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As a leading manufacturer and supplier of precision pneumatic components, we introduce the 210F miniature air compressor pump head. Engineered specifically for 3L medical oxygen concentrator systems, this unit guarantees a stable, uncontaminated air supply for critical applications.
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The OH210F miniature air compressor pump head is designed for 3 L medical oxygen concentrator systems. It delivers a flow rate of 50 L/min at an operating pressure of 140 kPa, ensuring stable air supply.
While maintaining the same core performance parameters as the 210E model, the OH210F adopts a different mounting structure, making it more adaptable to diverse overall machine layouts. Through structural optimization and assembly adjustments, the OH210F offers greater flexibility in system integration.
It is suitable for oxygen generation equipment with special requirements for spatial layout or fixing methods, making it an ideal choice for multi‑platform compatible applications.
The following technical specifications detail the precise operational metrics, material composition, and service parameters of the 210F compressor head. Engineers and procurement specialists can utilize this comprehensive data to ensure strict compatibility with their specific system requirements and production timelines.
Specification Category | Technical Details |
|---|---|
Product Name | 210F Flexible Mounting Oil-Free Compressor Head |
Target Application | 3L Medical Oxygen Concentrator Systems |
Flow Rate | ≥50 L/min |
Operating Pressure | 140 kPa |
Operating Current | ≤1.1A |
Noise Level | ≤55 dB |
Lubrication Type | 100% Oil-free (Permanently lubricated bearings) |
Motor Material | Pure copper motor |
Core Components | Self-made aluminum die-cast components |
Sealing Technology | High Performance piston seal |
Environmental Certification | RoHS compliant |
Proofing Time | About 7-15 days |
Small Quantity Trial | Supported |
We understand that modern manufacturing requires agile, risk-averse procurement strategies. As your dedicated supplier, we have streamlined our supply chain to perfectly align with your engineering and production schedules.
Rapid Proofing Turnaround: Accelerate your R&D phase with our expedited proofing service, delivering custom or standard samples within just 7 to 15 days.
Low-Risk Trial Orders: We actively support small quantity trial runs, allowing your engineering team to rigorously test the pump's integration without committing to massive initial inventories.
Direct Manufacturer Pricing: By bypassing intermediaries, we provide highly competitive pricing structures that protect your profit margins on large-scale assembly projects.
Consistent Scalability: From the first ten trial units to tens of thousands of production models, our rigorous quality control ensures every single pump performs identically.
Selecting the right pneumatic component supplier is a critical decision that impacts your entire product lifecycle. We bring decades of specialized manufacturing expertise to your assembly line, ensuring uncompromised quality and reliability.
In-House Component Fabrication: By manufacturing our own aluminum die-cast components, we maintain absolute control over structural tolerances and material purity, eliminating the risks associated with third-party outsourcing.
Stringent Quality Assurance: Every compressor head undergoes exhaustive pressure, acoustic, and thermal testing before leaving our facility, guaranteeing out-of-the-box performance.
Engineering Collaboration: Our technical team works closely with your designers to advise on the best mounting strategies and system integration techniques, ensuring maximum efficiency.
Global Compliance: With comprehensive certifications including RoHS, our products facilitate your seamless entry into highly regulated international markets without compliance hurdles.
Developing high-tier pneumatic systems requires components that actively reduce maintenance overhead while elevating overall output quality. The 210F compressor head is engineered to provide a seamless, plug-and-play experience for assembly lines, minimizing structural modifications.
Permanently Lubricated Bearings: Eliminates the need for routine maintenance, drastically reducing the total cost of ownership for your end-users while ensuring frictionless, sustained operation.
High-Performance Piston Seal: Crafted to withstand continuous friction without degrading, this seal locks in pressure tightly, preventing air leakage and maintaining a consistent 140 kPa output over thousands of hours.
Energy-Efficient Operation: Drawing a remarkably low current, this unit maximizes output while minimizing electricity usage, making it highly attractive for battery-backed or energy-conscious medical setups.
Self-Made Aluminum Die-Cast Components: By controlling the casting process in-house, we ensure every housing is free from micro-porosities, providing a robust, heat-dissipating shell that feels exceptionally sturdy.
At the heart of any reliable oxygen generation system lies its ability to sustain a high-pressure flow without overwhelming the electrical architecture. This model is meticulously calibrated to strike the perfect balance between robust pneumatic force and minimal power draw.
Optimized for 3L Systems: Specifically tailored to drive 3L medical oxygen concentrators, ensuring the exact volumetric requirements are met without unnecessary bulk or wasted energy.
High Flow Output: Consistently delivers a flow rate of ≥50 L/min, guaranteeing that patients or industrial processes receive an uninterrupted, stable air supply.
