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Et system NGI N35100 Series User Manual

Wide range bidirectional programmable dc power supply
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N35100 Series Wide Range Bidirectional
Offizieller Partner von NGI: Service und Vertrieb direkt durch ET System electronic GmbH.
Official partner of NGI: Service and sales directly through ET System electronic GmbH.
ET System electronic GmbH
www.et-system.de
© ET System electronic GmbH, Änderungen ohne Vorankündigung, Irrtümer und Änderungen vorbehalten
© ET System electronic GmbH, Subject to modification without notice, errors and omissions exepted
User Manual
Programmable DC Power Supply
Hauptstraße 119 – 121
D – 68804 Altlußheim
N35100 Manual
Vertrieb Kontakt: Tel.: +49 (0)6205 / 394 80
info@et-system.de
contact:

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  • Page 1 Vertrieb Kontakt: Tel.: +49 (0)6205 / 394 80 www.et-system.de D – 68804 Altlußheim info@et-system.de contact: © ET System electronic GmbH, Änderungen ohne Vorankündigung, Irrtümer und Änderungen vorbehalten © ET System electronic GmbH, Subject to modification without notice, errors and omissions exepted...

  • Page 2: Table Of Contents

    Contents 1 PREFACE ........................1 2 SAFETY INSTRUCTIONS ....................2 2.1 Safety Notes ..................... 2 2.2 Safety Symbols ....................2 3 INSPECTION & INSTALLATION ..................3 3.1 Inspection ......................3 3.2 Connection to Power Cord ................3 3.3 Power-on Test ....................3 3.4 Connection of the DUT ..................
  • Page 3 5.5 SEQ Test ......................5 5.6 Car Waveform ....................7 5.6.1 ISO-16750-2 ................... 7 5.6.2 LV124 ....................13 5.7 Charge ......................15 5.8 Dischage ......................16 5.9 RESI ......................... 17 5.10 CR ......................... 18 5.11 Protection ..................... 19 5.12 Application ....................22 5.13 System ......................

  • Page 4: Preface

    1 Preface Dear Customers, First of all, we greatly appreciate your choice of N35100 series wide range bidirectional programming DC power supply (N35100 for short). We are also honored to introduce our company, Hunan Next Generation Instrumental T&C Tech. Co., Ltd.( NGI for short).

  • Page 5: Safety Instructions

    2 Safety Instructions In the operation and maintenance of the instrument, please strictly comply with the following safety instructions. Any performance regardless of attentions or specific warnings in other chapters of the manual may impair the protective functions provided by the instrument. NGI shall not be liable for the results caused by the neglect of those instructions.

  • Page 6: Inspection & Installation

    3 Inspection & Installation 3.1 Inspection After receiving N35100, please check the instrument according to the following steps: 1. Check whether the instrument is damaged during transportation. If any severe damage to the package, please contact our authorized distributor or NGI. 2.
  • Page 7 1. Power-on Press POWER to switch on the power supply, if the power supply can not start normally, users should first check whether the power cord is connected, whether the power supply has been powered, whether the power switch has been turned on. Warnings When the power switch is off, some components inside the power supply may still carry a high voltage, to avoid the risk of electric shock, it is...
  • Page 8 6. Check whether the current displayed on the screen is close to the set current value. 7. Ensure that the power supply current can be adjusted from 0A to the maximum current value within the range.

  • Page 9: Connection Of The Dut

    3.4 Connection of the DUT 3.4.1 DUT connection cable N35100 series power supply does not come with a connection cable for the device under test, users need to choose their own wiring. The following points should be noted when selecting wiring: ·The maximum allowable current of the wires.

  • Page 10: 2/4-Wire Connection

    3.4.2 2/4-wire connection The rated output voltage of the N35100 series power supplies is greater than the safe voltage, and hazardous voltages may be present at the output and at the connection to the equipment under test. To protect the user from accidental exposure to hazardous voltages, ensure that the equipment under test and its connections are free of any accessible live parts.
  • Page 11 power supplies can also be controlled by multiple units at the same time. If LAN communication is used, users need to connect the LAN of multiple N35100s to the computer via network cable. Before powering up and connecting to the computer, check if the connection is correct and make sure that the IP addresses of all N35100s are not duplicated.

