Temperature Element Pt100 - ODM Factory Precision Sensors

We supply Temperature Element Pt100 sensors designed for robust industrial use. With ODM capabilities, I can tailor the Pt100 element to your exact specs—calibration, resistance tolerance, connector type, and packaging—so it fits your product lineup seamlessly. Factory-direct pricing and short lead times help you keep inventory lean while maintaining performance. This Temperature Element Pt100 delivers dependable stability, wide operating range, and fast response in harsh environments, with options for protected sheathes, twin-wire or four-wire configurations, and various coatings. I source high-purity platinum and enforce tight tolerances to ensure repeatable readings across batches. Our engineering support guides you through material selection, signal compatibility, and testing protocols, ensuring compliance with your QA standards. ODM-ready documentation, datasheets, and batch traceability are provided for easy integration. Ready to discuss your ODM project or volume orders with my team; you can count on consistent quality and on-time delivery for your Factory demands.

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Temperature Element Pt100 Industry Leaders Factory-Direct Excellence

Pt100 temperature elements are the gold standard for industrial accuracy and stability. Platinum RTDs offer exceptional repeatability, linear response, and minimal drift in harsh environments. Following IEC 60751 tolerances (Class A/B) and available in 2- or 3-wire configurations, they deliver reliable data from -200°C to about 850°C, suitable for process control, HVAC, energy, and chemical applications. Factory-direct sourcing delivers measurable value for global buyers: competitive pricing, shorter lead times, and customized configurations—from element geometry and sheath materials to connectors and protective tubes. In-house testing and traceable calibration ensure batch-to-batch consistency, while scalable production supports high-volume deployments without sacrificing precision. A dependable partner with robust QA and flexible options enables seamless integration of high-accuracy sensing into complex systems around the world.

{ Temperature Element Pt100 Industry Leaders Factory-Direct Excellence}
Part Code Sensor Type R0 (Ω) Temperature Range (°C) Tolerance (°C) RTD Class Response Time (s) Wire Configuration Lead Length (m) Process Connection Sheath Material Probe Diameter (mm) IP Rating
PT100-NS-01 Pt100, Class A 100.0 -50 to 180 Class A (±0.15°C @0°C) A 3 3-wire 1.5 M12 4-pin SS316 3.0 IP65
PT100-NS-02 Pt100, Class B 100.0 -50 to 250 Class B (±0.30°C @0°C) B 5 2-wire 1.0 G1/4 SS316L 4.0 IP65
PT100-NS-03 Pt100, Class A 100.0 -60 to 260 Class A (±0.15°C @0°C) A 2 4-wire 2.0 G1/2 SS316 3.5 IP66
PT100-NS-04 Pt100, Class B 100.0 -40 to 150 ±0.30°C @0°C B 4 3-wire 1.8 G1/4 SS304 2.5 IP67
PT100-NS-05 Pt100, Class A 100.0 -50 to 300 ±0.15°C @0°C A 6 3-wire 0.8 NPT 1/2 SS316 4.2 IP65
PT100-NS-06 Pt100, Class A 100.0 -60 to 200 ±0.15°C @0°C A 8 2-wire 0.5 M6 SS316 2.0 IP54
PT100-NS-07 Pt100, Class B 100.0 -200 to 500 ±0.30°C @0°C B 10 4-wire 3.0 Flange 1/2 in Inconel 600 5.0 IP68

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Temperature Element Pt100 Industry Giant Factory-Direct Excellence

Dimension: Temperature Readings by Process Stage (Pt100 Sensors)
Explanation: This chart presents stage-wise average temperature readings collected from Pt100 sensors across six key production stages. Pt100 sensors provide a reliable resistance-temperature relationship, enabling precise monitoring in industrial environments where small temperature variations can affect material properties, sensor drift, and overall product quality. The six stages are Raw Material Handling, Heating Process, Molding, Assembly, Quality Check, and Packaging. The values shown are approximate averages: 21.5°C, 23.1°C, 24.0°C, 23.7°C, 25.3°C, and 22.9°C respectively. The highest mean appears at the Quality Check stage, suggesting potential heat sources from inspection equipment or ambient factors, while Raw Material Handling exhibits the lowest mean, indicating relative cooler conditions upstream. This stage-wise temperature distribution provides a quick, at-a-glance thermal profile, enabling operators to detect hotspots and cool zones that may influence processing stability, material behavior, or sensor accuracy. Temperature uniformity is crucial for many manufacturing processes, especially where precise thermal control minimizes variability and drift in measurements. The Pt100-based measurement chain also depends on stable wiring, minimal EMI, and well-conditioned signal processing to maintain accuracy. By monitoring these six stages, teams can identify opportunities to optimize cooling, ventilation, or heating strategies, align throughput with thermal limits, and reduce energy consumption. Integrating these measurements into a real-time dashboard can support proactive maintenance and faster remediation when excursions occur. This visualization underscores the importance of rigorous temperature governance in high-precision manufacturing and provides a scalable template for expanding to additional stages as production complexity grows. It promotes traceability, operational excellence, and continuous improvement across the factory floor.

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