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As a leading manufacturer and trusted supplier of premium pneumatic components, we present the 210E High Durability Stable Flow Oil-Free Compressor Head. Engineered specifically for 3-liter medical oxygen concentrator systems, this unit guarantees consistent pressure and flow for critical applications.
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The OH210Eair compressor pump head is engineered for 3-liter medical oxygen concentrator systems, delivering 50 L/min at a rated pressure of 140 kPa. Built with premium-grade components, this model emphasizes enhanced reliability and extended operational lifespan. From material selection to precision assembly, strict quality standards are applied to ensure consistent performance. The refined compression structure improves airflow efficiency while maintaining dependable pressure output. Designed for medical-grade applications, the OH210E offers a robust and high-quality air compression solution for manufacturers seeking durability, performance stability, and long-term operational assurance.
When sourcing critical internal components for medical and industrial machinery, precise technical specifications are non-negotiable. The following table outlines the exact operational parameters and material configurations of the 210E compressor head. These metrics have been rigorously validated through extensive factory testing to ensure they meet the stringent demands of continuous-duty applications. From the impressive 65 L/min maximum flow rate to the highly energy-efficient current draw, every parameter is optimized for peak performance. Please review the detailed specifications below to confirm seamless compatibility with your specific system architecture.
Parameter | Specification |
|---|---|
Product Name | 210E High Durability Stable Flow Oil-Free Compressor Head |
Compatible System | 3-liter medical oxygen concentrator systems |
Rated Flow Rate | ≥50 L/min |
Maximum Flow Rate | 65 L/min |
Rated Pressure | 140 kPa |
Current | ≤1.1A |
Lubrication Style | Oil-free |
Motor Material | Pure copper motor |
Bearing Type | Permanently lubricated bearings |
Seal Technology | High Performance piston seal |
Core Components | Self-made aluminum die-cast components |
Compliance | RoHS compliant |
Proofing Time | About 7-15 days |
Trial / MOQ | Small quantities supported |
We understand that agile and responsive supply chain partners are critical to your manufacturing success. Our factory is structured to support your development cycle from initial concept to mass production.
Rapid Proofing Turnaround: Time to market is crucial. We offer an accelerated proofing process, delivering custom samples in approximately 7 to 15 days to keep your R&D schedule on track.
Low-Risk Trial Orders: We actively support small quantity trial runs, allowing your engineering team to thoroughly validate the compressor's performance in your specific equipment before committing to large volumes.
Direct Manufacturer Communication: By partnering directly with the source, you benefit from transparent lead times, flexible scheduling, and immediate technical support for any integration challenges.
Selecting the right component supplier is about more than just matching technical specifications; it is about securing a reliable, long-term foundation for your own product's success in the market.
Proven Engineering Expertise: Years of focused development in oil-free pneumatic technology have given us the deep industry knowledge required to solve complex compression challenges.
Uncompromising Component Sourcing: We maintain total control over our supply chain, manufacturing our own die-cast aluminum parts to ensure quality is never left to chance.
Long-Term Partnership Focus: We are dedicated to providing stable pricing, consistent quality, and responsive service, acting as a seamless extension of your own manufacturing operations.
Elevate your machinery's performance with a compressor head specifically designed to eliminate common mechanical failures and maintenance bottlenecks. Our engineering focuses on delivering tangible improvements to your production line.
Uncontaminated Air Delivery: The 100% oil-free mechanism guarantees that the output gas remains pure and odorless, which is essential for sensitive medical, laboratory, and food-grade applications.
Optimized Thermal Management: Constructed with self-made aluminum die-cast components, the unit rapidly dissipates internal heat, preventing thermal overload during extended running times.
Energy-Efficient Operation: Drawing less than 1.1A, the pure copper motor maximizes electrical efficiency, significantly reducing the overall power consumption of your finished machinery.
Seamless Integration: The compact and refined compression structure allows for straightforward installation into tight equipment enclosures without sacrificing pressure output or airflow.
Consistent pneumatic power is the lifeblood of any gas-output equipment. The 210E compressor head is engineered to deliver unwavering performance that equipment builders can rely on day in and day out.
Stable Rated Flow: Delivering a highly reliable ≥50 L/min, this unit ensures your medical oxygen systems maintain the precise, uninterrupted flow rates required for patient care.
