10FD Series

Pipe Dual-Disc Line Filters

Features

¤ Pipe Dual-Disc Line Filters are utilized in chemical processing, aerospace, nuclear and other applications.

¤ The large contaminant particles are filtrated by upstream element. The rest of contaminant particles are filtrated by downstream element.

¤ Compact design.

¤ Easy to replace filter element.

¤ Standard sizes of downstream/upstream nominal pore are 5/10, 10/35 and 35/65      μm.Other element combinations are available on special order.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 400 F (-50C to 204 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

10FC Series

Pipe Cup-Type Line Filters

Features

¤ Compact design.

¤ The filter elements can be quickly and easily replaced.

¤ Pipe Cup-Type Line Filters are recommended in high pressure systems requiring both maximum filter surface area and high flow rates. Cup-Type Line Filters are widely used in chemical processing and industrial fields. The cup design of this filter offers about six times the effective filter area as compared to disc-type units.

¤ Nominal pore sizes for filter element: 5, 35 and 65 μm.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 400 F (-50C to 204 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

15FD Series

Dual-Disc Line Filters

Features

¤ Tube sizes available for 1/4", 3/8" and 1/2".

¤ Dual-Disc Line Filters are utilized in chemical processing, aerospace, nuclear and other applications.

¤ The large contaminant particles are filtrated by upstream element. The rest of contaminant particle are filtrated by downstream element.

¤ Compact design.

¤ Easy to replace filter element.

¤ Standard sizes of downstream/upstream nominal pore are 5/10, 10/35 and 35/65 μm. Other element combinations are available on special order.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 660 F (-50C to 350 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

Pipe Dual-Disc Line Filters

Features

¤ Pipe Dual-Disc Line Filters are utilized in chemical processing, aerospace, nuclear and other applications.

¤ The large contaminant particles are filtrated by upstream element. The rest of contaminant particles are filtrated by downstream element.

¤ Compact design.

¤ Easy to replace filter element.

¤ Standard sizes of downstream/upstream nominal pore are 5/10, 10/35 and 35/65 μm. Other element combinations are available on special order.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 400 F (-50C to 204 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

15FC Series

Cup-Type Line Filters

Features

¤ Tube sizes available for 1/4", 3/8" and 1/2".

¤ Compact design.

¤ The filter elements can be quickly and easily replaced.

¤ Cup-Type Line Filters are recommended in high pressure systems requiring both maximum filter surface area and high flow rates. Cup-Type Line Filters are widely used in chemical processing and industrial fields. The cup design of this filter offers about six times the effective filter area as compared to disc-type units.

¤ Nominal pore sizes for filter element: 5, 35 and 65 μm.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 660 F (-50C to 350 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

Pipe Cup-Type Line Filters

Features

¤ Compact design.

¤ The filter elements can be quickly and easily replaced.

¤ Pipe Cup-Type Line Filters are recommended in high pressure systems requiring both maximum filter surface area and high flow rates. Cup-Type Line Filters are widely used in chemical processing and industrial fields. The cup design of this filter offers about six times the effective filter area as compared to disc-type units.

¤ Nominal pore sizes for filter element: 5, 35 and 65 μm.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 400 F (-50C to 204 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

20FD Series

Dual-Disc Line Filters

Features

¤ Dual-Disc Line Filters are utilized in chemical processing, aerospace, nuclear and other applications.

¤ The large contaminant particles are filtrated by upstream element. The rest of contaminant particles are filtrated by downstream element.

¤ Compact design.

¤ Easy to replace filter element.

¤ Standard sizes of downstream/upstream nominal pore are 5/10, 10/35 and 35/65 μm. Other element combinations are available on special order.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60 F to 660 F (-50C to 350 C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

20FC Series

Cup-Type Line Filters

Features

¤ Tube sizes available for 1/4", 3/8", 9/16", 3/4" and 1".

¤ Compact design.

¤ The filter elements can be quickly and easily replaced.

¤ Cup-Type Line Filters are recommended in high pressure systems requiring both maximum filter surface area and high flow rates. Cup-Type Line Filters are widely used in chemical processing and industrial fields. The cup design of this filter offers about six times the effective filter area as compared to disc-type units.

¤ Nominal pore sizes for filter element: 5, 35 and 65 μm.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60°F to 660°F (-50°C to 350°C).

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

60FD Series

Dual-Disc Line Filters

Features

¤ Tube sizes available for 1/4", 3/8" and 9/16".

¤ Dual-Disc Line Filters are utilized in chemical processing, aerospace, nuclear and other applications.

¤ The large contaminant particles are filtrated by upstream element. The rest of contaminant particles are filtrated by downstream element.

¤ Compact design.

¤ Easy to replace filter element.

¤ Standard sizes of downstream/upstream nominal pore are 5/10, 10/35 and 35/65 μm. Other element combinations are available on special order.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60°F to 660°F (-50°C to 350°C)

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

60FC Series

Cup-Type Line Filters

Features

¤ Tube sizes available for 1/4", 3/8" and 9/16".

¤ Compact design.

¤ The filter elements can be quickly and easily replaced.

¤ Cup-Type Line Filters are recommended in high pressure systems requiring both maximum filter surface area and high flow rates. Cup-Type Line Filters are widely used in chemical processing and industrial fields. The cup design of this filter offers about six times the effective filter area as compared to disc-type units.

¤ Nominal pore sizes for filter element: 5, 35 and 65 μm.

¤ Element nominal pore size: The element nominal pore size is normally calculated from the pressure required to cause air to bubble from the largest pore in the filter element when submerged in a test liquid.

¤ Working temperature: -60°F to 660°F (-50°C to 350°C).

¤ Pressure differential not to exceed 1000 psig (69 bar) in a flowing condition.

 

Note: "Part Number Description" is used for composition rules of FITOK product model,not suitable for specific product part number selection, not random combinations.If in doubt, please contact FITOK group or authorized agent.