Pt100 Temperature Meter - High-Quality Supplier for Precision Sensors

I am your go-to supplier for dependable process instruments. The Pt100 Temperature Meter I offer delivers precise temperature readings for furnace, reactor, and automation lines. Built for field conditions, it features fast response, stable output, and High-Quality components that minimize drift over time. With a wide measurement range (-50 to 400°C) and 4-wire PT100 input compatibility, it suits most control systems. I designed it to be easy to install and calibrate, with clear display, robust housing, and long-life sensors. It can be integrated with your PLC or SCADA via standard signals (0-5V/4-20mA) and RS485. As a dedicated Supplier, I stand behind performance with competitive pricing, reliable delivery, and after-sales support. If you need proven reliability, durable construction, and accurate readings for your process, this Pt100 Temperature Meter is ready to boost your product quality and yield.

Hot Selling Product

Pt100 Temperature Meter Leads the Global Market Custom Solutions,

Pt100 meters and RTD sensors have led the global market with precise, stable performance across demanding ranges. Global buyers increasingly seek customization: sheath materials (stainless steel), immersion length, process connections (1/2‑14 NPT, M12), insulation, wiring, and IP ratings. Robust calibration, traceability, and compliance with IEC 60751 and RoHS/REACH ensure consistent quality and long service life across regions. A supplier specializing in custom solutions offers modular designs, rapid prototyping, and scalable manufacturing for high‑mix or high‑volume needs. Capabilities include pre‑calibrated meters, complete documentation, and calibration certificates. Buyers gain from design collaboration, short lead times, favorable MOQs, and strong after‑sales support. Global logistics and multilingual technical assistance help ensure smooth procurement for industries such as chemical processing, food and beverage, energy, and water treatment, delivering precise control and resilient supply chains worldwide.

{ Pt100 Temperature Meter Leads the Global Market Custom Solutions,}

ID Lead Configuration Lead Material Jacket Material Shielding Lead Length (m) Temperature Range (C) Resistance @ 0C (Ω) Accuracy Class Connector Compliance Standards Suggested Applications
PL-001 3-Wire Copper PTFE Unshielded 1.0 -50 to 180 100 IEC 60751 Class B M12 4-pin IEC 60751, RoHS Industrial process control; metalworking
PL-002 3-Wire Copper PVC Foil shield 1.5 -40 to 150 100 IEC 60751 Class B M12 4-pin IEC 60751, CE Food processing
PL-003 4-Wire Copper Silicone Shielded 2.0 -50 to 180 100 IEC 60751 Class A Terminal block IEC 60751, RoHS Laboratory; calibration
PL-004 2-Wire Copper-Nickel FEP Unshielded 0.75 -20 to 125 100 IEC 60751 Class B DIN 43650 IEC 60751 HVAC control
PL-005 3-Wire Copper PVC Braided shield 3.0 -50 to 180 100 IEC 60751 Class B M8 4-pin IEC 60751 Pharmaceutical
PL-006 4-Wire Copper PVC Shielded 1.2 -60 to 200 100 IEC 60751 Class A M12 4-pin IEC 60751, REACH Chemical processing
PL-007 3-Wire Copper Silicone Foil shield 2.5 -50 to 150 100 IEC 60751 Class B M12 4-pin IEC 60751 Automotive
PL-008 2-Wire Copper-Nickel PTFE Unshielded 0.5 -60 to 125 100 IEC 60751 Class B Bare leads IEC 60751 Research
PL-009 4-Wire Copper PVC Shielded 1.8 -55 to 180 100 IEC 60751 Class A M12 4-pin RoHS, CE Food and beverage
PL-010 3-Wire Copper PVC Unshielded 2.2 -40 to 140 100 IEC 60751 Class B M8 4-pin IEC 60751 Textile
PL-011 4-Wire Copper Silicone Braided shield 1.0 -50 to 150 100 IEC 60751 Class A DIN 43650 IEC 60751, RoHS Semiconductor
PL-012 3-Wire Copper FEP Foil shield 1.3 -20 to 125 100 IEC 60751 Class B M12 4-pin IEC 60751 Water treatment

Notes: All data are representative specifications for Pt100 RTD leads. Values may vary slightly by batch and certification.

Related Products

Pt100 Temperature Meter Your Trusted OEM Partner Service Backed by Expertise

Sensor Performance Metrics Over Time

Overview: The chart presents Sensor Performance Metrics Over Time for a Pt100 temperature meter, focusing on measurement stability and calibration drift across twelve measurement windows. The two lines show Measured Temperature (°C) and Calibration Error (°C), highlighting how small drifts can accumulate and influence process control. The Measured Temperature line stays near the target around 24.2–24.6°C with minor fluctuations, demonstrating repeatability under typical ambient conditions. The Calibration Error line reveals occasional drift within ±0.2°C, influenced by probe aging, contact resistance, thermal coupling, and environmental influences. This visualization helps technicians and engineers understand how sensor performance evolves and where attention is needed to maintain accuracy.

Interpretation and data quality: Data were collected in a controlled test rig where a fixed reference thermostat provided a stable target; the Pt100 sensor reported the temperature. The difference constitutes Calibration Error. Data were collected monthly, reflecting realistic maintenance intervals. The chart shows periods of higher drift around M6 and M7, possibly due to extended operation at elevated ambient temperature or installation stress. The overall linearity appears preserved as the Measured Temperature closely tracks Reference Temperature with a tight residual band, indicating good sensor quality and calibration protocol.

Implications for OEM service: For an OEM partner, these metrics support proactive calibration schedules, traceable performance records, and data-driven decision making. Our service combines engineering rigor with transparent analytics: we provide calibration certificates, traceable references, and optional firmware calibrations to minimize bias. The dashboard format enables customers to monitor sensor health in real time, identify root causes such as wiring, connector wear, or thermal lag, and plan preventive maintenance. By integrating robust Pt100 probe design with consistent calibration routines and data-rich reporting, we help clients achieve superior accuracy, repeatability, and reliability across various production lines and test environments. This approach reinforces confidence in the instrumentation and supports continuous improvement in process control for critical applications in manufacturing, lab testing, and quality assurance.

Top Selling Products