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Guides the user on how to navigate the manual and references key sections for operation.
Provides critical warnings and cautions regarding hazardous situations and equipment safety.
Details the UPC controller's function as a signal generator, program storage, and interface compatibility.
Explains the UPC-32 and UPC-12 models, highlighting their differences in output signals.
Describes the System Control Unit (SCU) chassis used to house the UPC controller.
Details control features like Transition Time, frequency, and voltage control specifications.
Lists the frequency range, resolution, and accuracy of the UPC output.
Describes voltage control modes, ranges, and transformer coupling options.
Explains the CSC function, its properties, and operational parameters.
Specifies the range, resolution, and accuracy for current limit control.
Details the current protection feature, threshold levels, and delay time.
Covers waveform storage, editing, and generation capabilities.
Explains how the UPC-32 and UPC-12 generate single, split, or three-phase outputs.
Details the range, resolution, and accuracy for phase angle control.
Describes the optional Harmonic Analysis and Synthesis feature for waveform creation.
Outlines the specifications for all metering functions of the UPC.
Lists voltmeter ranges, resolution, and accuracy for line-to-neutral and line-to-line measurements.
Details ammeter ranges, resolution, accuracy, and crest factor measurement.
Specifies the range and accuracy for kVA metering.
Specifies the range and accuracy for kilowatt metering.
Specifies the range and accuracy for power factor metering.
Details the programmed frequency display range, resolution, and accuracy.
Explains the optional waveform analysis for harmonic content and phase angle.
Describes the electrical connections and interfaces of the UPC controller.
Explains the isolation characteristics of the UPC and remote interface.
Details the input power requirements for the UPC and SCU.
Describes the analog outputs for oscillator waveforms.
Lists the digital outputs for controlling the power source.
Lists the digital inputs for confirmation signals from the power source.
Describes the auxiliary and AM inputs for waveform generation and amplitude modulation.
Lists the digital outputs for transient triggers and synchronization signals.
Details the metering inputs for voltage and current measurements.
Instructions for disconnecting power and input service before installation.
Steps for removing the unit's cover and disconnecting internal cabling.
Procedures for removing any previously installed controller.
Details configuration settings for transformer ratio and Amps-to-Volts ratio.
Explains how to set the transformer ratio using DIP switches for correct operation.
Details setting the Amps-to-Volts ratio via DIP switches for ammeter scaling.
Instructions for setting the GPIB device address for remote communication.
Explains various DIP switch settings for interface and hardware configuration.
Steps for physically installing the UPC into the SCU front panel.
Instructions for connecting internal cabling and reattaching the unit cover.
Steps for connecting input power and verifying voltage settings.
Introduces operational guidance, including overview and basic operation.
Provides context for using the UPC controller locally or remotely.
Provides a quick method for setting voltage, frequency, and applying power using Manual Mode.
Identifies and defines functions of front panel controls and indicators.
Explains controls and indicators on the power source front panel relevant to UPC operation.
Defines the function of each key and LED on the UPC front panel.
Describes how to operate the UPC using Manual Mode for voltage and frequency control.
Explains the V/I METER display and how to cycle through metering displays.
Explains the optional waveform analysis for harmonic content and phase angle.
Instructions for entering voltage values and using slew controls in Manual Mode.
Instructions for entering frequency values and using slew controls in Manual Mode.
Describes how to execute pre-stored programs and transients.
Steps for selecting and executing a stored program.
How to create and execute transient events within stored programs.
Details pre-stored programs for MIL-STD-704D over-voltage and under-voltage transients.
Covers how to create and edit programs and transients.
Steps for editing steady-state parameters of a program.
Provides an example of creating and executing a 3-phase program.
Explains how to create and edit transient events for programs.
Provides an example of creating a time-based transient event.
Provides an example of creating a cycle-based transient event.
Explains how to access and use the SETUP MENU for system configuration.
Details how to copy, delete programs, and initialize settings.
How to reset all programs, waveforms, and setup to factory defaults.
Procedure for a full system reset by clearing RAM and resetting the CPU.
Explains how to copy, edit, and synthesize waveforms.
