P8R8-DIO - ICP DAS USA`s I
Contents
1. 3 COM 3 NC 3 NO 4 COM 4 5 COM 5 NO 6 COM 6 GND DI 0 DI 1 DI 2 DI 3 DI 4 DI 5 DI 6 017 3 P8R8 DIO Programming This chapter provides the I O map of P8R8 DIO registers Example programs and programming information are also included 3 1 Address The P8R8DIO boards occupy two consecutive addresses in the computer s I O space The base address is selected by DIP switch The I O map is shown in Table 3 1 Base Address at 300 Hex Address Write Read Base 0 Relay Output CH0 CH 7 Read Back The Output Status NO FUNCTION DIGITAL INPUT CHO CH7 Table 3 1 1 Address Map P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 B 3 2 Relay Output You write data to relays CHO CH 7 as a single Byte Each of the eight bits within a byte controls a single relay A high bit equal to1 energizes closes the contacts of a relay while a low bit equal to 0 turns the relay off 3 2 1 Output Register Relay Output register bits are assigned as shown in Table 3 2 Base Address at 300 Hex Base 0 D7 D4 Di MM S Is Is L2 1 Table 3 2 Relay Addresses in the Relay Output Register For Example Basic Language REM Set all relay output is ON Output data FFh Base amp h300 Set Base Address at 300 Hex Out Base amp hFF Set Relay Output Ch 0 Ch 7 On Read Back2. Heavy Loading Power Supply Figure 3 2 6 3 Isolated Input The digital input state are read as a single byte from the port at base address 1 Each of the eight bits within the byte corresponds to a particular digital input so that a high bit equal to 1 represent a high state while a low bit equal to 0 represent a low state Register bits are assigned as shown in Table 3 3 6 3 1 Input Register Base Address at 300 Hex Base 1 D7 D4 D2 D 16 s 9 2 11 o Table 3 3 input addresses in the isolated control input Register For Example Basic Language Base amp h300 Set Base Address at 300 Hex 1 Read Isolated Input Ch 0 Ch 7 6 3 2 Using Isolated Input Basic Circuit Switch Ding If Using AC Signal the P16R16DIO JP1 must be shorted 1 2 ref to 5 24 chapter 2 3 2 Figure 3 3 15 the channel number The normal input voltage range is 5 24 Vac The normal input range can be changed by choosing suitable resistor to limit the current through the opto isolator to about 10 mA If The default resistor is 1 2 0 5 W 1 2 0 5 W Figure 3 4 PC 814 Ri Vin Pw Vin X I Calculation Example If Vin 120 V Then Ri 120 V 0 01 A 12 Pw 120 V X0 01 A 1 2 W The Ri Must Replace By 12 2 W 1 2 W T Troubleshooting h If your P
3. Address Settings is oa RR n rp REED NR 8 2 3 2 Jumper Settiftg i e eic e IR DRE EE 11 2 4 PIN ASSIGNMENTS 12 3 PSR8 DIO PROGRAMMING ccssssccsssssccsssscccssssccccssssccscssscccsssaccccsssaccscsscsecessacecessnsccecsssecceses 13 3 1 ADDRESS 13 3 2 REEAY QUTPBUT EE RA id anat 14 3 21 Output REGISCCT x edt ete e et doth hen 14 3 2 2 Using Relay Output sia aU P ae I aR 15 3 3 ISOLATED eratac od ehem eee REUS 16 3 IputRegist rz os e RR AFER O IRE 16 332 Using Isolated Input m ene iR eee eon epe e 17 4 P16R16 DIO SPECIFICATIONS sscccsssssccsssssccsssscccsssscccssscccesssccccsssecsccssseccsssscccessnsccecsssecseses 18 5 PIGR16 DIO INSTALLATION wisisssccsssecsssessessessctecesevsscsioesccoessvetsossostedesesesbosienccosod seseenssbevesessoess 19 5 1 UNPACKING auis nu Ms E 19 5 2 PI6RIG6 DIO TAY ertet eer e eee eei PR GU e e ERG eed 20 5 3 SW AND JUMPER SETTING cccccccccccecsssssececececsessaececececsessaaececececsensaaeseeeceeseneaaeeeseeeceesenaees 20 5 3 1 Base Address 5 20 R32 SUMP OT SOU u s send ad 24 5 4 PIN ASSIGNMENTS e eet enitn ce e me d ee eee verte ee 26 6 P16R16 DIO PROGRAMMING e eee eee ee eese eee 0000000000000 00 0000000000000 0
