Pressure regulators

P. 11
-8B- #20-002 FRD-HD c/w REGULATOR We recommend using an elbow fitting on the fuel inlet. When priming this pump hold down the knob of the pressure regulator to prime the fuel lines and take out the air then turn the dial to the lowest setting on the regulator and increase pressure 1 increment

P. 8
direct from the main fuel tank. The fuel metering valve is rated to an incoming fuel pressure of 3 psi. If fuel supply exceeds 4 psi a pressure regulator will be needed in the supply line. Dickinson part # 20-003. Install a gravity tank no higher than 8 feet above the valve of the stove without a

P. 34
too high a pressure setting or a large fuel tank will need a pressure regulator. The fuel will not come out the top of the valve unless there is a back flow of fuel up the overflow line. Check for loops or air locks in the line and the tank vent may be higher than the valve height.

P. 23
you are using a fuel pressure regulator. If using a fuel-pump at 4 psi to pump oil from the main tank we recommend mounting it at the same height as the oil level in the valve. Check all fuel line connections for any leaks. There is a 2? space around the stove and 6? away from any combustibles. Insulate

P. 9
-8- #20-000 FRD-2 3 PSI FUEL PUMP & #20-002 FRD-HD c/w REGULATOR FUEL PUMP · These are 12 volt DC pumps. The factory spring pressure for the #20-000 FRD-2 pump is set at 3 PSI (max 6 ft. lift). · The #20-002 FRD-HD pump has a stronger pressure spring that will draw the fuel higher (max 15 ft

P. 11
-8C- #20-002 FRD-HD c/w REGULATOR We recommend using an elbow fitting on the fuel inlet. When priming this pump hold down the knob of the pressure regulator to prime the fuel lines and take out the air then turn the dial to the lowest setting on the regulator and increase pressure 1 increment

P. 8
direct from the main fuel tank. The fuel metering valve is rated to an incoming fuel pressure of 3 psi. If fuel supply exceeds 4 psi a pressure regulator will be needed in the supply line. Dickinson part # 20-003. Install a gravity tank no higher than 8 feet above the valve of the stove without a

P. 34
too high a pressure setting or a large fuel tank will need a pressure regulator. The fuel will not come out the top of the valve unless there is a back flow of fuel up the overflow line. Check for loops or air locks in the line and the tank vent may be higher than the valve height.

P. 23
you are using a fuel pressure regulator. If using a fuel-pump at 4 psi to pump oil from the main tank we recommend mounting it at the same height as the oil level in the valve. Check all fuel line connections for any leaks. There is a 2? space around the stove and 6? away from any combustibles. Insulate

P. 9
-8- #20-000 FRD-2 3 PSI FUEL PUMP & #20-002 FRD-HD c/w REGULATOR FUEL PUMP · These are 12 volt DC pumps. The factory spring pressure for the #20-000 FRD-2 pump is set at 3 PSI (max 6 ft. lift). · The #20-002 FRD-HD pump has a stronger pressure spring that will draw the fuel higher (max 15 ft

P. 11
#20-002 FRD-HD c/w REGULATOR We recommend using an elbow fitting on the fuel inlet. When priming this pump hold down the knob of the pressure regulator to prime the fuel lines and take out the air then turn the dial to the lowest setting on the regulator and increase pressure 1 increment

P. 8
direct from the main fuel tank. The fuel metering valve is rated to an incoming fuel pressure of 3 psi. If fuel supply exceeds 4 psi a pressure regulator will be needed in the supply line. Dickinson part # 20-003. Install a gravity tank no higher than 8 feet above the valve of the stove without a

P. 34
too high a pressure setting or a large fuel tank will need a pressure regulator. The fuel will not come out the top of the valve unless there is a back flow of fuel up the overflow line. Check for loops or air locks in the line and the tank vent may be higher than the valve height.

P. 23
you are using a fuel pressure regulator. If using a fuel-pump at 4 psi to pump oil from the main tank we recommend mounting it at the same height as the oil level in the valve. Check all fuel line connections for any leaks. There is a 2? space around the stove and 6? away from any combustibles. Insulate

P. 9
-8- #20-000 FRD-2 3 PSI FUEL PUMP & #20-002 FRD-HD c/w REGULATOR FUEL PUMP · These are 12 volt DC pumps. The factory spring pressure for the #20-000 FRD-2 pump is set at 3 PSI (max 6 ft. lift). · The #20-002 FRD-HD pump has a stronger pressure spring that will draw the fuel higher (max 15 ft

P. 11
-8B- #20-002 FRD-HD c/w REGULATOR We recommend using an elbow fitting on the fuel inlet. When priming this pump hold down the knob of the pressure regulator to prime the fuel lines and take out the air then turn the dial to the lowest setting on the regulator and increase pressure 1 increment

P. 8
direct from the main fuel tank. The fuel metering valve is rated to an incoming fuel pressure of 3 psi. If fuel supply exceeds 4 psi a pressure regulator will be needed in the supply line. Dickinson part # 20-003. Install a gravity tank no higher than 8 feet above the valve of the stove without a

P. 34
too high a pressure setting or a large fuel tank will need a pressure regulator. The fuel will not come out the top of the valve unless there is a back flow of fuel up the overflow line. Check for loops or air locks in the line and the tank vent may be higher than the valve height.

P. 23
you are using a fuel pressure regulator. If using a fuel-pump at 4 psi to pump oil from the main tank we recommend mounting it at the same height as the oil level in the valve. Check all fuel line connections for any leaks. There is a 2? space around the stove and 6? away from any combustibles. Insulate

P. 9
-8- #20-000 FRD-2 3 PSI FUEL PUMP & #20-002 FRD-HD c/w REGULATOR FUEL PUMP · These are 12 volt DC pumps. The factory spring pressure for the #20-000 FRD-2 pump is set at 3 PSI (max 6 ft. lift). · The #20-002 FRD-HD pump has a stronger pressure spring that will draw the fuel higher (max 15 ft

P. 4
the suction pump along the pipeline. The pipeline pressure is regulated by pressure regulating valve to regulate the pressure supply to the nozzles in the abator tower. The process in this stage is for removing the SO2. pH Exciter System The pH Exciter (PHX) System through the use of ULF, conditioned

P. 5
of the ULFELS treated water is monitored just before it is pumped through the MSC and CNR systems, and a pressure regulator is used to control the spray from the nozzle into the abator tower. This stage is for removing CO2 and NOx. III Abator Tower System Abator Tower serves as a chamber for the reaction

P. 7
Benefits ? Possible to use high sulphur heavy fuel yet meet international emission regulations ? Meet the most stringent Tier III engines emission requirements without the need for ancillary equipment or modifications ? Extremely high CO2 removal rate no system in the world is capable

P. 2
. Reducing the emission of green house gases (GHG) is a major step in reversing global warming. The international shipping community represented by International Maritime Organisation (IMO) has already regulations in place to control emission of Sulphur Dioxide (SO2), Oxides of Nitrogen (NOx