Description
Pall HC9700FKP9H Hydraulic Filter Replacement
The Pall HC9700FKP9H is a high-efficiency hydraulic filter element designed for pressure-line filtration in demanding hydraulic and lubrication systems. This replacement element uses high-performance glass fiber media to provide reliable removal of fine particulate contamination while maintaining consistent fluid flow.
Rated at 3 micron with a Beta 200 rating at 3 microns, the HC9700FKP9H is suited for applications where tight contamination control is important for protecting pumps, valves, actuators, bearings, and other sensitive hydraulic components.
Features & Benefits
- High-efficiency 3 micron glass fiber filtration media
- Beta 200 efficiency at 3 microns
- Designed for pressure-line hydraulic filtration
- Outside-to-inside flow configuration
- Viton seals for excellent compatibility with common hydraulic fluids
- Large 1,016 sq. in. filtration area for effective contaminant loading
- Suitable for HH, HL, HM, and HV hydraulic fluids
Specifications
| Element Type | Pressure Line |
| Filter Media | Glass Fiber |
| Outside Diameter | 3.90" |
| Inside Diameter | 1.65" |
| Height | 9.25" |
| Micron Rating | 3 Micron |
| Beta Ratio | β3 = 200; β4.5 = 1000 |
| Collapse Pressure | 145 PSI |
| Flow Direction | Outside-In |
| Seal Material | Viton |
| Filter Area | 1,016 sq. in. |
| Dirt-Holding Capacity | 75 g |
| Operating Temperature | -13°F to 248°F |
| Compatible Fluids | HH / HL / HM / HV |
Applications
The Pall HC9700FKP9H is commonly used in industrial hydraulic systems, mobile equipment, machine tools, manufacturing equipment, lubrication systems, and other pressure-line applications requiring fine particulate control.
Regular replacement of the hydraulic filter element helps maintain fluid cleanliness, reduce component wear, and improve the reliability and service life of the hydraulic system.
Warranty Information
We guarantee our PALL HC9700 FKP9H filter replacement will meet or exceed the specifications, performance and warranty of the PALL OEM filter element.