Ainuo AN9640B User manual

1
Name of Product
Electrical Safety Comprehensive Test System
Models covered in this manual:
AN9640B V3(F): Six- in-One (GB+IR+ACW +LC+PA+ST+DCW);
Meaning of abbreviations:
ACW
:
AC Withstand Voltage Test
IR
:
Insulation Resistance Test
GB
:
Ground Resistance Test
LC
:
Touch Current/Leakage Current Test
PA
:
Power Test
ST
:
Low-voltage Start-up Test
DCW
:
DC Withstand Voltage Test

2
AN9640BV3(F)&AN9651BV3(F)
&AN9651CV3(F)
Comprehensive Safety Performance Analyzer &
Comprehensive test system for safety performance
User Manual(V1.0)

3
Applicable standards and regulations
This series of products are manufactured according to the following criteria:
GB/T 32192-2015 Withstanding voltage tester
SJ/T11385-2008 General specification of insulation resistance tester
GB/T 32191-2015 Leakage current tester
GB/T 28030-2011 Earth continuity tester
This series meets the following verification regulations:
JJG843-2007 Verification regulation of leakage current tester
JJG795-2016 Verification regulation of withstanding voltage testers
JJG1005-2019 Veification regulation of electronic insulating resistance testers
JJG984-2004 Veification regulation of ground resistance tester

4
Table of Content
Table of Content........................................................................................................... 4
Chapter 1 Safety Rules.................................................................................................1
1.1 General................................................................................................................................. 1
1.2 Warning Signs......................................................................................................................1
1.3 Testing Station..................................................................................................................... 2
1.4 Operating Regulation......................................................................................................... 2
1.5 Operating Rules...................................................................................................................3
1.5.1 Forbidden...............................................................................................................3
1.5.2 Precautions during testing................................................................................... 3
Chapter2 Overview...................................................................................................... 4
2.1 Introduction......................................................................................................................... 4
2.1.1AN9640BV3 (F) Comprehensive safety performance analyzer........................... 4
2.1.2 AN9651BV3 (F) Comprehensive safety performance analyzer.......................... 5
2.1.3 AN9651CV3(F) Comprehensive test system for safety performance................. 5
2.2 Features............................................................................................................................. 5
2.3 Front Panel........................................................................................................................5
2.4 Rear Panel............................................................................................................................7
2.5 AN9651BV3/AN9651CV3 installation and connection................................................ 9
2.6 Accessory......................................................................................................................... 11
Chapter 3 Unpack and Installation.......................................................................... 13
3.1 Installation Environment.............................................................................................. 13
3.2 Unpack and Check......................................................................................................... 13
3.3 Check before power-on..................................................................................................14
3.4 ESRS software operation instructions (only AN9651CV3 uses this software)........ 14
3.4.1 How to start the ESRS system software.............................................................. 14
3.4.2 ESRS System software operation flow.................................................................17
3.4.3 System Management..............................................................................................17
3.4.4 Hardware Configuration.......................................................................................19
3.4.5 Program editing..................................................................................................... 19
3.4.6 Product testing....................................................................................................... 21
3.4.7 Report generation.................................................................................................. 22
3.4.8 End ESRS system software................................................................................... 22
Chapter 4 Settings and Test.......................................................................................23
4.1 Wiring connection............................................................................................................. 23
4.1.1 Connect Test Box and GB clamp..........................................................................23
4.1.2 Connect input power of the instrument...............................................................25
4.1.3 Connect DUT..........................................................................................................25
4.2 Power On............................................................................................................................26
4.2.1 Function Selection..................................................................................................26
4.3 System Settings.................................................................................................................. 27
4.3.1 Alarm Volume.........................................................................................................27
4.3.2 Password................................................................................................................. 27

