3 Wire Pt100 Sensor - Wholesale & Manufacturers

I’ve spent years helping plants choose stable temperature sensing, and my {3 Wire Pt100 Sensor} is built for reliability in harsh environments. For {Wholesale} buyers and {Manufacturers}, I offer bulk pricing, steady supply, and flexible configurations. This sensor uses a Pt100 RTD with three-wire compensation to cancel lead resistance, giving accurate readings from -200°C to 850°C, depending on the configuration. It comes with a tough stainless steel sheath, optional M12 or plug-in connectors, and is compatible with most PLC, DCS, and SCADA systems. Tight tolerances and rugged construction mean less drift and less downtime. We can provide standard stock or customize with your cable lengths, connectors, and calibration certificates. If you need private labeling or OEM packaging, I can arrange. I’m focused on fast quotes and reliable delivery so your calibration schedules stay on track.

Hot Selling Product

3 Wire Pt100 Sensor Supplier Industry Giant

Global industries rely on precise temperature sensing for process control and safety. A 3-wire Pt100 sensor, with an extra lead to compensate for lead resistance, offers higher accuracy and stability than two-wire setups, especially over long cables and in harsh environments. These sensors are widely used in chemical processing, energy, food and beverage, pharmaceuticals, plastics, and automation, where dependable data improves quality and efficiency. A leading supplier provides a broad range of probes and assemblies engineered for rugged service and seamless automation integration. For global buyers, key criteria include scale, consistency, and traceability: high-volume production with strict QA, calibration certificates, and compliance with IEC 60751; flexible lead times and supply terms; and a global distribution network to shorten delivery and reduce risk. Seek suppliers offering customization (sheath material, connectors), robust post-sale support, and clear documentation for conformity and calibration data. With these capabilities, you can secure reliable supply, optimize total cost of ownership, and maintain steady operations across borders.

3 Wire Pt100 Sensor Supplier Industry Giant
Model Element Configuration R0 (Ω) @ 0°C Tolerance Wire Material Lead Length (m) Probe Diameter (mm) Sheath Material Protection Type Temperature Range (°C) Response Time (s) IP Rating
M-1000-3W-PT100 Pt100 3-Wire 100.0 IEC 60751 Class A: ±0.15°C PVC insulated copper 2.0 3.0 Stainless Steel 304 Immersion -50 to 250 0.8 IP67
M-1100-3W-PT100 Pt100 3-Wire 100.0 IEC 60751 Class B: ±0.30°C PVC insulated copper 3.0 2.5 Stainless Steel 316 Probe Head -40 to 260 1.0 IP68
M-1200-3W-PT100-SS Pt100 3-Wire 100.0 IEC 60751 Class A: ±0.15°C PFA insulated copper 1.8 2.0 Inconel 600 Immersion -60 to 350 0.5 IP68
D-2000-3W-PT100 Pt100 3-Wire 100.0 IEC 60751 Class A: ±0.15°C Silicone insulated copper 4.0 3.0 Stainless Steel 316L Insertion -20 to 250 0.9 IP67
S-3100-3W-PT100 Pt100 3-Wire 100.0 IEC 60751 Class A: ±0.15°C Polyurethane insulated copper 5.0 2.8 Stainless Steel 304 Surface Mount -60 to 180 1.2 IP67

Related Products

3 Wire Pt100 Sensor Application From Concept to Delivery

数据维度标题:阶段交付时间分布

Stage Lead Time Distribution for 3-Wire Pt100 Sensor Application

This visualization focuses on the lead time distribution across five stages of a 3‑wire Pt100 sensor development and delivery process. Each bar represents the number of days required to complete that specific stage in a typical project cycle. The stage sequence mirrors a conventional product lifecycle: Concept captures initial requirements and feasibility; Prototype develops the hardware and firmware; Validation ensures performance, calibration, and environmental specs; Pre-Production readies the design for manufacturing, including tooling validation and process setup; Delivery encompasses packaging, logistics, and final customer handoff. The data presented here are synthetic for demonstration purposes, yet they reflect common timing patterns where early exploration is relatively brief, while verification, tooling, and manufacturing readiness often extend the overall cycle. The 3‑wire Pt100 design introduces calibration and lead‑wire compensation considerations, which can add time to testing and certification activities. From a management perspective, this chart helps identify bottlenecks: if Validation or Pre‑Production consistently consumes more days, strategies such as parallel testing, concurrent engineering, and earlier supplier qualification can reduce overall lead time without sacrificing quality. Extending this visualization to multiple projects enables benchmarking, tracking improvements over time, and establishing targets for each stage. Incorporating additional dimensions—such as cost, defect rate, or yield—would provide a more comprehensive view of performance across the development-to-delivery pipeline. Overall, this snapshot serves as a concise communication tool to align stakeholders and drive continuous process improvement in sensor manufacturing workflows.

Top Selling Products