Click to Expand
ABYDA Product Page
Within a propane system, various types of regulators can moderate the amount of gas pressure between a propane tank and an application. Mechanical factors like supply pressure effect and droop influence regulator performance. During the reduction of supply pressure as a system's cylinder empties out, delivery pressure fluctuations occur and create the supply pressure effect. Droop has to do with delivery pressure and the difference in conditions between zero flow and maximum flow for that regulator.
Two-stage regulators incorporate both a first and second stage regulator component to reduce system pressure as part of a two-step process. Together, they allow for steady delivery pressure with minimal supply pressure effect and a large amount of droop, resulting in a safe, efficiently functioning system.
While integral twin-stage regulators can be more practical for general installations, two-stage propane regulators are ideal where you have excessive distances separating the building or equipment from the corresponding propane tank and so require a certain amount of pressure for sufficient propane delivery. The necessary BTU for the application and the size of the pipes also factor into the decision.
As the name indicates, these regulators are responsible for decreasing cylinder pressure using a first and second stage regulator. The first stage regulator provides the main management of gas pressure. It will not, however, lessen variable tank pressure all the way down to the levels acceptable for the appliance. Second stage regulators, then, provide that additional reduction.
As the distance between a propane tank and its appliance increases, the gas pressure decreases. By utilizing two separate regulators, you can ensure safe operation and appropriate pressure levels throughout. These pressure regulators operate as follows:
The two regulators work in tandem, meaning neither can do the job on its own. Technicians must correctly match their type, size, and pressure ratings for proper functionality.
Two-stage regulators can potentially save customers some money up front as these systems use pipes of a smaller diameter. Also, they sometimes require fewer adjustments and less maintenance. In colder climates, dual regulators can keep a system from freezing up because delivery pressure splits between two separate regulators.
Want more information on Lp Gas Regulator for Home? Feel free to contact us.
Ultimately, you benefit from superior reliability and performance when opting for a propane system. Given its high efficiency, propane is environmentally friendly. It burns cleaner than other fuels and emits fewer greenhouse gases. As propane is non-toxic, it allows for secure on-site storage of an above- or below-ground propane tank on your property without any eco-hazard issues should a spill occur.
Just about anything in a residential or commercial building that is electrically powered can alternately be propane-powered, with propane as the more dependable energy source. In particular applications such as providing heat, propane generates a steadier, warmer heat than electricity, particularly in temperatures below 30° F, with longer-lasting equipment. In case of power outages, you'll have no concerns with propane.
At IPS Equipment, Inc., we offer numerous propane regulators to fit your needs:
Since , our customers have trusted IPS to provide quality propane equipment and exceptional service. As a full-line equipment distributor, we offer such propane components as Blackmer pumps, meters from Liquid Controls, and RegO products. Our team has the knowledge and expertise to meet your technical specifications and all industry quality and safety standards.
We are ready to help. Contact us to learn more about our family of solutions for the propane industry.
How to I got from the 3/4" fitting outlet of the big R352/22 regulator to connect that to a standard male POL fitting that you would see on the supply end of a standard BBQ Hose?See just the two photos below for the FROM location to the TO location or read more below or both.Do I need a male 3/4" black pipe (or hose or connector) that leads to a female POL fitting capable of receiving a male POL fitting of the type that attaches to most gas station exchange propane tanks?You can see in the photo that my propane supply location has a R352/22 Fisher Controls regulator (discussed in this thread) that is said to have 3/4" ports. Presumably I need to connect the output of this big regulator to the smaller BBQ regulator that is stuck onto the propane supply hose that the new generator manufacturer included with the generator, thus having both regulators in series in line?The 20Kw generator on our property failed and while I am thinking about something with fancy integration with battery backup and solar (that we don't have yet) I got a factory rebuit Firman 9kw generator from ebay that takes propane via the BBQ hose/regulator assembly.Attached is a jpg photo of where I would like to get the propane from ..... the exact same area that was feeding the old big generator (out in the field). But I don't have the right fittings to make the connection, I don't think.The source for both the new and the old generator is a nearby underground 1,000 gallon buried tank.It seems like I can feed propane from the big regulator to my new temporary generator if I could connect the Firman supplied BBQ regulator/hose assembly's POL fitting to the output of the R352/22 Fisher Controls regulator somehow.The BBQ regulator/hose assembly G2R150 that came with the Firman generator looks like this https://www.amazon.com/dp/B086DBDWNP/?tag=atomicindus08-20 , and I need a way to connect the big blue handle POL fitting at one end to the propane line shown in the attached photo, presumably after the line comes out of the larger R352/22 Fisher Controls regulator somewhere, or just screwed into the side of the R352/22.
For more information, please visit Lpg Regulators Wholesale.