Introducing the GOK Oil Pressure Regulating Valve, designed to meet the rigorous demands of precision pressure control across various applications. This regulator is engineered to maintain a fixed outlet pressure of 100 mbar, making it ideal for appliances requiring precise pressure settings, such as oil and vapor systems, including AGAs.

With 10mm compression fittings that align perfectly with 10mm oil lines, installation is quick and straightforward. This regulator is specifically designed for single-appliance gravity feed systems, commonly found in oil heating setups, and operates efficiently within a liquid head range of 2 to 30 meters.

Pressure regulators are essential in a wide range of domestic and industrial applications. From controlling the grilling environment of gas barbecues to managing heating furnaces, from the precise calibration of medical equipment to the automation of pneumatic systems, pressure regulators ensure systems run smoothly and reliably.

The core function of a pressure regulator is to reduce inlet pressure to a regulated outlet pressure, maintaining equilibrium against fluctuating input pressures. Whether it’s regulating the flow of propane on a gas BBQ or maintaining the balance of oxygen and anesthesia gases in medical settings, pressure regulators provide operational stability and safety.

When selecting a pressure regulator, several factors must be considered. These include the operating pressure ranges for both inlet and outlet, the type of media being used (gaseous, liquid, or potentially hazardous), operating temperature extremes, material compatibility, and the constraints of size and weight. Each element requires careful scrutiny to ensure the selection of the ideal pressure regulator for any application.

The GOK Oil Pressure Regulating Valve is set to a fixed outlet pressure of 100 mbar with an inlet pressure range of 0.5 to 6 bar. It features 10mm compression fittings for standard heating oil lines, making it a perfect choice for installations where an AGA is present and precise pressure reduction is needed.