Oil Filter Performance Tester
Oil Filter Performance Tester
Quantity:
Oil/Fuel Filter Performance Tester
Oil Filter Performance Tester is a device specifically designed to evaluate the performance of oil filters under various working conditions. It plays a vital role in ensuring the quality and reliability of oil filters, which is crucial for the normal operation of engines and other mechanical systems.
Specification
| Test flow | 5L/ min-50L/min |
| Flow precision | 1grade |
| Temperature control | normal temperature-100° |
| pressure precision | 0.5grade |
| oil tank | stainless steel, capacity:50L |
| motor power | 3.7kw |
| power supply | 380V/50HZ |
| M/C weight | 500kg |
| M/C size | 2000*1100*1885mm /600*575*1620mm ( L*W*H) |
Features
1.Measure test flow through high-precise ellipse gear flow meter.
2.Use precise pressure gauge to measure the pressure when oil in and out.
3.The working table uses stainless steel, and the pipelines and couplers use rust preventing material.
4.To test filter’s blocking life, impurity substance is mixed evenly with impurity affix system.
5.Test criterions: JB/T6725-93， ISO4548
Applications
1.It is used to test: differential pressure/flow properties, bypass element property, by valve response pressure, filter element blocking life, filter element high-pressure resistance loss, high-oil-temperature resistance.
2. The main test system pipelines are made of stainless steel. The pipe joints and pipeline layout avoid flow dead zones, thereby avoiding the accumulation of impurities during long-term use and ensuring the repeatability and consistency of the test bench.
3. Oil Filter Performance Tester is mainly composed of a peristaltic pump, a bypass valve, a differential pressure sensor, a filter container, and an impurity mixer.
1.It is used to test: differential pressure/flow properties, bypass element property, by valve response pressure, filter element blocking life, filter element high-pressure resistance loss, high-oil-temperature resistance.
2. The main test system pipelines are made of stainless steel. The pipe joints and pipeline layout avoid flow dead zones, thereby avoiding the accumulation of impurities during long-term use and ensuring the repeatability and consistency of the test bench.
3. Oil Filter Performance Tester is mainly composed of a peristaltic pump, a bypass valve, a differential pressure sensor, a filter container, and an impurity mixer.
We also manufacture: Oil Filter Pulse Fatigue Tester, oil filter bypass pressure
Oil filter performance test benches can conduct the following tests:
Differential Pressure-Flow Characteristics: Measures flow changes at different pressure differentials to evaluate flow resistance.
Filter Element Bypass Valve Characteristics: Tests the opening and closing behavior of the bypass valve under varying pressures.
High-Pressure Differential Resistance: Evaluates the stability and durability of filters under high pressure differentials.
Life and Cumulative Efficiency: Assesses service life and cumulative filtration efficiency through long-term operation tests.
Clogging Life: Determines the filter’s service life under clogged conditions.
Initial Filtration Efficiency and Instant Filtration Efficiency: Tests the filter’s initial and real-time filtration capabilities, respectively.
Dust Holding Capacity: Measures the filter’s ability to retain dust after accumulating a specific amount of contaminants.
Filter Element Bypass Valve Characteristics: Tests the opening and closing behavior of the bypass valve under varying pressures.
High-Pressure Differential Resistance: Evaluates the stability and durability of filters under high pressure differentials.
Life and Cumulative Efficiency: Assesses service life and cumulative filtration efficiency through long-term operation tests.
Clogging Life: Determines the filter’s service life under clogged conditions.
Initial Filtration Efficiency and Instant Filtration Efficiency: Tests the filter’s initial and real-time filtration capabilities, respectively.
Dust Holding Capacity: Measures the filter’s ability to retain dust after accumulating a specific amount of contaminants.
