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User's Guide
AT4610/AT4710
Rev.A7
Data Logger
Applent Instruments Ltd.
Address: Dangnan Industrial Zone,
Changzhou, Jiangsu, China (PRC)
~
@
Post Code: 213014
Tel: 0086-0519-88805550 / 89966117 / 89966227 / 89966337
Fax: 0086-0519-89966550
Sales Email: sales@applent.com
Tech Email:
tech@applent.com
http://www.applent.com
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Summary of Contents for Applent Instruments AT4610
- Page 1 User’s Guide AT4610/AT4710 Rev.A7 Data Logger Applent Instruments Ltd. Address: Dangnan Industrial Zone, Changzhou, Jiangsu, China (PRC) Post Code: 213014 Tel: 0086-0519-88805550 / 89966117 / 89966227 / 89966337 Fax: 0086-0519-89966550 Sales Email: sales@applent.com Tech Email: tech@applent.com http://www.applent.com...
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Page 2: Safety Summary
Failure to comply with these precautions or with specific WARNINGS elsewhere in this manual may impair the protection provided by the equipment. In addition it violates safety standards of design, manufacture, and intended use of the instrument. The Applent Instruments assumes no liability for the customer's failure to Disclaimer comply with these requirements. -
Page 3: Certifiaction, Limited & Limitation Of Liability
Unpacking and Preparation CERTIFIACTION, LIMITED & LIMITATION OF LIABILITY Applent Instruments, Inc. (shortened form Applent) certifies that this product met its published specifications at the time of shipment from the factory. Applent further certifies that its calibration measurements are traceable to the People’s Republic of China National Institute of Standards and Technology, to the extent allowed by the Institution’s... -
Page 4: Table Of Contents
AT4610/AT4710 User’s Guide Contents Safety Summary ..............................2 CERTIFIACTION, LIMITED & LIMITATION OF LIABILITY ................. 3 Contents .................................. 4 Figure Contents ............................... 7 Table Contents ................................ 7 Unpacking and Preparation ............................. 9 Packing List ............................9 Power Requirement ..........................9 Operation Environment........................... - Page 5 5.5.2 Open-Circuit Detection ......................... 29 5.5.3 Digital Filter ..........................29 Local Network Connection ........................30 WIRELESS LAN Connection ......................30 Remote Control Setting ........................30 5.8.1 RS-232 Baud Rate ........................30 5.8.2 RS-232 Configuration ........................30 5.8.3 Command Handshake ........................31 <COMPARATOR SET>...
- Page 6 AT4610/AT4710 User’s Guide DISPLAY SUBSYSTEM ......................... 59 11.4 11.4.1 DISPlay:PAGE ..........................60 11.4.2 DISP:LINE ........................... 60 11.5 SETUP SUBSYSTEM .......................... 60 11.5.1 SETUP:CH? ..........................61 11.5.2 SETUP:CH:EN ..........................61 11.5.3 SETUP:CH:TYPE ........................61 11.5.4 SETUP:CH:RANGE ........................61 11.5.5 SETUP:CH:LIMIT ........................61 11.6...
- Page 7 Figure Contents Figure 1-1 A handle kit is attached to the AT4610/AT4710 .................. 10 Figure 3-1 Front panel ............................14 Figure 3-2 Rear panel ............................14 Figure 3-3 Display layout ............................. 15 Figure 3-4 Instrument’s version ..........................16 Figure 3-5 Test input terminal on rear panel ......................16 Figure 3-6 Connection of voltage .........................
- Page 8 Table 4-9 Range limit of R type thermocouple ..................... 21 Table 4-10 Range limit of PT100 (RTD-3W/RTD-4W) ..................22 Table 4-11 Range limit of resistance (AT4610) ....................22 Table 5-1 Identification code definition return by command handshake .............. 31 Table 7-1 Target disk list ............................36 Table 9-1 Sampling rate and internal buffer logging time ..................