Instructions for editing existing waveforms, including phase angle and voltage.
How to copy waveforms from one number to another with scale factor adjustment.
Explains creating waveforms using harmonic analysis and synthesis.
Covers system configuration settings like setup menus and options.
Configures sense points, CSC, output impedance, and transition time.
Details the setup and caution for the Programmable Output Impedance option.
Explains calibration procedures for programmable output impedance.
How to adjust LCD view angle and backlight intensity.
Displays firmware version, interface status, and configuration settings.
Shows internal control signals between UPC and power source for diagnostics.
Explains how the UPC displays Range Control parameters.
How to set slew rates for arrow key transitions.
How to set the initial power-up output voltage.
How to enable or disable the keyboard lock feature.
How to enable and disable the current protection feature.
Introduces remote control, REN line, and LOCAL/REMOTE control switching.
Explains command syntax, SCPI standards, and formatting conventions.
Covers commands for managing programs, including execution, definition, and copying.
Lists parameters for defining steady-state output conditions in programs.
Details parameters for defining transient segments, including Time, Voltage, and Waveform.
Commands for deleting programs and managing program memory.
Commands for controlling output signals like voltage, frequency, and waveform.
Lists commands for setting output voltage, frequency, current limit, and phase angle.
Commands for setting output form, coupling, sense path, and spectrum range.
Commands for loading, querying, and defining waveforms remotely.
Functions for querying UPC status and configuration parameters.
Queries for transformer ratio, AMPs:VOLTS ratio, CT location, amplifiers, and current range.
Commands to query metered voltage, current, frequency, power, and power factor values.
Covers querying events and status registers for system monitoring.
Details status reporting commands like *STB?, *ESR?, and system error queries.
Details SCPI status registers for Operation and Questionable conditions.
Commands for controlling device functions like beeper, keyboard lock, and calibration.
Lists IEEE-488.1 interface functions supported by the UPC.
Lists IEEE-488.2 common commands for device control, including *RST and *LLO.
Provides examples of common remote control operations.
Demonstrates how to store a program remotely using SCPI commands.
Shows how to query a stored program's parameters remotely.
Demonstrates remotely executing a stored program.
Shows how to remotely execute a stored program's transient event.
Demonstrates remotely changing output parameters like frequency and voltage.
Demonstrates querying phase RMS voltages and currents remotely.
Shows how to remotely query waveform data for voltage and current.
Recommends calibration frequency for accurate control and measurement.
Lists the necessary test equipment for calibration procedures.
Outlines the manual calibration steps for system gains and parameters.
Steps for calibrating the oscillator gains for accurate voltage output.
Procedure for calibrating the programmable current limit.
Steps for calibrating the output voltmeter for accurate metering.
Explains how to calibrate UPC metering using external references.
How to view and manually calculate kFactors for metering calibration.
How to reset all kFactors to factory defaults.
Helps users solve common problems and errors encountered with the UPC.
Addresses issues like incorrect operation, invalid values, or specific error messages.
Addresses issues with an unreadable LCD display.
Addresses errors related to programmed output voltage exceeding range.
Addresses keys beeping but the display not responding.
Addresses a problem where keys do not respond at all.
Addresses issues with the UPC not responding to GPIB commands.
Addresses UPC not responding to serial port commands or showing command errors.
Introduces the Serial Remote Interface as an alternative to GPIB.
Details baud rates, parity, EOS, data bits, and handshake characteristics.
Describes the physical installation of the Serial Interface.
Covers setting serial communication parameters like Baud Rate, Parity, and EOS.
Explains how to operate the UPC via the Serial Remote Interface.
Describes the UPC STATUS display for monitoring serial communication.
Lists IEEE-488 interface functions not applicable to the Serial Interface.
Lists added commands for Serial Interface, similar to IEEE-488.2.
Provides steps for testing the serial communication interface.
Details the pinouts for the UPC Serial Interface DB-25 and PC DB-9 connectors.
General| Brand | Pacific Power Source |
|---|---|
| Model | UPC-32 |
| Category | Controller |
| Language | English |
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