Rtd 100 Temperature Sensor - China Manufacturer

I am a China-based manufacturer offering the Rtd 100 Temperature Sensor for demanding industrial needs. Built around a Pt100 element, it comes in 3-wire or 4-wire configurations for superior accuracy and long-term stability across wide temperatures. The rugged metal housing and sealed connections withstand harsh environments, while fast response times meet tight control loops. I can customize connection styles, cable lengths, and process accessories to fit your OEM or MRO projects, with certifications such as CE and RoHS. This sensor delivers repeatable performance, low hysteresis, and easy installation with standard calibration data. We support batch production and scalable volumes for distributors or system integrators, ensuring predictable lead times and competitive pricing. If you’re sourcing a reliable RTD solution from China, I am ready to collaborate and tailor this Rtd 100 Temperature Sensor to your exact spec. Let’s help you optimize your process with confidence.

Hot Selling Product

Rtd 100 Temperature Sensor Industry Giant Now Trending

Pt100 RTD sensors are trending as the industry standard for accuracy, stability, and durability. They offer a linear response, wide range, and long-term reliability, ideal for process control, chemical plants, oil and gas, pharma, food and beverage, and HVAC. Three-wire compensation and standard tolerances (Class A, Class B, 1/3 DIN) support easy interchangeability. As automation and Industry 4.0 expand, buyers seek RTD solutions that deliver precise data, simple calibration, and easy integration with digital monitoring and alarms. When sourcing globally, evaluate construction (Pt100 element, sheath material, protection rating), terminations (M12, cable, or terminal blocks), and installation length. Key criteria include calibration certificates traceable to standards, specified tolerance, and working temperature. Consider lead resistance, response time, and self-heating under recommended excitation. Request datasheets, compatibility with existing instrumentation, supply stability, and clear after-sales support. This approach minimizes risk and ensures a reliable, scalable RTD supply for multi-region projects.

{ Rtd 100 Temperature Sensor Industry Giant Now Trending}

Dimension Value
R0 (Resistance at 0°C)100 Ω
Temperature coefficient α0.00385 per °C (Pt100, IEC 60751)
Operating temperature range-200 to +850 °C (sensor dependent)
StandardIEC 60751 (DIN EN 60751)
Common RTD formsBead, Wire-wound, Thin-film, Immersion probes
Accuracy classesClass A (tight), Class B (broader)
Typical response time0.5–5 seconds depending on size and mounting
Lead wire optionsNickel, Copper, or Platinum alloys
Industrial applicationsIndustrial automation, process control, HVAC, medical devices
Market trend noteRTD sensors maintain preference for precision and stability in critical processes

Related Products

Rtd 100 Temperature Sensor Your Trusted OEM Partner Your End-to-End Solution

Time-of-Day Temperature Gradient

The following data visualization represents a simulated industrial RTD temperature sensor profile, captured over a 24-hour cycle. It is designed to illustrate how time-based measurements can reveal diurnal patterns and potential process loads within an operation. Temperature readings are expressed in degrees Celsius and are collected at hourly intervals, reflecting typical sensor behavior in a controlled environment with minor natural variability due to ambient conditions, airflow, and equipment activity. The resulting line chart emphasizes a gradual warm-up from early morning, reaching a peak in the late afternoon, followed by a tapering as evening progresses. While the dataset is synthetic, the structure demonstrates core aspects of an end-to-end data workflow: precise time-stamping, consistent sampling cadence, and straightforward visualization for trend analysis, anomaly detection, and operational insight. From an OEM perspective, this visualization can support proactive decision-making, calibration planning, and maintenance scheduling. By monitoring the temperature gradient over time, technicians can identify deviations that might indicate sensor drift, inadequate cooling, or changes in processing load. When integrated into a broader data platform, these readings can feed alerts if values fall outside established thresholds, enabling rapid response to potential issues and reducing downtime. Extending this approach to a multi-sensor network allows cross-location comparisons to assess environmental consistency and equipment health across the facility. The end-to-end solution can incorporate metadata such as sensor ID, calibration status, and sampling rate to ensure data lineage and traceability, which are essential for quality assurance and regulatory compliance. In summary, time-series temperature visualization provides a practical, interpretable view of process stability, enabling better control, optimization, and reliability of the overall operation.

Top Selling Products