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User's Guide
Rev.A
2.0
Firmware description：
Applicable to the FW Version
Rev.A
2.0 and above
Voltage rise time,Test time,and Fall time can be arbitrarily set within 999.9 seconds
is the trademark or registered trademark of Changzhou
Applent instruments Ltd
ACW rated ouput : 5kV / 20mA
DCW rated outpur : 6kV / 10mA
IR rated output : 1kV / 10GΩ
DC fast discharge、Electric shock protection and Arc detection
Can store and edit 10test groups,each with 16 steps
HANDLER ( PLC ) interface
RS-232C interface
AT9220
Hipot Tester
Applent Instruments Ltd.
No.14 , LianDong U Valler,No.9,Caoxi Road,
Wujin, Changzhou, Jiangsu, China
TEL：0519-88805550
FAX：0519-86922220
http://www.anbai.cn
Sales Email: sales@applent.com
Tech Email: tech@applent.com
©2005-2022 Applent Instruments Inc.
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Table of Contents
Related Manuals for Applent Instruments anbai AT9220
Summary of Contents for Applent Instruments anbai AT9220
- Page 1 HANDLER ( PLC ) interface RS-232C interface Applent Instruments Ltd. No.14 , LianDong U Valler,No.9,Caoxi Road, Wujin, Changzhou, Jiangsu, China TEL：0519-88805550 FAX：0519-86922220 http://www.anbai.cn is the trademark or registered trademark of Changzhou Sales Email: sales@applent.com Applent instruments Ltd Tech Email: tech@applent.com ©2005-2022 Applent Instruments Inc.
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Page 2: Safety Summary
To avoid possible electric shock and protect personal safety, please follow the instruction below. Disclaimer The Applent Instruments assumes no liability for the customer's failure to comply with these requirements. To avoid electric shock hazard, the instrument chassis and cabinet must be... - Page 3 DO NOT If the instrument does not work normally and its danger is unpredictable, Using An Instrument That Is please disconnect the power cord, do not use it again, and do not try to repair Not Working Properly it by yourself. DO NOT Beyond the range, the protective measures provided by the instrument will Use the instrument beyond the...
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Page 4: Certifiaction, Limited & Limitation Of Liability
AT9220 User ‘ s Guide CERTIFIACTION, LIMITED & LIMITATION OF LIABILITY Applent Instruments, Inc. （shortened form Applent）certifies that each set of AT9210 is perfectly qualified in terms of quality and specification. This warranty exclude fuse and damages caused by negligences, misuse, pollution, accidents, and use under abnornal condition. -
Page 5: Table Of Contents
Content Contents Safety Summary ......................................2 Security Infomation ....................................2 CERTIFIACTION, LIMITED & LIMITATION OF LIABILITY ......................4 Contents ........................................5 List of Illustrations ..................................... 8 1. Installation and setup ....................................9 Table of Contents .......................................8 1.1 Packing List ......................................9 1.2 Power Supply ......................................9 1.3 Operation Environment .................................. - Page 6 AT9220 User ‘ s Guide 5.2.7 Overcurrent and arc detection ............................24 5.2.8 Test result processing ................................. 25 5.2.9 LIST DISPLAY..................................26 5.2.10 Stop test ....................................26 6. [SYSTEM] Page .......................................27 6.1 SYSTEM CONFIG ....................................27 6.1.1 【LANGUAGE】 ..................................27 6.1.2 Modify [DATA] and [TIME] ..............................28 6.1.3 [ACCOUNT] Setting ................................
- Page 7 Content 10.5.3 Function parameter instruction set ..........................44 10.6 FETCh Subsystem ...................................47 10.7 FILE Subsystem ....................................48 10.7.1 FILE? ......................................48 10.7.2 FILE:SAVE <n> ..................................48 10.7.3 FILE:SAVE <n> ..................................48 10.7.4 FILE:DELete <n> .................................48 10.7.5 SYSTem Subsystem ................................49 10.8 FILE Subsystem ....................................49 10.8.1 SYSTem LANGuage ................................49 10.8.2 SYSTem:GFI ...................................49 10.8.3 SYSTem:BEEP ..................................