4. P8R8 DIO P16R16 DIO Version 1 7 Oct 2011 Warranty All products manufactured by ICP DAS are warranted against defective materials for a period of one year from the date of delivery to the original purchaser Warning ICP DAS assumes no liability for damages consequent to the use of this product ICP DAS reserves the right to change this manual at any time without notice The information furnished by ICP DAS is believed to be accurate and reliable However no responsibility is assumed by ICP DAS for its use nor for any infringements of patents or other rights of third parties resulting from its use Copyright Copyright 2011 by ICP DAS All rights are reserved Trademark Names are used for identification only and may be registered trademarks of their respective companies Tables of Contents 1 INTRODUCTION c 4 1 1 FEATURES AND APPLICATIONS 4 DELS Features 4 I42 Applications scs ere aen ee a T 4 1 2 PRODUCT CHECK LIST ini iere ee eme ede e etes 5 1 3 P8R8 DIO SPECIFICATIONS ccccssccccesssscecssscececssceeceeseeecsssseeecnseeeceeseeeceesaeeecnssseceestseeenenaees 6 2 P8R8 DIO INSTALLATION vcscocsssssssssssnssecsevosccesscacsocsescoscvoascosecsecooseetecssdessacssbaciooestecsesestoesoenstesseeese 7 2 1 UNPAGKING G tiet mit ES ad 7 2 2 P8R8 DIO LAYOUT i D dre ERE 8 2 3 SW AND JUMPER SETTING estesbob ES 8 2 3 1
5. DIO 8 optically isolated inputs channels for P8R8 DIO 16 relay outputs channels for P16R16 DIO 16 optically isolated inputs channels for P16R16 DIO LED indicator for each relay output state AC DC Signals Input AC Signal Input With Filter 1 1 2 Applications Factory Automation Laboratory Automation Security Control Product Test 1 2 Product Check List The shipping package includes the following items One P8R8 DIO or P16R16 DIO series card m One software utility ISA CD m One Quick Start Guide It is recommended that you read the Quick Start Guide first All the necessary and essential information is given in the Quick Start Guide including m Where to get the software driver demo programs and other resources m How to install the software W How to test the card Attention If any of these items is missing or damaged contact the dealer from whom you purchased the product Please save the shipping materials and carton in case you need to ship or store the product in the future 1 3 P8R8 DIO Specifications P8R8 DIO 5000 Vrms Non polarized OPTO isolated Logic 0 0 1 Vac Vpc Logic 1 5 24 Vac Vpc With Filter 0 05 kHz C 8 0 3 A 120 Vac Voc Contact Rating 1A Q 30V DC hannels Operating Time 5 ms typical Release Time 5 ms typical Release Time B 100 000 ops min Electrical 100 000 at 1 A 30 V resistive Connector Female DB37 x 1 L x W x D 150 mm
6. OFF 340 ON OFF ON ON 350 ON OFF ON OFF 360 ON OFF OFF ON 370 ON OFF OFF OFF 380 OFF ON ON ON 390 OFF ON ON OFF 3A0 OFF ON OFF ON 3BO OFF ON OFF OFF 3CO OFF OFF ON ON 3DO OFF OFF ON OFF OFF OFF OFF ON OFF OFF OFF OFF Table 2 1 P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 B 2 3 2 Jumper Setting Each digital input channel can be jumper selected single pole RC filter with a time constant of 1 2 ms Refer to the table 2 2 to see the list of jumper number and it s corresponding digital input channel JP 1 JP8 1 2 3 1 2 3 Without Filter With AC Filter For DC Signal For AC Signal Default Setting lo DI3 JP6 J7 JP8 DI 7 Table 2 2 If you are using AC input signals you must short the AC FILTER jumper 1 2 If you are using DC input signals the AC FILTER is optional If the DC input signals response less than 20 us set the filter off If you want a slow response about 5 10 ms for rejecting noise or contact bouncing short the AC FILTER jumper 1 2 7 2 4 Pin Assignments Figure 2 3 CN 1 pin assignments of the P8R8DIO connector NOn NO 0 COMO NC 0 NO 1 1 1 NO 2 5 COM 2 5 NC 2 NO 7 0 COM 7 DI 0 DI 1 is DI 2 14 DI 3 15 DI 4 16 DI 5 17 DI 6 18 DI 7 1 Normally open COM n Common NC Di n Normally close Digital input channel n CON1
