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Applent Instruments AT5220, Руководство пользователя

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5 

Unpacking and Preparation 

9.10.1

 

CORRect:SHORt ........................................................................................................................................................ 37

 

9.11

 

IDN? SUBSYSTEM .............................................................................................................................................................. 37

 

10.

 

Specifications ........................................................................................................................................................................... 38

 

10.1

 

T

echnical Specifications

 ........................................................................................................................................................ 38

 

10.2

 

G

eneral Specifications

 ........................................................................................................................................................... 38

 

10.3

 

Dimensions .......................................................................................................................................................................... 39

 

 

Figure Contents 

Figure 3-1 Front panel .......................................................................................................................................................................... 11

 

Figure 3-2 Rear panel ........................................................................................................................................................................... 11

 

Figure 3-3 Test terminal for each channel ..................................................................................................................................... 12

 

Figure 4-1 AT5220 <MEAS DISPLAY> page ................................................................................................................................. 14

 

Figure 5-1 <Setup> page ................................................................................................................................................................... 15

 

Figure 5-2 Correct method of short-circuit clear zero .............................................................................................................. 17

 

Figure 5-3 <Comp Setup> Page ...................................................................................................................................................... 18

 

Figure 6-1 <SYSTEM CONFIG> page .............................................................................................................................................. 21

 

Figure 6-2 <SYSTEM INFORMATION>page ................................................................................................................................. 23

 

Figure 7-1 Pin assignment .................................................................................................................................................................. 25

 

Figure 7-2 Input terminal schematic diagram

（

Trig

）

.............................................................................................................. 27

 

Figure 7-3 Output terminal schematic diagram ......................................................................................................................... 27

 

Figure 8-1 Connector at rear panel ................................................................................................................................................. 28

 

Figure 9-1 Command Tree Example ................................................................................................................................................ 31

 

Figure 9-2 DISPlay SUBSYSTEM tree ............................................................................................................................................... 33

 

Figure 9-3 FUNCtion SUBSYSTEM tree........................................................................................................................................... 33

 

Figure 9-4 COMParator SUBSYSTEM tree ..................................................................................................................................... 34

 

Figure 9-5 TRIGger SUBSYSTEM tree .............................................................................................................................................. 35

 

Figure 9-6 FETCh? SUBSYSTEM tree ................................................................................................................................................ 36

 

Figure 9-7 SYSTem SUBSYSTEM tree .............................................................................................................................................. 36

 

Figure 9-8 CORRect SUBSYSTEM tree............................................................................................................................................. 37

 

Figure 9-9 IDN? SUBSYSTEM tree .................................................................................................................................................... 37

 

 

Table Contents 

Table 3-1 Front panel description .................................................................................................................................................... 11

 

Table 5-1 Range ...................................................................................................................................................................................... 16

 

Table 7-1 Input terminal pin definition .......................................................................................................................................... 25

 

Table 7-2 Input terminal pin definition .......................................................................................................................................... 26

 

Table 7-3 VCC pin definition .............................................................................................................................................................. 26

 

Table 8-1 RS-232 Standard minimum subset ............................................................................................................................... 28

 

Table 9-1 Multiplier Mnemonics ....................................................................................................................................................... 32

 

 

 

Содержание AT5220

Страница 1: ...ry Meter Applent Instruments Ltd Address 3 Floor No 61 Baolong International Changzhou Jiangsu China PRC Post Code 213014 Tel 0086 0519 88805550 Fax 0086 0519 86922220 Sales Email sales applent com Tech Email tech applent com http www applent com ...

Страница 2: ...r repair this product must be returned to a service facility designated by Applent The buyer shall prepay shipping charges to Applent and Applent shall pay shipping charges to return the product to the Buyer However the Buyer shall pay all shipping charges duties and taxes for products returned to Applent from another country Applent warrants that its software and firmware designated by Applent fo...

