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General| Type | Multi-Product Calibrator |
|---|---|
| Voltage DC Range | 0 to ±1020 V |
| Voltage AC Range | 0 to 1020 V |
| Current DC Range | 0 to ±20.5 A |
| Current AC Range | 0 to 20.5 A |
| Resistance Range | 0 to 1100 MΩ |
| Operating Temperature Range | 0°C to 50°C |
| Storage Temperature Range | -20°C to 70°C |
| Temperature Range (RTD) | -200 °C to 850 °C |
| Basic Accuracy (DC Current) | ±0.01 % |
| Power Requirements | 100 V to 240 V, 50 Hz to 60 Hz |
| Basic Accuracy (Resistance) | ±0.005% of setting |
Information regarding high voltage hazards and precautions for operating the equipment.
Precautions to prevent electrical shock hazards from lethal voltages on terminals.
Overview of the 5502A Calibrator and its capabilities.
Important safety precautions to prevent electrical shock, fire, or personal injury.
Description of reverse-power protection, fast output disconnection, and fuse protection.
Explanation of calibrator operation via front panel or remote interfaces.
Using the front-panel controls and displays for calibrator operation.
Connecting and controlling the calibrator via the rear-panel RS-232 ports.
Connecting and controlling the calibrator via the rear-panel IEEE-488 port.
Information about the 5502A manual set and how to obtain them.
Contact information for Fluke Calibration support, sales, and service.
General and detailed specifications for the 5502A Calibrator.
Overview of unpacking, installation, voltage/frequency selection, and power connection.
Procedure for checking the calibrator and standard equipment for damage.
Procedure to select the correct line voltage setting for the calibrator.
Instructions for safely connecting the calibrator to a grounded power source.
Procedure to configure the calibrator for optimal performance at 50 Hz.
Guidelines for placing the calibrator on a bench top or in an equipment rack.
Ensuring proper airflow for safe operation and maintaining instrument performance.
Overview of the 5502A Calibrator's front and rear panel features.
Description of controls, displays, indicators, and terminals on the front panel.
Description of terminals, sockets, and connectors on the rear panel.
Explanation of the menu structure and navigation using softkeys.
Instructions for operating the calibrator from the front panel.
Procedure for powering on the calibrator and initial startup sequence.
Ensuring the calibrator reaches stable operating temperature for accurate specifications.
How to navigate menus and change values using the front-panel softkey buttons.
Accessing and using the instrument's setup menu for parameter configuration.
Navigating the instrument setup menu and its submenus.
Procedure to return the calibrator to its power-up default condition.
Procedure to recalibrate internal circuitry for accurate DC offsets and resistance measurements.
Understanding the calibrator's operate and standby conditions.
Instructions for connecting the calibrator to the Unit Under Test (UUT).
Guidance on selecting appropriate cables and connectors for connections.
Explanation of connection methods to cancel test lead resistance for accurate measurements.
Overview of controlling the calibrator remotely via IEEE-488 or RS-232 interfaces.
Configuring the IEEE-488 interface for remote operation and selecting the GPIB address.
Configuring the RS-232 host port for remote control with a PC.
Procedure to test RS-232 host port communication using Windows Terminal.
Configuring the RS-232 UUT port for pass-through communication with the calibrator.
Understanding and managing the calibrator's operation modes (local, remote, lockout).
Overview of IEEE-488 and RS-232 remote commands for the calibrator.
Categorized list of commands for the calibrator, organized by function.
Guide to usual maintenance and calibration tasks for the 5502A Calibrator.
Procedure for safely replacing the main power fuse on the rear panel.
Procedure for accessing and replacing the line power fuse on the rear panel.
Procedure for replacing the 3A and 20A output over-current protection fuses.
Procedure for removing, cleaning, and reinstalling the air filter.
Instructions for cleaning the calibrator case, front panel, and display.
Tables and procedures for verifying calibrator performance against specifications.
Summary of available models, options, accessories, cables, and components.
Hardware for installing the 5502A on slides in a standard equipment rack.
Description of available shielded IEEE-488 cables in various lengths.
Optional test lead kit for voltage, current, thermocouple, and measuring beads.
Overview of SC600 Option functions for verifying and calibrating oscilloscope qualities.
Detailed specifications for the SC600 Oscilloscope Calibration Option.
Specifications for the voltage output functions of the SC600 Option.
Specifications for the edge detection and pulse response of the SC600 Option.
Instructions for connecting the calibrator's SCOPE output to an oscilloscope.
Procedure to activate and navigate the SC600 Option menus.
Methods for changing output settings for oscilloscope calibration using menus or knobs.
Procedure to calibrate the oscilloscope's amplitude gain using the Volt menu.
Calibrating oscilloscope pulse response and verifying frequency response.
Using the Time Marker function to calibrate the oscilloscope's horizontal deflection.
Verifying the oscilloscope's trigger function using the wave generator.
Measuring oscilloscope input impedance and capacitance using the MEAS Z function.
Examining the oscilloscope's 50 Ω input power handling capability.
Commands and queries specific to the SC600 Option for remote control.
Overview of SC300 Option functions for verifying and calibrating oscilloscope qualities.
Detailed specifications for the SC300 Oscilloscope Calibration Option.
Specifications for the voltage output functions of the SC300 Option.
Specifications for the edge detection and pulse response of the SC300 Option.
Specifications for leveled sine wave output and flatness for the SC300 Option.
Instructions for connecting the calibrator's SCOPE output to an oscilloscope.
Procedure to activate and navigate the SC300 Option menus.
Methods for changing output settings for oscilloscope calibration using menus or knobs.
Procedure to calibrate the oscilloscope's amplitude gain using the Volt menu.
Calibrating oscilloscope pulse response and verifying frequency response.
Using the Time Marker function to calibrate the oscilloscope's horizontal deflection.
Verifying the oscilloscope's trigger function using the wave generator.
Commands and queries specific to the SC300 Option for remote control.
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