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FAG

GermanyAccessories & Installation

FAG is an Italian manufacturer of flue gas analysis equipment and gas control components, with a product line centered on portable and installed analyzers, pressure regulators, filter cartridges, and sampling accessories. The brand is recognized in industrial combustion monitoring and fuel gas regulation, supplying components used in boiler rooms, burner test facilities, and plant maintenance workflows. FAG's product range is designed to support accurate measurement and reliable gas handling in demanding environments, with a focus on technical specifications and compliance with European standards.

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About FAG

FAG is an Italian manufacturer of flue gas analysis equipment and gas control components, with a product line centered on portable and installed analyzers, pressure regulators, filter cartridges, and sampling accessories. The brand is recognized in industrial combustion monitoring and fuel gas regulation, supplying components used in boiler rooms, burner test facilities, and plant maintenance workflows. FAG's product range is designed to support accurate measurement and reliable gas handling in demanding environments, with a focus on technical specifications and compliance with European standards.

FAG pressure regulators are available in multiple configurations to suit different installation requirements. The STAB 300-310 series is a self-acting pressure regulator with balanced obturator and double safety diaphragm, available with flanged connections in DN65, DN80, and DN100 sizes. These regulators are rated for natural gas, LPG, and non-corrosive gases, with a maximum inlet pressure of 500 mbar and outlet pressure ranges typically from 5 to 300 mbar. They are designed to meet UNI EN 88 Class A Group 2 standards, ensuring performance and safety in gas distribution systems. Compact threaded versions with 1/2" connections are also offered, providing outlet pressure ranges of 5 to 150 mbar or 5 to 300 mbar, depending on the model. The body materials are aluminum die-cast alloys (GD AISi 12 EN AB 46100 or G AISi 9 EN AB 43100), selected for corrosion resistance in humid boiler environments, with zinc-alloy covers for additional durability.

FAG filter cartridges are integral to maintaining analyzer accuracy and extending service intervals. The product line includes multiple series—10001/02, 10206, 10207/08, 10210, and 10604/5/6—each designed for specific flow configurations and contamination loads. These filters remove particulate and moisture from flue gas before it enters sensor cells, protecting sensitive measurement components and reducing maintenance frequency. Sampling accessories, such as pressure taps and manifolds, support the connection of probes and sensors to plant gas lines, enabling comprehensive monitoring setups.

3G Electric supplies FAG products globally, supporting plant engineers, maintenance managers, and procurement specialists with a reliable source for these components. The availability of regulators, filters, and accessories from a single distributor simplifies sourcing and ensures compatibility across systems. FAG's focus on technical precision and adherence to standards makes its products suitable for applications where measurement accuracy and gas control are critical, such as combustion efficiency testing, emissions monitoring, and gas train regulation.

Common Applications

  • Boiler room combustion monitoring — FAG STAB 300-310 pressure regulators with DN65 flanges for gas train pressure control
  • Burner test facilities — FAG compact threaded pressure regulators (1/2" connection) for precise outlet pressure adjustment
  • Emissions monitoring systems — FAG filter cartridges (10001/02 series) to protect analyzers from particulate contamination
  • Gas train regulation in industrial furnaces — FAG DN80 regulator with integrated filter for combined pressure control and filtration
  • Plant maintenance workflows — FAG filter cartridges (10604/5/6 series) for high-capacity filtration in analyzer inlet lines
  • LPG-fired equipment — FAG flanged regulators (DN100) rated for non-corrosive gases, ensuring stable pressure in LPG systems
Origin: Manufactured in Germany

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Frequently asked questions

Common questions about FAG from 3G Electric.

What standards do FAG pressure regulators comply with?

FAG pressure regulators, including the STAB 300-310 series and compact threaded models, are designed to meet UNI EN 88 Class A Group 2 standards. This European standard specifies requirements for gas pressure regulators used in gas appliances and installations, covering safety, performance, and construction. Compliance ensures that the regulators are suitable for use with natural gas, LPG, and non-corrosive gases, with inlet pressures up to 500 mbar and outlet pressure ranges typically from 5 to 300 mbar. The balanced obturator and double safety diaphragm mechanisms provide stable pressure control and fail-safe operation, making them appropriate for industrial combustion systems.

What materials are used in FAG regulator bodies and covers?

FAG regulator bodies are manufactured from aluminum die-cast alloys, specifically GD AISi 12 EN AB 46100 or G AISi 9 EN AB 43100. These alloys are chosen for their corrosion resistance, which is critical in humid boiler environments where condensation and aggressive gases can degrade lesser materials. The covers are made from zinc alloy, providing additional protection and dimensional stability. This material selection ensures long-term durability and reliable performance, reducing the need for frequent replacements and maintenance in industrial settings.

Which FAG filter cartridge series are available and what are their applications?

FAG offers several filter cartridge series, including 10001/02, 10206, 10207/08, 10210, and 10604/5/6. Each series is designed for specific flow configurations and contamination loads, allowing selection based on the analyzer inlet demands and the particulate or moisture levels in the flue gas. For example, the 10001/02 series is a common choice for standard applications, while the 10604/5/6 series may be used where higher filtration capacity is required. These filters remove particulate and moisture before gas enters sensor cells, protecting analyzers and extending service intervals.

What is the pressure rating and outlet range for FAG flanged regulators?

FAG flanged pressure regulators, such as the STAB 300-310 series, are rated for a maximum inlet pressure (PS) of 500 mbar. The outlet pressure range is typically 5 to 300 mbar, providing flexibility for various gas control applications. These regulators are available with DN65, DN80, and DN100 flanged connections, making them suitable for different pipe sizes and flow rates. The self-acting design with balanced obturator ensures stable outlet pressure regardless of inlet fluctuations, which is essential for precise combustion monitoring.

Can FAG regulators be used with gases other than natural gas?

Yes, FAG pressure regulators are designed for use with natural gas, LPG, and non-corrosive gases. This makes them versatile for a range of industrial applications, including burner systems, boiler rooms, and gas train installations. The materials and construction are compatible with these gases, and the regulators meet UNI EN 88 Class A Group 2 standards, which cover safety and performance for such media. However, it is important to verify that the specific gas composition and pressure conditions are within the regulator's rated parameters before installation.

How do FAG filter cartridges help extend analyzer service intervals?

FAG filter cartridges are designed to remove particulate matter and moisture from flue gas before it reaches the analyzer's sensor cells. By trapping contaminants, they prevent fouling and corrosion of sensitive components, which can degrade measurement accuracy and lead to frequent calibration or replacement. Using the appropriate filter cartridge for the specific flow and contamination conditions reduces the buildup of deposits, thereby extending the time between maintenance interventions. This contributes to lower operational costs and more reliable continuous monitoring in plant environments.