Pt100 Temperature Sensor 3 Wire - Wholesale Manufacturers

Here is my take: I supply a Pt100 Temperature Sensor 3 Wire built for industrial processes. For Wholesale and Manufacturers, I offer reliable, accurate measurement in harsh environments. The Pt100 Temperature Sensor 3 Wire delivers fast response, tight tolerance, and stable readings across a wide temp range. The three-wire config minimizes lead resistance, ensuring accuracy over long runs, ideal for OEMs and bulk orders. Built with stainless steel body and high-quality platinum RTD, it resists corrosion and vibration. I offer easy integration with standard transmitters and PLCs, and compatibility with standard 4-20mA or 0-10V outputs via signal conditioning. For Wholesale buyers and Manufacturers, I can provide volume pricing, consistent lead times, and certified quality control. Whether you need 100 or 10,000 units, I tailor packaging and labeling to your brand. Let me help you streamline procurement, reduce downtime, and improve process reliability with the Pt100 Temperature Sensor 3 Wire.

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Pt100 Temperature Sensor 3 Wire Delivers Unmatched Quality Your Trusted OEM Partner

Pt100 sensors in a 3‑wire configuration deliver stable, accurate readings over long cables. The extra lead compensates for resistance, giving reliable data across the full temperature range. Built to tight tolerances with high‑purity platinum and IEC 60751 compatibility, these sensors perform consistently in demanding environments—from automation to food processing and medical devices. Rigorous calibration, traceability, and ISO‑compliant QA ensure data you can trust. As an OEM partner, you’ll access scalable, customized solutions: lead lengths, sheath materials (stainless steel), connection types, and housings tailored to your equipment. Strong supplier oversight, moisture protection, and comprehensive QA data support reliability. Flexible MOQs, predictable pricing, and on‑time delivery help global buyers reduce risk, shorten lead times, and maintain consistent quality across regions.

{ Pt100 Temperature Sensor 3 Wire Delivers Unmatched Quality Your Trusted OEM Partner}

Dimension Specification Notes
Sensor Type Pt100 RTD, 3-wire configuration Three-wire compensation to cancel lead resistance
Resistance @ 0°C 100.0 Ω Nominal reference value
Temperature Range -50 to 200 °C Suitable for many industrial processes
Accuracy (IEC 60751 Class A) ±0.15°C @ 0°C; ±0.30°C @ 100°C High-precision class A
Response Time (t63) 2–5 s (air); 8–12 s (liquid) Depends on immersion and mounting
Lead Configuration 3-wire (compensated) Reduces lead resistance impact
Cable Length Options 1 m, 2 m, 5 m (custom lengths available) Other lengths on request
Probe Material Stainless steel sheath (AISI 304) Corrosion resistant
Probe Diameter Ø6.0 mm Compact for tight spaces
Outer Sheath Material Stainless steel (1.4301) Durable for harsh environments
Protection Rating IP65 Dust tight; protected against water jets
Operating Environment -20 to 80 °C; 0–95% RH non-condensing Broad environmental compatibility
Certifications CE, RoHS, ISO 9001-compliant manufacturing Quality management assurance
Applications Industrial automation, HVAC, Food & Beverage, Lab instrumentation General purpose sensing and process control
Warranty 12 months limited warranty Subject to standard terms

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Pt100 Temperature Sensor 3 Wire Industry Leaders Ahead of the Curve

Data Dimension: Temperature Stability Across Environments for Pt100 3-Wire Sensors

Lab Calibration Field (Industrial) Nominal

This dataset analyzes temperature readings from Pt100 3-wire sensors across twelve consecutive months in three different environments: Lab Calibration (blue), Field (Industrial) (orange), and a Nominal reference (green). The Lab Calibration line remains tightly clustered around the target 25°C, with only minor fluctuations, illustrating excellent stability under controlled conditions. In contrast, the Field environment exhibits greater drift and variability, with readings consistently higher by approximately 0.3–0.6°C and occasional swings that reflect ambient heat, equipment load, and cable routing in industrial settings. The Nominal line serves as an idealized target, enabling quick visual assessment of accuracy relative to the other series. This visualization highlights the value of the 3-wire Pt100 configuration, which compensates for lead resistance and reduces a common source of measurement error, especially in long or multi-point installations. The observed differences between Lab and Field data underline the necessity for regular calibration, environmental compensation, and robust installation practices to maintain measurement integrity in real-world applications. From a data perspective, monitoring month-to-month patterns helps identify drift sources such as sensor aging, thermal cycling, or enclosure heating. By comparing against the Nominal line, maintenance teams can quantify error budgets and determine when recalibration, sensor replacement, or relocation is warranted. This kind of multi-environment dataset supports more reliable temperature control loops, better quality assurance, and informed decisions for predictive maintenance in temperature-sensitive processes.

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