8013,8013D, 8033 User Manual
Contents
1. 1 Send address 01 LED data 123 45 return success Command 029 512 34 Receive 02 Send address 02 LED data 4512 34 return the LED is not setting in the host mode Related Command Sec2 9 AA8 Sec2 10 SAASV Note The command for 8013D only 28 8013 8033 User Manual Rev B12 2 12 AAF Description Read Firmware Version Syntax SAAF CHK cr delimiter character AA address of reading module 00 to FF F command for read firmware version Response Valid Command 1A A Data CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Data firmware version of module Example Command 01F Receive 01A2 0 Read address 01 firmware version return version A2 0 Command 02F Receive 01B1 1 Read address 02 firmware version return version B1 1 Rev B1 2 8013 8033 User Manual 20 2 13 SAAM Description Read Module Name Syntax SAAM CHK cr delimiter character AA address of reading module 00 to FF M command for read module name Response Valid Command AA Data CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Data Name of module Example Command 01M Receive 017013 Read ad2. 3 1 INIT pin Operation Each 8000 module has a build in EEPROM to store con figuration information like address type baudrate and other infor mation Sometimes user may forget the configuration of the mod ule Therefore the 8000 have a special mode named INIT mode to help user to resolve the problem The INIT mode is setting as Address 00 baudrate 9600bps no checksum To enable INIT mode need following step Stepl Power off the module Step2 Connect the INIT pin with the GND pin Step3 Power on Step4 Send command 002 cr in 9600bps to read the configura tion stored in the module s EEPROM Refer to 8000 Bus Converter User Manual Sec 5 and Getting Start for more information 3 2 Module Status PowerOn Reset or Module Watchdog Reset will let all outputs goto PowerOn Value And the module may accept the host s command to change the output value Host Watchdog Timeout will let all digital output goto Safe Value The module s status readed by command AAQO will be 04 and the output command will be ignored 38 8013 8033 User Manual Rev B1 2 3 3 Dual Watchdog Operation Dual Watchdog Module Watchdog Host Watchdog The Module Watchdog is a hardware reset circuit to moni tor the module s operating status While working in harsh or noisy environment the module may be down by the external signal The circuit may let the module to work continues and never halt The Host Watchdog is a softwa
3. 8013 8013D 8033 User Manual Warranty All products manufactured by SuperLogics are warranted against defective materials for a period of one year from the date of delivery to the original purchaser Warning SuperLogics assume no liability for damages consequent to the use of this product SuperLogics reserves the right to change this manual at any time without notice The information furnished by SuperLogics is believed to be accurate and reliable However no responsibility is assumed by SuperLogics for its use nor for any infringements of patents or other rights of third parties resulting from its use Copyright Copyright 1999 by SuperLogics All rights are reserved Trademark The names used for identification only maybe registered trademarks of their respective companies Date 2000 04 Table of Contents 1 Introductio iial 4 1 1 More Information 4 1 2 Pin ASSIODIBeIID passo 5 155 DECITIC ATOMS rene 7 1 4 Block DIagtatir ss dept e Re ee Gees 8 LS Wine Connection 9 O 4OUICE SAT esse ne Ee 10 Te Default Seine aa a Ee ee 10 1 8 GIMDT AION Ee ES BE nn 10 1 9 Configuration Tables 1 2 ni GEE ee D 15 2 dp GA ANNTEEEBE menus 17 DIE P 19 IALIA NM A 20 AE lede 21 2 NA PIRRO 22 DE VATI en cue A MILI ILLI OS 23 ed EE EE 24 ZON 25 D OSAA 26 2 MOBO NBV OE EE eee E 24 PAD Da seo tested atat uud ud 28 8013 8033 User Manual R