7. User Manual Ver 1 7 Oct 2011 IMH 009 17 mM 6 2 Relay Output You write data to relays as a single Byte Each of the eight bits within a byte controls a single relay A high bit equal to1 energizes closes the contacts of a relay while a low bit equal to 0 turns the relay off 6 2 1 Output Register Relay Output register bits are assigned as shown in Table 3 2 P16R16DIO Base Address at 300 Hex Base 0 D6 D5 2 EE EE EEE E E FER FEN 1 D5 D3 D2 m ue gt m 9 Te Table 3 2 P16R16DIO Relay Addresses in the Relay Output Register Base 0 D7 5 Da 3 D2 D1 iP mE m Base 1 D7 D4 E D1 e pu m e s Table 3 3 Relay output read back register For Example Basic Language REM Set all relay output is ON Output data FFh Base amp h300 Set Base Address at 300 Hex Out Base amp hFF Set Relay Output Ch Ch 7 On Out Base 1 amp hFF Set Relay Output Ch 8 Ch 15 On RBL Inp Base Read Back Relay Output Ch 0 Ch 7 RBH Inp Base 1 Read Back Relay Output Ch 8 Ch 15 REM Set relay output CH 3 is ON Output data 8h 00001000 BIN Out Base amp h8 Set relay output CN2 D3 ON P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 EM 6 2 2 Using Relay Output Power Supply Figure 3 1 m Heavy Loading Application gt 0 3 A Refer to Figure 3 2 Power Relay Contact Ps Power Relay
8. X 300 ON OFF OFF X 308 OFF OFF OFF X 310 ON OFF ON ON ON OFF OFF X P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 E 318 OFF OFF X 320 ON ON OFF ON ON OFF OFF X 328 OFF ON OFF ON ON OFF OFF X 330 ON OFF OFF ON ON OFF OFF X 338 OFF OFF OFF ON ON OFF OFF X 340 ON ON ON OFF ON OFF OFF X 348 OFF ON ON OFF ON OFF OFF X 350 ON OFF ON OFF ON OFF OFF X 358 OFF OFF ON OFF ON OFF OFF X 360 ON ON OFF OFF ON OFF OFF 368 OFF ON OFF OFF ON OFF OFF X 370 ON OFF OFF OFF ON OFF OFF X 378 OFF OFF OFF OFF ON OFF OFF X 380 ON ON ON ON OFF OFF OFF X 388 OFF ON ON ON OFF OFF OFF X 390 ON OFF ON ON OFF OFF OFF X 398 OFF OFF ON ON OFF OFF OFF X 3A0 ON ON OFF ON OFF OFF OFF X 3A8 OFF ON OFF ON OFF OFF OFF X 380 OFF OFF ON OFF OFF OFF X 3B8 OFF OFF OFF ON OFF OFF OFF X 3C0 ON ON ON OFF OFF OFF OFF X 3C8 OFF ON ON OFF OFF OFF OFF X 3D0 ON OFF ON OFF OFF OFF OFF X 3D8 OFF OFF ON OFF OFF OFF OFF X 3E0 ON ON OFF OFF OFF OFF OFF X 3E8 OFF ON OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF X 3F8 OFF OFF OFF OFF OFF OFF OFF X Table 2 1 P8R8 DIO P16R16 DIO User Man
9. is for output and read back and the other s is for input You can set the base address on any 4 byte boundary using the DIP switch S1 If you install one more P16R16 DIO boards you must set a different base address for each board P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 EM The base address switch is preset at 300H see Figure 2 1 1 2 3 4 5 6 7 amp A4 5 A7 AB A9 X Figure 2 1 Default Base Address 300 Hex For Example How to select 3 0 0 Hex OFF 2 1 ON 20 The detail SW1 base addresses setting Please refer to P16R16 DIO Base Address Table see Table 2 1 P16R16DIO Base Address Table Default Setting 51 Dip Switch 1 6 7 8 Address Hex A3 A8 A9 X 200 ON ON OFF X 208 OFF ON OFF X 210 ON ON OFF X 218 OFF ON OFF X 220 ON ON OFF X 228 OFF ON OFF X 230 ON ON OFF X 238 OFF ON OFF X 240 ON ON OFF X 248 OFF ON OFF X 250 ON ON OFF X 258 OFF ON OFF X 260 ON ON OFF X 268 OFF ON OFF X 270 ON ON OFF X 278 OFF ON OFF X 280 ON ON OFF X 288 OFF ON OFF X 290 ON ON OFF X 298 OFF ON OFF X 2A0 ON ON OFF X 2A8 OFF ON OFF X 2BO ON ON OFF X 2B8 OFF ON OFF X 2 0 x 2C8 OFF ON OFF x 2D0 ON ON OFF X 2D8 OFF ON OFF X 2E0 ON ON OFF X 2E8 OFF ON OFF X 2F0 ON ON OFF X 2F8 OFF ON OFF
