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User Manual ECU-1710A

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1. Oo BR oO NM gt A 3 Ethernet RJ 45 Connector LAN1 LAN2 Table A 3 Ethernet RJ 45 connector pin assignments Pin 10 100Base T Signal Name XMT XMT RCV NC NC RCV NC NC II ony BR Ww hy gt 17 ECU 1710A User Manual A 4 Phoenix Power Connector PWR 72223 Table A 4 Power Connector Pin Assignments Pin Signal Name 1 10 30 Voc 2 GND 3 Field Ground A 5 PS 2 Keyboard and Mouse Connector Table A 5 PS2 Connector Pin Assignments Pin Signal Name KB DATA MS DATA GND VCC KB Clock MS Clock OI BR Ww rm gt A 6 USB Connector USB1 USB2 Table A 6 USB Connector Pin Assignments Pin Signal Name Cable Color 1 VCC Red 2 DATA White 3 DATA Green 4 GND Black ECU 1710A User Manual 18 A 7 VGA Display Connector Table A 7 VGA Connector Pin Assignments Pin Signal Name Red Green Blue NC GND Detect GND GND 5V 0 GND 11 NC 12 DDDA 13 H SYNC 14 V SYNC 15 DDCK gt OO oI II oO AJOIN gt 19 ECU 1710A User Manual A 8 Analog I O Connector Alo 1 Als Am 2 AI9 A2 3 AI10 Als 4 Al11 Al4 5 Al12 A5 6 A113 Ale 7 Al14 A7 8 aa AGND 9 AGND AO VO AO 10 AGND AGND AO V1 a AO NM AGND a AGND AO V2 gt AO 12 AGND _ AGND AO V3 AO 13 AGND z AGND AGND 12V AGND
2. Calibrate Gain 3 Please adjust VR1 until your multimeter s reading is 9 995 volts 4 Update Device Update System Database Figure C 15 PCI 1720_ECU DA Calibration 6 ECU 1710A User Manual 42 The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 E until your multimeter s reading is 0 000volts 2 Calibrate Gain Step There has four channels select CHO then you can select different ranges to Calibrate Gain 1 Range 10V Setting of PCI 1720_ECU BID 2 Device Analog Output Channels Value Range Type Calibration Instructions 1 Connect the D A channel to a precision multi meter 1 2 Select the range of D A channels to calibrate 3 Press Calibrate Offset button and adjust the YRn n 8 9 10 11 to calibrati the offset 4 Press Calibrate Gain button and adjust the YRn n 4 5 6 7 to calibrate the gain full scale AO Channels Initial State Analog Output Calibration NOTE Please STOP any AO operation while doing calibration CH VE ABE Range n 10 m321 soofcoc T F 5 Css G8 amp Please adjust YR1 until your multimeter s reading is 4 998 volts 4 Update Device Update System Database Item 1 Display the Calibration Instructions Item 2 Emphasize the current channel number and Range Item 3 The current step Item 4 Display the curren
3. VR4 D A channel 0 full scale gain VR6 D A channel 1 full scale gain VR8 D A channel 2 full scale gain VR10 D A channel 3 full scale gain VR5 D A channel 0 offset VR7 D A channel 1 offset VRQ D A channel 2 offset VR11 D A channel 3 offset Open the Navigator window please Click the Calibration tab in configuration dialog box and follow the Calibration Instructions to finish your calibration Setting of PCI 1720_ECU BID 2 Device Calibration Instructions Analog Output 1 Connect the D A channel to a precision multi meter Channels Value Range Type 2 Select the range of D A channels to calibrate AO Channels Initial State 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate Analog Output Calibration 1 the offset 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gain full scale NOTE Please STOP any AO operation while doing calibration CH 0 M VR alala Range 10v F een YVE321 ecofocoh T 6 Calibrate Offset Erbes 5 4 aq a Calibrate Gain L Update Device Update System Database Figure C 10 PCI 1720_ECU DA Calibration Item1 Display Analog Output Calibration 39 ECU 1710A User Manual 1 Calibrate Offset Step There has four channels select CHO then you can select different ranges to Calibrate Offset 1 Range 10V Setting of PCI 1720_ECU BID 2
4. 5 Ps2 kB us VGA COMURS232 To D537 A 7 COM2 RS232 ee SOMETX p USB0 USB1 PCI 1710UL USB2 Internal nn os IDEOM Crt tin Say A RTLS103EL Te LANI 10 100M PCI PE LAN 16 Channel Al 10 100M PCI 1720U Lo D H LCHXO2280 4 Channel AO PCI1G4 Only support one PCI ECU 1710A User Manual 30 connector Appendix C Calibration Appendix C Calibration C 1 C 2 Introduction Regular calibration checks are important to maintain accuracy in data acquisition and control applications We provide two calibration utilities for PCI 1710L_ECU and PCI 1720U_ECU in the ECU 1710A DAQNavi driver The utilities make the A D and D A calibrations easy It leads you through the calibration and setup procedure with a variety of prompts and graphic displays showing you all of the correct settings and adjustments This chapter offers a brief guide to these calibration utilities To perform a satisfactory calibration users need a 4 1 2 digit stable low noise standard DC volt age source for the calibration process It is important that the accuracy after calibra tion depends on the DC source s accuracy VR Assignments There are eleven variable resistors VRs on the ECU 1710A board They help y
5. ECU 1710A User Manual 22 Correct Connection Incorrect Connection Vin Vs Vcm GND A 10 2D A Voltage Output Connections The ECU 1710A supports four channels of D A voltage output Only one output signal wire is used with each channel The voltage output is referenced to a common ground AGND There are three types of voltage output connections 1 Floating load 2 Grounded load 3 Differential load with ground They are shown in the following illustrations Internal Side External Side Floating Load AGND b Floating load Connection for D A Voltage Output 23 ECU 1710A User Manual Internal Side External Side Vout Grounded Load Grounded load Connection for D A Voltage Output Internal Side External Side Diff Load with Ground Differential load Connection for D A Voltage Output ECU 1710A User Manual 24 A 10 3D A Current Sink Connections The ECU 1710A current loop output uses a 0 to 5 V unipolar voltage output as each channel s driving source Current drive circuits consist of a power field effect transistor FET The current output s voltage bias must be less than 50 V for accu rate results The ECU 1710A also provides an internal 12 V power source for cur rent loop excitation You can use three types of current sink connections 1 Grounded load with a floating power supply 2 Floating load with a grounded power supply 3 Floating
6. Device Calibration Instructions Analog Output 1 Connect the D A channel to a precision multi meter 1 Channels Value Range Type 2 Select the range of D A channels to calibrate 40 Channels Initial State 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate Analog Output Calibration the offset 4 Press Calibrate Gain button and adjust the YRn n 4 5 6 7 to calibrate the gain full scale ann NOTE Please STOP any AO operation while doing calibration CH O VE 2 SopseoH1 10 Range 98 lt FTG Calibrate Offset 3 gt l gt 5 4 Please adjust YRS until your multimeter s reading is 0 000 volts 4 ES update Device update System Database Figure C 11 PCI 1720_ECU DA Calibration 1 Item 1 Display the Calibration Instructions Item 2 Emphasize the current channel number and Range Item 3 The current step Item 4 Display the current operation you should do you can adjust the VR in the pic ture above Note Click the Calibrate Offset button then adjust VR8 until your multimeter s N reading is 0 000volts E 2 Range 5V Setting of PCI 1720_ECU BID 2 Device Calibration Instructions Analog Output 1 Connect the D A channel to a precision multi meter Channels Value Range Type 2 Select the range of D A channels to calibrate 1 40 Channels Initial State 3 Press Calibrate Offset button and adjust the YRn
