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  • PT100 Resistor 3850 RTD Sensor Element Ceramics
  • PT100 Resistor 3850 RTD Sensor Element Ceramics
  • PT100 Resistor 3850 RTD Sensor Element Ceramics
  • PT100 Resistor 3850 RTD Sensor Element Ceramics
  • PT100 Resistor 3850 RTD Sensor Element Ceramics
  • PT100 Resistor 3850 RTD Sensor Element Ceramics
PT100 Resistor 3850 RTD Sensor Element Ceramics
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PT100 Resistor 3850 RTD Sensor Element Ceramics

  • 10 - 999 Pieces
    $1.50
  • 1000 - 9999 Pieces
    $0.85
  • >= 10000 Pieces
    $0.70

Customization:

Customized packaging（Min.Order: 1000 pieces）
Probe Size（Min.Order: 1000 pieces）
Cable Length（Min.Order: 1000 pieces）
Connector Type（Min.Order: 1000 pieces）
View product details

PT100 Resistor 3850 RTD Sensor Element Ceramics

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Temperature Measurement: The PT100 Resistor 3850 RTD Sensor Element Ceramics measures temperature by detecting changes in electrical resistance, with a temperature coefficient of 3850 ppm/°C for precise readings.
  • Ceramic Construction: Designed with a ceramic substrate for enhanced durability, chemical resistance, and thermal stability, ensuring reliable performance in harsh environments.

Key features

  • 1. Advanced Ceramic Material Technology

    • With a ceramic sensor element, achieve exceptional thermal stability and corrosion resistance, ensuring reliable performance in extreme environments. This material outperforms plastic-based sensors in durability and precision*.

  • 2. High-Precision 3850 Resistance Temperature Coefficient

    • With a 3850 ppm/°C temperature coefficient, deliver precise temperature measurements (±0.1°C accuracy) compared to standard RTD sensors with lower coefficients*. Ideal for applications requiring minimal error margins.

  • 3. Industrial-Grade Performance Parameters

    • Engineered for high-temperature environments (-200°C to 850°C), this RTD sensor element outperforms thermocouples in precision and repeatability, making it ideal for critical industrial processes*.

  • 4. Versatile Scenario Solutions

    • Designed for continuous operation in industrial systems, power plants, and HVAC equipment, this sensor ensures uninterrupted monitoring where stability and longevity are paramount*.

  • 5. PT100 Standard Compliance

    • Complies with international PT100 standards (IEC 60751), guaranteeing compatibility with global industrial systems and traceable calibration across industries*.

Product details

PT100 Resistor 3850 RTD Sensor Element Ceramics

The PT100 Resistor 3850 RTD Sensor Element Ceramics is a precision temperature measurement device designed for industrial and scientific applications. Its ceramic construction ensures stability and durability, while the PT100 standard (3850 ppm/°C temperature coefficient) guarantees reliable performance across a wide range of temperatures.

Technical specifications

FeatureSpecificationBenefit
Sensor TypePT100 RTDHigh-precision temperature measurement
Temperature Coefficient3850 ppm/°CIndustry-standard accuracy for calibration
MaterialCeramicResists corrosion and thermal shock
Accuracy±0.1°C (Pro Model)Ensures critical process control
Operating Range-200°C to 600°C (Pro)Versatile for extreme environments
PackagingBulk or individualFlexible storage and handling

Customization guide

Adjustable parameters include lead length (customizable up to 50cm), material composition (e.g., platinum-coated ceramic for harsh environments), and tolerance ranges (±0.03°C for high-precision applications).

Get inspired

Use the PT100 RTD Sensor in industrial furnaces, HVAC systems, or laboratory equipment to monitor and regulate temperature with unmatched accuracy.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Range-50°C to 300°C-100°C to 500°C-200°C to 600°C
Accuracy±0.3°C±0.15°C±0.1°C
Response Time5s3s2s (20% faster than industry benchmarks)
MaterialStandard CeramicEnhanced CeramicPremium Ceramic + Platinum Coating

Supplier's note

  1. Technical Breakthroughs:

    • Ceramic Construction: With ceramic material, you can achieve long-term stability in corrosive or high-vibration environments.
    • ±0.1°C Accuracy: The Pro Model’s precision enables critical applications like semiconductor manufacturing.
    • -200°C to 600°C Range: Outperforms industry standards, enabling use in cryogenic or high-temperature industrial processes.

  2. Optimal Version Selection:

    • Base Model: Ideal for standard HVAC or lab settings where cost-efficiency is prioritized.
    • Advanced Model: Suited for food processing or pharmaceuticals requiring mid-range accuracy and durability.
    • Pro Model: Essential for aerospace or energy sectors needing extreme temperature tolerance and precision. For instance, its platinum-coated ceramic ensures minimal drift in oil refinery operations.

Frequently asked questions

  • Which RTD sensor is best for high-precision HVAC systems?

  • How to clean and store PT100 RTD sensor elements?

  • Ceramic vs. Metal Sheath: Which RTD sensor material suits chemical exposure?

  • Can PT100 RTD sensors be customized for food processing equipment?

  • Is PT100 RTD sensor 3850 compliant with industrial standards?

  • What makes PT100 RTD sensors better than thermocouples in labs?

  • How does the PT100 RTD sensor handle extreme temperature fluctuations?

  • What storage conditions are required for bulk PT100 RTD elements?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature RangeIndustrial furnaces, cryogenic systemsIndustry Standard: -50°C to 500°C
Our Base: -200°C to 600°C▲
Our Advanced: -250°C to 850°C▲▲		Wider range for extreme environments (e.g., aerospace, deep-freeze storage)Higher cost for extreme ranges▲▲ (e.g., $150 vs. $80 for Base)
AccuracyPrecision labs, HVAC control systemsIndustry Standard: ±0.5°C (IEC 60751)
Our Base: ±0.3°C▲
Our Advanced: ±0.15°C▲▲		Minimizes calibration needs (e.g., ±0.15°C ensures ±0.5% error in process control)Advanced sensors require specialized interfaces▲▲
Response TimeDynamic process monitoringIndustry Standard: 30 sec (ISO 15197)
Our Base: 20 sec▲
Our Advanced: 10 sec▲▲		Real-time feedback in fast-acting systems (e.g., semiconductor manufacturing)Faster sensors may require cooling systems▲▲
Chemical ResistanceChemical plants, food processingIndustry Standard: ASTM D543 (basic acids/alkalis)
Our Base: ASTM D543 + oils/gases▲
Our Advanced: ASTM F739 (harsh solvents)▲▲		Withstands aggressive chemicals (e.g., sulfuric acid exposure at 80°C)Advanced versions need protective coatings▲▲
Mounting TypeHarsh environments (e.g., offshore)Industry Standard: Threaded mount (IP65)
Our Base: Waterproof IP68▲
Our Advanced: Explosion-proof IP69K▲▲		Submersible in seawater▲ or withstands high-pressure washdowns▲▲IP69K requires thicker housing (adds 20% weight)▲▲
Operating EnvironmentVibration-heavy machineryIndustry Standard: 5-5000 Hz, 5g acceleration
Our Base: 5-10,000 Hz, 10g▲
Our Advanced: 5-20,000 Hz, 20g▲▲		Stable readings in turbine engines▲▲ or heavy machinery▲▲Advanced versions may require recalibration after extreme shocks▲▲

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