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General| Brand | Ametek |
|---|---|
| Model | SEQUOIA Series |
| Category | Portable Generator |
| Language | English |
Overview of the SEQUOIA/TAHOE Series AC and DC power sources, highlighting efficiency, distortion, and response.
Highlights simple operation, extensive remote control, and flexible configurations for the SEQUOIA/TAHOE Series.
Details applications for power conditioning, green energy, avionics, EV testing, and manufacturing line testing.
Describes the available operating modes: Source, SINK-Grid Simulator, and SINK-Electronic Load.
Details common output characteristics across all modes, including phase, voltage, current, and coupling.
Provides line VA, line current, and inrush current specifications for various models.
Describes the function of front panel controls like touch-panel, rotary encoder, and LED indicators.
Details the various connectors located on the rear panel for I/O, system interface, and communication.
Outlines protection features such as input overcurrent, overvoltage, output overcurrent, and overtemperature.
Specifies dimensions, weight, material, finish, acoustic noise, cooling, and internal construction.
Lists available firmware and software options for Avionics, MIL-STD, etc.
Specifies the three-phase AC input voltage and connection requirements for the power source.
Details the three-phase AC input connections, wiring, and overcurrent protection requirements.
Describes how to connect the output terminals for single-phase and three-phase configurations.
Provides an overview of all connectors located on the rear panel.
Outlines the steps for performing a basic functional check of the power system.
Explains the different operating modes: Source, Grid Simulator, and eLoad.
Details the operation in Source mode, including output voltage programming and regulation settings.
Describes the Grid Simulator mode for SEQUOIA, enabling current sinking and grid emulation.
Explains the eLoad mode, covering Current, Power, and RLC programming.
Covers the overall front panel interface, including display navigation and parameter adjustment.
Describes the Dashboard screen for changing output parameters and viewing measurements.
Details the capability for generating custom waveforms via transient lists.
Explains setup options for operation mode, power-on states, parameter limits, and clock mode.
Covers Power ON Settings (PONS) for configuring conditions after power up.
Describes the standard sine, square, and clipped-sine waveforms and their characteristics.
Explains how to create and download custom waveforms using the remote interface.
Details limitations on programmed RMS voltage based on crest factor and peak voltage capability.
Explains bandwidth limitations and filtering applied to custom waveforms.
Lists available measurement parameters (Voltage, Current, Frequency, Power, Phase, etc.) by operating mode.
Covers advanced capabilities like DSP-based digitization for power analyzer functions.
Explains how the power source performs FFT analysis for voltage and current harmonic content.
Describes how to position acquisitions using trigger modes and sources.
Details precise timing control for output voltage and frequency changes for testing.
Explains how to program a series of parameters in a timed sequence for output control.
Covers saving programmed transient lists in nonvolatile memory for later recall.
Provides precise timing control for output current changes in eLoad mode.
Details saving programmed transient lists in nonvolatile memory for later recall.
Lists the required equipment for conducting the power supply calibration procedures.
Presents detailed procedures for calibrating the power supply in Source mode.
Step-by-step guide for DC zero alignment of output voltage in AC mode.
Step-by-step guide for AC zero alignment of output voltage in AC mode.
Procedure for AC low-range gain alignment of output current measurement.
Details the calibration procedures specifically for the E-LOAD mode of operation.
Steps to perform AC synchronization between Sequoia and an external AC power supply.
Steps to perform DC synchronization between Sequoia and an external DC voltage source.
Lists common error and status messages, their causes, and remedies for troubleshooting.
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