background image

A-2

Specifications

Digital Input

Channels

16

32

0

Type

Optoisolator

Optoisolator

N/A

Input 
Resistor

2.0k

, 1/2W

2.0k

, 1/2W

N/A

Input High 
(Min.)

3.5VDC, 1.25mA

3.5VDC, 1.25mA

N/A

Input High 
(Max.)

28VDC, 15mA

28VDC, 15mA

N/A

Input Low

0.8VDC or open

0.8VDC or open

N/A

Response 
Frequency

<3.0kHz

<3.0kHz

N/A

Power
Consumption

+5 VDC 
(typical)

0.8A + 22mA per 
active relay (max.)

0.5A

1.0A + 22mA per 
active relay (max.)

Environment

Operating
Temperature

0

°

 to 50

°

C

0

°

 to 50

°

C

0

°

 to 50

°

C

Storage 
Temperature

-20

°

 to 70

°

C

-20

°

 to 70

°

C

-20

°

 to 70

°

C

Humidity

0 to 90%
noncondensing

0 to 90%
noncondensing

0 to 90%
noncondensing

Mechanical

Length

13.3 in. (Full slot)

9.0 in.

13.3 in. (Full slot)

Height

4.25 in.

4.25 in.

4.25 in.

Depth

0.75 in.

0.75 in.

0.75 in.

Weight

10 oz.

6 oz.

12 oz.

Board 
Connector 
Type

2 x 40-pin ribbon
3M #2540-6002UG

2 x 40-pin ribbon
3M #2540-6002UG

2 x 40-pin ribbon
3M #2540-6002UG

Board 
Connector 
Mate

2 x 40-pin ribbon
3M #3417-7000

2 x 40-pin ribbon
3M #3417-7000

2 x 40-pin ribbon
3M #3417-7000

Table A-1.  PIO-32 Series Specifications (cont.)

Feature

Attribute

PIO-32I/O

PIO-32IN

PIO-32OUT

Summary of Contents for PIO-32

Page 1: ...PIO 32 Series User s Guide A G R E A T E R M E A S U R E O F C O N F I D E N C E ...

Page 2: ... otherwise in accordance with the instructions therefore Keithley does not warrant that operation of the Keithley Software will be uninterrupted or error free and or that the Keithley Software will be adequate for the customer s intended application and or use This warranty shall be null and void upon any modification of the Keithley Software that is made by other than Keithley and not approved in...

Page 3: ...nt Pieters Leeuw 02 363 00 40 Fax 02 363 00 64 CHINA Yuan Chen Xin Building Room 705 12Yumin Road Dewai Madian Beijing 100029 8610 6202 2886 Fax 8610 6202 2892 FINLAND Tietäjäntie 2 02130 Espoo Phone 09 54 75 08 10 Fax 09 25 10 51 00 FRANCE 3 allée des Garays 91127 Palaiseau Cédex 01 64 53 20 20 Fax 01 60 11 77 26 GERMANY Landsberger Strasse 65 82110 Germering 089 84 93 07 40 Fax 089 84 93 07 34 G...

Page 4: ...ODUCT IS NOT DESIGNED WITH COMPONENTS OF A LEVEL OF RELIABILITY THAT IS SUITED FOR USE IN LIFE SUPPORT OR CRITICAL APPLICATIONS Refer to your Keithley Instruments license agreement and Conditions of Sale document for specific warranty and liability information VIEWDAC and EASYEST LX are registered trademarks of Keithley Instruments Inc MetraByte is a trademark of Keithley Instruments Inc All other...

Page 5: ...PIO 32 Series User s Guide Revision E April 2001 Part Number 88170 ...

Page 6: ...Installation Category I and Installation Category II as described in the International Electrotechnical Commission IEC Standard IEC 60664 Most mea surement control and data I O signals are Installation Category I and must not be directly connected to mains voltage or to voltage sources with high transient over voltages Installation Category II connections require protection for high transient over...

Page 7: ...uld refer to the operating instructions located in the manual The symbol on an instrument shows that it can source or measure 1000 volts or more including the combined effect of normal and common mode voltages Use standard safety precautions to avoid personal contact with these voltages The WARNING heading in a manual explains dangers that might result in personal injury or death Always read the a...

Page 8: ...talling DriverLINX Software and Documentation 3 3 Configuring Your Installation 3 6 Preparing and Installing Your Board 3 7 Unpacking the Board 3 7 Setting the Base Address 3 8 Installing the Board 3 9 Checking Your Installation 3 11 I O Bit Tests 3 11 General Information 3 11 Output Set Test 3 16 Input Read Test 3 21 4 Cabling and Wiring Optional Cables 4 2 STP 37 FC Screw Terminal Panel 4 3 Typi...