5
4.3.3 FAIL Mode..............................................................................................................28
4.3.4 Starting voltage...................................................................................................... 28
4.3.5 Display Brightness................................................................................................. 29
4.3.6 Theme...................................................................................................................... 29
4.3.7 Language.................................................................................................................29
4.3.8 Communication......................................................................................................29
4.3.9 Display of Result.................................................................................................... 29
4.3.10 Date........................................................................................................................30
4.4 Group Selection................................................................................................................. 30
4.5 Parameters Settings.......................................................................................................... 30
4.5.1 GB settings..............................................................................................................31
4.5.2 IR Settings...............................................................................................................32
4.5.3 ACW Settings..........................................................................................................33
4.5.4LC Settings.............................................................................................................. 34
4.5.5 PA Settings..............................................................................................................35
4.5.6 ST Settings.............................................................................................................. 36
4.5.7 Waiting Test settings.............................................................................................. 36
4.5.8 Deleting test items.................................................................................................. 36
4.6 Start to test.........................................................................................................................37
4.6.1 Start to test..............................................................................................................37
4.6.2 Compensation.........................................................................................................39
4.7 Extended Function............................................................................................................ 40
4.7.1 USB flash disk........................................................................................................ 40
4.7.2 PLC.......................................................................................................................41
4.8 Calibration......................................................................................................................... 41
4.9 Shutdown........................................................................................................................... 41
Chapter 5 Interface.................................................................................................... 42
5.1 ALARM........................................................................................................................... 42
5.2 REMOTE........................................................................................................................ 43
5.3 PLC..................................................................................................................................43
5.4 BAR CODE INPUT....................................................................................................... 44
5.5 COM................................................................................................................................ 45
5.6 U Disk.............................................................................................................................. 45
5.7 EXT-COM.......................................................................................................................45
5.8 SIGNAL INPUT/SIGNAL OUTPUT...........................................................................46
Chapter 6 Maintenance..............................................................................................47
6.1 Maintenance and Care...................................................................................................47
6.2 Troubleshooting..............................................................................................................47
6.3 Storage and Transport...................................................................................................48
6.3.1 Storage..................................................................................................................48
6.3.2 Transport............................................................................................................. 48
Chapter 7 Specifications............................................................................................ 49
7.1 Specification....................................................................................................................49
7.2 Performance....................................................................................................................49

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7.3 Attachments.................................................................................................................... 52
Annex A Test Principle...............................................................................................54
A.1 Block Diagram............................................................................................................... 54
A.2 Test Principle................................................................................................................. 54
Annex B Safety Knowledge....................................................................................... 55
B.1 Importance of safety test...............................................................................................55
B.2 GB................................................................................................................................... 55
B.3 IR.....................................................................................................................................56
B.4 ACW/DCW.....................................................................................................................57
B.4.1 Advantages/disadvantages of ACW/DCW.......................................................57
B.4.2 Features and classification of ACW................................................................. 57
B.4.3 Features of DCW................................................................................................58
B.4.4 Difference between arc detection and ACW/DCW.........................................58
B.5 Definition of Discharge, Arc, Flashover and Breakdown..........................................59
B.5.1 Gas Discharge..................................................................................................... 59
B.5.2 Arc...........................................................................................................................60
B.5.3 EDM.....................................................................................................................60
B.5.4 Discharge................................................................................................................60
B.5.5 Electrical breakdown............................................................................................ 60
B.5.6 Breakdown voltage.............................................................................................60
B.5.7 Withstand voltage..................................................................................................60
B.5.8 Flashover............................................................................................................. 60
B.5.9 Gas conductivity.................................................................................................... 60
B.5.10 Corona.................................................................................................................. 60
B.6 Charge current test........................................................................................................61
B.7 LC....................................................................................................................................61
B.7.1 Type of LC...........................................................................................................62
B.7.2 Simulated leakage body network......................................................................64
B.8 PA and ST....................................................................................................................... 65
B.8.1 PA......................................................................................................................... 65
B.8.2 ST......................................................................................................................... 65
Annex C Protocol........................................................................................................67
C.1 Handshake Protocol......................................................................................................... 67
C.2 Ports...................................................................................................................................67
C.3 Protocol..............................................................................................................................68
3.1 Protocol format......................................................................................................... 68
3.2 Protocol command list.............................................................................................. 68
3.3 Error return list.........................................................................................................69
3.4 Operating procedures...............................................................................................69
3.5Detailed agreement.................................................................................................... 70
Annex D Key Components........................................................................................ 75