7. Timer Pulse Frequency Collection Period Adjust the Gain value of A D Step VR A D Adjus Ref Value Wiring Step V 0 00 2047 2048 OV gt AIO Step2_v 0 00 2047 4095 lt gt 4094 4 9976V gt AI0 3 Step3 V 0 000 0 1 lt gt 0 1 22mV gt AIL lt gt k Ej Update Device Update System Database Figure C 8 PCI 1710_ECU AD Calibration 5 The functions of the four items is keeping with Step 1 Note The A D is working as single ended input As showing in Item 3 connect the external voltage with value of 4 9976V to A D Channel 0 E Al0 Pin68 Adjust VR3 the flashing in the figure above until the out put from the card s A D converter flickers between 4094 and 4095 Repeat steps 1 and steps 2 37 ECU 1710A User Manual Step3 Adjust Unipolar offset voltage of A D Setting of PCI 1710_ECU BID 1 E Device Calibration Instructions Terminal Board 1 Press Start button to calibrate the A D channels 1 Analog Input 2 Adjust the specified VR until the Adjust number equals to the Ref Value Channels Connection Type NOTE Please STOP any AI operation while doing calibration Channels RG Type Section Data Count AJD Calibration Procedure Convert Clock Source 1 Adjust Bipolar offset Convert Clock Rate per Channe voltage of 4 D VR2 rn Scan Channel Start 2 Adjust the Gain value of Scan Channel Count AID YR3 Analog Input Ca
8. ECU 1710A User Manual vi Contents Chapter 1 ER mk k N gt Chapter 2 Chapter 3 Appendix A A 1 A 2 A 3 A 4 A 5 A 6 A 7 A 8 A9 A 10 OVECIVICW ccccccccccccccccccecacscecccscecsceneceneace 1 Introduction nissen a ia aiaa 2 Hardware Specifications 2 Chassis Dimensions 4 Figure 1 1 Chassis Dimensions 4 Hardware Functionality 5 INtrOdUCLION 25 ares M sue ent gunn denied enr ina at nnse sert ete d ae ae 6 Figure 2 1 ECU 1710A Front Panel 6 Figure 2 2 ECU 1710A Real Panel 6 RS 232 Interface COM1 COM2 nenn 6 LAN Ethernet Connector 6 PowerConnect r sement aka aaa 7 PS 2 Keyboard and Mouse Connector 7 USB Connector ne aaae 7 VGA Display Connector 7 Reset Button 4 nennen 7 Advanced Watchdog Timer 7 Initial setup 9 Chassis Grounding 52488 ee annales 10 Figure 3 1 Chassis Grounding Connection 10 Inserting a CompactFlash Card ccccccccceeeeeeeeeeeeeeeseeneeeeeseeeeeeeeseeaaees 10 Installing a Hard Disk 10 Gonnecting POWer n a iuueeiniue enlarge 10 BIOS Setup and System Assignments 11 Driver Installation sr san 11 Pin Assignments 13 Board Connectors and Jumpers 2 ececceeceeeeeeeeeeeteeeeeenacaeeeeeeeeees
9. 2 2 2 3 Introduction The following two figures show the connectors on ECU 1710A The following sec tions give you detailed information about function of each peripheral VGA un COMI COM2 CAC REC ADVANTECH ECU 1710A 1 207 Figure 2 1 ECU 1710A Front Panel LUO al DEU C Analog I O IDO IDI ae N Er T Figure 2 2 ECU 1710A Real Panel RS 232 Interface COM1 COM2 The ECU 1710A offers two standard RS 232 serial communication interface ports COM1 and COM2 Please refer to Appendix A 2 for their pin assignments IRQ and Address Setting The IRQ and I O address range of COM1 and COM2 are listed below COM1 3F8H IRQ4 COM2 2F8H IRQ3 LAN Ethernet Connector The ECU 1710A is equipped with a Realtek RTL8100CL LF Ethernet LAN controller that is fully compliant with IEEE 802 3u 10 100Base T CSMA CD standards The Ethernet port provides a standard RJ 45 jack on board and LED indicators on the front side to show its Link Yellow LED and Active Green LED status LAN1 support PXE but LAN2 doesn t support PXE ECU 1710A User Manual 6 2 4 2 5 2 6 2 7 2 8 2 9 Power Connector The ECU 1710A comes with a Phoenix connector that carries 10 30 Vpc
10. 500 Hz HDD SSD 2 Grms 5 500 Hz Analog Input M Channels 16 single ended 8 differential BH Resolution 12 bits Max Sampling Rate 100 kS s m FIFO Size 4096 samples m Overvoltage Protection 30 Vp p E Input Impedance gt 300M ohm BH Input Range V software programmable Unipolar V N A 0 10 0 5 0 25 0 125 Bipolar V 10 5 42 5 1 25 0 625 Accuracy of FSR 1LSB 0 1 0 1 0 2 0 2 0 4 E Small Signal BW for PGA Gain 0 5 1 10 100 1000 Bandwidth IMHZ 3 3MHz 3 3MHz 2 8MHz 1 8MHz ECU 1710A User Manual 2 Drift Gain 0 5 1 10 100 1000 Zero 15ppm C Span 25ppm C m Accuracy DC INLE 2 LSB DNLE 2 LSB AC ENOB 10 5 bits E Max common mode voltage 11V Analog Output m Channels 4 BH Resolution 12 bits Output Range Software Programmable Unipolar V 0 5 0 10 Bipolar V 5 10 Current Loop mA 0 20 4 20 Driving Capability 5 mA m Accuracy Relative 1 LSB Differential Non Linearity 1 LSB monotonic Drift 40 ppm C Voltage 70 ppm C Current M Excitation Voltage 46 V max Isolated Digital Input m Channels 16 Input Voltage Logic 0 2 V max Logic 1 5 V min 30 V max M Isolation Protection 1 000 Vic Isolated Digital Output m Channels 16 Output Type Sink Type NPN Output Voltage 5 40 Vpc max m Sink Current 300 mA max per channel supports a maximum 4 8A f
11. DO Ports Initial State Counter Timer One shot Clock Source One shot Delay Count Timer Pulse Frequency Collection Period a aj Update Device Calibration Instructions 1 Press Start button to calibrate the A D channels 2 Adjust the specified VR until the Adjust number equals to the Ref Value un NOTE Please STOP any AI operation while doing calibration A D Calibration Procedure 1 Adjust Bipolar offset voltage of 4 D VR2 2 Adjust the Gain value of AD UR3 3 Adjust Unipolar offset voltage of 4 D VR1 Reference voltage source r Internal v Select the Calibration Type Adjust Bipolar offset voltage of A D Step YR A DVoltage Adjust Num Ref Value Wiring Stepi Y 0 001846 2047 2048 Pins Step2 V 4095 lt Pins Step3 V 1 lt gt 0 Pin M Update System Database Save Figure C 3 PCI 1710_ECU AD Calibration Item1 Display Analog Input Calibration A D Calibration C 3 1 A D Calibration Wizard 1 Reference voltage source Internal Step1 Adjust Bipolar offset voltage of A D Setting of PCI 1710_ECU BID 1 B Device Terminal Board E Analog Input Channels Connection Type Channels YRG Type Section Data Count Convert Clock Source Convert Clock Rate per Channe Scan Channel Start Scan Channel Count Analog Input Calibration amp Digital Input Output DO Ports Initial State E Counter Ti
12. Table A 8 Analog I O Connector Signal Description Signal Name Reference Direction Description AI lt 0 15 gt AGND Input Analog Input Channels 0 through 15 Each channel pair Al lt i i 1 gt i 0 2 4 14 can be configured as either two single ended inputs or one differential input AGND Analog Input and Output Ground AO_VO AGND Output Analog Voltage Output Channels 0 through 3 AO_V1 These pins supply the voltage outputs for the AO_V3 analog outputs AO_V4 AO_IO AGND Input Current Sink Channels 0 through 3 These pins AO_I1 provide the current loop sink input AO_I2 AO_I3 12V AGND Output 12 VLC Source ECU 1710A User Manual 20 A 9 DI O Connector GND 1 ECOMO 1 IDO9 IDOO 2 IDIO 2 ee IDO10 IDI10 IDO1 3 IDI1 3 IDO11 IDI11 IDO2 4 IDI2 4 GND ECOM1 IDO3 5 1D13 5 IDO12 IDI12 GND 6 ECOMO 6 IDO13 1D113 IDO4 7 IDI4 7 IDO14 1D114 IDO5 8 IDI5 8 IDO15 IDI15 EXT_GATE IDO6 9 IDI6 9 GND ECOM1 IDO7 IDI7 CNTO_OUT EXT_CLK GND ECOMO PACER_OUT CNTO_GATE GND ECOM1 NC CNTO_CLK IDO8 1DI8 IDO Connector IDI Connector Table A 9 Isolated Digital I O Connector Signal Signal name Description IDOn lt 0 15 gt Isolated Digital Output GND External Ground for IDO IDIn lt 0 15 gt Isolated Digital Input ECOMO External common Vcc GND of IDIO IDI7 ECOM1 External common Vcc GND of IDI8 IDI15 CNTO_OUT Counter 0 Output Output Re
