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Introduction to NGI as a professional manufacturer of intelligent equipment and test & control instruments.
Details the scope, copyright, and potential revisions of the N36100 series user manual.
Crucial safety guidelines covering input voltage, grounding, chassis access, and operating conditions.
Explanation of international symbols used on the instrument and within the user manual for safety.
Overview of the N36100 series DC power supply's compact design, high performance, and wide range capabilities.
Lists the primary features including size, power, protections, and communication interfaces.
Details the different models within the N36100 series, specifying voltage, current, and power ratings.
Provides front and rear panel dimensions and diagrams for the N36100 series power supply.
Lists items included with the N36100 and outlines initial inspection steps upon receiving the unit.
Specifies the default IP address and baud rate for N36100 network communication.
Details the components and layout of the N36100's front panel, including power, screen, and buttons.
Explains the OLED screen and the menu items displayed, such as VSET, ISET, and SEQ Test.
Describes the function of each button on the N36100 front panel for device operation.
Details the ports and connectors located on the N36100's rear panel.
Explains the types of output interfaces used for different N36100 specifications.
Details the pin assignments for the four-wire interface used for sense connections.
Describes the LAN port on the rear panel used for network communication and remote control.
Explains the RS232 interface and its role in remote control operations.
Describes the pins for the RS485/CAN communication interface.
Provides instructions regarding the AC power socket and input voltage requirements.
Explains the function and necessity of the grounding screw for safety and static prevention.
Covers essential checks and connections required before powering on the N36100.
Instructions on how to switch on the N36100 and basic troubleshooting if it fails.
Procedures to verify the N36100's output voltage and current capabilities.
Steps to check the output voltage setting and readback accuracy.
Steps to verify the output current setting and readback accuracy.
Guidelines for selecting load wires based on current, insulation, length, and impedance.
Factors to consider for wire gauge to prevent overheating and minimize voltage drop.
Recommendations for using twisted pair and shielded wires to reduce noise and impedance.
Precautions and recommendations for connecting inductive loads like motors to prevent damage.
Introduction to the concepts of local and remote sense connections for voltage regulation.
Explanation of local sense operation and how to set it up using the 4-pin connector.
Detailed procedure for setting up remote sense for accurate load voltage regulation.
General notes and wiring diagrams for connecting the power supply to a load.
How to access and navigate the main menu, listing available options like VSET, ISET, and System.
How to use the V/I mode to set and monitor output voltage and current.
Details on setting parameters for creating and editing sequence files for automated testing.
How to perform sequence tests for simulating complex voltage and current waveforms.
Step-by-step guide for setting parameters such as file number, steps, and dwell time.
Operation of the Constant Power mode, adjusting output to maintain a set power level.
Using analog signals via the PROG-Interface to control output voltage and current.
Setting up over-voltage, over-current, and over-power protection parameters.
How to access and configure system-wide settings like IP address, beep, and language.
Explains how CV/CC priority modes affect power supply operation based on load conditions.
Details the behavior and implications of CV priority mode, especially with high impedance loads.
Describes CC priority mode behavior, focusing on low impedance loads and conversion processes.
Steps for establishing an Ethernet connection to the N36100 via its LAN port.
How to connect the N36100 to a PC using software for remote control and operation.
Instructions for cleaning the device safely, emphasizing power disconnection before cleaning.
Steps for diagnosing common device faults and troubleshooting procedures.
Lists key dynamic performance characteristics like resolution, accuracy, and ripple noise.
Details other specifications including rise/fall times, regulation, isolation, and environment.
Provides detailed timing specifications for voltage rise, fall, and transient recovery.
Details communication response time, AC input, operating environment, and dimensions.
Lists the protective alarms (OVP, OCP, OPP, OTP) and their corresponding protection functions.
Details specifications for RS232 and LAN interfaces, including baud rates and protocols.
Provides a table for selecting appropriate wire gauges based on AWG, temperature, and current.
Lists common faults, their possible causes, and recommended solutions for the N36100.
General| Brand | NGI |
|---|---|
| Model | N36100 Series |
| Category | Power Supply |
| Language | English |
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