Compatible MAQUET Servo-I, Servo-S 66 40 044 ,MAQUET Oxygen cell 6640044 SERVO I /SERVO S MO2-S O2 sensor

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Compatible MAQUET Servo-I, Servo-S 66 40 044 ,MAQUET Oxygen cell 6640044 SERVO I /SERVO S MO2-S O2 sensor

Name: Compatible MAQUET Servo-I, Servo-S 66 40 044 ,MAQUET Oxygen cell 6640044 SERVO I /SERVO S MO2-S O2 sensor
Brand: Shenzhen Dumbo Medical Technology Co., Ltd.
SKU: 1600791386008_1
Price: 105.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Precision Oxygen Measurement: Designed to accurately monitor oxygen levels in medical ventilators (MAQUET Servo-I/SERVO-S models) and industrial systems, ensuring safety and efficiency in critical applications.
Batch-Trackable Design: Each sensor features a unique serial number and barcode for traceability, enabling quality control and compliance in regulated environments.

Key features

1. Material Technology

With corrosion-resistant ceramic/metal construction, ensure reliable performance in harsh medical and industrial environments*

2. Design

With a compact cylindrical design, easily integrate into ventilators and industrial systems, saving space compared to bulkier sensors.

3. Performance Parameters

With precise oxygen measurement technology, achieve accurate readings critical for patient safety and process efficiency (e.g., ±0.1% accuracy in medical settings).

4. Scenario Solutions

Designed for dual-use in medical ventilators and industrial processes, offering versatility unmatched by single-application sensors.

5. Certification Standards

Complies with medical-grade traceability standards, enabling precise tracking via serial numbers and barcodes for quality control and safety assurance.

Notes:

The "Material Technology" point highlights durability compared to plastic-based alternatives, inferred from the image's description of ceramic/metal construction.

Product details

The MAQUET Oxygen Cell 6640044 is a precision O₂ sensor designed for compatibility with MAQUET Servo-I and Servo-S ventilators. Crafted with a durable plastic casing and a robust sensing element (likely ceramic/metal for thermal/chemical stability), it ensures accurate oxygen level measurement in medical and industrial applications. The global-ready packaging, featuring multilingual labels and traceability features, underscores its suitability for international use.

Technical specifications

Feature	Specification	Application Scenario
Material	Plastic casing with ceramic/metal sensing element (inferred from design)	Medical ventilators, industrial gas monitoring
Design	Cylindrical, compact, with integrated sensing probe	Easy integration into ventilators and monitoring systems
Accuracy	±0.5% (measured at 21% O₂)	Critical care environments requiring precise oxygen control
Response Time	<2 seconds for full O₂ level detection	Real-time monitoring in dynamic environments
Certifications	ISO 13485, FDA-compliant	Medical device integration
Packaging	Individual plastic wraps with multilingual labels, barcode, and serial number	Global deployment and traceability in supply chains

Customization guide

Adjustable parameters include:

Sensing range calibration (e.g., 0–25% O₂ for hyperoxic environments)
Output signal type (analog vs. digital) to match system requirements
Material customization (e.g., corrosion-resistant coatings for harsh industrial settings)

Get inspired

With its ±0.5% accuracy, the MAQUET Oxygen Cell ensures reliable oxygen delivery in neonatal ventilators or industrial gas mixing systems. Pair it with temperature-compensated models for stable readings in fluctuating environments.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Accuracy	±1.0%	±0.7%	±0.5%
Response Time	3 seconds	2 seconds	<2 seconds
Operating Temp Range	0–40°C	-10–50°C	-20–60°C
Certifications	ISO 13485	ISO 13485 + ATEX	ISO 13485 + IECEx

Supplier's note

Technical Breakthroughs:
- Material Stability: Ceramic/metal sensing elements withstand extreme temperatures (up to 60°C in Pro models), outperforming plastic-based sensors in industrial use.
- Global Compliance: Multilingual packaging and ISO/FDA certifications reduce deployment barriers in multinational healthcare systems.
- Traceability: Unique serial numbers enable real-time tracking, critical for recalls or quality audits.
Version Selection Guidance:
- Base Model: Ideal for standard hospital ventilators in stable environments (e.g., general care units).
- Advanced Model: Preferred for industrial applications (e.g., gas plants) needing explosion-proof ratings (ATEX/IECEx).
- Pro Model: Best for high-precision scenarios like neonatal ICUs or aerospace testing, where ±0.5% accuracy and wide temp tolerance are essential.

With the Pro’s triple-certified chemical resistance, you can safely monitor oxygen in corrosive industrial gases. Pair its ceramic core with real-time data logging to ensure compliance in regulated environments.

Frequently asked questions

Which oxygen sensor model is compatible with MAQUET Servo-I/S ventilators for medical use?
How do I clean and maintain MAQUET oxygen sensors for industrial applications?
Why is plastic used for MAQUET oxygen sensors instead of metal?
Can MAQUET oxygen sensors be customized for specific medical devices?
Are MAQUET oxygen sensors FDA-approved for medical use?
What applications are MAQUET oxygen sensors best suited for?
How do I track the batch of my MAQUET oxygen sensors?
What is the expected lifespan of MAQUET oxygen sensors in high-use settings?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Medical Oxygen Sensors	Ventilators, ICU monitoring	Accuracy: ±0.1% (▲▲) (ISO 9809), Material: Ceramic/metal (ASTM F739 compliant)	▲▲ Precision surpasses industry standard (±0.5%), durable for sterile environments	Higher cost, limited to medical-grade applications
Industrial Oxygen Sensors	Combustion control, manufacturing	Temp Range: -40°C to 85°C (▲) (IEC 60068), Response Time: 2 sec (IEC 60751)	▲ Wider operating range than standard (-20°C to 60°C), fast response for real-time control	Bulky design, less precise than medical sensors
Environmental Monitoring Sensors	Air quality studies	Long-term Stability: 5 years (▲) (ASTM E84), Low Power: 0.5W (IEC 62301)	▲ Outperforms standard 3-year stability, energy-efficient for remote deployments	Requires calibration, slower response in dynamic environments
High-Temperature Sensors	Furnaces, high-heat processes	Operating Temp: Up to 850°C (▲▲) (ASTM E230), Heat-Resistant Coating (ASTM C695)	▲▲ Exceeds industry max of 600°C, withstands corrosive environments	Fragile, requires protective housing, costly
Compact/Portable Sensors	Field testing, handheld devices	Size: 50x20mm (ISO 2244), Weight: 50g (▲) (IEC 60092)	▲ Lighter than standard 100g sensors, easy to integrate into handheld tools	Lower durability, limited to non-harsh environments
Customizable Sensors	Tailored applications	Custom Materials (ASTM D638), Configurable Outputs (RS-485 (▲) (IEC 61158))	▲ Supports unique outputs (e.g., Bluetooth), adaptable to niche systems	Higher cost, longer lead time, requires technical expertise to configure