Page 9: ... 1 Setting the Base Address 3 9 Figure 3 2 An AIO Panel example 3 12 Figure 3 3 DIO channel tab example 3 13 Figure 3 4 Configuring the digital I O channels as inputs and outputs 3 15 Figure 3 5 Configuring channel 0 for output bit pattern A 3 15 Figure 3 6 An AIO Panel example 3 17 Figure 3 7 Configuring the digital I O channels as inputs and outputs 3 18 Figure 3 8 Configuring channel 0 for outp...

Page 10: ...e B 1 Pin Assignments for the C 3200 Cable 37 D Connector J1 Signals B 3 Figure B 2 Pin Assignments for the C 3200 Cable 37 D Connector J2 Signals B 4 Figure B 3 Pin Assignments for 40 Pin Ribbon Header Connector J1 Signals B 5 Figure B 4 Pin Assignments for 40 Pin Ribbon Header Connector J2 Signals B 6 List of Tables Table 6 1 Troubleshooting Information 6 2 Table A 1 PIO 32 Series Specifications...

Page 11: ...iv ...

Page 12: ...descriptions of the supported software and accessories Section 2 describes in more detail the input and output circuitry Section 3 describes how to install the DriverLINX software and documentation how to unpack set up and install the board and how to configure and check the installation Section 4 describes how to attach screw terminal panel accessories and how to wire signals to the PIO 32 Series...

Page 13: ... the connector pin assignments Appendix C provides a register map for background reference only you program the PIO 32 Series boards through the DriverLINX interface not at the register level An index completes this guide ...

Page 14: ...ty of parallel I O devices including instruments displays and control systems The members of the PIO 32 Series are as follows PIO 32I O which provides 16 digital inputs and 16 digital outputs PIO 32IN which provides 32 digital inputs PIO 32OUT which provides 32 digital outputs The major features of all PIO 32 Series boards include the following Input level if included of 3 5VDC to 28VDC Output rel...

Page 15: ...ow the instructions in Sections 3 and 4 3 When using the board do not exceed the ratings specified in Appendix A Warning Do not connect voltages greater than 30V RMS 42 4V peak or 60VDC to any input or output on this board Live voltages can still be present on the board even when the computer is turned off To protect you and the circuit covers are provided with the PIO 32 Series boards Though you ...

Page 16: ...event triggering extensive error checking and context sensitive online help More specifically DriverLINX provides application developers a standardized interface to over 100 services for creating foreground and background tasks for the following Analog input and output Digital input and output Time and frequency measurement Event counting Pulse output Period measurement In addition to basic I O su...

Page 17: ...long longer cables are available C 32NN where NN is the number of feet added to the standard cable You can use STPs and cables to connect applications to the PIO 32 Series boards An STP 37 FC accessory is available that combines a 37 D female receptacle which directly mates to the 37 D male connector on the optional C 3200 cable for the PIO 32 Series boards and 37 screw terminals in a protective c...

Page 18: ...from 40 pin headers on the board through a slot in the rear panel bracket to 37 D male connectors You connect the 37 D connectors to the optional STPs Figure 2 1 shows the general layout of PIO 32 Series boards Note the ribbon headers labeled J1 and or J2 on your board these ribbon headers provide 16 digital input or output channels each The orientation of the headers differs among the boards as s...

Page 19: ...1 Figure 2 2 shows each input channel schematically You must limit the input voltage to 28VDC and the input current to 15mA maximum The positive input signals are labeled PnP where n is the bit number 0 to 31 the negative input signals are labeled PnN where n is the bit number 0 to 31 Figure 2 2 Typical Input Circuit To HCT logic inverted logic 47kΩ 5V 2 0kΩ 1 2W PnP PnN To ribbon header input 1 4...

Page 20: ...ows the output channels schematically The output channels are reed relays form A rated to 10W at 0 75A or 30V RMS 42 4V peak or 60VDC maximum resistive The relay connections are not polarized positive or negative equivalent and are labeled PnP and PnN where n is the bit number 0 to 15 Figure 2 3 Typical Output Circuit 5V PnP To ribbon header output PnN 1 8 74LS244 read back 1 8 74LS273 data regist...