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Page 9: Unpacking And Preparation
If an abnormality is detected, contact the company and send the meter to your nearest Applent Instruments sales or service office. For inspection by the transport company, save the packing box, shock-absorbing material, and packaged items as you received them. -
Page 10: Cleaning
Do not attempt to clean the internal of the instrument. Don’t Use Organic Solvents (such as alcohol or gasoline) to clean the Instrument. WARNING Instrument Handle Figure 1-1 A handle kit is attached to the AT4610/AT4710 1 Retracted ... -
Page 11: Overview
(Standard Command for Programmable Instrument), and realize high-efficient remote control and data acquisition function. AT4610/AT4710 can be applied in many areas, they include fuel cell, electro bile battery, lithium battery, acid battery pack’s develop and maintenance, LED and related circuit’s develop, cars and their parts’... -
Page 12: Main Specification
DCR(AT4610) 0.001Ω ~ 200.00Ω 2.2.3 Sampling Rate AT4610 presets 19 kinds of sampling rate: 10ms, 20ms, 50ms, 100ms, 200ms, 500ms,1s, 2s, 5s, 10s, 20s, 30s, 1min, 2min, 5min, 10min, 20min, 30min and 1h And AT4710 preset 14 kings of sampling rate:... -
Page 13: Comparator
Overview 2.2.6 Comparator Individually setting Upper/Lower value for each channel and can be output via Handler. 2.2.7 Interface RS-232 remote control (can communicate with host USB by USB-232 interface) Supports MAX baud rate 115200bps, compatible with SCPI protocol, ASCII transmit. ... -
Page 14: Startup
AT4610/AT4710 User’s Guide 3. Startup & & & This chapter describes: Front panel Rear panel Power up Connect to device Front Panel 3.1.1 Front panel description Figure 3-1 Front panel Table 3-1 Front panel description Description... -
Page 15: Display Layout
Startup Table 3-2 Rear panel description Description Test input terminal Power socket (100V-240VAC, 50Hz/60Hz) Fuse holder (3A, 250V SB) HANDLER interface RS-232C interface and RS-485 interface(Optional) LAN interface and USB host interface USB slave interface Reserve expanding input port Display Layout Figure 3-3 Display layout... -
Page 16: Power Up
After the instrument is powered on, it will load Applent ATOS operating system, and this process will take 10 seconds. Then ATOS operating system will begin to perform AT4610/AT4710 procedure. When instrument is in process of start or instrument’s procedure collapse or crash, press power switch or about 4 seconds, then power will be forced to turn off. -
Page 17: Connection Of Voltage
Startup 3.5.1 Connection of Voltage Figure 3-6 Connection of voltage Please connect voltage source’s positive pole to input terminal’s positive pole, connect negative pole to input terminal’s negative pole, as per the above figure, otherwise, instrument will display negative value. The test terminal is limited to connect to DC voltage, connect to AC voltage will damage instrument. -
Page 18: Connection Of Resistance And 4-Wire Rtd
Figure 3-9 Connection of resistance and 4-wire RTD 4 terminal method can efficiently eliminate the error caused by lead resistance. AT4610/AT4710 can only use 4-wire to measure resistance, high precise RTD also use 4-wire method to connect. The instrument uses 4-wire connecting method to measure resistors. -
Page 19: Setup> Page
<SETUP> Page 4. <SETUP> Page & & & This chapter describes all channels’ setting function Channel Color Setup • Channel Turn on/off • Input Type Setup • Measuring Range Setup • Graph Upper/Lower limit in <DATALOG> Page • Press [Setup] key or light touch page title, then light touch [SETUP] button in functional field, instrument will enter <SETUP>... -
Page 20: Channel [On/Off]
Due to the range and unit of temperature, voltage and resistance is different, the range of these input signal and upper/lower limit value is independently saved in the internal disk, and they don’t affect each other. [Range] Setting Table 4-1 Range limit of DC voltage (AT4610) -
Page 21: Table 4-2 Range Limit Of K Type Thermocouple
