Rtd Pt100 3 Wire ODM Factory | High-Precision Temperature Sensor

From my ODM-ready factory, I offer the Rtd Pt100 3 Wire sensor series, built for reliability in process control and automation. I can customize elements—sensor length, sheath material, connection styles—so your spec meets your OEM or ODM requirements. The 3-wire configuration minimizes lead resistance for stable readings, with wide range (-50 to +600 C) and typical accuracies suitable for factory floor environments. Choose stainless steel or special alloys, with DIN/IEC connectors, and optional plug-and-play cables. I provide calibration certificates, RoHS compliance, and ISO9001 quality processes. Direct factory pricing and short lead times help you beat supply chain delays. If your project needs ODM collaboration, I can align the product design with your drawings, perform batch testing, and provide after-sales support. With this Rtd Pt100 3 Wire, your temperature sensing will be precise, repeatable, and ready for mass production.

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Rtd Pt100 3 Wire Application Ahead of the Curve

Global buyers seek accurate, reliable temperature sensing that withstands long cable runs and harsh environments. The three-wire RTD Pt100 configuration delivers precise measurement by compensating lead resistance, yielding stable readings from -200°C to +850°C. Based on a Pt100 element (100 ohms at 0°C) with a predictable trend per degree, it supports wide ranges. A small excitation current minimizes self-heating and preserves accuracy. In a 3-wire setup, the controller cancels lead resistance, making it ideal when sensor location or cable length varies. From factory floors to critical process lines, 3-wire Pt100 sensors offer compatibility with standard instrumentation, straightforward wiring, and robust performance in damp or dirty environments. Specify IEC 60751 tolerances (Class A/B), suitable sheath materials, and installation styles (immersion, insertion, or surface mount). Ensure traceable calibration and temperature coefficients, plus RoHS/REACH certifications. By choosing a true 3-wire RTD with lead compensation, buyers reduce maintenance, improve control, and shorten time-to-market.

{ Rtd Pt100 3 Wire Application Ahead of the Curve}

Scenario Sensor Type Connection Temp Range (°C) R0 @ 0°C (Ω) R100 @ 100°C (Ω) Tolerance Lead Length (m) Calibration Notes
Baseline 3-Wire Lab Calibration Pt100 RTD Three-wire 0 to 100 100.00 Ω 138.50 Ω Class B: ±0.30°C (0–100°C) 5.0 NIST-traceable Cold-junction compensation enabled; stable reference environment
Industrial Process Control Pt100 RTD Three-wire, armored cable -40 to 150 100.00 Ω 138.50 Ω Class A: ±0.15°C (0–100°C); extended range ±0.30°C 10.0 Factory + Calibration Lab Suitable for harsh environments with EMI shielding
Vibration-Resistant Mount Pt100 RTD Three-wire, flexible stainless jacket 0 to 200 100.00 Ω 138.50 Ω Class B: ±0.30°C (0–100°C); ±0.50°C (100–200°C) 2.0 NIST-traceable Low microphonic sensitivity; mounting clamps included
Cryogenic to Mid-Range Pt100 RTD Three-wire with shielding -200 to 400 100.00 Ω 138.50 Ω Class B: ±0.30°C (0–100°C); ±0.60°C (−200–0°C) 3.0 NIST-traceable Low-thermal sensitivity; silicone sealant
Weld-in RTD for Heat Exchanger Pt100 welded-sleeve RTD Three-wire, welded sheath -50 to 250 100.00 Ω 138.50 Ω Class A: ±0.15°C (0–100°C) 1.5 Factory calibrated Stainless steel sheath; chemical resistant
Remote Monitoring in Pipe-Side Installation Pt100 RTD Three-wire with long lead -20 to 180 100.00 Ω 138.50 Ω Class B: ±0.30°C (0–100°C) 50.0 NIST-traceable Twisted pair shielded cable; remote display compatible
Compact Sensor for OEM Equipment Pt100 RTD, thin-film element Three-wire, compact probe 0 to 125 100.00 Ω 138.50 Ω Class A: ±0.15°C (0–100°C) 0.8 Factory calibration; user recalibration optional Slim profile; quick-connect terminals
High-Temperature Furnace Probe Pt100 RTD with ceramic insulator Three-wire, high-temp cable 0 to 525 100.00 Ω 138.50 Ω Class B: ±0.30°C (0–100°C) 1.2 Traceable to reference standard High-temp insulation; ceramic core

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Rtd Pt100 3 Wire Is The Best Market Leader

数据维度:温度对不同接线方式的阻值相对误差分布

New Data-Driven Title: Temperature Response Accuracy Across Wiring Configurations

本图对比了温度对三种不同接线方式的阻值误差,展示 Pt100 在实际应用中的稳定性差异。横轴为工作温度,纵轴为相对误差(%)。覆盖-50°C至150°C的区间,便于观察极端温度下的偏差趋势。结果显示三线接法在大多数温度区间的误差最小,尤其在中高温段,能有效抑制引线阻抗对测量的影响;两线接法误差较大,易受导线电阻波动影响;四线接法虽也能减小误差,但成本和安装复杂性高,提升并不显著。该分析与实际应用对高精度和良好可重复性的需求一致,说明在需要更高线性度和稳定性的场合,优先选择三线 Pt100。不同厂家在引线长度、连接器和导线材料等细节会产生额外的误差,因此在选型时应综合考虑温度区间、环境条件与系统容差。通过此数据视图,工程师可直观比较不同接线对温度计测量的影响,辅助设计与质量控制决策。

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