13. The RST button is located between LAN2 and the power connector When the but ton is pressed the system will be reset Advanced Watchdog Timer The ECU 1710A provides a 7 tier Watchdog Timer for users to have a chance to escalate system status before the forced system reset Each tier has the same time interval from 1 255 seconds and users can have an event handling after the time out of each tier Install the driver from companion disc and refer to the software manual for details 7 ECU 1710A User Manual ECU 1710A User Manual Chapter 3 Initial setup Chapter 3 Initial Setup 3 1 3 2 3 3 3 4 Chassis Grounding The aluminum made ECU 1710A provides good EMI protection and a stable ground ing base There is an easy to connect chassis grounding point for you to use Figure 3 1 Chassis Grounding Connection Inserting a CompactFlash Card The procedure for installing a CompactFlash card into the ECU 1710A is detailed below please follow these steps carefully 1 Remove the power cord 2 Plug a CompactFlash card with your OS and application program into the slot on the front panel Note Itis recommended to use Industrial CompactFlash cards Installing a Hard Disk Follow the steps below to install an HDD 1 Remove the power cord 2 Unscrew the screws and get the HDD bay apart 3 Insert the HDD into the HDD bay and screw it with screws in the accessory bag 4 Connect the SATA signal cable a
14. gt 0 1 22mV gt AIL lt lt u S M Update Device V Update System Database Figure C 7 PCI 1710_ECU AD Calibration 4 Item 1 Display the Calibration Instructions Item 2 Emphasize the current step Item 3 Display the A D calibration value ECU 1710A User Manual 36 Note The A D is working as single ended input As showing in Item 3 connect N the external voltage with value of OV to A D Channel 0 AlO Pin68 JE Adjust VR2 the flashing in the figure above until the Adjust number equals to the Ref value Step2 Adjust the Gain value of A D Setting of PCI 1710_ECU BID 1 S Device IF Calibration Instructions Terminal Board 1 Press Start button to calibrate the A D channels 1 E Analog Input 2 Adjust the specified VR until the Adjust number equals to the Ref Value Channels Connection Type NOTE Please STOP any AI operation while doing calibration Channels YRG Type Section Data Count Convert Clock Source 1 Adjust Bipolar offset Convert Clock Rate per Channel voltage of A D VR2 Scan Channel Start 2 Adjust the Gain value of A D Calibration Procedure Scan Channel Count AjD VR3 2 Analog Input Calibration 3 Adjust Unipolar offset amp Digital Input Output voltage of A D VR1 BI DO Ports Initial State Counter Timer Reference voltage source One shot Clock Source External i One shot Delay Count Select the Calibration Type
15. n 8 9 10 11 to calibrate Analog Output Calibration the offset 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gain full scale un NOTE Please STOP any AO operation while doing calibration che on ele 2 1110 RB 321 Range coofoook 9 8 jecchooo T 6 Calibrate Offset 3 3 5 ab Please adjust YRS until your multimeter s reading is 0 000 volts 4 v Update Device V Update System Database Figure C 12 PCI 1720_ECU DA Calibration 2 ECU 1710A User Manual 40 The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 B until your multimeter s reading is 0 000volts 3 Range 0 10V Setting of PCI 1720_ECU BID 2 Device Calibration Instructions Analog Output 1 Connect the D A channel to a precision multi meter 1 Channels Value Range Type 2 Select the range of D A channels to calibrate Analog Output Calibration the offset AO Channels Initial State 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate NOTE Please STOP any AO operation while doing calibration 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gain full scale CH Range ET ET 1 1 ecefeco eoefooo librate Offset 3 SE 2 aoe Bb o Please adjust YRS until your mu
16. Update Device v Update System Database Figure C 18 PCI 1720_ECU DA Calibration 10 The functions of the four items is keeping with 1 E Note Click the Calibrate Offset button then as show in item 4 adjust VR8 until E your multimeter s reading is 0 000volts 5 Range 0 20mA Setting of PCI 1720_ECU BID 2 Device Analog Output Channels Value Range Type AO Channels Initial State Analog Output Calibration Calibration Instructions 1 Connect the D A channel to a precision multi meter 1 2 Select the range of D A channels to calibrate 3 Press Calibrate Offset button and adjust the YRn n 8 9 10 11 to calibrate the offset 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gain full scale un NOTE Please STOP any AO operation while doing calibration Please adjust VR1 until your multimeter s reading is 4 999 volts 4 M Update Device V Update System Database Figure C 19 PCI 1720_ECU DA Calibration 11 The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 until E your multimeter s reading is 0 000volts 45 ECU 1710A User Manual 6 Range 4 20mA Setting of PCI 1720_ECU BID 2 Device Calibration Instructions Analog Output 1 Connect the D A channel to a precision multi
17. meter 1 Channels Value Range Type 2 Select the range of D A channels to calibrate AO Channels Initial State 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate Analog Output Calibration the offset 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gain full scale un NOTE Please STOP any AO operation while doing calibration HEE 321 el El Please adjust YR1 until your multimeter s reading is 20 000 m 4 v update Device M Update System Database Figure C 20 PCI 1720_ECU DA Calibration 12 The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 until E your multimeter s reading is 0 000volts JE 3 You can also select CH1 CH2 or CH3 When you choose CH1 you can adjust VR9 to calibrate Offset value and adjust VR5 to Calibrate Gain value then you can select different range to Calibrate Gain When you choose CH2 you can adjust VR10 to calibrate Offset value and adjust VR6 to Calibrate Gain value then you can select different range to Calibrate Gain When you choose CH3 you can adjust VR11 to calibrate Offset value and adjust VR7 to Calibrate Gain value then you can select different range to Calibrate Gain ECU 1710A User Manual 46 47 ECU 1710A User Manual AD ANTECH eAutomation wwWw advantech com Please verify specifications before quotin
18. taken The following measures will be helpful to reduce possible interference running signal wires between signal sources and ECU 1710A The signal cables must be kept away from strong electromagnetic sources such as power lines large electric motors circuit breakers or welding machines since they may cause strong electromagnetic interference Keep the analog sig nal cables away from any video monitor since it can significantly affect a data acquisition system If the cable travels through an area with significant electromagnetic interference you should adopt individually shielded twisted pair wires as the analog input cable This type of cable has its signal wires twisted together and shielded with a metal mesh The metal mesh should only be connected to one point at the sig nal source ground Avoid running the signal cables through any conduit that might have power lines in it If you have to place your signal cable parallel to a power line that has a high voltage or high current running through it try to keep a safe distance between them Alternatively you can place the signal cable at a right angle to the power line to minimize the undesirable effect The signals transmitted on the cable will be directly affected by the quality of the cable In order to ensure better signal quality you can use the shielded cable ECU 1710A User Manual 28 Appendix B Block Diagrams Appendix B Block Diagrams B 1 Block Diagram
