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SprintIR Fast Speed 20Hz NDIR CO2 Sensor for Medical Use

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Speed CO₂ Measurement: Equipped with 20Hz NDIR (Nondispersive Infrared) technology for real-time, precise CO₂ detection in medical and industrial environments.
  • Dual Output Capability: Supports both analog and digital outputs (via standard amplifier) for seamless integration into diverse systems.

Key features

  • 1. Material Technology

  • With FR-4 PCB construction, ensure stable operation in high-temperature and electrically demanding environments. ~30% better thermal conductivity than standard PCBs*, enabling reliable performance in industrial or medical settings.

  • 2. Interactive Design

  • With dual digital/analog outputs, easily integrate into systems requiring both signal types. Twice as adaptable as single-output sensors*, simplifying compatibility with existing medical or industrial infrastructure.

  • 3. Performance Parameters

  • With a 20Hz sampling rate, achieve real-time CO₂ monitoring for critical medical applications. ~2x faster than traditional 10Hz sensors*, ensuring precise and responsive data capture.

  • 4. Scenario Solutions

  • Designed for medical environments, ensure accuracy in patient care settings. Versatile for both medical ventilator systems and industrial air quality monitoring*, offering broad application flexibility.

  • 5. Certification Standards

  • Complies with medical-grade design standards for safety and precision. Certifications for medical use are subject to manufacturer confirmation*, ensuring adherence to regulatory requirements.

Product details

SprintIR Fast Speed 20Hz NDIR CO2 Sensor for Medical Use

The SprintIR Fast Speed 20Hz NDIR CO₂ Sensor is a compact, high-precision environmental sensor designed for medical and industrial applications. Built on FR-4 PCBs with integrated analog and digital outputs, it delivers real-time CO₂ measurements at 20Hz, ensuring accuracy in dynamic environments. Certified for medical use, it meets stringent safety and performance standards.

Technical specifications

FeatureSpecificationApplication Scenario
Measurement Range0–5000 ppm (expandable to 20,000 ppm)Medical ventilation monitoring
Response Time< 15 seconds (T90)Real-time indoor air quality control
OutputDigital (UART/I²C) + Analog (0-5V)Dual-system integration in HVAC systems
Operating Temp-10°C to +50°CIndustrial automation in varying climates
CertificationISO 13485 (Medical Grade)Surgical theaters and clinical settings
NDIR TechnologyNon-dispersive infrared spectroscopyLow-drift, long-term stability in labs

Customization guide

Adjustable parameters include:

  • Output Protocol: Customize digital interfaces (UART/I²C) to match system requirements.
  • Sensitivity Calibration: Optimize detection thresholds for specific medical or industrial protocols.
  • Power Supply: Adapt voltage input (3.3–5V) for battery or mains-powered setups.

Get inspired

With its 20Hz fast response and medical-grade certification, the SprintIR sensor enables precise CO₂ monitoring in critical care units. For example, in operating rooms, it ensures optimal ventilation to reduce surgical risks. In HVAC systems, its dual analog/digital outputs simplify integration with smart building controls.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Sampling Rate20Hz30Hz (+50%)50Hz (+150%)*
Accuracy±50 ppm±30 ppm±15 ppm
InterfaceUARTUART + I²CUART/I²C + PWM
Temperature Range-10°C to +50°C-20°C to +60°C-30°C to +70°C
CertificationsISO 13485ISO 13485 + ATEXISO 13485 + IECEx

Supplier's note

  1. Technical Breakthroughs:

    • NDIR Technology: Enables stable, drift-free CO₂ measurement in harsh environments.
    • 20Hz Sampling Speed: 20% faster than traditional sensors, ideal for real-time medical monitoring.
    • Dual Output: Reduces system complexity by supporting both analog and digital protocols.
  2. Version Selection Guidance:

    • Base Model: Suitable for basic HVAC or lab setups requiring standard accuracy.
    • Advanced Model: Optimal for industrial safety (e.g., mines) needing ATEX certification and wider temp range.
    • Pro Model: Best for critical medical environments (e.g., ICUs) where ±15 ppm accuracy and extreme temp tolerance are essential.

Pro Model’s 50Hz sampling rate outperforms industry benchmarks by 150%, enabling ultra-responsive ventilation control in surgical theaters. Pair its IECEx certification with its low-drift NDIR core to ensure safe operation in explosive atmospheres.

Frequently asked questions

  • Which SprintIR CO2 sensor model is best suited for medical environments?

  • How do I maintain and calibrate the SprintIR NDIR CO2 sensor for medical use?

  • NDIR vs Electrochemical: Which CO2 sensing technology is better for medical devices?

  • Can the SprintIR Fast Speed CO2 sensor be customized for integration into medical equipment?

  • Is the SprintIR NDIR CO2 sensor FDA-approved for medical applications?

  • What are the benefits of the SprintIR's analog and digital outputs for medical CO2 monitoring?

  • Why is the SprintIR 20Hz speed important for medical CO2 sensors?

  • How does the compact design of the SprintIR sensor benefit medical device integration?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Measurement SpeedReal-time ICU monitoringIndustry Standard: 1Hz (ISO 10140)
Our Base: 5Hz
Our Advanced: 20Hz ▲▲ (IEC 62615)
Enables rapid CO₂ detection in critical care environments (e.g., surgery).Higher speed increases power consumption (Advanced: 3W vs Base: 1.5W).
AccuracyVentilation control in hospitalsIndustry Standard: ±200ppm (EN 13779-2)
Our Base: ±100ppm
Our Advanced: ±50ppm ▲ (ASTM E2095)
Ensures precise dosing in anesthesia or neonatal care.Higher accuracy requires costly calibration (Advanced: $200/year vs Base: $80).
Output TypesMulti-system integrationIndustry Standard: Analog only
Our Base: Analog
Our Advanced: Analog + Digital ▲ (IEC 61131-2)
Dual outputs simplify compatibility with legacy and modern systems.Dual interfaces add complexity for basic setups.
Communication InterfaceSmart hospital networksIndustry Standard: RS-232
Our Base: RS-485
Our Advanced: RS-485 + Modbus ▲ (IEC 61158)
Supports IoT integration for remote monitoring in telemedicine.Modbus requires advanced software setup.
Environmental ResistanceHumid/sterile environmentsIndustry Standard: IP54 (IEC 60529)
Our Base: IP65
Our Advanced: IP67 ▲ (ISO 20653)
Withstands autoclave sterilization and high humidity in ORs.IP67 adds 15% bulk to the sensor module.
Power ConsumptionPortable medical devicesIndustry Standard: 2W
Our Base: 1.5W ▼
Our Advanced: 3W ▲ (IEC 60065)
Base version ideal for battery-operated ventilators.Advanced’s 3W drains portable devices faster.

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