53C1098 Compressed Air Fuel Filter Element
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I. Core Summary
Brand: Xuman
Model:53C1098
Primary Application:Compressed Air Post-treatment Equipment, commonly used in Adsorption Dryers.
Main Function: Serves as a Pre-filter or Post-filter, efficiently removing oil mist, dust particles, and fine solid impurities from compressed air to protect downstream equipment and air quality.
Brand: Xuman
Model:53C1098
Primary Application:Compressed Air Post-treatment Equipment, commonly used in Adsorption Dryers.
Main Function: Serves as a Pre-filter or Post-filter, efficiently removing oil mist, dust particles, and fine solid impurities from compressed air to protect downstream equipment and air quality.
II. Detailed Function Introduction
The 53C1098 filter element is typically classified as a "Coalescing Filter". Its working principle is as follows:
Diffusion: Compressed air containing oil mist, water droplets, and solid particles enters the filter element.
Coalescing: The ultra-fine fiber layer inside the filter element forces tiny oil mist and aerosol droplets to collide and merge, forming larger droplets.
Drainage: These larger droplets sink to the bottom of the filter bowl due to gravity and are then discharged through an automatic or manual drain.
Secondary Separation: Some filter elements are designed with a "baffle" or "barrier" at the bottom to prevent discharged liquid from being re-entrained into the clean air stream.
III. Key Features and Parameters
Filtration Precision: Typically 1 micron or 0.5 micron. This means it effectively removes particles and droplets larger than these sizes.
Efficiency: Very high removal efficiency for oil mist (aerosols).
Pressure Difference (Pressure Drop): Initial pressure drop is low. As contaminants accumulate over time, the pressure drop gradually increases. The filter element should be replaced when the pressure difference reaches the recommended value (usually 0.7-1.0 bar).
Pressure Rating: Designed for standard industrial compressed air system working pressures (e.g., 0.5 - 16 bar g, refer to the technical manual for specifics).
Connection Type: Standard threaded connection, widely compatible.
Filtration Precision: Typically 1 micron or 0.5 micron. This means it effectively removes particles and droplets larger than these sizes.
Efficiency: Very high removal efficiency for oil mist (aerosols).
Pressure Difference (Pressure Drop): Initial pressure drop is low. As contaminants accumulate over time, the pressure drop gradually increases. The filter element should be replaced when the pressure difference reaches the recommended value (usually 0.7-1.0 bar).
Pressure Rating: Designed for standard industrial compressed air system working pressures (e.g., 0.5 - 16 bar g, refer to the technical manual for specifics).
Connection Type: Standard threaded connection, widely compatible.
IV. Main Application Scenarios
Upstream of Adsorption Dryers:
Function: Serves as a Pre-filter to protect the desiccant (e.g., alumina, molecular sieve) inside the dryer. Oil contamination can poison the desiccant, causing it to fail. The 53C1098 effectively removes oil, significantly extending the desiccant's service life.
Downstream of Adsorption Dryers:
Function: Serves as a Post-filter to capture extremely fine desiccant dust that might be carried over from the dryer, ensuring the final outlet compressed air is clean.
Precision Instruments and Pneumatic Tools:
Provides clean, dry, and oil-free compressed air for equipment with high air quality requirements (e.g., painting, food packaging, precision pneumatic components).
Upstream of Adsorption Dryers:
Function: Serves as a Pre-filter to protect the desiccant (e.g., alumina, molecular sieve) inside the dryer. Oil contamination can poison the desiccant, causing it to fail. The 53C1098 effectively removes oil, significantly extending the desiccant's service life.
Downstream of Adsorption Dryers:
Function: Serves as a Post-filter to capture extremely fine desiccant dust that might be carried over from the dryer, ensuring the final outlet compressed air is clean.
Precision Instruments and Pneumatic Tools:
Provides clean, dry, and oil-free compressed air for equipment with high air quality requirements (e.g., painting, food packaging, precision pneumatic components).
V. Replacement Cycle and Precautions
Replacement Cycle: There is no fixed time; it depends on:
Type of air compressor (oil-free or oil-lubricated)
Degree of air contamination
Volume of compressed air usage
Cleanliness of the ambient air
Replacement Indicators:
Differential Pressure Indicator: The most common indicator. When the red pop-up indicator on the filter housing pops out, it signals that the filter element is clogged and the pressure drop is too high, requiring replacement.
Regular Inspection: Replace periodically based on experience (e.g., every 4000 operating hours or annually).
Downstream Equipment Issues: If oil or moisture is detected at the point of use, it may indicate filter element failure.
Precautions:
Always depressurize the system before replacing the filter element to ensure safety.
Inspect and clean the inside of the filter housing; replace O-rings and other seals to prevent leaks.
Dispose of used filter elements properly, as they contain contaminants and should be treated as industrial waste.
Replacement Cycle: There is no fixed time; it depends on:
Type of air compressor (oil-free or oil-lubricated)
Degree of air contamination
Volume of compressed air usage
Cleanliness of the ambient air
Replacement Indicators:
Differential Pressure Indicator: The most common indicator. When the red pop-up indicator on the filter housing pops out, it signals that the filter element is clogged and the pressure drop is too high, requiring replacement.
Regular Inspection: Replace periodically based on experience (e.g., every 4000 operating hours or annually).
Downstream Equipment Issues: If oil or moisture is detected at the point of use, it may indicate filter element failure.
Precautions:
Always depressurize the system before replacing the filter element to ensure safety.
Inspect and clean the inside of the filter housing; replace O-rings and other seals to prevent leaks.
Dispose of used filter elements properly, as they contain contaminants and should be treated as industrial waste.
VI. Alternatives and Compatibility
The 53C1098 is manufactured by Xuman, offering a more competitive price. Additionally:
Filtration precision and efficiency match the original equipment manufacturer (OEM) specifications.
Dimensions and connections are identical.
Choose reputable compatible brands to ensure filtration performance and system safety.
VII. Summary
The 53C1098 is a reliable compressed air coalescing filter element, serving as a critical component for ensuring end-point air quality in compressed air systems and protecting expensive drying equipment and air-consuming devices. Regular inspection and replacement of this filter element are essential for maintaining system efficiency and reducing overall operating costs.
| Industry Category | Machinery |
|---|---|
| Product Category | |
| Brand: | 旭曼 |
| Spec: | 53C1098 |
| Stock: | 2000 |
| Manufacturer: | |
| Origin: | China / Hebei / Langfangshi |