  • Page 12: Product

    4 Product 4.1 Brief Introduction N35100 series is a bidirectional programmable DC power supply. N35100 adopts dual quadrant design, which can supply &absorb the power, and return power to the grid cleanly, so as to save the power consumption and reduce the space heat dissipation, which can greatly reduce the test cost.

  • Page 13: Appearance & Dimension

    4.2 Appearance & Dimension 214mm(W)*500mm(D) (with shield)*44mm(H)； Figure 4 Front Panel Dimension(mm) Figure 5 Side Dimension(mm) Figure 6 Rear Panel Dimension(mm)

  • Page 14: Front Panel Introduction

    4.3 Front Panel Introduction Figure 7 Front Panel Table 2 Number Name Function Power switch Power control Screen Displaying data Device model Displaying model number Buttons Operation mode Knob Move cursor to adjust value size Air outlet Exhaust outlet, cooling 4.3.1 Button&Knob N35100 front panel mainly includes a screen and buttons.
  • Page 15 Table 3 Button Definition [V-Set] To set voltage To set source current, load current [I-Set] Return to previous menu [ESC] To set source power, load power [P-Set] Enter the main menu screen [Menu] To select a menu or confirm the operation [Enter] Compound function keys [Shift]...

  • Page 16: Rear Panel Introduction

    4.4 Rear Panel Introduction Figure 9 Rear Panel Table 4 Name Icon Definition Output interface DC power supply output LAN port For remote control Sense interface Voltage sense RS232 interface Serial communication control device I/O Interface I/O Signal Interface RS485 interface Connection to RS485 and CAN Matching CAN Matching Resistance...

  • Page 17: Ac Input Connection

    4.4.1 AC Input Connection Warning: Please confirm the AC input power and connect to correct AC power. Wrong AC power may cause serious damage to the instrument. Notes for AC power input connection:  Single phase input, 47Hz ~ 63Hz (Please refer to the voltage mark at the rear panel.) ...

  • Page 18: Lan Port

    13.3 21.1 26.7 33.6 42.4 53.5 67.4 0000 4.4.3 LAN Port The default connection to PC is via Ethernet. An Ethernet cable is provided as standard accessory in N35100 package. Steps for connection to PC: 1. Check if N35100 is switched on properly. 2.

  • Page 19: Rs485/Can Interface

    provided as standard accessory in N35100 package. Default baud rate for RS232 interface is 9600. Figure 10 RS232 Interface Table 6 Definition RXD, receive data TXD, transmit data GND, ground 4.4.5 RS485/CAN Interface Figure 11 RS485/CAN Interface...

  • Page 20: I/O Interface

    Table 7 Definition Description RS485A RS485A RS485B RS485B CAN_FL CAN Power Supply GND CAN_FL CAN Power Supply GND CAN0_H CAN0_H CAN0_L CAN0_L CAN1_H CAN1_H（Parallel） CAN1_L CAN1_L（Parallel） GND_FL CAN Power Supply GND GND_FL CAN Power Supply GND CAN2_H CAN2_H（Debug） CAN2_L CAN2_L（Debug） 4.4.6 I/O Interface Figure 12 I/O Interface Table 8...

  • Page 21: Sense Terminal

    Digital Input Digital Output 4.4.7 SENSE Terminal Figure 13 4-Wire Interface SENSE terminal, also known as a four-wire interface, provides local sense and remote sense. Table 9 Definition Remote sense negative Remote sense negative, internally connected to the negative power supply output terminal Remote sense positive, internally connected to power supply positive output terminal Remote sense positive...

  • Page 22: Ground Terminal

    input-. Operation Steps:  Shut off the power supply  Remove the wire jumper from the 4PIN green connector.  Select the appropriate wire to connect S+ to the positive terminal of the load and S- to the negative terminal of the load. ...