Chapter 1 Safety Rules
1
Chapter 1 Safety Rules
Guide:
General
Warning Signs
Testing Station
Operating Regulation
Operating Rules
1.1 General
Before operating this analyzer, read this manual carefully, and operate according to this
manual.
Keep this manual in place convenient for operator to access.
Never touch the live parts of the tester or the house of the object under test during testing,
otherwise electric shock will occur!
Be sure to turn off the power switch before connecting/disconnecting the wire on the
rear panel!
For insulation and ACW/DCW, the Device Under Test (DUT) shall be isolated from the
ground and surroundings properly. Especially: the DUT shall be isolated from the line
body properly!
Ground the analyzer properly.
1.2 Warning Signs
or High-voltage, indicating high-voltage output between terminals.
Alarm, attached at eye-attracting position of the panel of instrument.
Earth, attached close to the earth terminal of instrument.
Warning, prompting that the operation, application or
conditions are dangerous, or even cause personnel death/injury.
Caution, prompting that the operation, application or
conditions are dangerous or even damage to the tester, or the data stored in the
instrument is lost.

Chapter 1 Safety Rules
2
1.3 Testing Station
1 Position
The station must be positioned away from persons other than the operators. Keep the station
isolated with other facilities, indicating “High-voltage Testing Station”.Indicate
“Danger! Testing ..., Non-operators keep away!”during testing.
2Power supply
Available power supply: single-phase 220V±10%, 50Hz±5%. Ensure proper power supply
to avoid damage to instrument and personal injury.
Only use fuse of proper specification.
Ground the tester well before operation so as to guarantee personnel safety. Set a power
switch for the testing station at the entrance and prompt especially. In case of emergency, shut off
the power supply and then handle the accident.
3Workplace
Use non-conductive worktable or platform as possible. Metal between the operator and DUT
is forbidden. The operators shall not operate or adjust the tester over the DUT. The testing place
must be clear, clean and in order. Keep the instrument and the testing line in proper place after
operation. All persons shall identify the objects under testing, to be tested and that tested. Keep the
testing station and surrounds free of flammable or corrosive gases. Do not operate the tester near
flammable substance.
1.4 Operating Regulation
1 Qualification
Any electric shock due to wrong operation of the voltage and current from this analyzer will
cause injury to persons, or even death. This analyzer must be used and operated by qualified
operators according to the manual.
2 Safety rules
The operators must be educated and trained in time, so as to understand all operating
regulations, and operate this analyzer taking the safety rules into consideration.
3 Clothing
The operators shall not wear clothing with metal garnishry or metal jewelry and watches, to
avoid electric shock or even more serious results.
The operators must wear insulated gloves during operation of the analyzer.
4 Medical regulation
This analyzer can not be operated by persons wearing cardiotach adjuster or pacemaker.

Chapter 1 Safety Rules
3
1.5 Operating Rules
The maximum output of this tester is 5kVAC. Observe the
following provisions during test to avoid injury or death!
1.5.1 Forbidden
Frequent ON/OFF of the instrument is forbidden. Switch on/off the instrument at interval
of 30 seconds or move.
Never open the house of the analyzer. The analyzer must be maintained by trained and
qualified engineers or technicians.
1.5.2 Precautions during testing
The operators must wear insulated gloves.
To leave the operating area temporarily or to perform the test later, switch off the power
supply.
During high-voltage testing, never touch DUT or any objects connected with the DUT.
The operator must be able to master the control switch and the remote switch
independently. Please remove the remote switch if it is not used. Non-qualified operators
and other persons should keep away from high voltage area.
Connect the earth wire of analyzer properly. Only insert the high-voltage testing line for
testing. Hold the insulated parts of high-voltage line (clip). Never directly touch the
high-voltage output terminal (clip).
In case of any problems, press STOP immediately. Turn off the power supply directly if necessary.

Chapter 2 Overview
4
Chapter2 Overview
Summury:
Introduction
Features
Front Panel
Rear Panel
Accessory
2.1 Introduction
2.1.1AN9640BV3(F) Comprehensive safety performance analyzer
AN9640BV3(F)series Safety Analyzer is a comprehensive instrument for testing of electrical
strength (ACW/DCW), GB, IR, LC, PA, and other functions, an important tester of electrical
manufacturers and inspection department. This series of testers are developed by Ainuo with
industry-leading technology, automation and performance:
1 Fast
This instrument adopts DSP microprocessor as the control core for real-time measurement of
the compliance parameters of the DUT, finishing four tests within 4.5s, particularly suitable for
fast test in the line.
2 Simple
This instrument is designed with menu prompt operation. User can quickly complete settings
of a variety of test conditions and instrument parameters through F menus and numeric keypad,
easy to operate. All accessories are clearly identified separately, wire connectiong can be
completed according to identified marks, simplify installation.
3 Intelligent Judgment
This instrument has intelligent judgment based on upper/lower limit to automatically identify
defective products, while providing audio and video alarm.
4 Reliable
This instrument adopts a variety of anti-jamming measures for the wiring, adopting SPWM
technology to generate standard 50Hz or 60Hz sine wave, which is driven and output via
high-power MOS transistor to achieve non-contact conditioning of high voltage and high current,
realize hardware/software protection, greatly improving reliability of the instrument.
5 Safe
Auto over voltage/over current protection, secure and safe.