19. 3 S Analog Input Name PCI 1710_ECU Device Test Channels Connection Type Description PCI 1710_ECU BID 1 cs Scenarios Channels VRG Type Product Id 0x804 a AB Reference Convert Cock Source Board ot E MIC 3711 BID 3 5 4 m ji PCI 171 ok BID 1 Convert Clock Rate per Channe Driver Version 3 0 5 0 i Supp orkediDevicas Scan Channel Start Dil Version 3 0 5 0 fo SDKs Scan Channel Count Location PCI bus 1 device 15 function 0 DAQNavi User Interfa EE Base Address OxD200 4 Welcome to Advan ea i DAQNavi SDK Over DO Ports Initial State Interrupt 0x11 d Using DAQNavi SDK Counter Timer Hardware Version 0xB2 video Tutorial One shot Clock Source Terminal Board Wiring Board v Customer Feedback One shot Delay Count Timer Pulse Frequency Collection Period Update Device v Uupdate System Database Figure C 2 PCI 1710_ECU Device Setting Dialog Box 33 ECU 1710A User Manual On the device setting dialog box you can change default settings of Device Analog Input Digital Input Output and Counter functions Click the Calibration tab in configuration dialog box and follow the Calibration Instructions to finish your calibration Setting of PCI 1710_ECU BID 1 E Device Terminal Board Analog Input Channels Connection Type Channels YRG Type Section Data Count Convert Clock Source Convert Clock Rate per Channe Scan Channel Start an Channel Coun E Digital Input Output
20. User Manual ECU 1710A Intel Atom D510 Controller with 16 ch Al 4 ch AO and 32 ch Isolated DI O AD ANTECH Enabling an Intelligent Planet Copyright The documentation and the software included with this product are copyrighted 2012 by Advantech Co Ltd All rights are reserved Advantech Co Ltd reserves the right to make improvements in the products described in this manual at any time without notice No part of this manual may be reproduced copied translated or transmitted in any form or by any means without the prior written permission of Advantech Co Ltd Information provided in this manual is intended to be accurate and reliable How ever Advantech Co Ltd assumes no responsibility for its use nor for any infringe ments of the rights of third parties which may result from its use Acknowledgements Intel and Pentium are trademarks of Intel Corporation Microsoft Windows and MS DOS are registered trademarks of Microsoft Corp All other product names or trademarks are properties of their respective owners Product Warranty 2 years Advantech warrants to you the original purchaser that each of its products will be free from defects in materials and workmanship for two years from the date of pur chase This warranty does not apply to any products which have been repaired or altered by persons other than repair personnel authorized by Advantech or which have been subject to misuse abuse accident or impr
21. age and ship it prepaid to your dealer Part No 2003171000 Edition 1 Printed in Taiwan July 2012 ECU 1710A User Manual ii Declaration of Conformity CE This product has passed the CE test for environmental specifications when shielded cables are used for external wiring We recommend the use of shielded cables This kind of cable is available from Advantech Please contact your local supplier for ordering information FCC Class A Note This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 ofthe FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Opera tion of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense Technical Support and Assistance 1 Visit the Advantech web site at www advantech com support where you can find the latest information about the product 2 Contact your distributor sales representative or Advantech s customer service center for technical support if you need additional assistance Please have the following information ready before
22. d in the DAQNavi SDK package M For more detailed information please refer to the Device Driver s Manual by accessing Start Programs AdvantechAutomation DAQNavi DAQNavi Man uals PCI1710ECU_User_Interface chm PCI1720ECU_User_Interface chm 11 ECU 1710A User Manual ECU 1710A User Manual 12 Appendix A Pin Assignments Appendix A Pin Assignments A 1 Board Connectors and Jumpers There are several connectors and jumpers on the ECU 1710A board The following sections tell you how to configure the ECU 1710A hardware setting Below you will see the locations of ECU 1710A s connectors and jumpers JP7 JP8 JP5 BH1 JP3 gy CN9 JP405 Ge ES JP2m Figure A 1 Connectors amp Jumpers backside Table A 1 Connectors Label Function CN1 Phoenix power connector CN2 SATA 2 5 HD power supply CN5 USB connector CN6 USB connector CN7 USB connector CN10 CN10A Primary IDE IDEO Master connector IDEO External CF Master On carrier board CN12 VGA DB15 display connector CN13 PS 2 keyboard and mouse connector CN14 COM1 RS 232 serial port CN15 COM2 RS 232 serial port CN16 Ethernet port 1 CN18 Ethernet port 2 CN19 Analog I O connector CN20 IDO connector ECU 1710A User Manual 14 Table A 1 Connectors CN21 IDI connector BH1 Battery for RTC SW1 Reset button Jumper JP1 is used to set the CMOS s mode The table below shows the correct jumpe
23. d these safety instructions carefully 2 Keep this User Manual for later reference 3 Disconnect this equipment from any AC outlet before cleaning Use a damp cloth Do not use liquid or spray detergents for cleaning 4 For plug in equipment the power outlet socket must be located near the equip ment and must be easily accessible 5 Keep this equipment away from humidity ECU 1710A User Manual iv 10 11 12 13 14 15 16 17 18 19 20 21 22 23 Put this equipment on a reliable surface during installation Dropping it or letting it fall may cause damage The openings on the enclosure are for air convection Protect the equipment from overheating DO NOT COVER THE OPENINGS Make sure the voltage of the power source is correct before connecting the equipment to the power outlet Position the power cord so that people cannot step on it Do not place anything over the power cord All cautions and warnings on the equipment should be noted If the equipment is not used for a long time disconnect it from the power source to avoid damage by transient overvoltage Never pour any liquid into an opening This may cause fire or electrical shock Never open the equipment For safety reasons the equipment should be opened only by qualified service personnel If one of the following situations arises get the equipment checked by service personnel The power cord or plug is damaged Liquid has penetrated i
24. ed with same polarity DAO_OUT Pin58 to AIO Pin68 AOGND Pin57 to Al1 Pin34 Adjust VR3 the flashing in the figure above until the output from the card s A D converter flickers between 4094 and 4095 Repeat steps 1 to steps 2 35 ECU 1710A User Manual Step3 Adjust Unipolar offset voltage of A D Setting of PCI 1710_ECU BID 1 5 Device Calibration Instructions Terminal Board 1 Press Start button to calibrate the 4 D channels 1 E Analog Input 2 Adjust the specified VR until the Adjust number equals to the Ref Value Channels Connection Type NOTE Please STOP any AI operation while doing calibration Channels VRG Type Section Data Count AJD Calibration Procedure Convert Clock Source 1 Adjust Bipolar offset Convert Clock Rate per Channel voltage of A D R2 Scan Channel Start 2 Adjust the Gain value of Scan Channel Count A D VR3 Analog Input Calibration ee El Digital Input Output voltage of 4 D VR1 2 DO Ports Initial State B Counter Timer Reference voltage source One shot Clock Source Internal br One shot Delay Count Timer Pulse Frequency Collection Period Select the Calibration Type adjust Unipolar offset voltage of A D Step VR A D Adjus Ref Value Wiring 2048 PinS8 gt Pin34 Pin 4095 lt gt 4094 _ PinS8 gt Pin68 Pin Pin24 gt Pin67 Pin 3 lt i amp Update Device MlUpdate Sy