4. Command 010 Receive 01 Preform address 01 span calibration return success Related Command Sec 2 5 AA0 Sec 2 6 SAAI Related Topic Sec 1 8 Calibration 32 013 8033 User Manual Rev B12 2 16 Description Host OK Host send this command to all modules for send the information Host OK Syntax CHK cr delimiter character ds command for all modules Response No response Example Command No response Send Host OK to all modules Related Command Sec 2 17 AA0 Sec 2 18 AAI Sec 2 19 AA2 Sec 2 20 AA3EVV Related Topic Set 3 2 Module Status Sec 3 3 Dual Watchdog Operation Rev B1 2 8013 8033 User Manual 33 2 17 AA0 Description Read Module Status Syntax AA0 CHK cr delimiter character AA address of reading module 00 to FF 0 command for read module status Response Valid Command AASS CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF SS host watchdog timeout status 00 status is clear 04 sta tus is set The status will store into EEPROM and only may reset by the command HAAI Example Command 010 Receive 0100 Read address 01 module status return 00 Command 020 Receive 0204 Read address 02 module status return 04 means the host watchdog timeout status is set and the module is in safe
5. D Rev B1 2 8013 8033 User Manual 9 1 6 Quick Start Refer to I 7000 Bus Converter User Manual and Get ting Start for more detail 1 7 Default Setting Default setting for 8013 13D 8033 e Address Ol e RID Type Type 20 Pt100 100 C to 100 C e Baudrate 9600 bps e Checksum disable engineer unit format e Filter at 60Hz rejection 1 8 Calibration Don t Do Calibrate Until You Realy Understand Calibration Requirement for 8013 13D version A1 x or A2 x Zero Calibration Resistor Span Calibration Resistor Calibration Requirement for 8013 13D version B1 0 or later and 8033 Zero Calibration Resistor Span Calibration Resistor 10 8013 8033 User Manual Rev B12 Calibration Sequence Connect calibration resistor to module by 4 wire RTD con nection For 8033 connect to channel 0 2 Warm Up for 30 minutes 3 Setting Type to 20 gt Ref Sec 2 1 4 Enable Calibration gt Ref Sec 2 15 5 Install Zero Calibration Resistor 6 Preform Zero Calibration Command gt Ref Sec 2 6 7 Install Span Calibration Resistor 8 Perform Span Calibration Command Ref Sec 2 5 9 Repeat step4 to step8 three times Note 1 The step 4 is not need for 8013 13D version A1 x or A2 x 2 Do for type 2A only different for set different type step3 and install different Zero Span Calibration Resistor step5 7 1 9 Configuration Tables Configuration Table of I 7013 13D I 7033 33D Baudrate Settin
6. Input Input Channel 1 Input Type 2 3 4 wire RTD RTD Type Pt100 a 0 00385 Pt100 a 0 003916 Ni 120 Pt1000 a 0 00385 version B1 0 or later Sampling Rate 10 Samples Second Bandwidth 5 24 Hz Accuracy 0 05 Zero Drift 0 5SuV C Span Drift 1 0uV C CMR 50 60Hz 150dB min NMR 50 60Hz 100dB min Displayed LED 41 digits for 8013D only Power Supply Input 10 to 30VDC Consumption 0 7W for 8013 1 3W for 8013D Rev B1 2 8033 Analog Input Input Channel 3 Input Type 2 3 4 wire RTD RTD Type Pt100 a 0 00385 Pt100 a 0 003916 Ni 120 Pt1000 a 0 00385 Sampling Rate 15 12 5 Samles Second while filter at 60 50Hz Bandwidth 15 7 Hz Accuracy 0 1 Zero Drift 0 5SuV C Span Drift 1 0uV C CMR 50 60Hz 150dB min NMR 50 60Hz 100dB min Power Supply Input 10 to 30VDC Consumption 1 0W for 8033 8013 8033 User Manual 7 1 4 Block Diagram m 8013 8013D module EEPROM oru Photo Isolation al Iexect Controller Sense Texec RS 485 A GND Interface 5V ve BEES ae LED module Iexect Senset EEPROM ie Photo Isolation al Sense lexec Embedded i Ay _ Controller Iexect Sense RS 485 Sense Interface Iexec N Power AGND Regulator 8 8013 8033 User Manual Rev B1 2 1 5 Wire Connection 2 wire RTD connection 3 wire RTD connection 4 wire RTD connection HEXEC SENSE SENSE IEXEC A GN