  • Page 23: Operation

    5 Operation N35100 series provides V/I mode, SEQ mode, SEQ Edit, Car Waveform, Charge mode, Discharge mode, SR, CR, Protection, Application, System, Factory Reset, Users can enter the required mode by pressing the corresponding button on the front panel. Figure 15 Main Menu 1 Figure 16 Main Menu 2...

  • Page 24: Interface

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.1 Interface 3.2 inch LCD screen is applied for N35100, with resolution 820×320. Figure 17 Displayed Information Table 10 Definition Description ① Model Product specification model. Channel readback in current mode, including voltage, current and ②...

  • Page 25: Parameter Setting

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.2 Parameter Setting 5.2.1 Numeric Input Numeric input is used to input digit, such as voltage, slew rate, protection threshold, IP address, etc. Figure 18 Numeric Edit Steps for numeric input: 1. Press [◀] [▶] or rotate the knob to move the cursor to the numeric input box. 2.

  • Page 26: Source&Load State

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 3. Press [◀] [▶] or rotate the knob to select the required option. 4. It will take effect immediately after the option is selected. 5. Press [Enter] or [ESC] or the knob to exit. 5.3 V/I 5.3.1 Source&Load State N35100 series products have two operating states: source and load.

  • Page 27: Operation Steps

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING CP: When the actual output source(load) power reaches the source(load) power setting value, the power supply operates in source(load) CP mode. At this time, the output source(load) power outputs according to the power setting value. 5.3.3 Operation Steps Methods to enter V/I mode: Method 1: Press...

  • Page 28: Seq Test

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 21 SEQ Edit There are 13 items can be set. When File No. and Step No. are changed, interface will be refreshed at the same time. Table 11 Parameter Function File No. To set the sequence file number, range 1-10 Total Steps To set the total test steps for the SEQ file, Max.
  • Page 29 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING complex voltage & current waveform, which is frequently used for automotive electronics test, engine start-up test, etc. The principle of SEQ Mode is easy to understand, which is to control the voltage, current and power according to the test steps edited by the user, and switch to the next step when the dwell is reached.

  • Page 30: Car Waveform

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.6 Car Waveform 5.6.1 ISO-16750-2 N35100 series have four types of analog waveform for vehicle electrical and electronic equipment immunity testing, which is convenient for customers to quickly call. The output pulse waveform is fully compliant with ISO-16750-2 international standard. Table 12 ISO16750-2 Simulation of "Environmental conditions and tests for electrical and...
  • Page 31 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Select 24V car starting waveform Voltage/duration of the 24V waveform corresponding to LEVEL1 level 1 Voltage/duration of the 24V waveform corresponding to LEVEL2 level 2 Voltage/duration of the 24V waveform corresponding to LEVEL3 level 3 Load Dump Waveform Load-Dump Select decentralization load dump...
  • Page 32 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.6.1.1 Car Starting Voltage Short Drop Waveform This waveform simulates a momentary drop in supply voltage when starting a car. Figure 24 12V Waveform Figure 25 24V Waveform 5.6.1.2 Car Voltage Reset Test Waveform The simulated waveform is suitable for testing devices with a reset function.This voltage profile simulates the supply voltage dropping from Us min to 0.95 Us min at a rate of 5%, holding it for 5s, then rising to Us min and holding it for at least 10s for a...
  • Page 33 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 26 Car Voltage Reset Test Waveform 5.6.1.3 Car Starting Waveform To simulate the effect of DC voltage with ripple under DC power supply when starting a car, the voltage curve in the t8 time period is upgraded from the original constant voltage straight line in the standard DIN40839 voltage waveform to a curve containing a superimposed AC voltage waveform with a frequency of 2Hz, and the curve should be selected according to the actual test requirements.
  • Page 34 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 29 24V Built-in Waveform Setup Standard 5.6.1.4 Car Load Dump Characteristic Curve Inside most newer alternators, the magnitude of the load dump is suppressed (clamped) by the addition of a limiter diode. Load dump can occur due to corroded cables, poor contact or intentional disconnection from the battery while the engine is running.
  • Page 35 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Type Parameter Minimum Test Requirement a (V) 79≤U ≤101 151≤U ≤202 a (Ω) 0.5≤Ri≤4 1≤Ri≤8 10 pulses every 1 minute (ms) 40≤t ≤400 100≤t ≤350 (ms) – – If not otherwise agreed, please use a higher voltage level with higher internal resistance or a lower voltage level with lower internal resistance.