<SETUP> Page Range # Range Range Limit Resolution 10mV -10.0000mV~10.0000mV 0.5μV 20mV -20.000mV~20.000mV 1μV 100mV -100.000mV~100.000mV 5μV 200mV -200.00mV~200.00mV 10μV -1.00000V~1.00000V 50μV -2.0000V~2.0000V 100μV -10.0000V~10.0000V 500μV -20.000V~20.000V 100V -100.00V~100.00V 10mV Table 4-2 Range limit of K type thermocouple Range #. Range Range Limit Resolution... -
Page 22: Graph [Lower Limit] [Upper Limit]
Table 4-10 Range limit of PT100 (RTD-3W/RTD-4W) Range # Range Range Limit Resolution 100°C -100.00°C~100.00°C 0.01°C 500°C -270.00°C~500.00°C 0.05°C 2000°C -270.0°C~850.0°C 0.1°C Table 4-11 Range limit of resistance (AT4610) Range # Range Range Limit Resolution 10Ω 0.0000~12.000Ω 0.0001Ω 20Ω 0.0000~22.000Ω 0.0001Ω 100Ω 0.000~120.00Ω 0.001Ω... -
Page 23: Auto Save] Setting Value
<SETUP> Page Due to each channel’s Upper/lower limit can be independently set value, so the graph of each channel’s corresponding graph scope varies, even if there are 2 coincide graphs, it does not necessarily mean the same data, this only proves that the trend is same. ... -
Page 24: System Config>Page
AT4610/AT4710 User’s Guide 5. <SYSTEM CONFIG>Page & & & This chapter will describe the system configuration of the instrument: Configure Data Logging • Font Configuration • Measurement Configuration • Communication Configuration • Light touch page title, then light touch [SYSTEM CONFIG] button in functional field to enter <SYSTEM CONFIG>... -
Page 25: Change System [Language]
<SYSTEM CONFIG>Page Figure 5-2 Clock input box Use touch screen to input date and time. Change System [Language] Simplified Chinese and English is available for Instrument. Steps of changing language Step 1 Enter <SYSTEM CONFIG> Page Step 2 Touch screen or use cursor to select [Language] field; Step 3 Touch screen function key field at right side, click &... -
Page 26: Media
AT4610/AT4710 User’s Guide "Channel"," 1"," 2"," 3"," 4"," 5"," 6"," 7"," 8"," 9" "Type","TC-K","TC-K","TC-K","TC-K","TC-K","TC-K","TC-K","TC-K","TC-K","TC-K" "Range","100°C","100°C","100°C","100°C","100°C","100°C","100°C","100°C","100°C","1 00°C" "" "" "" "" "Time (s)","°C","°C","°C","°C","°C","°C","°C","°C","°C","°C" 0.000000000e+000,+9.69648e+000,+9.65055e+000,+9.64948e+000,+9.70566e+000,+9. 65621e+000,+9.68654e+000,+9.65610e+000,+9.64510e+000,+9.66155e+000,+9.68334e +000, 1.000000000e+000,+9.61571e+000,+9.61667e+000,+9.67916e+000,+9.62468e+000,+9. 61453e+000,+9.66581e+000,+9.63163e+000,+9.60556e+000,+9.64509e+000,+9.63269e +000, BIN file format BIN file adopts binary data and store data to files, data is stored directly without any processing, so users need to use specific program to read. -
Page 27: Split Files
<SYSTEM CONFIG>Page 5.3.4 Split Files Longer storage time will lead to single file too large, users can separate large files according to time and save into independent files. Touch the screen and select preset time interval or select input time interval at right side of function field. -
Page 28: Start Prompt Dialog Box
AT4610/AT4710 User’s Guide Figure 5-6 Graph of when X axis is date When begin logging, X axis begins with current system date and time [Data Index] Figure 5-7 Graph of when X axis is data pointer When begin logging, X axis’s display is internal data buffer pointer. -
Page 29: Value Font
<SYSTEM CONFIG>Page 5.4.1 Value Font The instrument provides 4 types of font for numeric display, they include: SYSTEM [System Font] SWISS: ENVY: CPM: Value font only affects measured data’s font, other fonts won’t be changed. 5.4.2 Value Color The instrument provides 2 options for selection: ... -
Page 30: Local Network Connection
AT4610/AT4710 User’s Guide measurement, instrument’s FPGA circuit will automatically and continuously measure a period of signal, and after accumulation, averaging to get stable and high precise data. In order to match different test speed, filtering time and integral time varies under each speed. -
Page 31: Command Handshake
<SYSTEM CONFIG>Page unchangeable, these parameters include: Start bits: 1-bit Data bits: 8-bit Stop bits: 1-bit Verifying mode: none 5.8.3 Command Handshake After command handshake is turned on, and each time receiving command, instrument will return an identification code to the host after finishing process. For example: Transmit: DISP: PAGE SETUP Return: E0... -