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Page 8: List Of Illustrations
AT9220 User ‘ s Guide List of Illustrations Figure 1- 1 Fuse box on the rear panel ........................10 Figure 1- 2 The instrument handle (schematics, panel graphics and is not) ............11 Figure 3- 1 Front panel ..............................16 Figure 3- 2 Back panel ..............................16 Figure 4- 1 Test step setting page ..........................18... -
Page 9: Installation And Setup
AT9220 Series User Manual RS232 interface cable If it is damaged or the accessories are insufficient, please contact the sales department or distributor of Applent Instruments immediately. Power Supply AT9220 can only be used in the following power supply conditions: Voltage：85V-250VAC... -
Page 10: Cleaning
AT9220 User ‘ s Guide Altitude: 0~2000m Cleaning To prevent the risk of electric shock, unplug the power cord before cleaning. Please use a clean cloth dipped in clean water to clean the housing and panel. Do not clean the inside of the instrument. Warning：... - Page 11 Unpacking and Inspection as shown below: Figure 1- 2 The instrument handle (schematics, panel graphics and is not) View 1: Position of a both hands holding the handles on both sides , gently pull to the sides until you can rotate freely ,and the switch to the View 2 ...
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Page 12: Overview
AT9220 User ‘ s Guide 2. Overview This chapter provides the following information: Safety Rules Product Performance Safety Rules Warning: This instrument generates test high voltage that can cause personal death. When operating the instrument, you must be very careful and follow warnings, and other instructions given in this chapter. -
Page 13: Prohibited Operations
Overview understand the imInterfaceance of various safe operations, and Rule operation tester. Dress Code Operators are not allowed to wear clothes with metal decorations, metal jewelry and watches, etc. These metal accessories are easy to make Accidental electric shock. The operator must wear insulated gloves when operating the tester. -
Page 14: Product Performance
AT9220 User ‘ s Guide Discharge Time： Discharge time calculation formula：t = -ln（30 / U）×R×C t：Discharge time 30：Residual safety voltage of discharge 30V U：Test set voltage R ： The insulation resistance of the test piece is about 2k when it is connected to the instrument and discharged C：The capacitance of the tested part Generally, only DC-type high voltage tests need to be discharged, and the length of the... - Page 15 Overview The principle structure of the instrument: The high-voltage module is a DA reference, a controllable sine generator, a class AB power amplifier, a 40-600Hz high-voltage transformer boost, and the output voltage is closed-loop controlled. DA benchmark: to ensure that the output voltage amplitude is controllable. Controllable sine generator: It can be set to work at 50 or 60 Hz during AC output, and is no longer limited by line voltage;...
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Page 16: Startup
AT9220 User ‘ s Guide 3. Startup This chapter provides the following information: Front panel: Including key and introduction of test terminal. Back panel: Power supply and Interface information Startup: Including self-check process, dfault value of device and pre-heating time of device. -
Page 17: Startup
Startup List 3- 2 Back panel function description Function Fan Vent Ground Terminal HANDLER（PLC） Interface RS-232C Interface Line Voltage Mode (110V 、220V) Switch Power Outlet Fuse Box Startup 3.2.1 Start The button marked at the bottom left of the front panel is the power switch. AT9220 adopts soft start mode: ... -
Page 18: Setup] Page
AT9220 User ‘ s Guide 4. [Setup] Page This chapter provides the following information： Test step settings AC withstand voltage test parameter setting DC withstand voltage test parameter setting Insulation resistance test parameter setting In the stop state, press [Setup] key to enter < setup> page. Test Step Setup Figure 4- 1 Test step setting page... -
Page 19: Acw Parameter Setting
[Setup] Page 4.1.1 ACW parameter setting Figure 4- 2 ACW parameter setting page List 4- 2 ACW parameter description PARA RANGE REMARK VOLT AC test voltage value 0.050～5.000kV UPPER 0.001～20.00mA AC current upper limit value The lower limit value of AC current, which must be less than 0.001～20.00mA LOWER... -
Page 20: Dcw Parameter Setting
AT9220 User ‘ s Guide 4.1.2 DCW parameter setting Figure 4- 3 DCW parameter setting page List 4- 3 DCW parameter description PARA RANGE REMARK VOLT 0.050～6.000kV DC test voltage value UPPER 0.1uA～10.00mA DC current upper limit value The lower limit value of DC current, which must be less than 0.1uA～10.00mA LOWER... -
Page 21: Ir Parameter Setting
