your pressure range requirements will also help you select a regulator with the appropriate pressure rating and capacity.3. Evaluate the Regulator's Accuracy
Accurate and consistent pressure control is critical in most industrial applications. Therefore, it's essential to evaluate the regulator's accuracy before making a purchase decision. The regulator's accuracy refers to how closely it can maintain the desired pressure setpoint under different operating conditions. A regulator with high accuracy can maintain the set pressure despite variations in flow rate, temperature, and other factors that may affect the system's pressure. To evaluate the regulator's accuracy, you can check the manufacturer's specifications or conduct a pressure control test.4. Consider the Type of Valve
Industrial pressure regulators come in different designs, each with unique advantages and limitations. The most common types of valves used in pressure regulators are diaphragm, piston, and ball valves. Diaphragm valves are ideal for regulating low to medium pressures and offer excellent sensitivity and accuracy. Piston valves are ideal for high-pressure applications and offer excellent response times and repeatability. Ball valves are ideal for low-pressure applications and offer a low-pressure drop across the valve. Choosing the right valve type for your application will help you optimize your system's performance and efficiency.5. Check the Material Compatibility
The materials used to manufacture the pressure regulator can affect its performance and durability in different applications. It's essential to check the material compatibility of the regulator's wetted parts with the operating fluid or gas. Materials that are incompatible with the fluid or gas can corrode, erode, or contaminate the system, leading to premature failure or reduced performance. Common wetted parts in pressure regulators include the valve body, diaphragm, seal, spring, and sensing element. Choosing a pressure regulator with compatible materials will help you avoid system failures and extend the component's service life.6. Evaluate the Response Time
The response time is the time it takes for the pressure regulator to adjust to changes in the operating conditions, such as inlet pressure, flow rate, or temperature. The response time affects how quickly the system can reach and maintain the desired pressure setpoint. A regulator with a slow response time can result in pressure fluctuations or unstable operation, while a regulator with a fast response time can lead to overshoot or undershoot of the setpoint. To evaluate the regulator's response time, you can conduct a step-response test or check the manufacturer's specifications.7. Check the Installation and Mounting Requirements
The pressure regulator's installation and mounting requirements can affect its performance, accessibility, and maintenance. Some regulators require specific orientation, flow direction, or pipe fitting sizes to work correctly. Other regulators may require additional supports or brackets to withstand vibration or shock. It's essential to check the regulator's installation and mounting requirements before purchasing to ensure it can fit and function within your system's layout and design. You can also consult the manufacturer or installer to get guidance on the best installation practices for your application.8. Consider the Maintenance Requirements
Like all mechanical components, pressure regulators require periodic maintenance to ensure optimal performance and prolong service life. The maintenance requirements for pressure regulators may include cleaning, lubrication, inspection, and replacement of worn or damaged parts. It's essential to consider the maintenance requirements when choosing a pressure regulator to determine the cost and effort involved in maintaining it. Regulators with simple designs and few moving parts may require less maintenance than those with complex designs and many moving parts.Conclusion
Choosing the right industrial pressure regulator for your application requires careful consideration of various factors, including the type of application, pressure range, accuracy, valve type, material compatibility, response time, installation requirements, and maintenance requirements. This guide provides valuable tips to help you select the appropriate industrial pressure regulator for your needs. Remember to consult the manufacturer or installer for additional guidance and support to ensure the proper installation and use of the regulator.Related Topics You Might Like
