ABB TB82TC1010101 2-wire conductive transmitter

Product Overview

The ABB TB82TC1010101 is a 2-wire conductive transmitter designed for continuous online measurement of liquid conductivity. It provides a standard 4–20 mA loop-powered output, featuring a compact design and easy installation. The transmitter is suitable for industrial process control and water treatment applications and can be reliably integrated with conductivity sensors and control systems.

Technical Specifications

• Model: TB82TC1010101

• Product Type: 2-wire Conductive Transmitter

• Measured Parameter: Conductivity

• Measuring Range: Depending on the connected conductivity sensor

• Output Signal: 4…20 mA (2-wire)

• Power Supply: Loop-powered

• Supply Voltage: Typical 12…30 V DC

• Measurement Accuracy: High accuracy (typ. ±1% FS, configuration dependent)

• Temperature Compensation: Automatic temperature compensation (with temperature sensor)

• Mounting: Panel or wall mounting (depending on configuration)

• Ambient Temperature: -10 °C … +55 °C (typical)

• Protection: Industrial-grade design

• Sensor Compatibility: ABB conductivity sensors and equivalent standard sensors

Advantages and Features

1. Simple 2-Wire Design
   Loop-powered 4–20 mA output simplifies wiring and installation.

2. Reliable Conductivity Measurement
   Provides stable and continuous conductivity signals for process control.

3. Excellent System Compatibility
   Easily integrates with PLC, DCS, and other control systems.

4. Compact and Flexible Installation
   Saves space and allows flexible mounting options.

5. Designed for Industrial Environments
   Ensures reliable long-term operation in demanding industrial conditions.

Typical Applications

• Industrial water and wastewater treatment

• Chemical process liquid monitoring

• Boiler and cooling water monitoring in power plants

• Pharmaceutical and food & beverage industries

• General industrial process analysis and control

Precautions

1. Ensure the selected conductivity sensor matches the required measuring range.

2. Avoid installation in areas with strong electromagnetic interference or high temperatures.

3. Clean and calibrate the sensor regularly to maintain measurement accuracy.

4. Observe correct polarity and ensure sufficient loop supply voltage.

5. Recalibration is recommended after long-term shutdown before reuse.

The structure and details of the product：

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