[Setup] Page 4.1.3 IR parameter setting Figure 4- 4 IR parameter setting page List 4- 4 IR parameter description PARA RANGE REMARK Insulation resistance test voltage 0.050～ VOLT value 1.000kV Insulation resistance upper limit 0.1M～10.00G value UPPER Does not judge the upper limit of insulation resistance Insulation resistance lower limit LOWER... -
Page 22: Meas] Page
AT9220 User ‘ s Guide [Meas] Page This chapter provides the following information： <MEAS DISPLAY> Instructions for Use <MEAS DISP>Page Press【Meas】 key to enter【MEAS DISP】Page. Figure 5- 1 <MEAS DISP>page（Take ACW as an example） In this interface, you can [START] high voltage to measure the high voltage of the component under test. -
Page 23: Instructions For Use
[Meas] Page Instructions for use Figure 5-2 Test flow chart 5.2.1 Start test When the instrument is in the test mode, check the test conditions. After the DUT is connected correctly, press the [START] key to start the test. 5.2.2 Voltage rise Some DUTs are sensitive to sudden changes in voltage, so this function is required. -
Page 24: High-Pressure Test
AT9220 User ‘ s Guide to avoid misjudgment. 5.2.4 HIGH-PRESSURE test Perform a high voltage test on the DUT. At this time, it should be ensured that the test circuit is correct, and the test result will not be affected by some special incidental parameters, which is the actual withstand voltage current required for the test. -
Page 25: Test Result Processing
[Meas] Page Arc detection: The test is to test the local current oscillation caused by the instantaneous discharge of the local circuit in the high-voltage test circuit. Since it is superimposed on the normal test current and the mutation time is short, ordinary current detection circuits cannot make appropriate judgments in response to current changes. -
Page 26: List Display
AT9220 User ‘ s Guide 5.2.9 LIST DISPLAY When measuring in multiple steps, the results are displayed in a list. Figure 5- 4 List display After a test plan is completed, you can view the data through the [DATA RECORD] on the sidebar of the [MEAS DISP] page or [MEAS SETUP] page. -
Page 27: System] Page
System Configuration 6. [SYSTEM] Page This chapter provides the following information： <SYSTEM CONFIG> <SYSTEM INFORMATION> In the high voltage stop state, once you press the [MEAS] or [SETUP] key, and the [SYSTEM SETUP] key will show up in the sidebar. SYSTEM CONFIG On the [MEAS] or [SETUP] page, press the [SYSTEM SETUP] key to enter the <SYSTEM CONFIG>... -
Page 28: Modify [Data] And [Time]
AT9220 User ‘ s Guide [CHN] Chinese ENGLISH English 6.1.2 Modify [DATA] and [TIME] built-in 24-hour clock. Step to set the data： STEP 1 Enter <SYSTEM CONFIG> page STEP 2 Use cursor keys to select [DATA] field STEP 3 Use soft key to select Soft Key Function... -
Page 29: Baud】Setting
System Configuration Soft Key Function CHANGE Input 9 digits numeric password. PASSWORD If you forget the password, please contact our sales department. DELETE PASSWORD 6.1.4 【BAUD】Setting In order to correct communication, please make sure the baud rate set up correctly, PC with different baud rate will not be able to correct the communication instrument. -
Page 30: Touch Screen Calibration
AT9220 User ‘ s Guide 6.1.7 Touch screen calibration Press [TOUCH CALIBRATION], and click the corresponding position according to the on-screen guidance to complete the calibration. SYSTEM INFORMATION On the [MEAS] or [SETUP] page, press the [SYSTEM SETUP] key to enter the <SYSTEM CONFIG>... -
Page 31: File] Page
File Set 7. [FILE] Page This chapter provides the following information: MEDIA RECALL FILE SET User can save up to 10 files to internal non-volatile memory. [FILE] Page Figure 7- 1 <FILE> On the [MEAS] or [SETUP] page, press the [FILE SETUP] key to enter the <FILE> page On this page, placing the cursor on the corresponding field can set the following controls: Select files from instrument internal memory or external USB stick ... -
Page 32: File] Setting
AT9220 User ‘ s Guide Use cursor keys to select [RECALL] field STEP 2 Use soft key to select STEP 3 Soft Key Function LAST FILE Recall the last used file at boot FILE0 Recall FILE0 at boot 7.1.3 [FILE] Setting Step to set the File：... -
Page 33: Handler（Plc
Handler(PLC)接口 8. Handler（PLC） This chapter provides the following information: Terminals How to connect and Interface schematic The instrument provides users with a wealth of processor interfaces. Through this interface, the instrument can easily complete the automatic control function with the user's system control components. - Page 34 Figure 8- 2 Handler Interface internal circuit structure AT9220 User ‘ s Guide Figure 8- 3 Handler Interface default test timing Instrument interface usage The control interface is generally used for remote control and test synchronization or indication.