High Peak Capacity: With a maximum flow rate reaching 65 L/min, the compressor effortlessly handles sudden surges in pneumatic demand without stalling or dropping pressure.
Robust Pressure Output: Generating a steady 140 kPa, it provides the necessary force to push air through dense filtration beds, sieves, and complex tubing networks.
Low Power Draw: Operating at an energy-efficient ≤1.1A, this design minimizes electrical strain, allowing your machines to run cooler and more economically over their lifespan.
The longevity and reliability of a compressor are directly tied to the quality of its internal components. We refuse to compromise on materials, ensuring every unit meets the highest standards of industrial craftsmanship.
Pure Copper Motor: Unlike cheaper aluminum alternatives, our pure copper wiring offers superior electrical conductivity, significantly reducing the risk of motor burnout and extending the operational lifespan.
Precision Die-Cast Aluminum: The self-made aluminum die-cast components provide exceptional structural rigidity. You can feel the solid, heavy-duty construction that resists warping and dampens internal vibrations.
High-Performance Piston Seals: Engineered for minimal friction and maximum airtightness, these premium seals prevent pressure leaks and maintain consistent airflow even after thousands of hours of rigorous operation.
Equipment downtime is costly for end-users and damages a manufacturer's reputation. This compressor head is built with a 'set-and-forget' philosophy, drastically reducing the need for aftermarket servicing.
Permanently Lubricated Bearings: By utilizing advanced sealed bearings, the system completely eliminates the need for manual greasing, ensuring smooth rotation for the entire lifecycle of the pump.
100% Oil-Free Architecture: The absence of oil means no oil changes, no messy leaks, and no risk of internal sludge buildup, cutting routine maintenance requirements to near absolute zero.
Extended Running Time Capability: Every element, from the copper core to the aluminum housing, is synergistically designed to support long, uninterrupted operational cycles without any degradation in performance.
In clinical, laboratory, and residential environments, excessive noise and heat are major pain points. The 210E addresses these challenges head-on through intelligent acoustic and thermal engineering.
Acoustically Refined Structure: The internal compression chamber is precision-machined to minimize air turbulence. This results in a smooth, muted sound profile rather than the aggressive rattling found in standard air pumps.
Vibration Dampening: The heavy-duty aluminum casing acts as a natural dampener, absorbing kinetic energy and preventing vibrations from transferring to the outer chassis of your oxygen concentrator.
Superior Heat Dissipation: The strategic fin design on the die-cast components maximizes surface area, rapidly venting heat into the surrounding air to keep internal temperatures well within safe operating limits.
Navigating the strict regulatory landscape of medical device manufacturing requires components you can trust implicitly. Our rigorous quality control protocols provide that essential peace of mind.
RoHS Compliant: Manufactured without hazardous substances, this compressor head meets stringent international environmental and safety directives, facilitating smoother global market access for your products.
Strict Assembly Standards: From raw material inspection to final precision assembly, every unit undergoes comprehensive testing to verify pressure, flow, and electrical safety before leaving the facility.
Consistent Batch Quality: Our standardized production processes ensure that whether you order ten units or ten thousand, every single pump performs identically to your approved prototype.
While perfectly optimized as the heart of a 3-liter medical oxygen concentrator, the robust engineering of the 210E makes it an incredibly versatile solution for a wide array of gas-output equipment.
Healthcare & Laboratory: Ideal for oxygen concentrators and precision laboratory instruments where clean, stable, and oil-free air is an absolute necessity.
Food & Beverage Industry: Perfectly suited for food processing and packaging machinery, guaranteeing that pneumatic operations introduce zero contaminants into the food supply.
Environmental & Aquaculture: Provides reliable, continuous aeration for environmental protection equipment and demanding aquaculture systems.
Industrial Automation: A dependable pneumatic source for automation equipment, delivering the consistent pressure required for precise mechanical actuation.
When integrating a new pneumatic component into your machinery, having clear and accurate technical details is essential. Below are the most common inquiries our engineering and support teams receive regarding the 210E model. If your specific technical or logistical question is not addressed here, please reach out to our dedicated support staff for immediate assistance.
1. Q: What is the flow rate of 210E?
A: ≥50L/min
2. Q: What range of current is it?
A: ≤1.1A
3. Q: What is the maximum flow rate?
A: 65L/min
4. Q: How many days will it take for the proofing to be completed?
A: About 7-15 days
5. Q: Can the product be tried out in small quantities?
A: Yes