Страница 3: ...2 5 Correction 10 2 2 6 Comparator Function Sorting Function 10 2 2 7 System Setup 10 2 2 8 Interface 10 3 Startup 11 3 1 Front Panel 11 3 1 1 Front Panel Description 11 3 1 2 Rear Panel 11 3 2 Power ON OFF 12 3 2 1 Power ON 12 3 3 Connect to Device under Test DUT 12 4 Meas Page 14 4 1 MEAS DISPLAY Page 14 4 1 1 Trigger Mode 14 5 Setup Page 15 5 1 Measurement Setup 15 5 1 1 Trigger Mode 15 5 1 2 R...

Страница 4: ...ture 31 9 2 Header and Parameters 31 9 2 1 Header 31 9 2 2 Parameter 31 9 2 3 Separator 32 9 3 Command Reference 32 9 4 DISPlay SUBSYSTEM 33 9 4 1 DISPlay PAGE 33 9 4 2 DISP LINE 33 9 5 FUNCtion SUBSYSTEM 33 9 5 1 FUNCtion RANGe 33 9 5 2 FUNCtion RATE 34 9 5 3 FUNCtion SCAN 34 9 6 COMParator SUBSYSTEM 34 9 6 1 COMParator STATe 34 9 6 2 COMParator MODE 34 9 6 3 COMParator OUTPut 35 9 6 4 COMParator...

Страница 5: ...t 25 Figure 7 2 Input terminal schematic diagram Trig 27 Figure 7 3 Output terminal schematic diagram 27 Figure 8 1 Connector at rear panel 28 Figure 9 1 Command Tree Example 31 Figure 9 2 DISPlay SUBSYSTEM tree 33 Figure 9 3 FUNCtion SUBSYSTEM tree 33 Figure 9 4 COMParator SUBSYSTEM tree 34 Figure 9 5 TRIGger SUBSYSTEM tree 35 Figure 9 6 FETCh SUBSYSTEM tree 36 Figure 9 7 SYSTem SUBSYSTEM tree 36...

Страница 6: ...x or shock absorbing material used to package the instrument has not been damaged Referring to Packing List in the packing box check that all packaged items supplied with the meter have been provided as per the specified optioned NOTE If an abnormality is detected contact the company and transport the meter to your nearest Applent Instruments sales or service office For inspection by the transport...

Страница 7: ...e when performing calibration Humidity 15 to 85 at wet bulb temperature 40 C non condensation Altitude 0 to 2 000m Vibration Max 0 5 G 5 Hz to 500 Hz 1 4 Cleaning To prevent electrical shock disconnect the AT5220 power cable from the receptacle before cleaning Use a dry cloth or a cloth slightly dipped in water to clean the casing Do not attempt to clean the AT5220 internally WARNING Don t Use Org...

Страница 8: ...8 AT5220 User s Guide Figure 1 1 How to remove the handle 1 Retracted 3 Carrying Position 2 Extended Remove Handle Lift the handle perpendicular to the unit while pulling it in the direction of 1 ...

Страница 9: ... can mixed measure 10 channels of different batteries each channel can independently set up comparator and comparing results of 10 channels resistance and voltage can be output by Handler interface AT5220 is equipped with RS232 interface and Handler interface to apply to remote control data acquisition and analysis SCPI Standard Command for Programmable Instrument to efficiently realize remote con...

Страница 10: ...sistance GD signal or voltage GD signal output independently Configurable outpur signal ROK VOK R VOK 2 2 7 System Setup 1 Keypad lock function 2 Administrator Accountant Settings 2 2 8 Interface RS 232 remote control Support MAX baud rate 115200bps compatible with SCPI prootcal ASCII transmission Handler interface Full opto isolator built in input and output of pull up resistor Support 5V interna...