Page 21: ...ollowing Inventorying installation resources Installing the DriverLINX software needed to operate your PIO 32 board Configuring the installation in software Unpacking and inspecting the board setting the base address of the board and then installing the board in your computer Checking the installation If you encounter any problems with the board after installation refer to Section 6 for troublesho...

Page 22: ...ne whether your computer has sufficient resources for your PIO 32 board 5 Determine whether your PIO 32 board can use your computer s free resources Note The DriverLINX Installation and Configuration Guide Section 1 amplifies the inventory process in checklist items 1 5 Ignore the rest of the checklist items for now To display this manual from your DriverLINX PIO Series CD ROM open the Windows Exp...

Page 23: ...stall Interfaces This optional component installs the files and example programs that you will need to develop custom applications for DriverLINX using C C Visual Basic and Delphi Install Documentation This optional component installs electronic documentation for DriverLINX that you can read search and print using the Adobe Acrobat Reader Install Acrobat This optional component installs the Adobe ...

Page 24: ...oard then skip to Step 5 If you do plan to develop custom application software you must install DriverLINX interfaces before writing the software Install them now by clicking Install Interfaces and following the series of on screen instructions When done the Install These DriverLINX Components screen reappears 5 Click Install Documentation and follow the series of on screen instructions This step ...

Page 25: ...d the manual entitled Using DriverLINX with Your Hardware Keithley PIO Series appears e Print the following section from the Using DriverLINX with Your Hardware Keithley PIO Series manual Configuring the PIO Series Note If your data acquisition system is not connected to a printer you can display and print the Using DriverLINX with Your Hardware Keithley PIO Series manual sections from another sys...

Page 26: ...t reboot If you wish to configure your board sometime later you can start the Plug and Play Wizard manually from a batch file In the Windows Explorer double click X Drvlinx4 Help kmbpio bat where X is the letter of the drive on which DriverLINX is installed 3 On the Plug and Play Wizard click Wizard and follow the series of on screen instructions that appear The wizard will first lead you through ...

Page 27: ...hen handling the board Unpacking the Board To prevent any damage to your PIO 32 Series board perform the following steps when unpacking the board 1 Remove the wrapped PIO 32 Series board from its outer shipping carton 2 Making sure your computer is turned OFF but grounded hold the wrapped board in one hand while placing your other hand firmly on the metal portion of the computer chassis this disch...

Page 28: ...iverLINX Plug and Play Wizard you do not need to set the address switch Otherwise reconfigure the base address switch labeled BASE ADDRESS on the board to conform to the base address assigned when you ran the Wizard The base address switch block contains eight switches labeled 1 through 8 Switch 1 corresponds to the most significant bit MSB of the base address A9 switch 7 corresponds to the least ...

Page 29: ...nect voltages greater than 30V RMS 42 4V peak or 60VDC to any input or output on this board Live voltages can still be present on the board even when the computer is turned off To protect you and the circuit Keithley provides covers with the PIO 32 Series boards Though you can remove the covers to service the PIO 32 Series boards do not use these boards with the covers removed In addition disconne...

Page 30: ...rain relief on the C 3200 C 32NN 40 pin connector may need to be removed for clearance or to allow the cable to run in the correct direction Decide on the folds and orientation of the cables but do not install them yet 6 Insert and secure the board connector in the selected slot 7 Route your cables or the C 3200 C 32NN cables from the outside of the chassis through the slot in the adapter plate an...

Page 31: ...o write an application program by connecting appropriate digital signals and observing the responses with the DriverLINX AIO Panel After you configure and check your installation you can attach accessories as needed and wire the appropriate signals to the board Refer to Section 4 for instructions I O Bit Tests General Information 1 Start the AIO Panel as follows a In the Start menu click Programs ...

Page 32: ...e other DriverLINX devices installed in addition to the digital input output card you are testing they will also be listed In that case select the desired digital I O card and the proper device number before proceeding Figure 3 2 An AIO Panel example Note The Driver Selection column will show the actual DriverLINX driver s you have installed ...

Page 33: ...3 13 2 On the AIO Control Panel click the DIO tab Figure 3 3 DIO channel tab example ...

Page 34: ...squares when ON The two digit numeric displays under Input Bits and Output Bits show the hexadecimal values of the adjacent bit patterns To configure a valid channel either for input or output use the Digital Channel Configuration Panel Click on either the Input or Output square below the channel number Note this selection will be disabled for channels which are fixed as input or output by hardwar...

