PT100 4-20mA Temperature Sensor transmitter

PT100 4-20mA Temperature Sensor transmitter in Lahore Pakistan

Product Details for Website

Product Name
PT100 RTD 4–20 mA Temperature Transmitter (Head‑Mounted / DIN Rail)

Overview

A PT100 (platinum resistance thermometer) signal conditioner that converts temperature into a standard 4–20 mA current output—perfect for integrating with PLCs, DCS, recorders, or data acquisition systems.

Key Specifications (Typical)

• Input Sensor: PT100 RTD (2-wire or 3-wire)

• Output: 4…20 mA (loop-powered, 2‑wire)

• Supply Voltage: Typically 10 V–36 V DC (e.g. TX12: 10–30 V DC) OmegaSensor Monitoring Solutions

• Temperature Range:

  • Common model ranges: –200 °C to +500 °C Sensor Monitoring Solutions

  • Commercial versions: –50 °C to +150 °C or –50 °C to +200 °C Senzwebthermistor

• Accuracy: ±0.2 % FS (full scale) is typical; some models offer 0.1 °C + 0.05 % of reading OmegaSenzweb

• Configuration: Pre‑configured or user-programmable (push-button, software) OmegaStatusProbots

• Loop-Powered: Uses the same two wires for both supply and signal (e.g., TX12) Omega

• Environmental Specs: Typically –40 to +85 °C operating temperature; higher‑grade models rated similarly OmegaGavin Electronic Technology

• Mounting Options: Head-mounted design (fits RTD probe head); DIN-rail for modular module versions Sensor Monitoring Solutionsautomation.com

• Diagnostics: Some models include LED fault indication and sensor burnout detection OmegaStatus

How to Use

1. Installation

   • Head-mounted: Insert into PT100 probe head (e.g., TX12).

   • DIN-rail module: Install onto 35 mm DIN rail (e.g., ROI‑XMA series) Sensor Monitoring Solutionsautomation.com.

2. Wiring

   • Use two-wire connections: loop-powered device shares supply and current output.

   • Connect terminals according to wiring diagram.

3. Configuration (if applicable)

   • Pre-set range or adjust using:

     • Push-button interface (e.g., TX12) Omega

     • PC software (e.g., SEM206P or Promax) StatusProbots

4. Operation

   • The PT100 senses temperature, converts to resistance.

   • Transmitter linearizes, conditions, and outputs proportional 4–20 mA signal.

   • Standard endpoints: 4 mA = lower limit, 20 mA = upper limit.

5. Diagnostics (if available)

   • Fault indication: LED alerts for sensor burnout or out-of-range conditions OmegaStatus

Features & Benefits

• High Accuracy & Stability

  • Provides precision sensing with low drift and high repeatability—ideal for critical temperature monitoring OmegaWikipedia.

• Loop‑Powered Simplicity

  • 4‑20 mA current loop minimizes wiring complexity and supports long-distance signal transmission.

• Flexible Range Configuration

  • Some models offer configurable spans—great for customization and reducing need for calibration OmegaProbots.

• Diagnostics & Fault Detection

  • Built-in LED indicators and fault outputs enhance safety and maintenance OmegaStatus.

• Robust Industrial Design

  • Models available for harsh environments with wide temperature tolerances and stable performance.

• Versatile Mounting Options

  • Choose between head-mounted for direct sensor integration or DIN rail modules for central panel setups.

Suggested Website Copy

Headline
PT100 RTD 4–20 mA Temperature Transmitter – Head-Mounted or DIN-Rail

Subheader
Precisely convert PT100 readings into 4‑20 mA output for efficient integration with your control systems.

Body
Enhance your temperature monitoring with our PT100 RTD transmitter. Plug-and-play or software-configurable, this loop-powered device simplifies analog temperature signal transmission. Reliable LED diagnostics, high precision, and robust build make it ideal for industrial automation.

Specifications Section

• Input: Pt100 RTD (2- or 3-wire)

• Output: 4–20 mA, loop-powered (10–36 V DC)

• Range: –200 °C to +500 °C (custom spans available)

• Accuracy: ±0.2 % FS (up to 0.1 °C + 0.05 % with premium model)

• Diagnostics: LED fault indicator / burnout alert

• Mounting: Probe head, DIN rail module

• Environmental: –40 °C to +85 °C usable range

Applications

• PLC or DCS integration

• HVAC & building automation

• Industrial process control & batch processing

• Case studies: ROI‑XMA (DIN rail), TX12 (in-head), SEM206P (programmable)