Page 32: Comparator Set> Page
AT4610/AT4710 User’s Guide 6. <COMPARATOR SET> Page & & & This chapter will describe comparator setup: Turn on/turn off Comparator • Comparator Upper/Lower limit Setup • Touch the page title, then touch [COMP SET] button in function field to enter <COMPARATOR SET>... -
Page 33: Comparator [Upper/Lower] Limit Setting
<COMPARATOR SET> Page Comparator [Upper/Lower] Limit Setting The comparator for each channel is independently set, and there are 2 groups of independent comparator for instrument’s each channel, Steps of changing upper/lower limit Step 1 Enter <COMPARATOR SET> page Step 2 Touch screen or use cursor to select the field of one channel’s [Lower] Limit or [Upper] Limit. -
Page 34: Display Comparative Result On
AT4610/AT4710 User’s Guide Figure 6-2 the data of group 1 in <COMPARATOR SET> page 6.3.1 Display Comparative Result on <MEAS DISPLAY> page Figure 6-3 Comparator display in <MEAS DISPLAY> page Use comparator results Green: stand for OK Red: stand for NG In above figure, the measured value of CH6 is 28.59 °C...Page - Page 35 <COMPARATOR SET> Page RED dots stand for NG The measured value of CH1 is 25.20°C, the comparator set value of CH1 is: ① [0.00 °C, 50.00 °C] ② [50.00 °C, 100.00 °C] So comparator displays that comparator 1 is OK (GREEN dots), comparator 2 is NG (RED dots).
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Page 36: File> Page
AT4610/AT4710 User’s Guide 7. <File> Page & & & This chapter will describe instrument’s file setup: Save Setup into Files • Read Setup into System from Disk • Light touch page title, then light touch [FILE] button at function field to enter <FILE> page. -
Page 37: Auto Save] Setting
<File> Page disk at the same time USBHDD2 USB disk 3 30~39 Valid when insert 3 and more than 3 USB disk at the same time USBHDD2 USB disk 4 40~49 Valid when insert 4 and more than 4 USB disk at the same time SDCARD SD card... -
Page 38: Load File From Internal Disk
AT4610/AT4710 User’s Guide For example: input TC-J Step 4 Press [Enter] keypad, file is saved in file 1, and file 1 is set as current file. Load File from Internal Disk Steps of reading file data from internal disk Step 1 Enter <FILE>... -
Page 39: Access External Media
<File> Page The file under using cannot be deleted. Access External Media In order to make it convenient to transfer data among instruments, users can store files into external disk. Steps of saving file into internal disk Step 1 Enter <File>... -
Page 40: Meas Display> Page
AT4610/AT4710 User’s Guide 8. <MEAS DISPLAY> Page & & & Meas page includes: Related setup of <MEAS DISPLAY> page <MEAS DISPLAY> Page Touch the page title, then touch [MEAS DISPLAY] button at function field to enter <MEAS DISPLAY>page. <MEAS DISPLAY> page is used for real-time monitor measuring results and the data cannot be saved. -
Page 41: Trigger
<MEAS DISPLAY> Page Step 2 Touch sampling [Rate] button or use cursor to move to sampling [Rate] button. Step 3 The following sampling rate will be listed at right side of functional field Function Button Function 100ms It takes 100ms to sample all channels, is equivalent to 10 t/s. 200ms It takes 200ms to sample all channels, is equivalent to 5 t/s. -
Page 42: Data Log> Page
AT4610/AT4710 User’s Guide 9. <DATA LOG> Page & & & <DATALOG> page includes the following contents: Sampling Rate Setup Graph Gridding Setup Display Setup Start/Stop Data Logging Data Browse and Cursor Setup Press [Meas] key, or touch the page title, then touch [DATA LOG] button in function field to enter <... -
Page 43: Horizontal Axis Gridding Setting
<DATA LOG> Page The longer the sampling time, the fewer the improvement of accuracy and the fewer the data logged. Usually, when sampling rate is set to 500ms or 1s, can ensure the best accuracy and faster response. The shorter the sampling time, the faster the buffer inside the instrument will use up, the following list is the logging time of internal RAM buffer (2,000 thousand groups data for each channel) of 10 channels after all is turned on. -
Page 44: Curve Display