Page 35: ...annels click on a channel here channel 0 as shown in Figure 3 5 Figure 3 5 Configuring channel 0 for output bit pattern A 5 In the Digital Output Panel under Output Bits set the bits of the channel as desired as shown in Figure 3 5 Click on each bit position to turn it ON or OFF Illustration Color on Actual Panel Function BLACK DARK GRAY Invalid WHITE LIGHT GRAY OFF GRAY GREEN ON KEITHLEY Digital ...

Page 36: ...erface AIO Panel Note This test is performed without user circuits being connected to the outputs Perform the output set test as follows 1 Ready the following equipment A digital voltmeter DVM or a digital multimeter DMM set to measure voltages or a logic probe capable of reading TTL logic levels A suitable accessory and cable for the board being tested 2 Turn OFF the host computer 3 Connect the c...

Page 37: ...c Click on the AIO Panel entry The Analog I O Panel should appear similar to the example in Figure 3 6 If you have other DriverLINX devices installed in addition to the digital input output card you are testing they will also be listed In that case select the desired digital I O card and the proper device number before proceeding Figure 3 6 An AIO Panel example ...

Page 38: ...information about this panel how to make changes and how to interpret displays is given in I O Bit Tests of this section 8 Under Digital I O Configuration Panel configure the output channels to be tested as shown in Figure 3 7 Actual output channels will vary according to your hardware Figure 3 7 Configuring the digital I O channels as inputs and outputs Note In Figure 3 7 and subsequent drawings ...

Page 39: ...al reading typically about 0 volts maximum of 0 8 volts at a DMM DVM Do one of the following Note The typical values shown are valid for boards with TTL compatible outputs For boards with relay outputs REL 16 PDISO 8 and PIO 32 the output will be a relay contact closure For boards with open collector outputs PIO HV use a pull up resistor to an appropriate voltage to detect output state Refer to th...

Page 40: ...t 4 volts minimum of 2 2 volts at a DMM DVM Each bit set to OFF in the AIO Panel should output a logic low signal at the corresponding I O terminal reading typically about 0 volts maximum of 0 8 volts at a DMM DVM Note The typical values shown are valid for boards with TTL compatible outputs For boards with relay outputs REL 16 PDISO 8 and PIO 32 the output will be a relay contact closure For boar...

Page 41: ...oning properly 17 Repeat steps 13 14 and 15 for additional output channels Input Read Test A similar test of input circuitry can be performed by applying an input signal of suitable type to each input line and verifying that the appropriate input indicator changes state Refer to the hardware description in this user s guide for more details on the input s electrical specifications ...

Page 42: ...on includes the following information about cabling and wiring the PIO 32 Series boards Description and illustration of the optional C 3200 C 32NN cables for the PIO 32 Series boards Description and illustration of cabling the boards to an STP 37 FC screw terminal panel Examples of typical digital I O wiring Connector pin assignments Caution Before you make any connections to a PIO 32 Series board...

Page 43: ...32NN cables The C 3200 C 32NN cables have a 40 pin ribbon connector at one end and a 37 pin D type male connector at the other end Use the 40 pin connectors to bring the cables through the board s rear adapter plate slot to the headers on the board You use the 37 D connector to attach equipment or to wire a screw terminal panel Figure 4 1 shows the C 3200 and C 32NN cables Note that the C 3200 cab...

Page 44: ... own cables or with the optional C 3200 C 32NN cables Figure 4 2 shows the PIO 32 Series board cabled to two STP 37 FC screw terminal panels Labeled from 1 to 37 the screw terminals correspond directly to the numbers of the pins on the C 3200 C 32NN cable 37 D connectors not the 40 pin ribbon header Figure 4 2 PIO 32 Series Board Cabled to Screw Terminal Panels Caution Keithley recommends that you...

Page 45: ...4 4 Cabling and Wiring Figure 4 3 STP 37 FC Mounting Holes pin 1 0 20 in 4 400 in pin 1 1 250 in 4 79 in 2 84 in for rubber feet 4 holes mounting holes 0 125 in DIA mounting holes 0 125 in DIA 0 81 in ...

Page 46: ... for the PIO 32OUT board In the digital input example shown in Figure 4 4 the PIO 32IN board monitors the presence of non TTL signals If no signal is present the input value is 0 if a non TTL signal is present the input value is 1 The polarity matters for a digital input Figure 4 4 Typical Non TTL Digital Input Wiring Example 28V push button RLOAD Positive Negative PIO 32IN ...