Chapter 2 Overview
5
2.1.2 AN9651BV3(F) Comprehensive safety performance analyzer
AN9651BV3(F) is composed of AN9640BV3 and intelligent variable frequency power supply.
2.1.3 AN9651CV3(F) Comprehensive test system for safety performance
AN9651CV3 is composed of AN9640BV3, intelligent variable frequency power supply and
system controller. The configuration of the system controller is as follows:
System controller (industrial computer and peripherals) IPC:
Intel CPU 2.8GHz;
120GB hard drive;
4GB memory;
SVGA monitor;
USB, wireless mouse, keyboard;
2.2 Features
1, Intelligent: Industry first, Andrews platform, full-screen touch, continuous upgrade of APP
applications; barcode recognition, data storage, network transmission;
2, Accurate: tester accuracy of 1%, power accuracy of 0.2%, stable and accurate for complex
environments;
3,Comprehensive: Seven- in-One testing: GB/ACW/IR/LC/PA/ST/DCW.
2.3 Front Panel
Figure 2-3-1 Front Panel
There are Keys, lamps and LCDs on the front panel, as shown in Figure 2-3-1, including 7
sections:
(1) Power switch: turn on/off the input power.
(2) START/STOP button:

Chapter 2 Overview
6
: STOP: stop current test and return to the parent directory.
: START: start current group test.
(3) LCD screen: show settings and measurement information, as shown in Figure 2-3-2,
including 6 districts.
Figure 2-3-2 LCDs
Tile: display title of current screen.
Main: dispaly settings and test information.
Help: Help information for the user’s operation.
Status: current operating status of the instrument, including Local, PLC and Barcode.
Time: current time (24h system).
F menu:operate F keys according to the soft keyboard displayed on the screen.
(4) F menus:operate as the soft keyboard displayed at right.
(5) Keys: Described as follows:
Figure 2-3-3 Function of keys
Keys
Function
Direction
To move the cursor

Chapter 2 Overview
7
Exit
1. Cancel current input under edit mode.
2. Exit current screen under non-edit mode.
Enter
1. Conform current input under edit mode.
2. Move the cursor to the next line under non-edit mode.
Figure/Letter
Input letter or figure at the cursor position.
(6) Status LED: TESTING (yellow), FAIL(red), PASS(green).
(7) USB port: external U disk interface for import/export of testing file and data storage;
Note: restrictions of this tester on U disk:
USB2.0 protocol, format FAT32, capacity not greater than 16GB;
U disk other than system U disk (those which can be used for operating system
restoration);
Less other files in the U disk as possible. Too many files will affect the speed of
recognition.
2.4 Rear Panel
On the rear panel, terminals and interfaces are shown in Figure 2-4-1.
Figure 2-4-1 Interfaces on the rear panel
1Terminal area:The detailed functions are as follows,
A1: High voltage L line;
A2: High voltage N line;
A3: GB voltage sampling positive;
A4 GB current output;
A5: Measurement loop;
A6: GB current circuit;
L: L end of the power input line;

Chapter 2 Overview
8
N: N terminal of the power input line;
DUT POWER: input of DUT power, to connect mains power or inverter power;
②PLC: Support PLC control to start, stop, change the test group and other operations. For
definitions of ports, refer to Section 5.3;
③ALARM: to connect alarm LED (three colors). For definitions of ports, refer to Section
5.1;
④BAR CODE INPUT: to connect barcode scanner with RS-232 port for barcode input.
⑤REMOTE: to connect remote control box. Support start/stop operation. For definitions
of ports, refer to Section 5.2;
⑥Communication port: optional RS232/RS485/GPIB/LAN COM.
⑦External power supply communication interface:
can be connected AN97 / AN16 series inverter power supply and other external devices.
⑧SINGAL INPUT: quick select. For definitions of ports, refer to Section 5.8;
SINGAL OUTPUT: programmable digital output, set on the screen;
⑨Input Power: power socket, 220V/50Hz, 10A fuse.

