Fluke 753 Documenting Process Calibrator

Overview Fluke 753 Documenting Process Calibrator The Fluke 753 Documenting Process Calibrator is a powerful, non-HART multifunction calibrator designed for technicians who need accurate field calibration, full documentation, and automation, without the added cost of HART communication. Built as the next evolution of the Fluke 743B, the 753 combines measurement, sourcing, simulation, and documentation in one rugged handheld device. It supports pressure, temperature, voltage, current, resistance, and frequency calibration—making it ideal for industrial maintenance, utilities, manufacturing plants, and regulated environments. Features and Performance - All-in-One Process Calibrator – Measure and source voltage, current, resistance, frequency, temperature, and pressure - Non-HART Model – Ideal when HART communication is not required - Rechargeable Li-Ion Battery – Up to 10 hours of uninterrupted operation with battery gas gauge - Automated Calibration Procedures – Perform as-found / as-left tests with error calculation - USB Connectivity – Upload and download procedures, results, and reports - Fast Pulsed RTD Handling – Supports RTD and PLC pulses as short as 1 ms - Custom Units – Map mV to °C, °F, RPM, PPM, and more - Limit Switch & DP Flow Calibration – Built-in square-root DP routines - Bright Backlit Display – Three brightness levels for indoor and outdoor use - Multi-Lingual Interface – English, French, German, Spanish, Italian Documentation & Automation The Fluke 753 eliminates manual paperwork by capturing calibration results directly in the field. Procedures and task lists can be downloaded from PC software, while completed results can be uploaded via USB for archiving, printing, and analysis—supporting ISO-9000 and regulatory compliance. Why You Should Buy it Choose the Fluke 753 if you need professional-grade documenting calibration, automation, and multi-function capability—but do not require HART communication. It delivers the power of a full process calibrator with lower complexity and cost than HART-enabled models.