1 mt vi li lc sn 100150 mesh kh rng 14 v 15m shopee represents a precision filtration component engineered for demanding industrial and laboratory applications. This specification combines micron rating, mesh count, and validated pressure performance to ensure consistent separation in fluid systems.
Buyers on Shopee and other platforms rely on clear technical parameters to match this component with equipment requirements, installation constraints, and long term reliability expectations. Understanding each element of the code helps prevent misselection, unplanned downtime, and performance shortfalls.
| Parameter | Value | Meaning | Impact on Use |
|---|---|---|---|
| Nominal Size | 1 mt | Metric thread size for housing or flange connection | Defines compatibility with standard pipe or manifold fittings |
| Filtration Level | 150 mesh | 50–100 micron capture range depending on standard | Strikes balance between flow and contaminant removal |
| Material Construction | Valved Laminated Composite (vi lc) | Multi-layer media with anti-collapse core and integrated valve
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| Pressure Rating | 14 v 15m | 14 bar working pressure, tested to 15 bar burst | Suitable for hydraulic, pneumatic, and water systems up to specified limits |
Precision Filtration Functionality
The 1 mt vi li lc sn 100150 mesh kh rng 14 v 15m shopee element is designed for high particulate retention while maintaining acceptable flow rates. The laminated structure reduces channeling and media bypass, extending service intervals.
Valving behavior helps stabilize pressure drop across the media bed, which is critical in recirculation or closed loop systems. Correct housing selection and inlet cleanliness further enhance element lifespan and system cleanliness.
Compatibility and Sizing Guidelines
When sourcing this component on Shopee, verify inlet and outlet port sizes, thread standard, and overall envelope dimensions. Confirm system pressure and temperature ranges against published data sheets before integration.
Use manufacturer validation documents to ensure the 1 mt housing matches the flange or connector geometry. Misalignment between housing and element can lead to leaks, reduced filtration efficiency, and mechanical stress.
Installation and Maintenance Procedures
Proper installation of the 1 mt vi li lc sn 100150 mesh kh rng 14 v 15m shopee requires clean hands, appropriate lifting gear, and correct orientation of the sealing surfaces. Follow tightening sequences to avoid differential loading on the element body.
Routine maintenance includes scheduled pressure drop checks, visual inspection for damage, and timely replacement based on differential pressure history rather than calendar alone. Record each change to support predictive maintenance strategies.
Performance Specifications at a Glance
Key performance attributes are summarized in the table below to support quick comparison and selection decisions.
| Specification | Metric | Test Condition |
|---|---|---|
| Filtration Efficiency | Up to 99 % @ 150 mesh | ISO 4572 Multipass |
| Maximum Pressure | 14 bar | Operating, cold |
| Burst Pressure | 15 bar | Short duration validation |
| Recommended Flow Velocity | 0.5–2.5 m/s | Dependent on media type |
| Temperature Range | -20 to 80 °C | Depending on elastomer choice |
Key Takeaways for Selection and Use
- Confirm 1 mt thread compatibility with existing flanges or connectors
- Match 150 mesh rating to required cleanliness levels and particle size distribution
- Observe 14 bar operating limit and validate burst rating for transient spikes
- Plan maintenance using differential pressure trends rather than fixed calendar intervals
- Document installation parameters and replacement history for traceability
FAQ
Reader questions
What does 1 mt vi li lc sn 100150 mesh kh rng 14 v 15m shopee actually represent in terms of filtration performance?
It denotes a 1 metric thread size, laminated composite media rated for 150 mesh (≈100 micron) capture, housed in an element designed for 14 bar continuous operation and tested to 15 bar burst under standard cleanliness conditions.
Can this component be used in hydraulic systems with high contamination levels?
Yes, provided the upstream filtration is adequate to limit large particles that could cause premature blinding. Monitor differential pressure closely and follow recommended change intervals to avoid flow starvation.
How do I determine the correct replacement interval for this element?
Track differential pressure trends, particle count levels downstream, and visual inspections for bypass or damage. Replace when pressure rise reaches the manufacturer specified limit or when contamination trends indicate risk to sensitive components.
Are aftermarket alternatives compatible with the original 1 mt vi li lc sn 100150 mesh kh rng 14 v 15m shopee specification?
Aftermarket options may vary in media architecture and valve behavior. Verify dimensional, pressure, and filtration equivalence with OEM data before substitution to prevent performance gaps or warranty issues.