- Page 35 Figure 8- 4 Instrument interface external connection Handler(PLC)接口 Instruction ： 1.Switches can be replaced by isolated switching elements such as optocoupler secondary side, and the current direction refers to the principle above (COM terminal is low-end). 2.The indicator light here can be replaced by other drive control components, and the current direction depends on the power supply.
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Page 36: Remote Control
AT9220 User ‘ s Guide 9. Remote Control This chapter provides the following information to remotely control the AT45xx via the RS-232C or USB interface.This chapter provides the following information About RS-232C About USB Interface Select Baud Rate. ... -
Page 37: Handshake Protocol
SCPI Command Reference User-made 3-wire cable should pay attention to: Using the DB9 port of PC, it may be necessary to short the 4-6 and 7-8 of the DB-9 connector (pin) on the computer side. Cable length should not exceed 2m. Figure 9- 1 The RS-232 connector in the real panel Table 9- 1RS-232 connector pinout... -
Page 38: Scpi
AT9220 User ‘ s Guide <The problem still can't be solved, please consult Amber Instrument Technical Engineer immediately.> SCPI Standard Commands for Programmable Instruments (SCPI) is a kind used by Amber Instruments. General command set for testing instruments. SCPI is also called TMSL-test and measurement system language. -
Page 39: Scpi Command Reference
SCPI Command Reference 10. SCPI Command Reference This chapter contains reference information on programming Instruments with the SCPI commands. Command parser; Command grammar Search grammar Inquiry response Command reference This chapter illustrates all SCPI commands adopted by the instrument, through which all functions of the instruments can be fully controlled. -
Page 40: Command Structure
AT9220 User ‘ s Guide 10.1.3 Command Structure If the SCPI command adopts a tree structure, it can go down to three levels (note: the command parser of this instrument can parse any layer down), and the highest level here is called subsystem command. -
Page 41: Separator
SCPI Command Reference List 10- 1 Multiplication condensation 1.23G，1.23u Definition Condensation 1E18 (EXA) 1E15 (PETA) 1E12 (TERA) 1E9 (GIGA) 1E6 (MEGA) 1E3 (KILO) 1E-3 (MILLI) 1E-6 (MICRO) 1E-9 (NANO) 1E-12 (PICO) 1E-15 (PEMTO) 1E-18 (ATTO) Tip: the magnification is case-insensitive, and its writing is different from the standard name. ... -
Page 42: Display Subsystem
AT9220 User ‘ s Guide 10.4 Display Subsystem Display subsystem Can be used to switch between different display pages or to display text on Figure 10- 10- 2 Display subsystem tree the page tooltip. 10.4.1 DISPlay:PAGE DISP:PAGE used to switch to the specified page Command Syntax：... -
Page 43: Function Subsystem
SCPI Command Reference 10.5 FUNCtion subsystem Figure 10- 10- 3 FUNCtion subsystem tree 10.5.1 High Voltage Start/Stop Command used to starting high voltage output FUNC:START Command Syntax： FUNCtion:START Example ： send> FUNC:STARt<NL> //Start the test , the function is equivalent yo the [START] button FUNC:STOP used to stop high voltage output Command Syntax：... -
Page 44: Function Parameter Instruction Set
AT9220 User ‘ s Guide Query Response： Current step – total steps STEP <1-16> - TOTAL <1-16> Example ： send> FUNC:SOUR:STEP?<NL> ret> STEP 5 - TOTAL 11 <NL> add a new test item to an existing test plan. FUNC:SOUR:STEP1:INS Command Syntax： FUNC:SOUR:STEP:INS Example ：... - Page 45 SCPI Command Reference // Under the premise of total steps ≥5,set the upper of step 5 to 1mA Query Syntax： FUNC:SOUR:STEP<1-16>:UPPER? Query Response： <float>：(data unit is mA/MΩ) ACW : 0.001 - 20.00 With unit DCW : 0.001 - 10.00 With unit IR : OFF，0.1 - 1E4 With unit FUNC:SOUR:STEP5:UPPER?<NL>...