AT4610/AT4710 User’s Guide 100ms, 200ms, 500ms, 1s, 2s, 5s, 10s, 20s, 30s, 1min, 2min, 5min, 10min, 20min, 30min, 1h, 2h, 5h, 10h, 12h, 24h Figure 9-2 Graph of 1s’s horizontal axis Figure 9-3 Graph of 5s’s horizontal axis Horizontal axis gridding can be revised when stops recording or in the course of recording. -
Page 45: Start Logging Data
<DATA LOG> Page Figure 9-4 Numeric display method Waveform Under this display method, numeric will not display, graph is compressed to 16 gridding. Figure 9-5 Waveform display method Start Logging Data Before start logging, please select one sampling rate, sampling rate cannot be changed during logging. -
Page 46: Rules Of File Creating
AT4610/AT4710 User’s Guide 9.5.1 Rules of File Creating Creating filename is created on the basis of format of {File name} {Serial number}. {File type} in disk, for example: AUTO0001.CSV And, AUTO is filename, please preset it in <SYSTEM CONFIG> page. -
Page 47: Binary File Format (Bin)
Structural body of BIN file header (initial address 0)： #pragma pack(push) #pragma pack(1) typedef struct BYTE Ext[4]; //"BIN" (4 bytes) BYTE Model[12]; //"AT4610" (12 bytes) BYTE Rev[8]; //A1.0 (8 bytes) BYTE Inc[20]; //Applent Instruments (20 bytes) BYTE sRes[16]; //Reserve... -
Page 48: Manual-Save Data To External Disk
AT4610/AT4710 User’s Guide UINT nDataOffset; //Data initial address } TMEMHEADER; #pragma pack(pop) Data area Data format for data area is as followings: <Time><Channel 1>< Channel 2>< Channel 3>< Channel 4>< Channel 5>…… INT64 float 8 bytes 4 bytes Data area can only be processed when using programming language (C/C++/VB etc.) ... -
Page 49: Browse Historical Data
<DATA LOG> Page There is limitation for manual save, because the limit of internal buffer’s size, data will lose if it exceeds buffer’s data, please refer to Table 9-1 regarding this. Users need to ensure external disk is ready when saving. To save into USB disk (USBHDD) or SD card (SDCARD), users need to revise [MEDIA] option in <SYSTEM CONFIG>... -
Page 50: Cursor Setting
AT4610/AT4710 User’s Guide Right shift 10 cases Left shift 100 cases Right shift 100 cases Left shift 1000 cases 1000 Right shift 1000 cases 1000 Jump to the beginning Jump to the end ... -
Page 51: Figure 9-11 Channel Display
<DATA LOG> Page position. Figure 9-11 Channel display In above figure, each channel’s position has been changed, for example, CH1’s position is at 80%, CH2’s position is at 60% and CH3’s position is at 40%. Due to each channel can be independently set, so Y axis’s gauge at left side only aims at the current selected channel, once the channel position is changed, users need to strictly distinguish to avoid misleading. -
Page 52: 10. Remote Control
RS-232 serial interface can be connected to serial interface of controller (such as PC or PLC ) by DB-9 cable. Tip: instrument cannot use null modem cable. Users can make it or buy 9-core cable from Applent Instruments. If users make 3-core cable, should pay attention to:... -
Page 53: Usb-232 Interface
Remote Control If using PC’s built-in DB9 port, probably users need to short circuit 4-6 、 7-8 on PC port’s DB-9 · connector (pin). Figure 10-1 RS-232 connector on rear panel In order to avoid electrical shock, please disconnect power when insert and pull the connector. ... -
Page 54: Wireless Lan Ethernet Interface
AT4610/AT4710 User’s Guide In above figure, IP address: 192.168.1.222 Subnet mask: 255.255.255.0 Gateway: 192.168.1.254 (Router's IP address) Due to the limitation of instrument hardware, instrument is unable to automatically acquire IP and gateway, users must attain them from the administrator. -
Page 55: Scpi Language
Remote Control IP address: 192.168.1.234 Subnet mask: 255.255.255.0 Gateway: 192.168.1.254(wireless router's IP address) Step 4 Touch SSID button in [LAN] group, select an available Wireless LAN at functional field, and input PASSWORD. Due to the limitation of instrument hardware, instrument is unable to automatically acquire IP and ... - Page 56 AT4610/AT4710 User’s Guide Invalid command Use command under restriction page or state Invalid parameter Instrument’s command handshake is default to be turned off, users need to turn on [Handshake] in <SYSTEM CONFIG> page. Command handshake can efficiently inform host of performing state of this command.