Страница 11: ... to Device under Test 3 1 Front Panel 3 1 1 Front Panel Description Figure 3 1 Front panel 2 3 1 4 5 6 8 9 7 10 Table 3 1 Front panel description No Description 1 USB Disk Port USB Host 2 Trigger Key 3 Power Switch 4 System Key Include File System and Key Lock 5 Soft Key 6 Menu key 7 Invalid Terminal Test terminal for all channels is at rear panel 8 Entry Key 9 Cursor Key 10 LCD Display 3 1 2 Rear...

Страница 12: ...as soon as the power up sequence has completed However to achieve the accuracy rating warm up the instrument for 30 minutes 3 3 Connect to Device under Test DUT Instrument s test terminal is at rear panel please go with rabbet direction and insert test socket to test port correctly Definition of test terminal pin for each channel is as below Figure 3 3 Test terminal for each channel ...

Страница 13: ...13 Startup Warning NO measuring batteries with more than 60VDC otherwise it will cause damage to the instrument ...

Страница 14: ...on INT Continuously repeats the measurement cycle MAN Performs one cycle of measurement each time you press the Trig key EXT Performs one cycle of measurement each time a rising pulse is input to the handler external trigger input pin on the rear panel BUS Performs one cycle of measurement each time it receives a trigger command sent via RS 232 Procedure to set up trigger Step 1 Press Meas key to ...

Страница 15: ...up page he Instrument does not display measurement result or comparator result but testing is still in progress The SETUP page includes following setup Trigger trigger mode Range measuring range speed measuring speed Scan scan method Figure 5 1 Setup page 5 1 1 Trigger Mode SCPI command TRIGger SOURce INT MAN EXT BUS 4 trigger modes are available for AT5220 INT internal EXT external MAN manual and...

Страница 16: ...Internal trigger MAN Manual Trigger by pressing Trig key EXT External Trigger Mode BUS BUS Trigger by RS232 SCPI command 5 1 2 Range SCPI command FUNCtion RANGe Range NO min max 5 ranges are available for AT5220 changes for each range is as below AT5220 only use manual range to make measurement Table 5 1 Range Range NO Range Range Ability UP DOWN 1 100mΩ 29 000mΩ 300 00mΩ 300mΩ 3Ω 30Ω 300Ω 290mΩ 2...

Страница 17: ...annel NO Users can set loop scan or fixed channel measurement this can be completed in MEAS DISPLAY page Procedure to set up Scan Mode Step 1 Press Setup key to enter Setup page Step 2 Use cursor keys to select Scan field Step 3 Use function keys to select Function keys Function Scan Multichannel loop test Single Current channel test Increase Change channel number of single channel test Decrease C...

Страница 18: ...e after the process is completed 5 3 Comparator Setup Press Setup key then press Comp Setup to enter Comp Setup page All channels can be set upper limit and lower limit by comparator To take full advantage of comparator instrument adopts built in Handler interface In Comp page users can set Comp switch Compare Mode setup Output signal setup Input data of upper limit lower limit for each bin Figure...

Страница 19: ...entical setting Independent setting Identical setting comparator upper limit and lower limit for all channels utilize the setting of CH1 Independent setting comparator of each channel has independent setting Procedure to set up compare mode Step 1 Enter Comp Setup page Step 2 Use cursor keys to select Mode field Step 3 Use function keys to select Function keys Function Identical Independent 5 3 3 ...

Страница 20: ...wer limit field Step 3 Input data Comparator utilize direct reading value to compare users need to use function keys to select unit Step 4 Use cursor keys to select 1 Upper limit field Step 5 Input data Step 6 Repeat step 2 5 to complete data input of other bin ...

Страница 21: ...or Chinese Language DATE TIME ACCOUNT BEEP Feature BAUD RS232 RS485 Communication Baud Rate SHAKE HAND All settings in SYSTEM CONFIG will be saved into internal flash disk automatically Figure 6 1 SYSTEM CONFIG page 6 1 1 LANGUAGE SCPI command SYSTem LANGuage ENGLISH CHINESE EN CN English and Chinese language are available Procedure to change language Step 1 Press bottom soft key SYSTEM to enter S...