10. the ISA slot Step 5 Replace the PC covers Step 6 Power on the computer Adding Hardware Notes adding hardware for working on Windows 2000 and 32 bit Windows XP 2003 Vista 7 only Windows 95 98 Me NT users should install correct version of the driver on the CD ROM and skip these Adding Hardware procedures Step 7 Open the Control Panel by click the item Start gt gt Settings gt gt Control Panel Step 8 Double click the Add Hardware and click the Next gt button Add Hardware Step 9 Select the item Yes have already connected the hardware and click the Next gt button Step 10 Selection the item Add a new hardware device and click the Next gt button Step 11 Selection the item Install the hardware that manually select from a list Advanced and click the Next gt button Step 12 Selection the item Show All Devices and click the Next gt button Step 13 Click the Have Disk button Step 14 Click the Browse button to select the Inf_file default path is C DAQPRO DIO_Win2K Inf and click the Open and OK button Locate File Look in Inf 401024 701048 1064 1096 2010144 T 1216816010 File name Files of type Setup Information inf Step 15 Selection then correct device from the Models listbox and click
11. 000 R00 0000000 28 6 1 I Oc ADDRESS eere ete eet a 28 6 2 beni 29 6 2 1 Output Register iis 29 6 2 2 Using Relay 30 6 3 ISOLATED tet ate P e ete ee t de ect a e ets 31 6 31 Inp tRegistek usus ee e te e ee e t en 31 6 3 2 Using Isolated 32 7 TROUBLESHOOTING b ecisscssssesecssssssenseconsessevesssvsusossocsescessebecessecteccossedesssdecsacssbudoosseeesesesbeesesussensess 33 71 PROBLEM ASOLATED imeem c PE OP 33 8 SOFTWARE HARDWARE INSTALLATION ccsscccsssscssssscccsssscccsssscccssssccccsssccccssscccees 34 8 1 SOFTWARE INSTALLING PROCEDURE 34 8 2 HARDWARE INSTALLING 35 BE 1 Introduction b 4 The P8R8 DIO P16R16 DIO is an 8 16 isolated input and 8 16 relay output interface board designed for control and sensing applications This interface board is easily installed in any PC AT XT or compatible computer The P8R8 DIO P16R16 DIO provides 8 16 electromechanical relay outputs and 8 16 optically isolated inputs The P8R8 DIO P16R16 DIO can be used in various applications including load switching external switching contact closure etc 11 Features and Applications 1 1 1 Features 8 relay outputs channels for P8R8
12. 3 Click the item ISA Bus DAQ Card Step 4 Click the item DIO Step 5 Choose the Install Toolkit for Windows 95 98 NT or 2000 for setup according to your PC platform and then install driver Notes 1 The P8R8DI O P16R16DI OO Windows driver site location http ftp icodas com pub cd iocard isa napdos isa dio dll 2 The Windows 2000 Win2K driver support Windows 2000 and 32 bit Windows 2003 Vista 7 DIO WIN2K Setup Welcome to the InstallShield Wizard for DIO_WIN2K The InstallShieldR Wizard will install 1 WIN2K on your computer To continue click Next Step 6 Click Next gt button to start installation Step 7 Click Next gt button to install driver into the default folder Step 8 Click Next gt button to continue installation Step 9 Select No will restart my computer late and then click Finish button 8 2 Hardware Installing Procedure Please set the base address on the P8R8DIO P16R16DIO card before insert P8R8DIO P16R16DIO card into the ISA slot in the computer For detailed base address information refer to Section 2 3 1 P8R8DIO Base Address Setting and 5 3 1 P16R16DIO Base Address Setting For example base address is 0x300 Step 1 Shout down and power off your computer Step 2 Remove all covers from the computer Step 3 Select an empty ISA slot Step 4 Care fully insert your P8R8DIO P16R16DIO card into