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Page 57: 11. Scpi Command Reference
SCPI Command Reference 11. SCPI Command Reference & & & This chapter includes the following content: Terminator Command Syntax Query Syntax Query Response Command Reference This chapter provides descriptions of instrument’s available SCPI commands sets, listed in functional subsystem order. -
Page 58: Command Structure
AT4610/AT4710 User’s Guide 11.1.3 Command Structure The SCPI commands are tree structured three levels deep. The highest level commands are called the subsystem commands in this manual. So the lower level commands are legal only when the subsystem commands have been selected. -
Page 59: Separator
SCPI Command Reference 2. <Scifloat> ： s cientific notation floating number：1.23E+4 , +1.23e-4 3. <Mpfloat>: multiplier expressed by floating number: 1.23k, 1.23M,1.23G,1.23u Table 11-1 Multiplier Mnemonics Definition Mnemonic 1E18 (EXA) 1E15 (PETA) 1E12 (TERA) 1E9 (GIGA) 1E6 (MEGA) 1E3 (KILO) 1E-3 (MILLI) 1E-6 (MICRO) 1E-9 (NANO) -
Page 60: Display:page
AT4610/AT4710 User’s Guide page reminder bar. Table 11-2 DISPLAY subsystem tree DISPlay :PAGE {DATA LOG,MEAS,COMP,FILE,SETUP,SYSTEM} :LINE <string> 11.4.1 DISPlay:PAGE DISP:PAGE is used for switching to an appointed page. Command Syntax DISPlay:PAGE <page name> Parameter <page name> includes: <DATA LOG> page DATA LOG <MEAS DISPLAY>... -
Page 61: Setup:ch
Query syntax Reference 11.5.1 SETUP:CH? 11.5.3 SETUP:CH:TYPE SETUP:CH:TYPE Is used for setting current channel type. Command syntax SETUP:CH:TYPE <ch>,<type> Parameter there, <ch> 1~10 (AT4610/AT4710) <type> types are as followings： TC-K,TC-J,TC-E,TC-T,TC-N,TC-S,TC-B,TC-R,RTD-3W,RTC-4W,DC-V,DC-R Example SEND> SETUP:CH:TYPE 1,DC-V <NL> //setup as DC-V Query syntax Reference 11.5.1 SETUP:CH? -
Page 62: System Config Subsystem
AT4610/AT4710 User’s Guide <lower> lower limit value, floating point type <upper> upper limit value, floating point type range The set lower/upper limit range is range limit Example SEND> SETUP:CH:LIMIT 1,-100,100 <NL> //setup CH1’s display range as -100,100 SEND> SETUP:CH:LIMIT 1,range <NL>... -
Page 63: Syst:log:split
SCPI Command Reference <string> filename character string (support 8 characters of English or 4 characters Chinese) Example SEND> SYST:LOG:FILE My_File_Name <NL> Query syntax SYST:LOG:file? Query response <string> character string (Chinese/English) On <DATALOG> page, if logging has been started up, this command is invalid. ... -
Page 64: Syst:cjc
AT4610/AT4710 User’s Guide 11.6.7 SYST:CJC SYST:CJC Cold junction compensation switch. Command syntax SYST:CJC {ON,OFF,0,1} Query syntax SYST:CJC? Query response {ON,OFF} On <DATALOG> page, if logging has been started up, this command is invalid. 11.6.8 SYST:OCD SYST:OCD Thermocouple open circuit checking switch. -
Page 65: Comp:en
COMP:CH:EN COMP:CH:EN Switch for channel comparator. Command syntax COMP:CH:EN {<ch>,ALL},{1,2},{ON,OFF,0,1} Parameter there, {<ch>,ALL}: channel NO.1~10 (AT4610/AT4710) or all channels {1,2}: comparator NO., only be 1 or 2； {ON,OFF,0, 1}: switch Example SEND> COMP:CH:EN 1,1,ON <NL> //turn on switch for CH1’s Comparator 1 SEND>... -
Page 66: File:save