- Page 46 AT9220 User ‘ s Guide In an existing test plan,set the fall time of the current test step FUNC:SOUR:STEP<1-16> ： FTIM Command Syntax： FUNC:SOUR:STEP<1-16>:FTIM <float> Parameter： <1-16>: step <float>（data in seconds）：0，0.1 - 999.9 Without unit Example ： send> FUNC:SOUR:STEP5:FTIM 10<NL> // Under the premise of total steps ≥5,set the fall time of step 5 to 10s Query Syntax：...
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Page 47: Fetch Subsystem
SCPI Command Reference In an existing test plan,set the boost judgment of the current test FUNC:SOUR:STEP<1-16> ： RAMP step Command Syntax： FUNC:SOUR:STEP<1-16>:RAMP {ON,OFF} (Only available under DCW) Example ： send> FUNC:SOUR:STEP5:RAMP ON<NL> // Under the premise of total steps ≥5,set the RAMP of step 5 to on Query Syntax：... -
Page 48: File Subsystem
AT9220 User ‘ s Guide ret> IR,0.050kV,34.59MΩ,PASS;ACW,0.050kV,0.000mA,PASS; <NL> instrument returns each measurement result. 10.7 FILE Subsystem FILE subsystem commands are used to perform file operations. Figure 10- 5 FILE subsystem tree :SAVE <File NO.> FILE :LOAD <File NO.> :DELete <File NO.> 10.7.1 FILE? FILE？Command is used to query the file number used by the system. -
Page 49: System Subsystem
SCPI Command Reference FILE: DELete command is used to delete all user setting from the currently use file. Command Syntax： FILE: DELete Example ： send> FILE: DELete <NL> FILE: DELete <n> command is used to delete all user setting from the specified file. Command Syntax：... -
Page 50: System:beep
AT9220 User ‘ s Guide 10.8.3 SYSTem:BEEP SYST:GFI Set beep Command Syntax： SYSTem:BEEP {ON,OFF} Example ： send> SYST:BEEP ON<NL> //Set beep on Query Syntax： SYST:BEEP? Query Response： {ON,OFF} 10.9 IDN? Subsystem Figure 10- 7 IDN? Subsystem tree IND? IDN? Subsystem is used to return the version number of the instrument. Query Syntax：... -
Page 51: Specification
规格 11. SPECIFICATION This chapter provides the following information: Technical indicators Function model Environmental requirements Dimensions 11.1 Technical indicators AT9220 AC/DC Withstanding Tester AC withstand voltage Rate Output 5kV / 20mA Range Resolution Accuracy Output Voltage 0.050kV-5.000kV 0.001 (1V) ±（2%×Reading + 5digital）... -
Page 52: Model Function
10℃~40℃ huniditu 10~80% RH store： temperature 0℃~50℃ huniditu 10~90% RH Power supply： 110VAC/220VAC（1±10%） fuse： 110V 5A slow melting、220V 3A slow melting power： MAX300VA weight： about 8 kg 11.4 Dimensions Schematic -AT9220 User’s Manual English Edition ©2005-2022 Copyright: Changzhou Applent Instruments Ltd...
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