7. a Response Valid Command gt AAS Data CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command 7 delimiter for invalid command AA address of response module 00 to FF S status of synchronized data 1 first read 0 been readed Data synchronized data format reference Sec 9 Example Command 014 Receive 01 Read address 01 synchronized data return no data valid Command No response Perform synchronized sampling Command 014 Receive gt 011 025 56 Read address 01 synchronized data return status 1 and data Command 014 Receive gt 010 25 56 Read address 01 synchronized data return status 0 and data Related Command Sec2 2 Note The command for 8013 13D only Rev B1 2 8013 8033 User Manual 25 2 9 AA8 Description Read LED Configuration Syntax SAAS CHK cr delimiter character AA address of reading module 00 to FF 8 command for set LED configuration Response Valid Command AAV CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF V LED configuration For 8013D 1 module control 2 host control Example Command 018 Receive 011 Read address 01 LED configuration return 1 Command 028 Receive 012 Read address 02 LED configura
8. dress 01 module name return name 8013 Related Command Sec 2 14 AAO Data 30 8013 8033 User Manual Rev B1 2 2 14 AAO Data Description Set Module Name Syntax AAO Data CHK cr delimiter character AA address of setting module 00 to FF O command for set module name Data new name for module max 6 characters Response Valid Command AA CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Example Command 0107013 Receive 01 Set address 01 module name to 8013 return success Command 01M Receive 017013 Read address 01 module name return 8013 Related Command Sec 2 12 SAAM Rev B1 2 8013 8033 User Manual 31 2 15 AAEV Description Enable Disable Calibration Syntax AAEV CHK cr delimiter character AA address of setting module 00 to FF E command for enable disable calibration V 1 Enable 0 Disable calibration Response Valid Command AA CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Example Command 010 Receive 01 Perform addreess 01 span calibration return not enable cali bration Command O1E1 Receive 101 Set address 01 to enable calibration return success
9. dule 00 to FF Example Command 032 Receive gt 025 13 Read address 03 channel 2 get data success Command 024 Receive 02 Read address 02 channel 4 return error channel number Related Command Sec2 1 AANNTTCCFE Sec 2 7 AA2 Related Topics Sec 1 9 Configuration Tables Note The command for 8033 only Rev B1 2 8013 8033 User Manual DAI 2 5 AA0 Description Perform Span Calibration Syntax AA0 CHK cr delimiter character AA address of setting module 00 to FF 0 command for span calibration Response Valid Command AA CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Example Command 010 Receive 01 Perform address 01 span calibration return success Command 020 Receive 02 Perform address 02 span calibration return not enable cali bration before perform calibration command Related Command Sec2 6 AA1 Sec 2 15 AAEV Related Topics Sec 1 8 Calibration 22 8013 8033 User Manual Rev B12 2 6 AA1 Description Perform Zero Calibration Syntax SAAI CHK cr delimiter character AA address of setting module 00 to FF 1 command for zero calibration Response Valid Command AA CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter
10. ev B1 2 RA 29 ARTT PR EE eMe eed im 30 2 14 NOCD Ala eil 31 NN 32 DO EE E 33 2 12 SAA eiei O 34 ZIA re 35 ZON ai 36 2 20 ASE VV shit 37 3 Application NOLE vessiesedcscsscstcisicisteistececccsstetens 38 3 ENIT pin Operation iii 38 3 2 Module Status uen 38 3 3 Dual Watchdog Operation 39 Rev B1 2 8013 8033 User Manual 3 1 Introduction 8000 is a family of network data acquisition and control modules They provide analog to digital digital to analog digital input output timer counter and other functions These modules can be remote controlled by a set of commands The common fea tures of 8013 13D and 8033 are given as following e 24 bits sigma delta ADC to provide excellent accuracy e RTD direct connect e Software calibration The 8013 is a single channel RTD input module The 8013D is the 8013 with a 4 digit LED display The 8033 is a three chan nel RTD input module 1 1 More Information Refer to 8000 Bus Converter User Manual chapter 1 for more information as following 1 1 8000 Overview 1 2 8000 Related Documentation 1 3 8000 Command Features 1 4 8000 System Network Configuration 1 5 8000 Dimension 4 8013 8033 User Manual Rev B1 2 1 2 Pin Assignment Rev B1 2 8013 8033 User Manual OT ANDA SA QD V Lva VIVOOO s LINI GND V TOUXAL TASNAS TASNAS T TOAXAI Rev B1 2 8013 8033 User Manual 1 3 Specifications 8013 8013D Analog
11. for invalid command AA address of response module 00 to FF Example Command 011 Receive 01 Preform address 01 zero calibration return success Command 021 Receive 02 Perform address 02 zero calibration return not enable cali bration befroe perform calibration command Related Command Sec2 5 AAO Sec 2 15 AAEV Related Topics Sec 1 8 Calibration Rev B1 2 8013 8033 User Manual DB 2 7 AA2 Description Read Configuration Syntax AA2 CHK cr delimiter character AA address of reading module 00 to FF 2 command for read configuration Response Valid Command AATTCCFF CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command address of response module 00 to FF type code of module reference Sec 1 9 baudrate code of module reference Sec 1 9 made data format of module reference Sec 1 9 Example Command 012 Receive 01200600 Read address 01 configuration return success Command 022 Receive 102230602 Read address 02 configuration return success Related Command Sec2 1 XAANNTTCCFF Related Topics Sec 1 9 Configuration Tables Sec3 1 INIT pin Operation 24 013 8033User Manual Rev B1 2 2 8 AA4 Description Read Synchronized Data Syntax SAAJ4 CHK cr delimiter character AA address of reading module 00 to FF 4 command for read synchronized dat
12. g CC Rev B1 2 8013 8033 User Manual 11 RTD Type Setting TT Note Type 2A only for 8013 13D version B1 0 or later and 8033 Data Format Setting FF 1 Filter Setting 0 60Hz rejection 1 50Hz rejection 2 Checksum Bit 0 Disable 1 Enable 3 00 Engineer Unit Format 01 Percent Format 10 2 s Complement HEX Format 11 Ohms RTD type and data format table 12 8013 8033 User Manual Rev B12 RTD Overrange Underrange Reading De Code RTD Typ FS Platnum 100 a 0 00385 of FSR 100 00 100 00 gt to 100 2 s complement HEX 7FFF 8000 egree Celsius Platnum 100 a 0 00385 of FSR 100 00 000 00 r to 100 2 s complement HEX 7FFF 0000 egree Celsius 200 00 00 000 00 Platnum 100 a 0 00385 100 00 000 00 0 to 200 2 s le HEX 7FFF 0000 degree Celsius 1175 84 100 00 j 600 00 000 00 Platinum 100 4600 00 a 0 00385 100 00 000 00 0 to 600 2 s complement HEX 7FFF 8000 degree Celsius 313 59 060 60 j 100 00 100 00 Platinum 100 a 0 003916 100 00 100 00 100 to 100 7FFF 8000 degree Celsius 139 16 060 60 j 100 00 000 00 Platinum 100 100 00 a 0 003916 of FSR 100 00 000 00 0 to 100 2 s ELE HEX 7FFF 0000 degree Celsius Rev B1 2 8013 8033UserManual 72 8013 8033 User Manual 13 DEM g og ficu degree Celsius oe re 14 8013 8033 User Manual Rev B12 2 Command Command Format Leading Address Command CHK c