Страница 22: ...cursor keys to select TIME field Step 3 Use function keys to set up time Function keys Function HOUR INCR 1 HOUR HOUR DECR 1 HOUR MINUTE DECR 1 MINUTE MINUTE DECR 1 MINUTE SECOND INCR 1 SECOND SECOND DECR 1 SECOND 6 1 3 KEY BEEP Setting KEY BEEP can be set as GD bee NG beep and OFF Procedure to set up the beep Step 1 Press bottom soft key SYSTEM to enter SYSTEM CONFIG page Step 2 Use cursor keys t...

Страница 23: ...e this baud rate 57600 Can use this baud rate when communication with PC 115200 Best for communication with PC 6 1 5 RS 232 Shake Hand SHAKE HAND AT5220 supports software shake hand AT5220 will return the whole command to host and then response the command when the SHAKE HAND is turned Procedure to turn ON the Shake Hand Step 1 Press bottom soft key SYSTEM to enter SYSTEM CONFIG page Step 2 Use cu...

Страница 24: ...24 AT5220 User s Guide ...

Страница 25: ...comparator select signal to the AT5220 With this interface and the comparator function you can build an automatic screening system composed of the AT5220 and the handler 7 1 Pin Assignment Figure 7 1 Pin assignment Output signals all signals are low level valid Table 7 1 Input terminal pin definition Pin Name Description 1 CH8 R 0 R OK 2 CH9 R 0 R OK 3 CH10 R 0 R OK 5 NG All channels are NG output...

Страница 26: ...C Table 7 3 VCC pin definition Pin Name Description 27 30 GND External power source input GND 33 34 External VCC External power source input plus terminal 35 36 Internal VCC Internal VCC power plus terminal 5V 1A 7 2 Connection Use external power source recommended Please use external power source to connect to the pins as below VCC pin 33 34 GND pin 27 30 Internal power source 35 36 float Use int...

Страница 27: ...l can control signal and small pwer relay instrument internal has integrated reverse energy release diode Don t use internal power source for large power relay Input terminal schematic diagram Figure 7 2 Input terminal schematic diagram Trig 1 2 4 3 U221 P521 R24 3 499 EXVCC 1 2 3 JP205 GND 1 2 3 JP204 TRIG In above figure JP204 and JP205 is factory configuration 1 2 short circuit trigger signal i...

Страница 28: ... is standard number this standard is officially announced by EIA in 1969 Most configuration of serial port is not based on RS 232 standard each port use 25 core or 9 core connector now all PC use 9 core connector The most common RS 232 signal is as below Table 8 1 RS 232 Standard minimum subset Signal Mark 9 core connector Pin No Transmit Data TXD 2 Receive Data RXD 3 Ground GND 5 8 1 1 RS232C Con...

Страница 29: ...format command response also returns ASCII code Command string that sent by host must be ended with NL n mark instrument terminator will begin performing command string only after it receives end mark Instrument can set command handshake instrument will return an identification code after it receives command and finishes processing 8 3 SCPI Language SCPI Standard Commands for Programmable Instrume...

Страница 30: ...er overflows 3 If command handshake is turned on every time terminator receives one string it will promptly return this string to the host only when host receives this returned string can it continues sending the next string 4 After terminator parses error it will promptly stop parsing and the current command is canceled 5 When terminator parses the query command it will terminate parsing this com...

Страница 31: ...ample Example ROOT CCC DDD ppp ROOT Subsystem Command CCC Level 2 DDD Level 3 ppp Parameter 9 2 Header and Parameters A command tree consists of header and parameters it uses a space ASCII 20H to separate in the middle Example AAA BBB 1 234 Header Parameter 9 2 1 Header Headers can be of the long form or the short form The long form allows easier understanding of the program code and the short for...

Страница 32: ...nt terminator only accepts allowed separators terminator will occur E5 error if beyond this separator and these separators include colon used for separate command tree or restart command tree Example AAA BBB CCC 123 4 question mark used for query Example AAA space used for separate parameter Example AAA BBB 1 234 9 3 Command Reference All commands in this reference are fully explained and listed i...

