Description Technical Specifiation Benefits of product FAQ
FAQ
When does one need to use a 2nd-stage regulator?
1. Applications where it is not possible to withstand a rise in delivery pressure due to cylinder pressure degradation.
2. Conditions when maintaining the right pressure is essential and the cylinders are located in a difficult-to-monitor or remote area.
3. When using gases from low-pressure (<500 PSIG) sources, they are usually not necessary.
SEPL offers a top-quality second-stage gas regulator. Our regulators provide accurate regulation of pressure. The best safety of these regulators is their design goal. For applications with high demand, they are perfect. The output pressure is consistently maintained by our second-stage regulators. They are designed to be dependable and long-lasting. The regulators made by SEPL are made of cutting-edge materials. Their performance is up to industry norms.
A variety of two-stage adjustable regulators are available from us. The versatility of these regulators is excellent. They make it simple to change the pressure. Our two-stage regulators are ideal for a range of gas-related uses. They are designed to be accurate and efficient. SEPL is renowned for its sturdy regulator construction.
Our Second Stage regulator improves the efficiency of the system. They can be used for commercial and industrial purposes. SEPL guarantees that every regulator goes through extensive testing. Our goods are made to provide outstanding support. Customer satisfaction and quality are our top priorities.
For dependable, high-performing gas regulators, go with SEPL. We provide knowledgeable assistance for our goods. Discover the distinction with the better regulators from SEPL. Make sure accuracy and safety are met with our dependable solutions. Place an order with SEPL for reliable, superior gas control.
Saraswat Engineers Pvt. Ltd offers second-stage regulators that are used for various purposes. Two regulators integrated into one regulator body are known as Second stage regulator.
To lower the incoming pressure to a lower pressure known as the intermediate pressure. Within the intended delivery range, the second regulator, often known as the second stage, is adjustable.All of the parts of a single-stage regulator are included in these regulators. They also have an extra stage that has a diaphragm, a valve seat assembly, and a second pressure-adjusting spring.
There is no user adjustment for the initial stage. At the factory, the pressure-adjusting spring is "pre-compressed". This enables the second (adjustable) stage to receive pressure from the first stage.
Except for the second stage's relatively constant inlet pressure, the second stage then operates similarly to a single-stage regulator. A final delivery pressure that shows minimal impact from variations in cylinder pressure is produced by the two-step pressure reduction process.
Reducing the high, unusable pressure from the source to a lower, useable delivery pressure is the fundamental job of a gas pressure regulator. Two steps of high-pressure reduction are intended by two-stage regulators.
Despite variations in inlet pressure, they offer a more consistent delivery pressure and require fewer adjustments. They work incredibly effectively in applications involving high-pressure cylinders
Technical Features
Working temperature: Standard use -20°C to +60°C
Inlet connection: 1/2” BSP to 1” BSP
Outlet connection: as per requirment
The second stage regulator makes sure that:
• Minimum fluctuation in pressure.
• un interrupted Flow of gas , LPG/ PNG.
• The network has an emergency power supply via a designated outlet; and
• The pressure visual control