13. 8R8DIO board is not operating properly use the information in this chapter to isolate the problem 7 1 Problem Isolated You can use an ohmmeter to check operation of the relay outputs and a low voltage power supply to check the isolated inputs You can use DOS DEBUG program to exercise relay outputs or read the input ports or you can use the INP and OUT commands of the BASIC language For example using DEBUG for a P8R8 DIO at a base address set to amp H300 is as follows 3000 300 08 300 301 Turn On all Relays Turn Off all Relays Turn On Bit D3 Relay Read back Relay status Read Digital Input Data 8 Software Hardware Installation b 4 The can be used in DOS and Windows 98 ME NT 2K and 32 bit Windows XP 2003 Vista 7 The recommended installation procedure for windows is given in Sec 8 1 8 2 Or refer to Quick Start Guide CD NAPDOS ISA DIO Manual QuickStart http ftp icpdas com pub cd iocard isa napdos isa dio manual quickstart 81 Software Installing Procedure P8R8DIO P16R16DIO Windows driver Windows 98 NT 2K and 32 bit Windows XP 2003 Vista 7 Step 1 Insert the companion CD into the CD ROM drive and after few seconds the installation program should start automatically If it doesn t start automatically for some reason double click the AUTO32 EXE file in the NAPDOS folder on this CD Step 2 Click the item Install Toolkits Softwares Manuals Step
14. OM 10 NC 10 NO 15 COM 15 DI 84 DI 9 DI 10 DI 11 DI 12 DI 13 DI 14 DI 15 000000000000000000 NO 11 COM 11 NC 11 NO 12 COM 12 NO 13 COM 13 NO 14 COM 14 GND DI 8 DI 9 DI 10 DI 11 DI 12 DI 13 DI 14 DI 15 NO 11 COM 11 NC 11 NO 12 COM 12 NO 13 COM 13 NO 14 COM 14 GND DI 8 019 DI 10 DI 11 DI 12 DI 13 DI 14 DI 15 00000000 CON2 0000000000000000000 0600000000000000000 NOn Normally Open COMn common NCn Normally closed DI n Digital input channel n NC Normally Closed Figure 3 4 SPDT RELAY Single Pole Double Throw DI n Digital Input Jumper AC Filter J DI n Digital Input Figure 3 5 I solated I nput BE 6 P16R16 DIO Programming This chapter provides the I O map of P16R16 DIO registers Example programs and programming information are also included 61 I O Address Map The P16R16DIO boards occupy four consecutive addresses in the computer s space The base address is selected by DIP switch The I O map are shown in Table 3 1 P16R16DIO Base Address at 300 Hex Address Write Read Base 0 Relay Output CHO CH 7 Read Back The Output Status 1 Output CH 8 15 Read Back The Output Status Digital Input CHO CH7 Digital Input CH8 CH18 Table 3 1 P16R16DIO 1 O Address P8R8 DIO P16R16 DIO
15. Relay Output Ch 0 Ch 7 REM Set relay output CH 3 is ON Output data 8h 00001000 BIN Out Base amp h8 Set relay output CH 3 ON For C Language outportb 0x300 0x0FF Set all relay output is On outportb 0x300 0x0 Set all relay output is Off 3 2 2 Using Relay Output m Basic Circuitry Current Rating lt 0 3 Refer to Fig 3 1 P8R8DIO Relay Power Supply Figure 3 1 m Heavy Loading Application gt 0 3 Refer to Figure 3 2 Power Relay Contact d i Power Relay p Heavy Loading Power Supply Figure 3 2 3 3 Isolated Input The digital input state is read as a single byte from the port at base address 1 Each of the eight bits within the byte corresponds to a particular digital input so that a high bit equal to 1 represents a high state while a low bit equal to 0 represents a low state Register bits are assigned as shown in Table 3 3 3 3 1 Input Register Base Address at 300 Hex Base 1 07 D5 D e s la 12 11 Do Table 3 3 input addresses in the isolated control input Register For Example Basic Language Base amp h300 Set Base Address at 300 Hex RIH INP Base 1 Read Isolated Input Ch 0 Ch 7 C Language int rih rih inportb 0x301 P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 B 3 3 2 Using Isolated Input Basic Circuit Switch DIn O_O er
