Atlas Copco 1624104104 Genuine Filter Element | Technical Specifications & Application Guide

Maintaining the integrity of an industrial compressed air system requires uncompromising component reliability. The Atlas Copco 1624104104 Genuine Filter Element stands as a vital purification component, engineered specifically to remove airborne contaminants, liquid aerosols, and oil mists from your plant’s air supply. By installing original factory-engineered filtration inserts, maintenance teams directly safeguard downstream automated machinery, prevent costly production cross-contamination, and preserve optimal system efficiency.

Product Overview & Core Functionality

The Atlas Copco 1624104104 filter element operates as a high-efficiency purification solution within the compressed air pipeline. Positioned after the compression stage, this component utilizes advanced coalescing physics to trap fine sub-micron liquid droplets and solid particulates. As raw compressed air forces its way through the engineered multi-layer matrix, microscopic oil vapors collide and merge into larger droplets, which safely drain away. This active filtration process ensures a continuous flow of clean, dry air, preventing the accumulation of sludge and moisture inside sensitive pneumatic networks.

Technical Specifications & System Compatibility

To assist plant engineers and procurement managers in verifying exact system tolerances, the official technical data and operational thresholds for this genuine component are detailed below.

Engineering Data Table

System Compatibility & Housing Match

Once you understand the primary operational limits, verifying physical housing compatibility is essential to prevent internal bypass. The 1624104104 filter element features exact-dimension polyurethane seals and custom-molded end caps designed to lock perfectly into designated Atlas Copco inline filter housings. This strict dimensional matching guarantees an airtight barrier, preventing contaminated air from slipping past the media. Installing this correct part number ensures your facility consistently meets its target ISO 8573-1 air purity class ratings for particulate and oil carryover.

Material Integrity & Structural Design Features

Achieving these strict performance limits relies entirely on the internal engineering architecture and the premium materials selected during official factory construction.

Advanced Coalescing Media Layering

The core of the 1624104104 element features a progressive-density matrix composed of premium borosilicate glass microfibers. This custom layering allows the element to capture large volumes of contaminants without inducing a severe pressure drop. The active outer layer is wrapped in a dedicated, oil-resistant foam sleeve. This sleeve securely retains the collected liquids and guides them smoothly down to the automatic drain bowl, preventing the compressed air stream from re-entraining oil droplets.

Corrosion-Resistant Structural Support

High differential pressures can cause inferior components to collapse or rupture. To prevent this, the 1624104104 is built around heavy-gauge, perforated stainless steel inner and outer support cylinders. These corrosion-resistant cores provide immense structural rigidity, allowing the filter to withstand sudden pressure spikes. Furthermore, the robust end caps undergo a specialized anti-corrosion treatment, eliminating the risk of rust formation or material degradation over the component’s operational lifespan.

Industrial Applications & Downstream Protection

Because of this robust mechanical design, the element delivers reliable performance across a wide range of demanding industrial environments where air quality is tied directly to product yield.

• Automotive Paint & Coating Lines: Eliminates microscopic oil tracking to ensure flawless paint adhesion, preventing surface craters, fisheyes, and expensive re-work.
• Pneumatic Control Systems: Protects high-speed pneumatic valves, cylinders, and actuators from internal varnish buildup, reducing unexpected component sticking and wear.
• Industrial Automation & Packaging: Supplies clean motive air to robotic pick-and-place systems, ensuring continuous sorting accuracy and preventing line stoppages.
• General Electronics Assembly: Safeguards sensitive circuit board manufacturing equipment from moisture-induced short circuits and particulate contamination during air-purging processes.

Frequently Asked Questions

To assist your maintenance teams during routine service intervals and procurement planning, we have compiled answers to common technical deployment questions below.

How can an operation confirm that part number 1624104104 is the correct match for an existing pipeline filter housing?

Maintenance teams should check the identification plate located on the exterior of the filter housing or review the original equipment bills of materials. Part number 1624104104 is precision-engineered to seat flawlessly within designated Atlas Copco line filter assemblies, eliminating internal bypass risks.

What technical indicators signal that the 1624104104 filter element requires replacement?

The primary tracking metric is differential pressure. When the integrated differential pressure gauge on the housing moves into the red zone, or when the system detects a noticeable drop in line pressure, the internal media has reached its maximum dirt-holding capacity. Replacing the element at this point prevents energy loss and maintains proper downstream air volume.

Why does the specific fiber composition of the genuine 1624104104 element matter for system efficiency?

Original factory elements use a highly specific pore gradient within the borosilicate glass matrix. This custom geometry balances high particle retention with low air resistance. Using non-standard materials increases initial pressure drop, forcing the air compressor to work harder and consume significantly more electrical energy to maintain stable line pressures.

What are the consequences of exceeding the maximum operating temperature rating of 66°C for this element?

Operating above the maximum rated temperature lowers the viscosity of oil mists and compromises the structural integrity of the outer foam sleeve. This breakdown permits oil carryover to bypass the filter completely, endangering downstream instruments. For optimal filtration results, upstream aftercoolers must keep air temperatures within the specified limits.

How do procurement teams verify the official origin and authenticity of the 1624104104 filter element?

Genuine parts are distributed in original factory packaging, complete with official factory labeling, clear batch tracking, and authentic brand markings. Sourcing components through verified, authorized distribution chains guarantees that every installed item conforms to exact industrial manufacturing standards.