OEM 1624100205 Inline Filter Replacement Manufacturers, Factory

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OEM 1624100205 Inline Filter Replacement Manufacturers, Factory

Differential Pressure: 60 mbar

Media type (MED-TYPE): Activated Carbon

Oils Q class: 0/1

Body Height (H-0): 622 mm

Height-1 (H-1);20 mm

Total Height (H-TOTAL): 642 mm

Maximum Working Temperature: 45 °C

Minimum Working temperature: 1.5 °C

Smallest Inner Diameter (Ø IN-MIN): 10 mm

Outer Diameter (Ø OUT): 87.5 mm

Country of Origin: CHINA

HS Code: 8421999090

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Product Description

Product Specifications

Dimension: 87.5 * 10 * 642 mm

Product Introduction

Patented Innovative Design

The independent design of our inline filters holds a national appearance patent. Featuring a new filter element interface and pollution discharge concept, this innovative design achieves a national utility patent, rendering the filter's appearance more exquisite, meticulous, concise, and generous.

Premium Housing & Construction

Manufactured from aviation-grade silicon aluminum alloy via die-casting, the housing exhibits a highly compact structure. Tested by national laboratories to withstand pressures up to 4.0Mpa, it ensures absolute sealing under a standard 16 bar working pressure. Every housing undergoes rigorous cleaning, degreasing, and passivation before spraying, followed by internal electrophoretic anti-corrosion treatment and a sturdy, pressure-resistant outer epoxy resin coating.

Key Features & Applications

Standard Compliance: The filter element complies fully with the international standard for compressed air quality, ISO 8573-1:2010.
Absolute Sealing: Equipped with a premium fluororubber sealing ring that guarantees reliable sealing and structural integrity within a wide temperature range of -20℃ to 280℃.
High Filtration Efficiency: Utilizes advanced composite filtration medium technology to deliver outstanding filtration performance and exceptional pollution absorption capacity.
Low Pressure Loss & Easy Maintenance: A specialized air intake method significantly lowers pressure drop across the element. The advanced design, including a bottom-support circular discharge system, facilitates straightforward installation and maintenance.
Corrosion Resistant Media: Features high-temperature and chemically-resistant multilayer borosilicate fiber filter media, engineered with a high void ratio to maximize filtration efficiency while minimizing flow resistance.
Versatile Application: Perfect for high-precision gas machinery, leading brand air compressors, post-processing systems, laser cutting machinery, medical gas instruments, and food processing equipment.

Cross Reference Table

Brand	Model / Part Number
Atlas Copco	QD3000+F
Atlas Copco	1624100205
Atlas Copco	QD2400F
Atlas Copco	QD2200F
Atlas Copco	QD2200+F
Atlas Copco	QD1800+F
Atlas Copco	QD1600F
Atlas Copco	QD970F
Atlas Copco	QD1400+F
Atlas Copco	QD850+F
Atlas Copco	QD1260F
Atlas Copco	QD5000+F
Atlas Copco	QD1100+F
Atlas Copco	QD4000+F
Atlas Copco	1624199202
Atlas Copco	QD3600F
Atlas Copco	1624184411
Noitech	NM 001222
Omega Air	1010100101870
Omega Air	OAC 850F QD/A Al
Sotras	SM 9507

Frequently Asked Questions

What are the dimensions of this inline filter element?

The dimensions of the filter element are 87.5 mm (diameter) * 10 mm * 642 mm.

Which international standards does the filter element comply with?

It strictly complies with the international standard for compressed air quality, ISO 8573-1:2010.

What material is used for the filter housing and what pressure can it handle?

The housing is manufactured from aviation-grade silicon aluminum alloy through a die-casting process. It has been tested to withstand pressures up to 4.0Mpa and is certified to operate reliably under working pressures up to 16 bar.

What is the temperature range of the sealing ring?

The high-grade fluororubber sealing ring is engineered to ensure absolute sealing performance across a temperature range of -20℃ to 280℃.

What makes the filter medium highly efficient?

The element utilizes a multilayer borosilicate fiber filter material. This material offers superior resistance to high temperatures and chemical corrosion, while its high void ratio guarantees excellent filtration efficiency alongside minimal pressure loss.