Pt100 Transmitter Wholesale from Manufacturers

As a supplier dedicated to Wholesale and Manufacturers, I present the Pt100 Transmitter that turns your RTD sensors into robust process signals. This unit supports Pt100 (2/3/4-wire) and delivers a clean 4–20 mA output (or 0–10 V option) for easy integration with existing controllers. I engineer it with galvanic isolation, fast response, and excellent EMI protection, so you can run long cable runs in tough environments without noise. Calibrated at the factory with tight tolerance, it’s ready for batch production and OEM projects. The compact DIN-rail or panel-mount design fits tight panels, and it’s powered from a simple 12–36 VDC supply. For Wholesale buyers and Manufacturers, I also offer bulk pricing, configurable ranges, and customization to meet your spec sheets. Reliability, repeatability, and fast lead times help you scale production without surprises. Choose the Pt100 Transmitter to keep your temperature loops accurate and your cost per point low.

Hot Selling Product

Pt100 Transmitter Delivers Unmatched Quality Outperforms the Competition

Global process industries demand a Pt100 transmitter that delivers consistent, repeatable measurements in harsh environments. This device pairs a precise Pt100 sensor with rugged signal conditioning, strong isolation, and flexible outputs (4-20 mA with optional digital communication), ensuring seamless integration with PLC or DCS networks. Built for reliability, it features rugged enclosures, IP-rated protection, EMI/RFI shielding, fast response, and self-check diagnostics that alert for drift or faults before they impact production. For buyers worldwide, the advantages go beyond accuracy: proven uptime, easier field calibration, lower maintenance, international standard compliance, and scalable support that keeps multi-site operations running smoothly.

{ Pt100 Transmitter Delivers Unmatched Quality Outperforms the Competition}

Model RTD Type Output Supply Voltage (V DC) Temperature Range (°C) Accuracy (°C) Response Time (τ63%) Long-Term Stability (ppm/yr) Max Loop Resistance (Ω)
A1-PT3-4-20 Pt100, 3-wire 4-20 mA 12-36 -50 to 150 ±0.15 0.25 25 800
A2-PT2-4-20 Pt100, 2-wire 4-20 mA 9-32 -40 to 125 ±0.20 0.30 30 600
A3-PT3-4-20 Pt100, 3-wire 4-20 mA 10-36 -60 to 180 ±0.10 0.20 15 900
A4-PT4-4-20 Pt100, 4-wire 4-20 mA 12-30 -25 to 125 ±0.12 0.15 18 1000
A5-PT3-4-20 Pt100, 3-wire 4-20 mA 12-36 -10 to 100 ±0.25 0.40 40 500

Related Products

Pt100 Transmitter Where Service Meets Innovation Outperforms the Competition

Data Dimension: Calibration Drift Over Time (°C)

This chart presents the calibration drift of a Pt100 transmitter over time, captured under a controlled nominal temperature range. The horizontal axis represents sequential testing intervals (months), while the vertical axis shows the deviation from the reference temperature reading in degrees Celsius. The data illustrate how small sensor and electronics imperfections accumulate, affecting measurement accuracy in real-world process control. Tracking drift with consistent sampling helps determine when recalibration or maintenance is warranted to maintain required accuracy.

Notably, the drift stays within a narrow band for most of the year, indicating solid long-term stability. Occasional spikes point to transient effects such as minor voltage variation, connector latency, or rapid temperature transitions. These observations inform maintenance schedules and help estimate the total cost of ownership for the transmitter suite.

The new data dimension, Calibration Drift Over Time, enables comparisons across devices, batches, or installation environments. When used in a dashboard, it supports proactive maintenance rather than reactive service calls, enabling teams to intervene before accuracy degrades beyond acceptable levels. This aligns with the idea that reliable calibration management differentiates leaders from competitors.

From a governance perspective, the chart reinforces standard operating procedures: calibrated references, documented test conditions, and consistent methodology. It also aids root-cause analysis for drift anomalies and informs design improvements for next-generation transceivers.

Ultimately, these insights support service planning, inventory decisions, and risk mitigation, reducing downtime and drift during scale-up deployments. The visualization shows how data storytelling—bridging measurement science and maintenance operations—drives predictable performance and faster, more confident decision-making, contributing to a stronger value proposition for innovative Pt100 transmitter service.

Top Selling Products