25. eld Wiring Considerations 28 Block Diagrams 29 Block Diagramm He een ee 30 Calibration ccccscscscscscecsceccaeneaesceess O1 Introduction 4 a landes te 32 VR Assignments i2 u Hesse 32 Figure C 1 ECU 1710A VR Assignments 32 ALD Calibration 4 42 4 ee een 33 Figure C 2 PCI 1710_ECU Device Setting Dialog Box 33 Figure C 3 PCI 1710_ECU AD Calibration 000 ee 34 C 3 1 A D Calibration Wizard 0 0 cece ceeeeee eee eeeeneeeeeteeeeeeeesenaaeees 34 Figure C 4 PCI 1710_ECU AD Calibration 1 0 ee 34 Figure C 5 PCI 1710_ECU AD Calibration 2 35 Figure C 6 PCI 1710_ECU AD Calibration 3 oo ee 36 Figure C 7 PCI 1710_ECU AD Calibration 4 36 Figure C 8 PCI 1710_ECU AD Calibration 5 37 Figure C 9 PCI 1710_ECU AD Calibration 6 0 0 ee 38 DIA Calibration 5 user ni dns hate 39 Figure C 10PCI 1720_ECU DA Calibration 39 Figure C 11PCI 1720_ECU DA Calibration 1 40 Figure C 12PCI 1720_ECU DA Calibration 2 40 Figure C 13PCI 1720_ECU DA Calibration 3 41 Figure C 14PCI 1720_ECU DA Calibration 5 42 Figure C 15PCI 1720_ECU DA Calibration 6 42 Figure C 16PCI 1720_ECU DA Calibration 8 44 Figure C 17PCI 1720_ECU DA Calibration 9 44 Figure C 18PCI 1720_ECU DA Calibra
26. external power input and features reversed wiring protection Therefore it will not cause any damage to the system by reversed wiring of ground line and power line PS 2 Keyboard and Mouse Connector The ECU 1710A provides a PS 2 keyboard and PS 2 mouse connector A 6 pin mini DIN connector is located on the front panel of the ECU 1710A The ECU 1710A comes with an adapter to convert from the 6 pin mini DIN connector to two 6 pin mini DIN connectors for PS 2 keyboard and PS 2 mouse connection Please refer to Appendix A 5 for its pin assignments USB Connector The USB connector is used for connecting any device that conforms to the USB inter face The USB interface supports Plug and Play which enables you to connect or disconnect a device without turning off the computer The ECU 1710A provides two connectors of USB interfaces which gives complete Plug amp Play and hot swapping for up to 127 external devices The USB interface complies with USB EHCI Rev 2 0 compliant One USB port comes with a lockable USB connection allowing Advan tech s USB hub module and USB I O modules to be connected to extend the I O numbers for industrial applications The USB doesn t support short circuit protection function VGA Display Connector The ECU 1710A provides a VGA 2D graphic controller Intel Atom D510 ICH8M for VGA interface Memory Size DVMT 3 0 supply up to 128MB CRT Mode up to 2048x1536 LVDS Mode support 18 bit LVDS Reset Button
27. ference is GND CNTO_GATE Counter 0 Gate Control Input Reference is ECOM1 Trigger Level Logic 0 2 V max Logic 5 V min 30 Vmax CNTO_CLK Counter 0 Clock Input Input Reference is ECOM1 Max Input Frequency 1 MHz EXT_CLK A D External Clock Input Reference is ECOM1 This pin is exter nal clock signal input for the A D conversion A low to high edge triggers A D conversion to start For using EXT_CLK the pin of EXT_GATE must be pulled high Trigger Level Logic 0 2 V max Logic 5 V min 30 Vmax EXT_GATE A D External Trigger Gate share with IDI15 When EXT_GATE is connected to 5 V up to 30 V it will enable the external clock signal to input When EXT_GATE is connected to ECOM1 it will disable the external clock signal to input Trigger Level Logic 0 2 V max Logic 1 5 V min 30 V max PACER_OUT Pacer Clock Output Output Reference is GND This pin pulses once for each pacer clock when turned on If A D conversion is in the pacer trigger mode users can use this signal as a synchronous signal for other applications A low to high edge triggers A D con version to start 21 ECU 1710A User Manual A 10 Signal Connections A 10 1 Analog Input Connections The ECU 1710A supports either 16 single ended or 8 differential analog inputs Single ended Channel Connections Single ended connections use only one signal wire per channel The voltage on the line references to the common ground on the card A signal s
28. g This guide is intended for reference purposes only All product specifications are subject to change without notice No part of this publication may be reproduced in any form or by any means electronic photocopying recording or otherwise without prior written permis sion of the publisher All brand and product names are trademarks or registered trademarks of their respective companies Advantech Co Ltd 2012
29. libration 3 Adjust Unipolar offset z amp Digital Input Output voltage of A D VR1 2 DO Ports Initial State Counter Timer One shot Clock Source External One shot Delay Count Reference voltage source Select the Calibration Type Timer Pulse Frequency pee sikace of Ai gt WA Collection Period Adjust Unipolar o age of A a Step YR A D Adjus Ref Value Wiring stepl V 0 00 2047 2048 Ov gt AIO Step2 V 0 00 2047 4095 lt gt 4094 _4 9976V gt AIO Step3 V 0 000 0 1 22mV gt AI1 3 s gt update Device Update System Database Figure C 9 PCI 1710_ECU AD Calibration 6 The functions of the four items is keeping with Step 1 Note The AD is working as single ended input As showing in Item 3 connect N the external voltage with value of 1 22mV to A D Channel 0 E Al1 Pin34 Adjust VR1 the flashing in the figure above until the out put from the card s A D converter flickers between 0 and 1 ECU 1710A User Manual 38 C 4 D A Calibration The calibration utility leads you through the whole D A offset and gain adjustment procedure You should use a precision voltmeter ammeter to obtain accurate read ings when calibrating the PCI 1720U_ECU To calibrate 0 20 mA or 4 20 mA respectively please adjust JP5 JP8 to select each channel s current sink range Please refer to Appendix A 1 for more information VR for ECU 1710A Function
30. load with an internal 12 V power supply These are shown in the following illustrations Internal Side External Side Is nk 0 20 mA or Grounded Load Grounded load connection with a floating power supply Internal Side External Side Is nk Floating Load Floating load connection with a grounded power supply A Internal Side External Side Is nk Floating Load Floating load Conn with an Internal 12 VDC Power Supply 25 ECU 1710A User Manual A 10 4Current Sink Load and Power Supply You have to select the current sink load and power supply carefully The current sink circuitry ofthe ECU 1710A is as shown below External Side Internal Side Where VS Power supply voltage of current sink RL Load of current sink PD Power dissipation of FET When you determine VS and RL three conditions must be satisfied VS gt RL 249 0 02 V VS 50 V PD VS RL 249 x 0 02 x 0 02 lt 0 2W Example 1 If you use the internal power supply VS 12 V RL must be less than 351Q 12 0 02 249 gt RL Select RL 2000 PD 0 0604 lt 0 2 OK Example 2 If you use the external power supply VS 40 V RL must be less than 1 75 KQ 40 0 02 249 gt RL Select RL 2000 PD 0 62 gt 0 2 fail Reselect RL 1 kQ PD 0 3 gt 0 2 fail Reselect RL 1 5 KQ PD 0 1 lt 0 2 OK ECU 1710A User Manual 26 A 10 5lsolated DI O Connections Isolated Digital Input Each of
