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  • YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
  • YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
  • YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
  • YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
  • YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
  • YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System
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YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System

$10.80-$11.50/ Piece|1 Piece/Pieces(Min. Order)

YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Particulate Matter Detection: Utilizes optical sensor technology to accurately measure particulate matter in air or liquids, with a resolution of 1μs for precise environmental monitoring.
  • Smart Output Control: Features a digital communication interface and outputs including switching transducer signals and overtemperature alerts, enabling real-time responses to contamination or extreme conditions.

Key features

  • 1. Corrosion-Resistant Blue Metallic Casing

  • With a corrosion-resistant blue metallic casing, ensure long-term durability in harsh industrial environments*.

  • 2. Digital Communication Interface

  • With a digital communication interface, integrate seamlessly with industrial automation systems for real-time data transmission*.

  • 3. Ultra-High Resolution (1μs)

  • With 1μs resolution, achieve ultra-precise particulate matter measurements for critical industrial applications*.

  • 4. Overtemperature Protection Function

  • With overtemperature protection function, maintain safe operation in high-temperature industrial settings while preventing system failures*.

  • 5. Compliance with Industrial Safety Standards

  • With compliance to industrial safety standards, ensure reliable performance in regulated environments*.

Product details

YJJ PMS5003 Ultra-Thin Digital Universal Particulate Matter Dust Sensor Is Used in Fresh Air System

The YJJ PMS5003 digital universal particulate matter sensor is designed for industrial automation applications, featuring a durable blue metallic casing and advanced optical sensing technology. With a digital interface and overtemperature protection, it ensures reliable performance in harsh environments while providing precise particulate measurements at 1μs resolution.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialBlue metallic casingHarsh industrial environments (moisture/dust resistance)
CommunicationDigital interfaceIntegration into automated control systems
Output TypeSwitching transducer, transducerReal-time particulate detection and alerting
OvertemperatureOvertemp protection functionPreventing damage in high-temperature zones
Resolution1μsHigh-precision particulate measurement
Sensing TheoryOptical sensorAccurate detection of airborne particles

Customization guide

Adjustable sensitivity thresholds and overtemperature parameters can be tailored to meet specific industrial needs, such as optimizing particulate detection for air quality monitoring or adjusting thermal limits for extreme environments.

Get inspired

With its rugged blue metallic design and optical sensing core, the YJJ PMS5003 ensures durability and precision in industrial automation. The digital output and overtemperature safeguards make it ideal for applications requiring real-time monitoring and fail-safe operation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Resolution1μs (baseline)0.8μs (+20%)0.5μs (+50%)*
Temperature Range-10°C to 50°C-20°C to 60°C-30°C to 70°C
Communication Speed100kbps200kbps (+100%)500kbps (+400%)

Supplier's note

  1. Technical Breakthroughs:

    • Optical Sensor Theory: Enables precise particulate measurement in real time.
    • Overtemperature Protection: Prevents sensor failure in extreme environments.
    • Digital Interface: Simplifies integration into IoT and industrial automation systems.
  2. Version Selection Guide:

    • Base Model: Ideal for standard industrial setups requiring basic particulate monitoring (e.g., factory air quality checks).
    • Advanced Model: Suitable for harsher environments (e.g., mining or chemical plants) with expanded temperature tolerance and faster communication.
    • Pro Model: Best for high-precision applications like medical or aerospace engineering, where ultra-fast response (0.5μs) and extreme temperature resilience are critical.

*Pro Model’s resolution is 50% faster than the industry standard for particulate sensors, ensuring unmatched accuracy in dynamic industrial processes.

Frequently asked questions

  • Which particulate matter sensor suits industrial automation with high precision?

  • How to clean the blue metallic casing of the YJJ PMS5003 sensor?

  • Why choose a blue metallic sensor over plastic for harsh environments?

  • Can the YJJ PMS5003 sensor be customized for specific tracking needs?

  • Is the YJJ PMS5003 sensor certified for use in extreme temperatures?

  • What applications benefit from the YJJ PMS5003’s 1μs resolution?

  • Why does the YJJ PMS5003 use a digital interface instead of analog?

  • How does the optical theory enhance the YJJ PMS5003’s performance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Particulate SensorGeneral industrial monitoringResolution: 2μs (ISO 12345 compliant)
Analog interface (common in older systems)
Optional overtemp protection (may need add-ons)
Cost-effective, widely compatibleLower resolution, requires frequent calibration
Our Base Model (YJJ PMS5003)Industrial automationResolution: 1μs (ISO 12345 – twice as precise as industry standard)
Digital communication (easier integration with modern systems)
Standard overtemp protection (prevents damage in high temps)
Better than industry standard in key areasLess precise than laser-based
Laser-Based Particulate SensorsLaboratory researchResolution: 0.1μs (ISO 12345 – lab-grade precision)
Digital interface (compatible with advanced systems)
Extremely preciseExpensive, bulky
MEMS-Based SensorsConsumer electronicsResolution: 5μs (IEC 61298 – sufficient for basic needs)
Digital interface (easy to integrate)
Compact, low power consumptionLower accuracy
Beta Attenuation MonitorsEnvironmental complianceResolution: 1μs (EPA standard – meets regulatory requirements)
Analog interface (common in compliance setups)
High reliability for regulationsLarge size, high maintenance
Our Advanced ModelHigh-precision industrial applicationsResolution: 0.5μs▲ (ISO 12345 – double the precision of Base)
Enhanced transducer▲ (real-time data streaming)
Advanced overtemp protection▲ (auto-shutdown for safety)
Superior resolution, enhanced safetyHigher cost than Base model

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