Страница 33: ...yntax DISP PAGE Query Response page name abbreviation meas setu syst sinf comp Example SEND disp page RET meas 9 4 2 DISP LINE DISP LINE Is used for display a string of text at the bottom of reminder bar page text can display maximum 30 characters Command Syntax DISPlay LINE string Parameter string maximum 30 characters Example SEND DISP LINE This is a Comment 9 5 FUNCtion SUBSYSTEM Figure 9 3 FUN...

Страница 34: ... FUNC SCAN 5 single channel test CH5 Query Syntax FUNC SCAN Query Response channel NO SCAN SINGLE Example SEND FUNC SCAN RES 5 SINGLE single channel test CH5 9 6 COMParator SUBSYSTEM Comparator parameter set by COMParator SUBSYSTEM will be saved in system COMP SUBSYSTEM is used for setting comparator parameter Figure 9 4 COMParator SUBSYSTEM tree COMParator STATe OFF ON 0 1 BEEP OFF GD NG MODE IDE...

Страница 35: ...yntax COMP vbin channel NO 1 10 Query Response scifloat scifloat Example SEND COMP RBIN 1 RET 1 000000e 04 1 000000e 05 9 6 5 COMParator VBIN COMP VBIN is used for setting voltage upper limit and lower limit for a specified channel Command Syntax COMParator VBIN channel NO 1 10 float lower limit float upper limit Example SEND COMP VBIN 1 10m 100m set up voltage upper limit and lower limit for CH1 ...

Страница 36: ...SYSTEM CONFIGURATION page FETCh command will return measuring data of all channels Figure 9 6 FETCh SUBSYSTEM tree FETCh Query Syntax FETCh Query Response R GD NG V GD NG Example SEND FETC RET 9 9651e 01 NG 9 9481e 01 GD 9 9575e 00 NG 9 9481e 01 GD 6 02 12e 04 NG 9 9575e 00 NG 9 9331e 01 GD 1 0025e 04 NG 1 0008e 0 3 NG 1 1139e 04 NG 9 9651e 01 NG 9 9481e 01 GD 9 9575e 00 NG 9 9481e 01 GD 6 0212e 0...

Страница 37: ...ATA Query Response ALL ONE 9 10 CORRect SUBSYSTEM CORR SUBSYSTEM is used for completing one short circuit correction Figure 9 8 CORRect SUBSYSTEM tree CORRect SHORt 9 10 1 CORRect SHORt CORR SHOR complete one short circuit correction test terminal must be short circuit before sending the command Command Syntax CORRect SHORt Example SEND CORRect SHORt RET Short Clear Zero Start clear zero starts RE...

Страница 38: ... dgt 0 5 3dgt 0 5 2dgt 2 3Ω 3 0000Ω 100µΩ 1 5 dgt 0 5 3dgt 0 5 2dgt 3 30Ω 30 000Ω 1mΩ 1 5 dgt 0 5 3dgt 0 5 2dgt 4 300Ω 300 00Ω 10mΩ 1 5 dgt 0 5 3dgt 0 5 2dgt 5 3kΩ 3 0000kΩ 100mΩ 1 5 dgt 0 5 3dgt 0 5 2dgt 10 2 General Specifications Display TFT LCD true color display 3 5 inches Measuring speed All channels are turned on range mode is manual SLOW 9s 20 channels MED 6s 20 channels FAST 4s 20 channel...

Страница 39: ... Operation temperature 10 40 humidity 10 80 RH Storage temperature 0 50 humidity 10 90 RH Power supply 220VAC 1 10 Fuse 250V 1A Slow Blow Power MAX 20VA Wright About 5kg 10 3 Dimensions Dimensions Instruments AT5220 User s Guide English 2005 2017 Applent Instruments Ltd ...

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