16. e If Using AC Signal the P8R8DIO JP1 must be shorted 1 2 refer to 5 24 Chapter 2 3 2 Figure 3 3 nis the channel number The normal input voltage range is 5 24 Vac or The normal input range can be changed by choosing suitable resistor to limit the current through the opto isolator to about 10 mA Ir The default resistor is 1 2 0 5 W Ri 1 2 0 5 W Figure 3 4 Ri Vin Pw Vin X If Calculation Example If Vin 120 V Then Ri 120 V 0 01 A 12 Pw 120 V 0 01 A 1 2 W The Ri Must Replace 12 2 W 1 2 W 4 P16R16 DIO Specifications Model P16R16 DIO Isolation Voltage Channels Compatibility Logic 0 0 1 Vac Vpc Logic 1 5 24 Vac Vpc Input Impedance 1 2 KO 0 5 W Without Filter 0 045 MHz Response Speed ie ceed With Filter 0 05 kHz Relay Output Relay Type 8 SPDT 8 SPST Relay Output Channels 16 Input Voltage 0 3 120 Contact Rating 1A 30V DC VO 100 000 ops min Electrical 100 000 at 1 A 30V resistive Connector Female DB37 x 1 Dimensions Lx W x D 175 mm x 121 mm x 22mm 200 mA 5 V max 260 mA 12 V max Operating Temperature 0 60 C Storage Temperature 20 70 Humidity 5 85 RH non condensing Power Consumption 5 P16R16 DIO Installation b 4 This chapter describes the P16R16 DIO unpacking information P16R16 DIO layout and the jump
17. ers and switches settings for the P16R16 DIO configuration 51 Unpacking CAUTION Your P16R16 DIO card contains sensitive electronic components that can be easily damaged by static electricity 6 The P16R16 DIO should be done on a grounded anti static mat 7 The user should wear an anti static wristband grounded at the same point as the anti static mat 8 Inspect the carton for obvious damage Shipping and handing may cause damage to the board Be sure there are no shipping and handling damages on the board before using 9 After opening the carton exact the system board and place it on a grounded anti static surface amp component side up CAUTION Do not apply power to the board if it has been damaged 10 You are now ready to install your P16R16 DIO 5 2 P16R16 DIO Layout LED 8 9101112 131415 76543210 00000000 LILILILILILILILT 2 JP9 JP16 JP1 JP8 CN1 DIO channels 8 16 JP8 JP16 Select the input AC or DC signals of D I channel 8 16 for CON 1 CN2 DIO channels 0 7 JP1 JP8 Select the input or DC signals of channel 0 7 for CON 2 51 Base address DIP switch 5 3 SW1 and Jumper Setting You can change the P16R16 DIO configuration by setting jumper and switches on the board The board s jumpers are set at the factory Under normal circumstances you should not need to change the jumper settings 5 3 1 Base Address Setting The P16R16 DIO requires four consecutive I O addresses two
18. ry Under normal circumstances you should not need to change the jumper settings 2 31 Base Address Setting The P8R8 DIO requires two consecutive I O addresses one for output and read back and the other for input You can set the base address on any 4 byte boundary using the DIP switch SW1 If you install one more P8R8 DIO boards you must set a different base address for each board P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 o The base address switch is preset at 300H see Figure 2 1 A9 A8 A7 A5 4 Figure 2 1 Default Base Address 300 Hex For Example How to select 3 0 0 Hex OFF 2 1 ON 20 0 0 ON ON ON ON 0 0 0 0 3 4 5 6 A7 A6 A5 A4 The detail SW1 base addresses setting Please refer to P8R8DIO Base Address Table see Table 2 1 P8R8DIO Base Address Table Default Setting SW1 Dip Switch 3 4 5 6 Address A7 A6 A5 A4 Hex 200 ON ON ON ON 210 ON ON ON OFF 220 ON ON OFF ON 230 ON ON OFF OFF 240 ON OFF ON ON 250 ON OFF ON OFF 260 ON OFF OFF ON 270 ON OFF OFF OFF 280 OFF ON ON ON 290 OFF ON ON OFF 2A0 OFF ON OFF ON 280 OFF ON OFF OFF 2C0 OFF OFF ON ON 2D0 OFF OFF ON OFF 2E0 OFF OFF OFF ON 2 0 OFF OFF OFF OFF 300 ON ON ON ON 310 ON ON ON OFF 320 ON ON OFF ON 330 ON ON OFF
