Applications:

DEUTZ  40.8 AGROVECTOR
DIECI  26.6 AGRIFARMER26.6 DEDALUS26.6 DEDALUS28.7 DEDALUS28.7 DEDALUS28.9 DEDALUS30.7 AGRI FARMER30.7 DEDALUS30.7 DEDALUS30.9 DEDALUS30.9 DEDALUS32.6 AGRIFARMER
FARMTRAC  675 FT DT685 FT DT690 DT7100 FT DT7110 DT
FIORI  B 460 SLD 100DB 260 CBC
GENIE  GTH 4013 SXGTH 4013 SXGTH 4016 SRGTH 4016 SRGTH 4017 SXGTH 4017 SXGTH 4018 SRGTH 5021 R

GENMAC  QUEEN G 100 PS
GENSET  MG 115 S-PMG 35 SPMG 50 SPEDFMG 60 S-PMG 75 SPMG 90 SPMPM 20/500 S-P
GESAN  DPA 110 EMEDPAS 110 EDPAS 35 EDPAS 50 EDPAS 65 EDPAS 90 EDPAS 90 EDPR 60DVR 150
HAULOTTE  HTL 3210HTL 3210HTL 3510HTL 3510HTL 3614HTL 3614HTL 3617HTL 3617HTL 4010HTL 4010HTL 4014HTL 4014HTL 4017HTL 4017
HIDROMEK  HMK 102 BHMK 102 S ALPHA

HIMOINSA  GPW 60 SHPW 50
HYDREMA  906 C SERIE 2908 C SERIE 2912 C912 C912 C926 C SERIE 2928 C SERIE 2M 1400 CM 1520 CM 1700 C
IRUM  TAF 690 OPTAF 690 PE
JCB  926 RT
JLG   PS3512 PS401340134017 PS4017 PS

Professional Perkins Filter Cross Reference 4415122 FF5788 10000-63247 10000-51232

Q: What is the function of the 4415122 filter?

The core function of a fuel filter (such as model 4415122) is to filter impurities and moisture from the fuel, ensuring that the fuel entering the engine remains pure, thereby protecting key components of the fuel system and improving overall performance.
The specific functions include: filtering solid impurities (such as iron oxide, dust) and moisture, preventing nozzle blockage, reducing fuel pump wear, ensuring stable engine operation and extending its service life; At the same time, by providing clean fuel to promote more complete combustion, indirectly improving fuel economy and reducing failure rates.
In terms of working principle, fuel filters are usually connected in series in the fuel pipeline, using the micrometer sized pores of the filter element to intercept pollutants. Some models also integrate oil-water separation technology to address moisture issues.

Q: How can I verify if the 4415122 fuel filter is the actual problem?

‌Fuel Filter Diagnosis Guide‌
To confirm the fuel filter is the real cause of the vehicle problem, investigate in order from simple to complex. Combine symptom observation with actual examination steps.

‌Observe Vehicle Symptoms‌

Fuel filter issues often show specific symptoms. Pay attention to:

• ‌Decreased power‌: Weak acceleration, especially uphill or under load.
• ‌Difficulty starting‌: Multiple attempts needed when cold/hot.
• ‌Idle shaking‌: Engine shakes at idle, risk of stalling.
• ‌Driving fatigue‌: Speed drops significantly at high speeds.
  Worsening symptoms after poor fuel quality or high load suggest filter blockage.

‌Perform Appearance and Simple Inspection‌

1. ‌Check appearance‌: Open the hood or find the filter from the bottom. Look for damage, deformation, leakage, or rust.
2. ‌Test fuel pressure‌: Normal low-pressure pump pressure is 0.3-0.5 bar. Below 0.2 bar may indicate blockage or pump issues.

‌Disassemble and Inspect the Filter Element‌

1. ‌Remove the filter‌: Observe the element. Dark color, black sediment, or impurities indicate reduced filtration.
2. ‌Safety note‌: Avoid fuel leakage during disassembly.

‌Exclude Other Potential Faults‌

Engine shaking or starting issues may also stem from:

• Throttle valve blockage
• Fuel injector problems
• Sensor failures
  Use professional equipment to test high-pressure fuel pumps and rail pressure sensors if previous steps show no issues.

Q: How often should I change Perkins filters?

The replacement cycle of Perkins filters should be determined based on the type of filter and the operating environment of the equipment. The following suggestions are based on common operating conditions, and the actual cycle may vary depending on the specific model and usage conditions. It is recommended to prioritize referring to the maintenance plan in the equipment user manual.

The replacement cycle of air filters is usually every 2000 hours of operation or once every 3-4 months. If the equipment operates in dusty environments such as construction sites or desert areas, the cycle should be shortened to every 1000 hours or less to avoid blockage; The necessity of replacement can be determined by observing the color, cleanliness, or physical condition (such as deformation or damage) of the filter element. ‌

The replacement cycle of the oil filter is generally every 250 hours of operation or once every 3-6 months, whichever comes first; In harsh working conditions such as high dust, high temperature, or high load, it is recommended to shorten the replacement to every 100-150 hours or 1-3 months to ensure the reliability of the engine lubrication system. ‌

Regularly replacing filters can effectively reduce the risk of engine wear and failure. During maintenance, it is necessary to use the correct type of filter and follow the manufacturer's installation guidelines.