AT4610/AT4710 User’s Guide 11.8.1 FILE:SAVE FILE:SAVE Command all set parameter to save into current using file, if current file is invalid, it will be saved into file0. Command syntax FILE:SAVE( <string>) Parameter there, <string> File description is selectable, file description character allows MAX 30 English characters, 15 Chinese characters. -
Page 67: Log Subsystem
SCPI Command Reference //CH1 is turned off This command is only valid in <MEAS DISPLAY> page. Every time the command acquires all channels’ data, returning data 1E20 means current channel is turned off. 11.10 LOG SUBSYSTEM Table 11-7 LOG subsystem tree LOG:STATE Start/stop LOG function LOG:RATE... -
Page 68: Log:disp
AT4610/AT4710 User’s Guide 11.10.4 LOG:DISP LOG:DISP Is used for switching to LOG display. Command syntax LOG:DISP {WAVE+VALUE,WAVE,VALUE} Parameter there, WAVE+VALUE combine display of graph and value WAVE only display graph VALUE display that highlight value Example SEND> LOG:DISP WAVE <NL>... -
Page 69: Idn
Query syntax IDN? Query response <Model>,<Version>,<Serial Number>,<Company Name> Example SEND> IDN? <NL> RET> AT4610,A1.00,0000000,Applent Instruments 11.12 KEYLOCK Command KEYLOCK Lock/unlock instrument’s keyboard and touch screen. Command syntax KEYLOCK {ON,OFF,0,1} Parameter there, ON,1: lock the keyboard and touch screen. -
Page 70: 12. Specifications And Calibration
AT4610/AT4710 User’s Guide 12. Specifications and Calibration & & & This chapter describes: Technical Specifications General Specifications Dimensions This chapter provides instrument’s technical specifications, and provides calibration basis for third-party detection institution. 12.1 Calibration Environment Calibrate under the following conditions：... -
Page 71: Dc Resistance
Specifications and Calibration Table 12-1 DC voltage specifications Range NO. Range(f.s.) MAX Resolution Measurement Range Measurement Accuracy 10 mV 500 nV -10 mV ~ 10 mV ±10 μV 20 mV 1 μV -20 mV ~ 20 mV 100 mV 5 μV -100 mV ~ 100 mV ±100 μV 200 mV... -
Page 72: Table 12-3 Specifications For Thermocouple Tc-K
AT4610/AT4710 User’s Guide TC-K Table 12-3 Specifications for thermocouple TC-K Range(f.s.) MAX Resolution Measurement Range Accuracy -100.00 ~ 0 °C ±0.8 °C 100 °C 0.01 °C 0 ~ 100 °C ±0.6 °C -270.00 ~ -100.00 °C ±1.5°C 500 °C 0.05 °C... -
Page 73: Pt100 Rtd
Specifications and Calibration TC-S Table 12-8 Specifications for thermocouple TC-S Range(f.s.) MAX Resolution Measurement Range Accuracy 100 °C 0.01 °C 0 ~ 100 °C ±4.5 °C 0 ~ 100 °C ±4.5 °C 500 °C 0.05 °C 100.00 ~ 300.00 °C ±3.0 °C 300 ~ 500 °C ±2.2 °C... -
Page 74: General Specifications
AT4610/AT4710 User’s Guide Range(f.s.) MAX Resolution Measurement Range Accuracy 100 °C 0.01 °C -50 ~ 100 °C ±0.6 °C 500 °C 0.05 °C -50 ~ 150 °C ±0.8 °C 2000 °C 0.1 °C -50 ~ 150 °C ±1.0 °C 12.4... -
Page 75: Environmental Requirement
Specifications and Calibration HANDLER Handler interface：trigger input, 10 group comparator 1 output RS-232C MAX Baud Rate：115200bps, stop bit 1 bit, even parity check Support Applent USB-232C interface, Baud Rate：115200bps, stop bit 1 bit, even parity USB-232C check LAN Interface Apply to IEEE 802.3 Ethernet 10BASE-TX, nonsupport DHCP. WIRELESS LAN Interface Optional wireless USB network card, only support Applent’s special purpose network card. -
Page 76: Dimension
AT4610/AT4710 User’s Guide 12.6 Dimension Figure 12-6 Dimension 293.76 315.91 290.30 308.39 @ $ ^ -AT4610/AT4710 User’s Guide- English Edition ©2005-2014: Applent Instruments Ltd.
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