Fluke 787B ProcessMeter, TRMS DMM & mA loop calibrator

The Fluke 787B ProcessMeter is a versatile, field-ready instrument designed for process control and instrumentation professionals. By integrating a True RMS digital multimeter with a milliamp loop calibrator, it eliminates the need to carry multiple tools while delivering reliable measurements and calibration capabilities.

The 787B can source, simulate, and measure 4–20 mA signals, while providing loop power to test transmitters and process loops. Its high-accuracy TRMS DMM functions allow precise measurements of voltage, resistance, continuity, and diode testing, making it ideal for combined electrical and process instrumentation troubleshooting.

With a rugged design suitable for industrial environments, a clear dual-display interface, and simple menu navigation, the Fluke 787B ensures fast, accurate readings and efficient workflow. It also supports HART communication for transmitter configuration, providing a complete solution for loop calibration and process diagnostics.

Key Features:

• Combines TRMS digital multimeter with mA loop calibrator

• Sources, simulates, and measures 4–20 mA signals

• Built-in loop power supply for transmitter testing

• High-accuracy voltage, resistance, continuity, and diode measurement

• Supports HART communication for smart transmitter configuration

• Rugged, portable design for field and industrial use

Applications:

• Calibration and troubleshooting of process loops and transmitters

• Electrical verification in industrial process systems

• Commissioning and maintenance of automation equipment

• Process control system diagnostics

Included Accessories:

• Fluke 787B ProcessMeter

• Test leads and alligator clips

• Protective carrying case

• User documentation

Benefits for Lab and Field Users:

• Reduces tool count by combining DMM and loop calibrator

• Saves time with built-in loop power and precise mA measurements

• Enhances safety and efficiency in process loop troubleshooting

• Rugged design ensures reliability in demanding industrial environments