  • Page 36: Lv124

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 79≤U ≤101 151≤U ≤202 Fixed at 35V, not Specified by *(V) customer (default: settable. 5 pulses every 1 minute (Ω) 0.5≤Ri≤4 1≤Ri≤8 (ms) 40≤t ≤400 100≤t ≤350 (ms) – – If not otherwise agreed, use a higher voltage level with higher internal resistance or a lower voltage level with lower internal resistance.
  • Page 37 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.6.2.1 E-04 Jump Start This waveform simulates the pulses generated during external startup of a car.The maximum experimental voltage is generated from the operating car and its raised chassis harness voltage. The waveform is shown below. Figure 32 E-04 Jump Start E-07 Supply voltage Slow Drop and Rise Simulates the waveform of slow drop and slow rise of the supply voltage, such as the...

  • Page 38: Charge

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5. "Search Item 4": rotate the knob to select the corresponding level (e.g. LEVEL1), press "Enter" to confirm; 6. Press "On/Off" on the front panel to turn on the output, and the status bar shows that the status has changed from "Idle"...

  • Page 39: Dischage

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Judge the voltage value after charging is completed, when the actual voltage reaches the cut-off voltage, the power supply V-End will automatically turn off the output. 0 means turn off this judgement, default is 0 Judge the current value after charging is completed, when the actual current reaches the cut-off current, the power supply I-End...

  • Page 40: Resi

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING the actual voltage reaches the cut-off voltage, the power supply will automatically turn off the output. 0 means turn off this judgement, default is 0 Judge the capacity after discharging is completed, when the actual capacity reaches the cut-off capacity, the power supply Q-End will automatically turn off the output.
  • Page 41 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING R-Set is the analogue value of the internal resistance of the battery, corresponding to Eq. Ri. 5.10 CR Resistive mode is to adjust the input current according to the input voltage to discharge in constant resistance mode. Figure 38 CR mode The settable range of R-Set depends on the specification model;...

  • Page 42: Protection

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.11 Protection On protection interface, users can set various protection parameters. When protection occurs, alarm information will be shown on the screen. Methods to enter Protection: Shift Method 1: Press first and then on the front panel directly. →choose Protection by Method 2: Press →press...
  • Page 43 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Overvoltage protection delay time Overcurrent protection point Overcurrent protection Overcurrent protection delay time Over Power Protection Point Over power protection Over Power Protection delay time When the UVP setting is non-zero, it indicates that the function is turned on. If the device meets the following conditions at the same time, the UVP warning will appear: 1.
  • Page 44 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 2. The terminal voltage is greater than the set OVP point and the duration is greater than the protection delay time When OVP occurs, the device responds as follows: 1. Output of the device is switched off 2.

  • Page 45: Application

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 2. The buzzer sounds once intermittently and three times continuously. 3. OTP will be displayed in black letters on a red background in the status bar. 5.12 Application Figure 40 Application1 Table 16 Item Description Time Shutdown Default OFF, ON for turning on.
  • Page 46 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING then the power supply will delay the output accordingly. Range 0.1~10s. After setting, press ON/OFF and Delay Off then the power supply will delay the output accordingly. Last/Last+OFF/Reset. Last means maintaining the last operation status before power on again;...

