The purpose of a commercial LP gas pressure regulator is to regulate gas pressure before the burner combustion process. The regulator features 3/4" FPT inlet and outlet ports and operates within a pressure range of 5.5" to 12" WC. It is factory preset at 8.0" WC and can be installed in systems with an operating capacity of up to 250,000 BTU. Proper gas pressure regulation helps support efficient flame performance and reliable burner ignition. A commercial LP gas pressure regulator is commonly installed in heating systems where controlled gas supply is required.
Equipment Compatibility:
Common applications for Royal Range Pressure Regulator include commercial ovens, fryers, broilers, griddles, ranges, and countertop cooking equipment used in foodservice operations. This Pressure Regulator 1619 is compatible with commercial equipment from leading brands such as American Range, Bakers Pride, Blodgett, Garland, Imperial, Royal Range, Vulcan Hart, and more, where LP gas pressure regulation is required for proper burner operation.
Brand Compatibility
Replaces multiple part numbers across various commercial gas cooking equipment brands, including Royal Range, American Range, Bakers Pride, Blodgett, Garland, Imperial, Vulcan Hart, and other manufacturers. Refer to the “Replaces Parts” section for complete cross-reference details.
Product Specifications:
Manufacturer: Royal Range
SKU: 1619
Product Type: Pressure Regulator
Gas Type: LP Gas
Connection Size: 3/4" FPT Gas In/Out
Pressure Range: 5.5" - 12" WC
PSI Rating: 1/2 PSI
BTU Capacity: 250,000 BTU
Factory Preset: 8.0" WC
Regulator Model: Maxitrol RV48L-66-0033
Key Features:
- Controls LP gas pressure entering equipment gas systems
- 3/4" FPT inlet and outlet connection for compatible installations
- Adjustable 5.5" to 12" WC pressure range for regulated flow control
- Supports up to 250,000 BTU for high-load heating systems
- Factory preset 8.0" WC setting for standardized operation
- Maintains steady gas delivery during system operation
- “After replacement, burner performance became more stable during continuous operation.”