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Essential safety measures to be observed during all phases of instrument operation.
Provides instructions for safely unpacking and transporting the instrument.
Details the procedure and precautions for connecting the instrument's power cord.
Details the procedure for powering on the IT7800 series power supply safely.
Describes how to turn the instrument's output on and off using the front panel key.
Guides users on selecting single-phase, three-phase, or multi-channel modes.
Configures the instrument to simulate AC power supply output.
Guides users on performing standard IEC compliance tests with the instrument.
Overview of the system menu structure and navigation for configuration.
Details power supply output parameter settings for DC, AC+DC, and AC modes.
Details the instrument's protection functions: OCP, voltage/power limits, and OTP.
Explains setting RMS current protection points, delay times, and types.
Guides setting current peak protection points and delay times.
Describes setting voltage, current, and power limits for protection.
Explains the over-temperature protection mechanism and clearing procedure.
Details the over-power protection function and how to clear it.
Guides setting up multiple instruments for parallel operation.
Explains the instrument's basic metering interface and parameters.
Details the waveform display function, including controls and calibration.
Guides on performing harmonic analysis using list or bar chart displays.
Explains the data recording function for long-term observation of output status.
Introduces creating and managing AC waveform sequences using list files.
Lists detailed technical specifications for IT7803-350-30U models.
Details connecting and configuring the instrument via USB interface.
Guides connecting and configuring the instrument via LAN interface.
Explains configuring the CAN interface parameters for remote communication.
| Model | IT7815-350-90 |
|---|---|
| Category | AC Power Distribution |
| Cooling Method | Forced air cooling |
| Frequency | 50Hz/60Hz |
| Protection Features | Over Voltage, Over Current, Over Temperature, Short Circuit |