  • Page 47: System

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING indicates power output ON/OFF control, and setting Clear indicates clearing of power failure status. Set the trigger mode of Input Signal 3, there are two Control Mode modes, Trigger/Hold: Trigger means rising edge trigger, Hold means one action for one level change. Corresponds to DO1 of the corresponding I/O interface, OFF/ONOFF/Fault, setting ONOFF indicates Output Signal 1...
  • Page 48 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 41 System Table 18 Item Function The default IP address is 192.168.0.123. The computer IP must be on the same network segment as the power supply, otherwise the connection will not be successful. Subnet Mask Default 255.255.255.0 Gateway...

  • Page 49: Factory Reset

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 5.14 Factory Reset Method to enter Factory Reset: Press →choose Factory Reset by →press After selecting Confirm, please press to complete the setting. Note: After setting completed, it will take effect only after N35100 is restarted. Figure 42 Factory Reset 5.15 About Us Users press the "Menu"...
  • Page 50 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure About Us...

  • Page 51: Application Software Installation & Configuration

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 6 Application Software Installation & Configuration 6.1 PC Software Configuration To make better use of the system performance, the following computer configuration is recommended: CPU: 2.0G, dual-core and above  Memory: 4G and above ...
  • Page 52 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 45 Windows 7 settings Figure 46 Windows 7 settings Set Turn off the display and Put the computer to sleep to Never. Figure 47 Windows 7 settings...
  • Page 53 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING  Windows 10 settings Click Start→Click Settings. Figure 48 Windows 10 settings Click System.
  • Page 54 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 49 Windows 10 settings Click Power & sleep. Figure 50 Windows 10 settings Select Never for both options under Sleep.

  • Page 55: Network Ip Address Setting

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 51 Windows 10 settings 6.1.3 Network IP Address Setting The default IP of LAN port is 192.168.0.XXX (range from 0 to 255). Before operation, the computer IP should be assigned to the same network segment of N35100. But IP addresses should be different.
  • Page 56 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING  Windows 7 Setting Click Start→Click Control Panel→Click Network and Sharing Center. Figure 52 Network IP Address Setting Click Change adapter settings. Figure 53 Network IP Address Setting...
  • Page 57 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Select the network→Right click and choose Properties. Figure 54 Network IP Address Setting Click Internet Protocol Version 4(TCP/IPv4) and fill the below information and press Figure 55 Network IP Address Setting...
  • Page 58 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Click Start→Input cmd. Input ping 192.168.0.123(default IP of N35100) and check if N35100 can communicate properly. Figure 56 Run Command If communicating properly, the below information will be reverted. Figure 57 Communication Test  Windows 10 Setting Click Start→Click Set→Click Network &...
  • Page 59 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 59 Network IP Address Setting Select the network→Right click and choose Properties. Figure 60 Network IP Address Setting Click Internet Protocol Version 4(TCP/IPv4) and fill the below information and press...
  • Page 60 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 61 Network IP Address Setting Click Start→Input cmd. Input ping 192.168.0.123(default IP of N35100) and check if N35100 can communicate properly. Figure 62 Run Command If communicating properly, the below information will be reverted. Figure 63 Communication Test...

  • Page 61: Application Software Installation And Uninstallation

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 6.2 Application Software Installation and Uninstallation 6.2.1 Installation 1) Find the installation program "setup.exe" from the USB flash drive in accessory bag. 2) Make double-click on the file and begin installation. Figure 64 Program Installation 3) Click Next as prompted until the installation is completed.

  • Page 62: Uninstallation

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 65 Installation Completed 6.2.2 Uninstallation Methods for uninstallation: Method 1: Program uninstallation can be completed through Uninstall Program in Control Panel of the operating system, or by right-clicking the shortcut and selecting uninstall. Method 2: Find the setup program in your computer disk and delete.
  • Page 63 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING It includes Online and Offline, Channel Config, System Config, History Data, graph. 2. Menu It includes Hardware Config, Channel Config. 3. Shortcut menu 4. Log Operation, fault and status information can be found in Log.

  • Page 64: Online And Scan

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 6.3.1 Online and Scan Operation Steps: 1. Click Hardware Config. 2. Click Scan→Select 192.168.0.XXX network→Click OK→Click Save after the device is searched. Figure 68 Application Interface Figure 69 Hardware Configuration...