Chapter 2 Overview
9
2.5 AN9651BV3/AN9651CV3 installation and connection
2.5.1 AN9651BV3Assembly wiring
The comprehensive test system needs to install the corresponding test fixtures and
accessories, and the input power supply can be used normally. Please refer to the steps shown in
Figure 2-1 for the installation and connection.
Note: Make sure that the power supply is single-phase AC220V -240V, 50/60Hz.
Step 1: Prepare the
device for installation
▲ Put the power switch
of the whole machine in
the “OFF” position;
▲ Turn off the power
switch for analysis.
Step 2: Install the
fastening joint
▲ Remove the black rubber
ring that comes with it, and
replace it with the
fastening joint accessory.
Step 3: Connect the test
fixture
▲ Pass the A1—A6 test
leads of the test box and
test tongs through the
wiring holes, and connect
them one-to-one with the A1
—A6 terminals of the
analyzer, and fasten them;
Note: You need to remove the
top baffle at the top of the
cabinet after connecting.
After the connection is
completed, install the
baffle.
Step 4: Connect the device
power input cable and
connect to the power grid.
▲The power supply line
should be selected according
to the power of the measured
body. The maximum input
capacity is 6kVA.
Step 5: Power on the
device
▲ Put the power switch
of the whole machine in
the “ON” position;
▲ Turn on the analyzer
power switch.
Note 2: How to turn off
the device
▲Turn off the analyzer
power switch.
▲ Put the power switch
of the whole machine in
the “OFF” position;
Analyzer power switch
Machine power switch
Figure 2-5-1 Wiring diagram of the comprehensive test system
Note: The comprehensive test system is a 220V/50Hz power supply system. The maximum
power required by the system is 6kVA (including the operating power of the product under test).
Please confirm that the connected power supply can provide the required frequency and power
capacity. Do not use power supplies that do not meet the above requirements to avoid equipment
damage.
2.5.1 AN9651CV3Assembly wiring
①Hardware installation: The hardware devices of AN9651CV3 comprehensive
measurement system are installed in a chassis. When installing, please refer to the following
installation steps. For the detailed hardware configuration and installation sequence, please refer to
the hardware configuration diagram included with the system. The following only provides the
installation method of the general standard configuration of the AN9651CV3 comprehensive
measurement system.
Installation steps:
(1) Fix the display and alarm light on the upper part of the chassis and tighten the screws, as

Chapter 2 Overview
10
shown in Figure 2-1;
Figure 2-5-2 Fixed display
(2) According to the actual wiring diagram of the system, connect each instrument according
to the specified wire, including the power supply line, communication line and test fixture of each
single meter, as shown in Figure 2-5-3, confirm that the power supply is single-phase 220V±10%,
50Hz±5%。
Figure 2-5-3 Wiring diagram of the comprehensive test system
②Install/uninstall ESRS system software: Before you use ESRS system, you must first
install ESRS system software to your computer. In the following chapters, we will tell you how to
install ESRS system software step by step on your computer window environment.
Install the ESRS system software on the Windows environment.
Before you install, the hard disk in your computer should reserve at least 100MB of storage
space.
You can select the SETUP.EXE file in the root directory of the installation file to install.
The installation process is as follows:
Step2:Connect
the instrumentand
monitorpower cord.
Step 1: Connect the
communication cable
▲Reliably connect the
communication lines of the
instrument, display and
industrial computer, and
tighten the fastening
screws.
Step 3: Connect the test
fixture
▲ Pass the A1—A6 test leads
of the test box and test tongs
through the wiring holes, and
connect them one-to-one with
the A1—A6 terminals of the
analyzer, and fasten them;
Note: You need to remove the
top baffle at the top of the
cabinet after connecting.
After the connection is
completed, install the
Step 4: Connect the
device power input
cable and connect to
the power grid.
▲The power supply
line should be
selected according to
the power of the
measured body. The
maximum input
capacity is 6kVA.

