Pt100 Rtd Temperature Sensor with CE Certification - Pricelist

I’m a supplier of temperature sensing solutions, and my Pt100 Rtd Temperature Sensor is designed for precise industrial control. Built with stainless steel probes and Pt100 elements, it delivers stable readings in harsh environments and broad ranges. The device supports standard 2- or 4-wire configurations, reliable insulation, and rugged connectors for field installation. I ensure CE Certification for safety and electromagnetic compatibility, so you can trust it in certified systems. If you’re budgeting for a project, I can share a clear Pricelist and lead times, with volume discounts for long-term purchases. We offer customization options: different sheath materials, sheath diameters, and connector styles to fit your control panel or installation method. Documentation includes calibration certificates and traceability. Our goal is to help you reduce downtime and maintenance costs, while meeting your process requirements. Reach out for a sample, a quotation, and a discussion about your application—I’m ready to tailor a solution around Pt100 Rtd Temperature Sensor to your needs.

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Pt100 Rtd Temperature Sensor Industry Giant Your Trusted OEM Partner

Pt100 RTD sensors empower today's global workflows with precision, reliability, and scalability. As a leading OEM partner, we enable high-volume production with rigorous QA, full traceability, and flexible configurations. Choose 2-, 3-, or 4-wire assemblies, Class A or B tolerances, and a range of sheath materials and connection options for harsh environments. Calibrated with traceable certificates and RoHS/REACH compliance, these sensors suit markets from food and beverage to energy and automotive. From design to high-volume production, we accelerate time-to-market and optimize performance. Our teams support design-for-manufacturability (DFM), qualification testing, and on-site validation, plus scalable packaging and private labeling to meet regulatory and market needs. A global logistics network, transparent documentation, and responsive technical support help buyers manage risk and ensure consistent sensor performance across climates and industries.

{ Pt100 Rtd Temperature Sensor Industry Giant Your Trusted OEM Partner }
Sensor ID Range (°C) R0 (Ω) TCR (ppm/°C) IEC Class Lead Length (m) Sheath Material Protection Tube Immersion Length (mm) Response Time (s) Connection Type Calibration Certificate
S-100-01 -200..850 100 3850 A 1.0 SS316 Glass 60 6 3-wire Yes
S-100-02 -200..500 100 3850 B 2.0 SS304 Ceramic 40 4 4-wire Yes
S-101-03 -50..300 100 3850 A 1.5 SS304 Glass 30 8 2-wire No
S-101-04 -200..600 100 3850 B 0.5 SS316 Stainless Steel 20 3 3-wire Yes
S-102-05 -200..250 100 3850 A 2.5 SS304 Ceramic 25 9 4-wire Yes
S-103-06 -50..850 100 3850 A 1.0 SS316 Glass 35 7 3-wire No
S-104-07 -200..400 100 3850 B 0.8 SS304 Ceramic 50 5 2-wire Yes
S-105-08 -80..400 100 3850 A 3.0 SS316 Stainless Steel 45 6 3-wire Yes
S-106-09 -200..600 100 3850 A 1.2 SS304 Glass 40 4 4-wire No
S-107-10 -200..125 100 3850 B 1.0 SS304 Glass 50 12 2-wire Yes

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Pt100 Rtd Temperature Sensor Ahead of the Curve Exceeds Industry Benchmarks

Pt100 RTD Temperature Sensor Performance Across Temperature Ranges

数据维度:不同温度区间的测量准确性(Pt100 RTD)

0 20 40 60 80 100 -50 to 0°C 0 to 25°C 25 to 50°C 50 to 75°C 75 to 100°C Accuracy (%)
Note: The chart illustrates the measured accuracy of Pt100 RTD temperature sensors across typical industrial temperature ranges. Values represent percentage accuracy relative to true temperature, indicating that the sensor maintains exceptionally high precision across a broad span from sub-zero to high-heat conditions. The peak performance occurs in the mid-range where material stability and resistance characteristics are most linear, while the extremes show slight deviations due to intrinsic PT100 behavior and thermal coupling effects. This visualization aims to communicate that the Pt100 RTD configuration demonstrated above not only meets but exceeds conventional industry benchmarks for precision, enabling more reliable process control and safer, more efficient operations in environments with wide temperature swings. The data dimension highlighted here focuses on how accuracy behaves as temperature changes, which is critical for calibrations, quality assurance, and predictive maintenance planning in manufacturing and energy sectors.

The chart presented demonstrates a data-driven view of measurement performance collected from Pt100 RTD sensors across representative temperature ranges. By segmenting the data into explicit temperature windows (-50 to 0°C, 0 to 25°C, 25 to 50°C, 50 to 75°C, and 75 to 100°C), we can observe a consistent pattern: accuracy remains exceptionally high throughout, with a slight peak in the mid-range. This pattern is indicative of the well-known linearity and high stability of Pt100 elements, which produce a near-ideal resistance-temperature relationship. The slight variations observed at the extremes (very low and very high temperatures) can be attributed to factors such as thermowell thermal mass, ambient thermal gradients, and calibration offsets that accumulate under challenging conditions. The takeaway is that the Pt100 RTD configuration featured here offers robust performance across a broad temperature span, reducing the risk of measurement drift in critical process controls. For engineers, these insights support more reliable temperature monitoring, fewer calibration events, and improved operational efficiency. As industries push for smarter manufacturing, sensors that consistently meet stringent benchmarks across temperature ranges become essential assets in achieving reliable, data-driven decision-making and energy-efficient operations.

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