Fisher Types 1098-EGR and 1098H-EGR regulators provide economical and accurate pressure control in a wide variety of applications; natural gas distribution systems, fuel gas supply and large commercial / industrial establishments.

Fisher 299H Series pressure reducing regulators provide a broad capacity for controlled pressure ranges and capacities in a wide variety of distribution, industrial and commercial applications.

Fisher Type 627F pilot-operated pressure reducing regulator provides superior performance when used in pressure factor measurement (fixed-factor billing) applications.

Fisher Type 99 gas regulators provide a broad capacity for controlled pressure ranges and capacities in a wide variety of distribution, industrial, and commercial applications.

Fisher CP200 Series pressure-loaded regulators have been engineered to fit a multitude of pressure-reducing applications including commercial and institutional installations.

Fisher CP400 Series pressure loaded regulators are engineered to fit a multitude of pressure-reducing applications including light industrial and commercial installations and pressure-factor measurement (Fixed factor billing) applications.

Fisher CS200 Series direct-operated, spring-loaded regulators have been engineered to fit a multitude of pressure-reducing applications including commercial and light industrial installations.

Fisher CS400 Series direct-operated, spring-loaded regulators have been engineered to fit a multitude of pressure-reducing applications including commercial and industrial installations.

Fisher CS800 Series direct-operated, spring-loaded regulators have been engineered to fit a multitude of commercial and industrial pressure-reducing applications.

Fisher CSB400 Series direct-operated, spring-loaded regulators have been engineered to fit a multitude of pressure-reducing applications including commercial and industrial installations.

Fisher S200 Series quick-reacting pressure reducing service regulators are used in industrial or commercial installations to minimize the shock effect of sudden downstream load changes that might otherwise activate safety shutoff equipment.