19. the Next gt button Step 16 Click the Next gt button and then click the Finish button Modify the device properties Step 17 Double click the System icon in the System Control Panel Step 18 Click the Hardware tab and then click the Device Manager button Step 19 Click the DAQCard tab and then double click ICPDAS P16R16 DIO Digital I O Card or ICPDAS P8R8 DIO Digital I O Card Step 20 Select the Resources tab and then setting as follows ICPDAS P16R16 DIO Digital 1 0 Card Properties General Driver Details Resources Haj ICPDAS P16R16 DI0 Digital 1 0 Card 1 Select 1 Range WHO Range 0200 0207 Edit Input Output Range Enter input output range you would like to set for this device You may either enter a specific range and the nearest valid range will be automatically selected or you may select range using the up and 2 4 Change to base This address set by SW1 Value 0300 0307 Conflict information Setting based on The setting pou have chosen does not conflict with any other Current configuration devices devices are conflicting 5 Check the Conflict information Complete
20. ual Ver 1 7 Oct 2011 IMH 009 17 EN 5 3 2 Jumper Setting Each digital input channel can be jumper selected single pole RC filter with a time constant of 1 2 ms Refer to Figure 2 2 to see the lost of jumper and it s corresponding digital input channel number JP 1 JP8 22 A Lie x 3 Without Filter With AC Filter For DC Signal For AC Signal Default Setting 3 3 2 2 1 Without Filter With AC Filter For DC Signal For AC Signal Default Setting Figure 2 2 P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 Input Channels Jumper Input Channels JP9 ET AN JP10 po po Di 10 DI 11 Les um Tone se DI5 JPM JP me Jet Je ____ Table 2 2 If you are using AC input signals you must short the AC FILTER jumper 1 2 If you are using DC input signals the AC FILTER is optional If the DC input signals response less than 20 us set the filter off If you want a slow response about 5 10 ms for rejecting noise or contact bouncing short the AC FILTER jumper 1 2 5 4 Pin Assignments CON1 NO 8 COM 8 NC 8 NO 9 COM 9 NC 9 NO 10 COM 10 NC 10 NO 15 COM 15 DI 019 DI 10 DI 11 DI 12 DI 13 DI 14 DI 15 O o o O O O o o O 00000000000000000000 NO 8 COM 8 z ME co NO 9 COM 9 NC 9 NO 10 C
21. x 97 mm x 22 mm 160 mA 5 V max 150 mA 12 V max Operating Temperature Storage Temperature Humidity 5 85 RH non condensing Power Consumption P8R8 DIO P16R16 DIO User Manual Ver 1 7 Oct 2011 IMH 009 17 E 2 P8R8 DIO Installation b d This chapter describes the P8R8 DIO unpacking information P8R8 DIO layout and the jumpers and switches settings for the P8R8 DIO configuration 2 14 Unpacking CAUTI ON Your P8R8 DIO card contains sensitive electronic components that can be easily damaged by static electricity 1 The P8R8 DIO should be done on a grounded anti static mat 2 The user should wear an anti static wristband grounded at the same point as the anti static mat 3 Inspect the carton for obvious damage Shipping and handing may cause damage to the board Be sure there are no shipping and handling damages on the board before using 4 After opening the carton exact the system board and place it on a grounded anti static surface and component side up CAUTI ON Do not apply power to the board if it has been damaged 5 You are now ready to install your P8R8 DIO 2 2 P8R8 DIO Layout P8R8DIO B 1 DIO channels 0 7 m JP1 JP8 Select the input AC or DC signals of channel 0 7 SW1 Base address DIP switch 2 3 SW1 and Jumper Setting You can change the P8R8 DIO configuration by setting jumper and switches on the board The board s jumpers are set at the facto
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