A: Combustion systems have many variations, but the overarching goal is operator safety. To provide safety, a multitude of sensors (pressure switches, flame detectors, position indicators, etc.) and devices (isolation
A: Valves are mechanical devices that rely upon seats and seals to create mechanical barriers to control flow. A variety of seat designs create these barriers. With use over time,
A: Process gauges provide a means to monitor variables of the thermal environment. Skilled operators become attuned to “normal” gauge readings. If another aspect of the process changes one of
A: Combustion systems should be inspected at least annually to be NFPA compliant. Thermal processes do not typically directly control part temperature; but rather, they often control the environment the part is
A: NFPA, NEMA, NEC, CSA, UL, FM and other globally-recognized safety standards.
A: Standard valve trains are stocked available in multiple sizes from ½” to 2” with standard capacities ranging up to 7,500 SCFH (standard cubic feet per hour). Larger, pre-engineered designs
A: Standard components of all valve trains sizes include regulators, in-line strainers, dual-safety shut-off valves, manual-isolation valves, pressure switches, and test fittings. All assemblies are powder coated and pressure tested.
Rockford Combustion Solutions offers an array of standardized valve trains that are pre-engineered, modular, assembled from existing segments, and importable as 3D models for customers’ CAD systems. Their modular design
A: We design and locally manufacture turnkey combustion systems for clean-heat applications spanning from simple to complex, backed by best-in-class delivery, installation and customer support. Our end-to-end solutions include consultative