Ultra-Low Current Draw: Operating at ≤1.1A, it significantly reduces thermal output and electrical strain on the motherboard, prolonging the lifespan of the entire control system.
Sustained 140 kPa Pressure: Maintains a rigid pressure baseline, allowing for deep, penetrative air delivery even through complex, multi-layered filtration membranes.
Space within modern medical and industrial chassis is at a premium. Engineers frequently struggle with rigid pump designs that force awkward internal layouts. The 210F shatters these spatial limitations through its innovative mounting architecture.
Adaptive Mounting Architecture: Features a redesigned fixation framework that allows for multi-angle installation, seamlessly fitting into cramped or unconventionally shaped enclosures.
Multi-Platform Compatibility: Whether you are designing an upright clinical unit or a horizontal portable device, the structural optimization ensures the pump anchors securely without transmitting excess vibration.
Streamlined Assembly Process: The intuitive mounting points reduce the time required on the assembly line, allowing your production team to scale up manufacturing speeds efficiently.
Vibration Dampening Design: The structural layout naturally disperses kinetic energy, preventing the rattling sounds that often plague tightly packed equipment enclosures.
The longevity of a compressor is entirely dictated by the integrity of its internal components. By utilizing premium-grade metals and advanced sealing technologies, this pump head is built to endure relentless operational cycles without degradation.
Pure Copper Motor Coil: The densely wound, pure copper core provides superior electrical conductivity and heat dissipation, preventing the motor from burning out during continuous, multi-day operation.
Industrial-Grade Aluminum Housing: The self-made die-cast aluminum components offer exceptional tensile strength and rapid thermal exchange, keeping the internal mechanisms cool to the touch even under heavy loads.
Wear-Resistant Sealing: The high-performance piston seal is formulated to resist abrasion, ensuring the compression chamber remains airtight after years of relentless pumping.
Zero-Maintenance Lifespan: Combined with permanently lubricated bearings, the superior material selection means your clients will rarely, if ever, need to open the unit for servicing.
In clinical and laboratory environments, auditory comfort and absolute air purity are not optional—they are strict requirements. This compressor head is engineered to operate invisibly, both in terms of sound and environmental impact.
Whisper-Quiet Operation: Emitting a noise level of ≤55 dB, it hums softly in the background, outperforming standard models. This ensures a peaceful environment for recovering patients or focused laboratory technicians.
100% Oil-Free Output: The completely oil-less compression mechanism guarantees that the output air is pristine, odorless, and free from any particulate contamination, safeguarding sensitive downstream filters.
RoHS Compliant Manufacturing: Every component, from the wiring to the casing, adheres strictly to RoHS environmental standards, ensuring no hazardous substances are present in your final product.
Odorless Performance: Without lubricating oils to heat up and vaporize, the device completely eliminates the burnt, mechanical odors typical of heavy-duty, oil-lubricated compressors.
While originally conceived for the demanding medical sector, the robust performance profile and adaptable form factor of this compressor make it a highly sought-after component across a multitude of precise gas-output industries.
Medical & Healthcare Devices: The primary choice for 3L oxygen concentrators, providing clinical-grade, uncontaminated airflow for critical respiratory therapies.
Food Processing & Packaging: Delivers pure, oil-free gas essential for pneumatic packaging machinery, ensuring absolutely no contamination reaches consumable products.
Laboratory Instruments: Provides the stable, low-pulsation pressure required for sensitive analytical equipment and controlled environmental testing chambers.
Aquaculture Systems: Ensures a continuous, reliable supply of oxygen to aquatic environments, which is vital for high-density breeding and holding operations.
Automation & Environmental Equipment: Acts as the dependable pneumatic heartbeat for automated sorting lines, ozone generation systems, and all equipment that outputs gases.
To assist your engineering and procurement teams in making an informed decision, we have compiled the most critical technical inquiries regarding the 210F compressor head.
The unit is engineered to deliver a highly stable flow rate of ≥50 L/min, ensuring it easily meets the volumetric demands of 3L medical oxygen concentrator systems without experiencing pressure drops.
It features an ultra-low operating current of ≤1.1A. This exceptional energy efficiency minimizes heat generation and significantly reduces the electrical burden on your equipment's internal power supply.
The operational noise is strictly controlled at ≤55dB. This whisper-quiet performance makes it exceptionally well-suited for hospital wards, quiet clinics, and focused laboratory environments.
We prioritize your R&D timeline. Standard proofing and sample preparation are typically completed within a swift window of about 7 to 15 days, allowing you to proceed with testing promptly.
Yes, absolutely. We fully support small quantity trial orders, allowing your technical team to thoroughly validate the pump's performance and physical integration within your specific chassis before scaling up.
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