13. mmand AA address of response module 00 to FF VV timeout value in HEX format count for 0 1 second 0120 1 second and FF 25 5 second Example Command 012 Receive 01 FF Read address 01 host watchdog timeout value return FF the host watchdog timeout value is 25 5 second Related Command Sec 2 16 Sec 2 17 A A0 Sec 2 18 AA1 Sec 2 20 AA3EVV Related Topic Set 3 2 Module Status Sec 3 3 Dual Watchdog Operation 36 8013 8033 User Manual Rev B1 2 2 20 AA3EVV Description Set Host Watchdog Timeout Value Syntax AA3EVV CHK cr delimiter character AA address of setting module 00 to FF 3 command for set host watchdog timeout value E 1 Enable 0 Disable host watchdog VV timeout value from 01 to FF each for 0 1 second Response Valid Command AA CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Example Command 013164 Receive 01 Set address 01 enable host watchdog and timeout value is 64 10 0 second return success Command 012 Receive 0164 Read address 01 host watchdog timeout value return 64 the timeout value is 10 0 second Related Command Sec 2 16 Sec 2 17 AAO Sec 2 18 AAI Sec 2 19 AA2 Related Topic Set 3 2 Module Status Sec 3 3 Dual Watchdog Operation Rev B1 2 8013 8033 User Manual 37 3 Application Note
14. mode Related Command Sec 2 16 Sec 2 18 AA1 Sec 2 19 AA2 Sec 2 20 AA3EVV Related Topic Set 3 2 Module Status Sec 3 3 Dual Watchdog Operation 34 8013 8033UserManual Rev B12 2 18 AAI Description Reset Module Status Syntax AAI CHK cr delimiter character AA address of setting module 00 to FF 1 command for reset module status Response Valid Command AA CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command AA address of response module 00 to FF Example Command 010 Receive 0104 Read address 01 module status return 04 host watchdog timeout Command 011 Receive 101 Reset address 01 module status return success Command 010 Receive 0100 Read address 01 module status return 00 no host watchdog timeout Related Command Sec 2 16 Sec 2 17 AAO Sec 2 19 AA2 Sec 2 20 AA3EVV Related Topic Set 3 2 Module Status Sec 3 3 Dual Watchdog Operation Rev B1 2 8013 8033 User Manual 35 2 19 AA2 Description Read Host Watchdog Timeout Value Syntax AA2 CHK cr delimiter character AA address of reading module 00 to FF 2 command for read host watchdog timeout value Response Valid Command AAV V CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid co
15. r Response Format Leading Address Data CHK cr CHK 2 character checksum cr end of command character character return 0x0D Calculate Checksum 1 Calculate ASCII sum of all characters of command or re sponse string except the character return cr 2 Mask the sum of string with Offh Example Command string 012 cr Sum of string 4 0 1 2 24h 30h 31h 32h B7h The checksum is B7h and CHK B7 Command string with checksum 012B7 cr Response string 01200600 cr Sum of string 0 1 2 0 0 6 0 0 21h 30h 3 1h 32h 30h 30h 36h 30h 30h 1AAh The checksum is AAh and CHK AA Response string with checksum 01200600A A cr Rev B1 2 8013 8033 User Manual 15 General Command Sets AANNTTCCFF Set Module Configuration Sec 2 1 Synchronized Sampling Sec 2 2 AA Read Analog Input Sec 2 3 Read Analog Input from Sec 2 4 channel N Perform Span Calibration Sec 2 5 Perform Zero Calibration Sec 2 6 gt x gt E 0 1 Enable Disable Calibration Sec 2 15 Host Watchdog Command Sets KK Read Module Status Sec 2 17 Reset Module Status Sec 2 18 AAD LAATT Read Host Watchdog Sec 2 19 Timeout Value AA3ETT IAA SEM aa Sec 2 20 Timeout Value L 8013 8033 User Manual Rev B1 2 2 1 AANNTTCCFF Description Set module Configuration Syntax 7 AANNTTCCFF CHK cr a delimiter character AA address of se
16. re function to monitor the host s operating status Its purpose is to prevent the network com munication problem or host halt While the timeout occurred the module will turn the all output to safe state to prevent unexpected problem of controlled target The 8000 module with Dual Watchdog may let the control system more reliable and stable Rev B1 2 8013 8033 User Manual 39
