Product Details
Within a hydraulic system, there are typically three locations where filters are located: suction line, return line and pressure line. Suction line filters remove the large particles that often appear within the hydraulic fluid reservoir and are also known as safety filters.
Oil suction filter element
The oil suction filter element is installed on the suction pipeline of the pump to filter the residue in the oil tank and the dirt entering the oil tank through the air inlet. It protects the pump. In order to avoid cavitation of the oil pump, to ensure that the resistance of the filter element is small, generally use 100-200 mesh or finer metal wire woven mesh or notch metal wire material to wind the filter element, which does not play a role in controlling micro-particle pollution in the system
Return oil filter element
The return oil filter element is set on the return oil pipeline of the system. Its function is to filter the newly generated or external invasion dirt in the system before returning to the tank. Therefore, it is the most effective place to control the pollution degree of the system. Although it is in low pressure pipeline, pulsation or pressure impact may also occur according to the operation condition of the transmission device, so the requirements for the filter element should also be in strict accordance with the seven standards.
High-pressure pipeline filter element
The filter element of the high-pressure pipeline filter is installed on the pump outlet pipe to filter the dirt in the oil at the suction inlet, protect the system cleanliness, and maintain a constant pollution level of the system. Due to the high pressure pulsation and pressure impact, the strength of the filter element should meet the ISO3724 test requirements.
For hydraulic parts that are particularly sensitive to pollutants, such as slide valves, servo valves, etc., to avoid pollution, such high-precision filters and filter elements must be installed in the front of the system β The particle size should be small, the ratio should be greater than or equal to 75, and the selection of filter material should also be careful. In addition to meeting the seven safety standards, the filter element should be clean and free of fiber shedding.
Product features
1. Strength requirements, manufacturing integrity requirements, bearing differential pressure, bearing installation external force, and bearing differential pressure alternating load.
2. Requirements for smoothness of oil flow and flow resistance characteristics.
3. It can withstand certain high temperature and is compatible with the working medium.
4. The filter fiber shall not be displaced or shed.
5. It can carry more dirt.
6. Normal use in high altitude and cold areas.
7. Fatigue resistance, fatigue strength under alternating flow.
8. The cleanliness of the filter element itself should meet the standard.
Product parameters
Model | HP107L36-3MB |
Place of Origin | Henan, China |
Brand Name | LVDA |
Life span | 6000- 8000h |
Certificate | ISO9001 |
Quality | 100% Tested |
Working temperature: | -10~+100℃ |
Working pressure: | -21~210 bar |
Filter Type: | Pleated Synthetic Elements |
Filtration Grade: | Medium Filter |
Material: | Fiber Glass |
O-Ring: | NBR, fluororubber |
Collapse Rating | 150 |
Max Temp (F) | 225 |
Adhesive | Epoxy |
By-Pass | Yes, 45 psid |
End Cap | Corrosion Resistant CS/AL |
Flow Direction | Out/In |
Media Type | Microglass supported both sides |
Recommended Change Out (psid) | 25 |
O.D. | 5.97 |
Length | 35.88 |
Seal Material & Type | Buna O-Ring |
Product application
1.Mainly used for steel mill ,
2.power plant ,
3.mine/resource depot ,
4.paper mill,
5.paper making enterprise power hydraulic station system filtration,
6.petroleum,
7.metallurgy,
8.chemical industry,
9.railway,
10.pharmaceutical factory aviation,