  • Page 65: Channel Configuration

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 6.3.2 Channel Configuration Operation Steps: 1. Click Channel Config. 2. Change Channel: Click Channel→Input contents 3. Default Channel: Click Other→Set default value, Channel will be named from CH1 to CH99. 4. Multiple Devices Operation: Click Other→Select ON-All, quickly select all devices in the segment.

  • Page 66: Normal Mode

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING mode, output voltage, output current, output power. 4. Start Logging: Click the Start Logging to save data, the file data (.ndat format) will be automatically saved to the history data, users can choose to view in the History Data.

  • Page 67: Seq Test

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 72 Normal Mode 6.3.5 SEQ Test Operation steps: Click SEQ Test to edit SEQ file→click ON and OFF to execute or end file. As shown in the figure below: Figure 73 SEQ Test...

  • Page 68: Charge

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 74 SEQ Edit 6.3.6 Charge Click Charge to test charging voltage, current and to set end voltage, end current etc. →click Submit→click ON and OFF to start or stop test. As shown in the figure below:...

  • Page 69: Discharge

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 75 Charge 6.3.7 Discharge Click Discharge to test discharging voltage, current and to set end voltage, end time etc. →click Submit→click ON and OFF to start or stop test. As shown in the figure below: Figure 76 Discharge 6.3.8 CR Click CR to simulate resistance/current/power value→click Submit→click ON and...

  • Page 70: Car Wave

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Figure 77 CR 6.3.9 Car Wave Car Wave test for selection of waveform. Level 1: Select the test execution standard; Level 2: Select the test content; Level 3: Select the standard value of the test content. After selecting, click Apply and ON to start test.

  • Page 71: Resistance Simulation

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 6.3.10 Resistance Simulation In this mode, users can set parameters of V-Open, I-Max, P-Max, Internal R-Set. Click Submit and ON to start test. Figure 79 Resistance Simulation...

  • Page 72: Protection

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 6.3.11 Protection Click Protection to set relevant parameters →click OK→close interface. As shown in the figure below： Figure 80 Protection 6.3.12 Output Parameter Click Protection to set relevant parameters →click OK→close interface. As shown in the figure below：...

  • Page 73: Maintenance And Self-Inspection

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 7 Maintenance and Self-inspection 7.1 Regular Maintenance Clean the Device Please wipe lightly the device with a dry or slightly wet cloth, and do not wipe the inside of it. Make sure the power is disconnected before cleaning. Warning: Disconnect power before cleaning.

  • Page 74: Main Technical Data

    ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING 8 Main Technical Data Warning 1. The measurement accuracy is identified by the following conditions: within one year after calibration, operation temperature between 18℃ and 28℃, and the relative humidity up to 80%. 2. Please prepare for half an hour before precision measurement. 3.
  • Page 75 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Range 0.01-800Ω Resolution 10mΩ Setting Accuracy (Vin/Rset)*0.1%+0.1%IF.S. (23±5℃) Voltage Measurement Range 0-80.8V Resolution Accuracy(23±5℃) ≤0.02%+0.02%F.S. Temperature ≤30PPM/℃ Coefficient Current Measurement Range 0-55.55A Resolution Setting Accuracy ≤0.1%+0.1%F.S. (23±5℃) Temperature ≤50PPM/℃ Coefficient Output Protection Range 0~80,8V（101%F.S.） 0~55.55A（101%F.S.）...
  • Page 76 ELECTRONIC SOLUTION PROVIDER FOR INTELLIGENT MANUFACTURING Ripple Noise（20Hz-20MHz） Ripple（p-p） ≤200mV Ripple（rms） ≤80mV External Control Digital Input ≥3 Digital Output ≥3 Analog Input ≥2 Analog Output ≥2 Others Efficiency Power Factor（PF） 0.99 Harmonic Current ≤5% Impulse Current Protection OVP/OCP/OPP/UVP/UCP etc. Communication LAN/RS232/RS485/CAN Interface Communication...

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