31. lti meter 1 2 Select the range of D A channels to calibrate 3 Press Calibrate Offset button and adjust the YRn n 8 9 10 11 to calibrat the offset 4 Press Calibrate Gain button and adjust the YRn n 4 5 6 7 to calibrate the gain full scale NOTE Please STOP any AO operation while doing calibration CH vR 2 Range 1 Fe m321 rT6 54 mms 2 Ei Please adjust VR1 until your multimeter s reading is 9 996 volts 4 V Update Device Update System Database Figure C 17 PCI 1720_ECU DA Calibration 9 The functions of the four items is keeping with 1 Note Click the Calibrate Gain button then adjust VR1 until your multimeter s N reading is 9 995volts E ECU 1710A User Manual 44 4 Range 0 5V Setting of PCI 1720_ECU BID 2 Device E Analog Output Channels Value Range Type 40 Channels Initial State Analog Output Calibration Calibration Instructions 1 Connect the D A channel to a precision multi meter 1 2 Select the range of D A channels to calibrate 3 Press Calibrate Offset button and adjust the YRn n 8 9 10 11 to calibrat the offset 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gain full scale un NOTE Please STOP any AO operation while doing calibration Please adjust VR1 until your multimeter s reading is 4 999 volts 4
32. ltimeter s reading is 0 000 volts 4 KI Update Device V Update System Database Save Figure C 13 PCI 1720_ECU DA Calibration 3 The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 E until your multimeter s reading is 0 000volts 4 Range 0 5V Setting of PCI 1720_ECU BID 2 Device E Analog Output Channels Yalue Range Type AO Channels Initial State Analog Output Calibration Calibration Instructions NOTE Please STOP any AO operation while doing calibration 1 Connect the D A channel to a precision multi meter 2 Select the range of D A channels to calibrate 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate the offset 4 Press Calibrate Gain button and adjust the YRn n 4 5 6 7 to calibrate the gain full scale 1 Range 2 Calibrate Offset 3 z Please adjust VRS until your multimeter s reading is 0 000 volts 4 Y 321 Update Device Update System Database 41 Save ECU 1710A User Manual The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 until E your multimeter s reading is 0 000volts 5 Range 0 20mA Setting of PCI 1720_ECU BID 2 Device Calibration Instructions amp Analog Output 1 Connect the D A channel
33. mer One shot Clock Source One shot Delay Count Timer Pulse Frequency Collection Period Calibration Instructions 1 Press Start button to calibrate the A D channels 1 2 Adjust the specified VR until the Adjust number equals to the Ref Value NOTE Please STOP any AI operation while doing calibration A D Calibration Procedure 1 Adjust Bipolar offset voltage of 4 D VR2 2 2 Adjust the Gain value of AJD VR3 3 Adjust Unipolar offset voltage of 4 D VR1 Reference voltage source External Select the Calibration Type Adjust Bipolar age 4095 lt gt 4094 4 9976V gt AIO Step3 V 1 lt gt 0 1 22m gt AIL A IM Update Device Update System Database Figure C 4 PCI 1710_ECU AD Calibration 1 Item 1 Display the Calibration Instructions Item 2 Emphasize the current step Item 3 Display the A D calibration value ECU 1710A User Manual 34 Step2 Adjust the Gain value of A D Setting of PCI 1710_ECU BID 1 Note Note E Device Terminal Board Analog Input Channels Connection Type Channels VRG Type Section Data Count Convert Clock Source Convert Clock Rate per Channe Scan Channel Start Scan Channel Count Analog Input Calibration Digital Input Output DO Ports Initial State Counter Timer One shot Clock Source One shot Delay Count Timer Pulse Frequency Collection Period ES Bj Calibration Inst
34. nd power cable between the HDD and connec tors then assemble the HDD back to the chassis The signal cable is fixed on the PCB below HDD Bay the power cable is in the accessory bag Connecting Power Connect the ECU 1710A to a 10 30Vpc power source The power source can either be from a power adapter or an in house power source ECU 1710A User Manual 10 3 5 3 6 BIOS Setup and System Assignments ECU 1710A adopts Advantech s SOM 4463D CPU module Further information about the SOM 4463D CPU module can be found in SOM 4463D user s manual You can find this manual in the ECU 1710A s driver and utility CD ROM Please note that you can try to LOAD BIOS DEFAULTS from the BIOS Setup manual if the ECU 1710A does not work properly Driver Installation The necessary drivers except I O are installed in the Advantech WES 2009 system after you install the WES2009 image you need to install I O drivers BioDAQ_ECU1710A which you can find in the CD If you are using WinXP system please find the Chipset I O LAN and other neces sary drivers in the companion CDROM that is shipped with your ECU 1710A product package For I O operation you can install DAQ Navi and I O drivers on the following path CD ECU 1710A Windows Driver lO After installation you can test AIO and DIO functions by running the DAQNavi program by accessing Start Programs AdvantechAutomation DAQNavi Advantech Navigator M The examples are also include
35. nto the equipment The equipment has been exposed to moisture The equipment does not work well or you cannot get it to work according to the user s manual The equipment has been dropped and damaged The equipment has obvious signs of breakage DO NOT LEAVE THIS EQUIPMENT IN AN ENVIRONMENT WHERE THE STORAGE TEMPERATURE MAY GO BELOW 20 C 4 F OR ABOVE 60 C 140 F THIS COULD DAMAGE THE EQUIPMENT THE EQUIPMENT SHOULD BE IN A CONTROLLED ENVIRONMENT CAUTION DANGER OF EXPLOSION IF BATTERY IS INCORRECTLY REPLACED REPLACE ONLY WITH THE SAME OR EQUIVALENT TYPE RECOMMENDED BY THE MANUFACTURER DISCARD USED BATTERIES ACCORDING TO THE MANUFACTURER S INSTRUCTIONS The sound pressure level at the operator s position according to IEC 704 1 1982 is no more than 70 dB A DISCLAIMER This set of instructions is given according to IEC 704 1 Advantech disclaims all responsibility for the accuracy of any statements contained herein V ECU 1710A User Manual Safety Precaution Static Electricity Follow these simple precautions to protect yourself from harm and the products from damage m To avoid electrical shock always disconnect the power from your PC chassis before you work on it Don t touch any components on the CPU card or other cards while the PC is on m Disconnect power before making any configuration changes The sudden rush of power as you connect a jumper or install a card may damage sensitive elec tronic components
36. oper installation Advantech assumes no liability under the terms of this warranty as a consequence of such events Because of Advantech s high quality control standards and rigorous testing most of our customers never need to use our repair service If an Advantech product is defec tive it will be repaired or replaced at no charge during the warranty period For out of warranty repairs you will be billed according to the cost of replacement materials service time and freight Please consult your dealer for more details If you think you have a defective product follow these steps 1 Collect all the information about the problem encountered For example CPU speed Advantech products used other hardware and software used etc Note anything abnormal and list any onscreen messages you get when the problem occurs 2 Call your dealer and describe the problem Please have your manual product and any helpful information readily available 3 If your product is diagnosed as defective obtain an RMA return merchandize authorization number from your dealer This allows us to process your return more quickly 4 Carefully pack the defective product a fully completed Repair and Replacement Order Card and a photocopy proof of purchase date such as your sales receipt in a shippable container A product returned without proof of the purchase date is not eligible for warranty service 5 Write the RMA number visibly on the outside of the pack