Chapter 2 Overview
11
Figure 2-5-4 ESRS driver
The installation location of some modules of the software in Figure 2-5-4 above is
recommended to be installed in a hard disk partition with a large remaining space, because the
data generated by the test will be automatically saved in this directory, occupying a large hard disk
space, 2-5-4 are some necessary drivers required for the software to run, generally installed in the
default directory.
2.6Accessory
2.6.1Test Box
To connect the power line of DUT, so asto connect the DUT with the analyzer.
Figure 2-6-1Test box
2.6.2GB clamp
For GB, connect the GB point. In fact, this GB clamp acts as a large current output terminal,
and used for current and voltage sampling.
Figure 2-6-2 GB clamp
2.6.3ALARM light
The ALARM light can provide three signals: PASS (green), Testing (yellow) and FAIL (red).
Insert the ALARM light 5P aero plug into the 5P ALARM light aero socket on the rear panel.

Chapter 2 Overview
12
Figure2-6-3 ALARM light
2.6.5 RS232 cable
For serial communication. Insert one end of the cable into the interface on the rear panel, and
the other end into the serial port of the computer for communication.
Figure 2-6-5 RS232 cable

Chapter 3 Unpack and Installation
13
Chapter 3 Unpack and Installation
Guide:
Installation Environment
Unpack and check
Check before power-on
3.1 Installation Environment
To select installation position, take the following into consideration:
1 Away from flammable, explosive or corrosive substance, e.g., alcohol, thinner, sulfuric acid
etc.
2 Away from heat or sun.
Operating Temp.: 0℃~+40℃
Storage Temp.: -10℃~+50℃
Avoid sudden change of temperature, otherwise condensate will occur inside the instrument.
3 Away from boilers, humidifiers and water and so on.
Operating relative humidity: 20~75%RH
Storage relative humidity: 0~90%RH
Stop usage of the tester as condensate occurs.
4 Away from strong electromagnetic interference.
5 Away from the obvious shock and vibration.
6 Keep the working environment free of dust. Keep good ventilation. The scanner is cooled via
natural air. Poor ventilation can lead to damage to the equipment. Keep the rear panel at least
30cm away from the wall during operating.
7 Away from precise instruments - As high-voltage is output, corona discharging will occur near
the test point of DUT, emitting radio electromagnetic wave and interfering measuring
accuracy of precise instruments.
3.2 Unpack and Check
First check the nameplate and see if the model is consistent with that in the order; then check
if the items are complete according to the Packing List in the manual. If the items are not
consistent with those in the Packing List, please contact Ainuo service center or the dealer.
If the package is damaged, check the instrument for any deformation or scratch, or damage to
the panel etc. In case of any damage, inform Ainuo Instrument Company or the dealer
immediately. Our service center will repair or replace it with new one. Do not return the product
before informing Ainuo Instrument Company or its dealer.

Chapter 3 Unpack and Installation
14
Do not open the cover of the instrument freely so as to avoid electric shock. In case of
abnormities of the instrument, ask Ainuo Instrument Company or the dealer for maintenance.
3.3 Check before power-on
After confirming that the instrument is intact and attached to the work location, please
check in the following steps:
(1) Only connect the power line and do not connect other test line. Turn on the power switch;
(2) After the instrument enters the selection screen, press the menu Goto Test to enter test
screen, press START button to test. If the test conditions are described below:
a. Alarm for open ground;
b. IR >50GΩ;
c. Low breakdown current or zero for ACW/DCW;
d. For PA, displayed output voltage: 220V, output power: 0W;
e. For LC, displayed output voltage: 233V, current (rms): 0μA.
The analyzer is normal; check the analyzer according to the instruction in Section 4.
(3) Start the analyzer for the first time, if there is no display, check and make sure the power
line is connected well; during start to test, if the start fails, there is no response after
pressing the key, or there is no action sound of relay etc, please contact Ainuo or
designated dealer for technical support.
3.4 ESRS software operation instructions (only AN9651CV3 uses
this software)
3.4.1 How to start the ESRS system software
If you have installed the ESRS software to your hard drive according to the instructions in
Chapter 2, a shortcut to the ESRS software will appear on the desktop of your industrial computer.
Click the shortcut button with the mouse to start the ESRS software. In addition, you can also start
as follows: Start-Program-ESRS-Start system software.
Figure 3-2-1 A shortcut
After executing the ESRS system software, the login interface as shown in Figure 3-2-2 will
appear first:
This manual suits for next models
7
Table of contents