Question 1

What are the exact technical specifications of the AITAI-IOP107 model?

Accepted Answer

The standard technical parameters for this smart model are structured as follows:
Flow Rate: 24 L/min (1440 L/h)
Filter Element Model: M100-H114 (Cellulose)
Element Quantity: 7 pieces
Filtration Efficiency: Beta 3 = 929
Motor Power: 0.75 kW
Operating Voltage: AC380V 50Hz (Three-phase four-wire)
Operating Pressure: 0.5 MPa
Dimensions: 1000 x 555 x 1081 mm
Weight:  91.5 kg

Question 2

What types of industrial fluids can the standard AITAI-IOP107 effectively purify?

Accepted Answer

The standard AITAI-IOP107 is designed for online precision purification of standard mineral-based and synthetic industrial oils, such as hydraulic oil, turbine oil, and gear lubricants used across equipment hydraulic and lubrication systems.

Note: For highly corrosive fluids like phosphate esters or water glycols, please choose our specialized anti-corrosion variants (AITAI-IOP107 (phosphate ester oil) / AITAI-IOP107 (water glycol oil)) rather than this standard model.

Question 3

What makes the IOP series "intelligent" compared to the CS series oil purifiers?

Accepted Answer

The IOP series introduces advanced automation controls. Unlike standard CS models, the AITAI-IOP107 is equipped with a smart element-saturation monitoring system that triggers an automatic shutdown when filters reach full capacity. It also integrates a vital motor phase sequence protection system, preventing reverse rotation damage and enabling truly secure, unattended 24/7 online purification.

Question 4

How does the filtering performance of the Japan 3R filter elements compare to standard hydraulic filters?

Accepted Answer

Standard filters rely on surface interception that only catches coarse solid particles and cannot remove moisture or oxidation sludge. Our Japan 3R filters feature a special structure that performs multi-stage filtration. It absorbs free/dissolved water, adsorbs acidic oxidation sludge, and captures micro-impurities with a specialized beta3=929 absolute efficiency rating.

Question 5

Can this oil purifier remove water from oil, and what are the performance results?

Accepted Answer

Yes. The cellulose fibers within the filter elements have excellent moisture absorption capabilities. It efficiently removes free and dissolved water (such as condensation water caused by temperature differences), bringing highly contaminated oil back to a clean, safe, and deeply dried state that meets strict industrial machinery operating standards.

Question 6

What are the necessary site environmental conditions required to operate this machine safely?

Accepted Answer

The unit is designed to run reliably under the following site criteria:
Ambient Temperature: -20 to 60 degrees Celsius
Ambient Humidity: Less than or equal to 95% RH (non-condensing)
Altitude: Below 1,000 meters
Installation Layout: Floor tilt must be less than or equal to 5 degrees relative to the vertical plane. Place away from severe shaking, structural impacts, and direct water dripping.

Question 7

Are AITAI filter elements sustainable, and what is the proper disposal method?

Accepted Answer

Yes. Our M100-H114 precision filter elements are made from 100% natural cellulose fibers. Once they are fully clogged, they can be completely incinerated (burned) without releasing toxic dioxin gases.
This clean disposal method leaves zero hazardous waste, making it easy for your plant to comply with strict environmental regulations and carbon reduction goals.

Question 8

How easy is the filter replacement process, and does it require tools or cause mess?

Accepted Answer

The replacement workflow is designed to be clean, fast, and operator-friendly. Every M100-H114 filter element comes with high-strength, integrated fiber cloth handling straps. Operators can cleanly pull the saturated element vertically out of the housing without direct hand contact with the contaminated oil.

Question 9

Which core industrial sectors benefit most from installing the IOP series oil purifiers?

Accepted Answer

The IOP series is widely deployed globally across heavy industries requiring strict fluid cleanliness controls. Key application areas include power generation and hydraulic systems in the metallurgical sector, automotive stamping lines, oil systems for simulated flight cockpits in aerospace, petrochemical refining lubrication stations, and marine/construction equipment operations.

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