37. or 16 DO channels at 60 C condition M Isolation Protection 1 000 Voc Isolated Counter m Channels 1 Resolution 16 bits Input Voltage Logic 0 2 V max Logic 1 5 V min 30 V max Isolation Protection 1 000 Vic Max Input Frequency 1 MHz General m Power Requirement Min 48 W 10 30 VDC e g 24 V 2 A AT Power Consumption 24W Typical Weight 2 4 kg Dimensions W x D x H 255 x 152 x 59 mm 10 x 6 0 x 2 36 OS Support WES 2009 Windows XP 3 ECU 1710A User Manual Environment Operating Temperature 10 60 C 14 140 F 5 85 RH Storage Temperature 20 80 C 4 176 F Humidity 5 95 RH non condensing IEC 60068 2 3 Certifications CE FCC Class A 1 3 Chassis Dimensions 14 51 OF 2 NSA O Jpg cit J gt 10 51 58 70 ADVANTECH Ecu 1710A Cor III VITA Figure 1 1 Chassis Dimensions ECU 1710A User Manual 4 111 0 0 141 60 152 00 Chapter 2 Hardware Functionality Chapter 2 Hardware Functionality 2 1
38. ou to make accurate adjustments on all A D and D A channels Please refer to the follow ing figure for VR position Figure C 1 ECU 1710A VR Assignments The following list shows the function of each VR VR Function VR1 A D unipolar offset VR2 AID full scale gain VR3 A D bipolar offset VR4 D A channel 0 full scale gain VR5 D A channel 0 offset VR6 D A channel 1 full scale gain VR7 D A channel 1 offset VR8 D A channel 2 full scale gain VR9 D A channel 2 offset VR10 D A channel 3 full scale gain VR11 D A channel 3 offset ECU 1710A User Manual 32 C 3 AID Calibration Regular and accurate calibration procedures ensure the maximum possible accu racy The calibration utility leads you through the whole A D offset and gain adjust ment procedure VR for ECU 1710A Function VR1 A D unipolar offset VR3 A D bipolar offset VR2 A D full scale gain After DAQNavi driver installation you can open Navigator window as below Click the on the left to unfold the content If the software and hardware installation are com pleted the PCI 1710_ECU is listed under DAQNavi Devices Installed Devices Select Device Setting to open PCI 1710_ECU device setting dialog box on the right Contents Device Setting Welcome Setting of PCI 1710_ECU BID 1 Ml DAQNavi x Devices X Installed Devices ri uaaa Device Number 2 RS PCI 1710_ECU BID
39. ource without a local ground is called a floating source It is fairly simple to connect a single ended chan nel to a floating signal source A standard wiring diagram looks like this Signal Input To A D N A GND A GND Differential Channel Connections Differential input connections use two signal wires per channel The card measures only the voltage difference between these two wires the HIGH wire and the LOW wire If the signal source has no connection to ground it is called a floating source A connection must exist between LOW and ground to define a common reference point for floating signal sources To measure a floating sources connect the input channels as shown below A GND If the signal source has one side connected to a local ground the signal source ground and the ECU 1710A ground will not be at exactly the same voltage as they are connected through the ground return of the equipment and building wiring The difference between the ground voltages forms a common mode voltage To avoid the ground loop noise effect caused by common mode voltages connect the signal ground to the LOW input Do not connect the LOW input to the ECU 1710A ground directly In some cases you may also need a wire connection between the ECU 1710A ground and the signal source ground for better grounding The following two diagrams show correct and incorrect connections for a differential input with local ground
40. r settings for JP1 Clear CMOS JP1 Charge CMOS Default Jumper JP2 is used to select the CNTO_GATE s polarity The table below shows the correct jumper settings for JP2 High level for level active JP2 Low level for level active Default There are high speed optocouplers added on the Counter s output which includes CNTO_OUT and PACER_OUT You can use jumpers JP3 and JP4 to select the polar ity of CNTO_OUT and PACER_OUT respectively The table below shows the correct jumpers settings for JP3 and JP4 Low On Default JP3 JP4 High On 15 ECU 1710A User Manual The On means the MOSFET is on in the below figure Internal External CNTO_OUT PACER_OUT MOSFET ah GND Jumpers JP5 to JP8 are used to select each channel s current sink range of ECU 1710A either 4 20 mA or 0 20 mA Jumpers JP5 to JP8 correspond with D A channel 0 to channel 3 respectively In order to use the current sink range you have to set the ECU 1710A output voltage range to 0 5 V The figure below shows the correct jumper settings for current sink range 1 4 20 mA JP5 JP8 0 20 mA Default ECU 1710A User Manual 16 A 2 RS 232 Standard Serial Port COM1 COM2 1 5 Ger CRE 6 9 Table A 2 RS 232 Standard Serial Port Pin Assignments Pin RS 232 Signal Name DCD RxD TxD DTR GND DSR RTS CTS RI
41. ructions 1 Press Start button to calibrate the A D channels 2 Adjust the specified VR until the Adjust number equals to the Ref Value mn NOTE Please STOP any AI operation while doing calibration 1 AJD Calibration Procedure 1 Adjust Bipolar offset voltage of A D R2 2 Adjust the Gain value of AID R3 2 3 Adjust Unipolar offset voltage of 4 D VR1 Reference voltage source Internal v Select the Calibration Type Adjust the Gain value of A D YR 321 Step YR A D Step V 0 00 Step2 Y 0 00 2047 2047 Adjus Ref Value 2048 4095 lt gt 4094 Pin58 gt Pin68 Pin 3 Wiring PinS8 gt Pin34 Pin Step3 Y 1 lt gt 0 Pin24 gt Pin67 Pin Update Device Update System Database the A D is working as differential input As showing in Item 3 connect DAO output to A D Channel 0 Notice that polarity of A D should be con nected with reverse polarity DAO_OUT Pin58 to AIT Pin34 AOGND Pin57 to AIO Pin68 Adjust VR2 the flashing in the figure above until the Adjust number equals to the Ref value Figure C 5 PCI 1710_ECU AD Calibration 2 The functions of the three items is keeping with Step 1 The A D is working as differential input As showing in Item 3 connect DAO output to A D Channel 0 Notice that polarity of A D should be con nect
42. s 14 Figure A 1 Connectors amp Jumpers backside 14 Table A 1 Connectors cccccccecceecceeseeseeeceeeeeseeceeetensseneeesenteeees 14 RS 232 Standard Serial Port COM1 COM2 une 17 Table A 2 RS 232 Standard Serial Port Pin Assignments 17 Ethernet RJ 45 Connector LANT LAN2 17 Table A 3 Ethernet RJ 45 connector pin assignments 17 Phoenix Power Connector PWR nenn 18 Table A 4 Power Connector Pin Assignments 18 PS 2 Keyboard and Mouse Connector 18 Table A 5 PS2 Connector Pin Assignments 18 USB Connector USB1 USB2 us 18 Table A 6 USB Connector Pin Assignments 18 VGA Display Connector 19 Table A 7 VGA Connector Pin Assignments 19 Analog VO Connector 20 Table A 8 Analog I O Connector Signal Description 20 DVO Connector sanieren Narbe 21 Table A 9 Isolated Digital I O Connector Signal 21 Signal Connections eine 22 vii ECU 1710A User Manual Appendix B B 1 Appendix C C 1 C 2 C 3 CA ECU 1710A User Manual A 10 1 Analog Input Connections 22 A 10 2 D A Voltage Output Connections 23 A 10 3 D A Current Sink Connections 25 A 10 4 Current Sink Load and Power Supply 26 A 10 5 Isolated DI O Connections 27 A 10 6 Pacer Clock Output 28 A 10 7 Fi