17. ted Command Sec 2 8 AA4 Note The command for 8013 13D only Rev B1 2 8013 8033 User Manual 169 2 3 AA Description Read Analog Input Syntax AA CHK cr delimiter character AA address of reading module 00 to FF Response Valid Command Data CHK cr Syntax error or communication error may get no re sponse gt delimiter for valid command Data analog input value reference Sec 7 9 for its format While using AA command to 8033 the data is the combi nation for each channel respectively Example Command 01 Receive gt 026 35 Read address 01 get data success Command 02 Receive gt 4C53 Read address 02 get data in HEX format success Command 03 Receive gt 0000 Read address 03 get data underrange Command 04 Receive gt 025 12 054 12 150 12 Read address 04 1s 8033 get 3 channel data Related Command Sec2 1 AANNTTCCFEF Sec 2 7 AA2 Related Topics Sec 1 9 Configuration Tables 20 8013 8033 User Manual Rev B1 2 2 4 BAAN Description Read Analog Input from channel N Syntax FAAN CHK cr delimiter character AA address of reading module 00 to FF N channel to read Response Valid Command gt Data CHK Cr Invalid Command AA CHK Cr Syntax error or communication error may get no re sponse gt delimiter for valid command Data analog input value reference Sec 7 9 for its format 2 delimiter for invalid command AA address of response mo
18. tion return 2 Related Command Sec2 10 SAASV Sec2 11 AA9 Data Note The command for 8013D only 26 013 8033User Manual Rev B12 2 10 AA8V Description Set LED Configuration Syntax AA8V CHK cr delimiter character AA address of setting module 00 to FF 8 command for set LED configuration V For 8013D 1 Set LED to module 2 Set LED to host Response Valid Command AA CHK cr Invalid Command AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command 2 delimiter for invalid command AA address of response module 00 to FF Example Command 0180 Receive 01 Set address 01 LED to 0 return success Command 0281 Receive 02 Set address 02 LED to 1 return success Related Command Sec2 9 AA8 Sec2 11 AA9 Data Note The command for 8013D only Rev B1 2 8013 8033 User Manual DIF 2 11 AA9 Data Description Set LED Data Syntax AA9 Data CHK cr delimiter character AA address of setting module 00 to FF 9 command for set LED data Data data for show on the LED from 19999 to 19999 The data need sign 5 digits and decimal point Response Valid Command AA CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command or LED not set to host controll AA address of response module 00 to FF Example Command 019 123 45 Receive 0
19. tting module 00 to FF NN new address for setting module 00 to FF TT new type for setting module Ref Sec 9 CC new baudrate for setting module Ref Sec 9 It is needed to short the INIT to ground while change baudrate Ref Sec 3 1 FF new data format for setting module Ref Sec 9 It is needed to short the INIT to ground to change checksum setting Ref Sec 3 1 Response Valid Command AA CHK cr Invalid Command 2AA CHK cr Syntax error or communication error may get no re sponse delimiter for valid command delimiter for invalid command While change baudrate or checksum setting without short INIT to ground the module will return invalid command AA address of response module 00 to FF Example Command 0102200600 Receive 02 Change address from 01 to 02 return success Rev B1 2 8013 8033 User Manual 1 Command 0202200603 Receive 02 Change data format from 00 to 03 return success Related Command Sec 2 7 AA2 Related Topics Sec 1 9 Configuration Tables Sec 3 1 INIT pin Operation 18 8013 8033 User Manual Rev B12 2 2 i Description Synchronized Sampling Syntax CHK cr a delimiter character qm synchronized sampling command Response No response Example Command No response Send synchronized sampling command Command 014 Receive gt 011 025 123 First read get status 1 Command 014 Receive gt 010 025 123 Second read get status 0 Rela
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