43. stem Database Figure C 6 PCI 1710_ECU AD Calibration 3 The functions of the four items is keeping with Step 1 Note The A D is working as differential input As showing in Item 3 connect DAT output to A D Channel 1 DA1_OUT Pin24 to Al2 Pin67 E AOGND Pin23 to AI Pin33 Adjust VR1 the flashing in the figure above until the output from the card s A D converter flickers between 0 and 1 2 Reference voltage source External Step1 Adjust Bipolar offset voltage of A D Setting of PCI 1710_ECU BID 1 E Device Calibration Instructions Terminal Board 1 Press Start button to calibrate the A D channels 1 Analog Input 2 Adjust the specified VR until the Adjust number equals to the Ref Value Channels Connection Type NOTE Please STOP any AI operation while doing calibration Channels VRG Type Section Data Count AJD Calibration Procedure Convert Clock Source 1 Adjust Bipolar offset f Convert Clock Rate per Channel voltage of A D VR2 2 Scan Channel Start 2 Adjust the Gain value of Scan Channel Count AJD VR3 Analog Input Calibration 3 Adjust Unipolar offset amp Digital Input Output voltage of 4 D VR1 DO Ports Initial State as i Reference voltage source B Counter Timer One shot Clock Source Extena w One shot Delay Count Timer Pulse Frequency Collection Period u 2048 OV gt AIO Step2 V 4095 lt gt 4094 4 99764 gt AIO Step V 1 lt
44. t operation you should do you can adjust the VR in the pic ture above Note Click the Calibrate Gain button then adjust VR1 until your multimeter s A reading is 9 995volts a 43 ECU 1710A User Manual 2 Range 5V Setting of PCI 1720_ECU BID 2 Device Analog Output Channels Yalue Range Type AO Channels Initial State Analog Output Calibration Calibration Instructions 1 Connect the D A channel to a precision multi meter 1 2 Select the range of D A channels to calibrate 3 Press Calibrate Offset button and adjust the YRn n 8 9 10 11 to calibrat the offset 4 Press Calibrate Gain button and adjust the YRn n 4 5 6 7 to calibrate the gain full scale NOTE Please STOP any AO operation while doing calibration 8 w321 CHF lo vR 2 Range 9 ill H11 9 s p PT fe adjust VR1 until your multimeter s reading is 9 996 volts 4 anoo V Update Device V Update System Database Figure C 16 PCI 1720_ECU DA Calibration 8 The functions of the four items is keeping with 1 Note Click the Calibrate Gain button then adjust VR1 until your multimeter s FN reading is 9 995volts E 3 Range 0 10V Setting of PCI 1720_ECU BID 2 Device amp Analog Output Channels Yalue Range Type AO Channels Initial State Analog Output Calibration Calibration Instructions 1 Connect the D A channel to a precision mu
45. the 16 isolated digital input channels accepts voltages from 5 to 30V Every eight input channels share one external common Channels 0 7 use ECOMO Channels 8 15 use ECOM1 The following figure shows how to connect an exter nal input source to the isolated inputs External Internal ey gt 40K 2 7K 499 W 1 10W en LOUP AA ACPL214 a tee l PA TVS ANT hs 7 gt OK wet Z avism AN FA gt 2 gr n IDI_ECOM Isolated Digital Output If the external voltage source 5 40 V is connected to each isolated output channel IDO and its isolated digital output turns on 300 mA max ch the current will sink from the external voltage source There are six GND pins for IDO connection Internal External l IDO nn gt LOAD MOSFET l C Vext DO IDO_GND 27 ECU 1710A User Manual A 10 6Pacer Clock Output The connection of the Pacer Clock Output is the same as it of Isolated Digital Output The external voltage source can be 5 40 V and it is recommended to add a 470 20k ohm R in the below figure to ensure the quality of output signal Internal External si Pacer_Out y aI MOSFET r Pacer Clock Output i E Mae i eo I IDO_GND A 10 7 Field Wiring Considerations When you use ECU 1710A to acquire data from outside noises in the environment might significantly affect the accuracy of your measurements if due cautions are not
46. tion 10 45 Figure C 19PCI 1720_ECU DA Calibration 11 45 Figure C 20PCI 1720_ECU DA Calibration 12 46 viii Chapter 1 Overview Chapter 1 Overview 1 1 Introduction The ECU 1710A is a standalone automation controller that can shorten your devel opment time and offer rich networking interfaces to fulfill extensive needs in different projects ECU 1710A integrates SOM 4463D CPU module and IO function PCI 1710UL and PCI 1720U into one controller For the SOM 4463D it can support several standard networking interfaces such as Ethernet RS 232 and so on For the IO functions PCI 1710UL and PCI 1720U provide 16 ch Analog Input 4 ch Analog Output 16 ch Isolated Digital Input and 16 ch Isolated Digital Output which can fulfill diversified automation applications 1 2 Hardware Specifications System Hardware CPU Atom D510 1 66GHz Memory 1GB DDRII 667MHz VGA Keyboard Mouse DB 15 VGA Connector 1 x PS 2 kb amp mouse Serial Ports 2 x RS 232 LAN Two 10 100 Base T RJ 45 Ports USB Interface Two USB ports USB EHCI Rev 2 0 compliant Storage CF 1 x type I II CompactFlash slot HDD 1 x integrated 2 5 SATA HDD bracket LEDs Power HD and LAN Active Status m Anti Shock IEC 60068 2 27 CF 50 G half sine 11 ms HDD SSD 10 G half sine 11 ms Anti Vibration IEC 60068 2 64 Random 1 Oct min 1hr axis CF 2 Grms 5
47. to a precision multi meter Channels Value Range Type 2 Select the range of D A channels to calibrate 1 AO Channels Initial State 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate Analog Output Calibration the offset 4 Press Calibrate Gain button and adjust the VRn n 4 5 6 7 to calibrate the gainffull scale un NOTE Please STOP any AO operation while doing calibration CH Range Please adjust VRS until your multimeter s reading is 0 00 mA or 4 00 m X depending on jumper setting JP1 4 v Update Device Update System Database Figure C 14 PCI 1720_ECU DA Calibration 5 The functions of the four items is keeping with 1 Note Click the Calibrate Offset button then as show in item 4 adjust VR8 E until your multimeter s reading is 0 000volts 6 Range 4 20mA Setting of PCI 1720_ECU BID 2 Device Calibration Instructions Analog Output 1 Connect the D A channel to a precision multi meter 1 Channels Value Range Type 2 Select the range of D A channels to calibrate AO Channels Initial State 3 Press Calibrate Offset button and adjust the VRn n 8 9 10 11 to calibrate Analog Output Calibration the offset 4 Press Calibrate Gain button and adjust the YRn n 4 5 6 7 to calibrate the gain full scale NOTE Please STOP any AO operation while doing calibration CH Range
48. you call Product name and serial number Description of your peripheral attachments Description of your software operating system version application software etc A complete description of the problem The exact wording of any error messages iii ECU 1710A User Manual Warnings Cautions and Notes Warning Warnings indicate conditions which if not observed can cause personal injury Caution Cautions are included to help you avoid damaging hardware or losing data e g A There is a danger of a new battery exploding if it is incorrectly installed Do not attempt to recharge force open or heat the battery Replace the battery only with the same or equivalent type recommended by the man ufacturer Discard used batteries according to the manufacturer s instructions Note Notes provide optional additional information Document Feedback To assist us in making improvements to this manual we would welcome comments and constructive criticism Please send all such in writing to support advan tech com Packing List Before setting up the system check that the items listed below are included and in good condition If any item does not accord with the table please contact your dealer immediately ECU 1710A 1x PS 2 KB amp MOUSE cable 4 x screws for SATA HDD installation 1x 3pin power connector Energy IO Series DISC 1 x warranty card 1 x SATA power cable Safety Instructions 1 Rea

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