Page 47: ... on page 4 7 shows the 37 D cable connector and its pin assignments for the J1 signals Figure 4 7 on page 4 8 shows this connector and its pin assignments for the J2 signals Figure 4 8 on page 4 9 shows the 40 pin ribbon header and its pin assignments for the J1 signals Figure 4 9 on page 4 10 shows the ribbon header and its pin assignments for the J2 signals Refer to Appendix B for more informati...

Page 48: ... P3P Pin 12 P12N Pin 11 P12P Pin 10 P13N Pin 9 P13P Pin 8 P14N Pin 7 P14P Pin 6 P15N Pin 5 P15P Pin 4 Pin 3 Pin 2 5V Pin 1 Pin 37 P7N Pin 36 P7P Pin 35 P6N Pin 34 P6P Pin 33 P5N Pin 32 P5P Pin 31 P4N Pin 30 P4P Pin 29 P11N Pin 28 P11P Pin 27 P10N Pin 26 P10P Pin 25 P9N Pin 24 P9P Pin 23 P8N Pin 22 P8P Pin 21 Pin 20 GROUND 37 D Cable Connector J1 Signals ...

Page 49: ... Pin 13 P19P Pin 12 P28N Pin 11 P28P Pin 10 P29N Pin 9 P29P Pin 8 P30N Pin 7 P30P Pin 6 P31N Pin 5 P31P Pin 4 Pin 3 Pin 2 5V Pin 1 Pin 37 P23N Pin 36 P23P Pin 35 P22N Pin 34 P22P Pin 33 P21N Pin 32 P21P Pin 31 P20N Pin 30 P20P Pin 29 P27N Pin 28 P27P Pin 27 P26N Pin 26 P26P Pin 25 P25N Pin 24 P25P Pin 23 P24N Pin 22 P24P Pin 21 Pin 20 GROUND 37 D Cable Connector J2 Signals ...

Page 50: ... Pin 21 P12P Pin 19 P13N Pin 17 P13P Pin 15 P14N Pin 13 P14P Pin 11 P15N Pin 9 P15P Pin 7 Pin 5 Pin 3 5V Pin 1 Pin 36 P7N Pin 34 P7P Pin 32 P6N Pin 30 P6P Pin 28 P5N Pin 26 P5P Pin 24 P4N Pin 22 P4P Pin 20 P11N Pin 18 P11P Pin 16 P10N Pin 14 P10P Pin 12 P9N Pin 10 P9P Pin 8 P8N Pin 6 P8P Pin 4 Pin 2 GROUND 40 Pin Ribbon Header J1 Signals Pin 38 Pin 39 Pin 40 ...

Page 51: ...9 P18P Pin 27 P19N Pin 25 P28N Pin 21 P28P Pin 19 P29N Pin 17 P29P Pin 15 P30N Pin 13 P30P Pin 11 P31N Pin 9 P31P Pin 7 Pin 5 5V Pin 1 Pin 36 P23N Pin 34 P23P Pin 32 P22N Pin 30 P22P Pin 28 P21N Pin 26 P21P Pin 22 P20P Pin 20 P27N Pin 18 P27P Pin 16 P26N Pin 14 P26P Pin 12 P25N Pin 10 P25P Pin 8 P24N Pin 6 P24P Pin 2 GROUND Pin 38 Pin 39 Pin 40 P19P Pin 23 Pin 24 P20N Pin 3 Pin 4 ...

Page 52: ...al and about programming with DriverLINX specifically refer to your DriverLINX documentation Note To access the DriverLINX documents on line Acrobat Reader version 3 0 or greater must be installed on your computer To access the DriverLINX documentation after you have installed it on your computer do the following 1 Click the Windows 95 98 NT Start tab 2 In the Start menu click Programs 3 Find the ...

Page 53: ...n Windows Explorer double click on X Drvlinx4 Docs Toc pdf where X is the drive letter of your CD ROM drive The DriveLINX Printable Documentation table of contents opens via Acrobat reader 2 Scroll through the DriveLINX Printable Documentation table of contents and find the document or document category that you want 3 Click on the wanted document or document category Either the selected document ...

Page 54: ...rious enough to require technical support refer to page 6 6 for information on how to contact an applications engineer Problem Isolation If you encounter a problem with a PIO 32 Series board use the instructions in this section to isolate the cause of the problem before calling Keithley Technical Support Identifying Symptoms and Possible Causes Use the troubleshooting information in Table 6 1 to t...

Page 55: ...ress if necessary Refer to page 3 8 for instructions on setting the base address The board is incorrectly aligned in the accessory slot Check installation The board is damaged Contact the Keithley Applications Engineering Department see page 6 6 Intermittent operation The most common cause of this problem is that the I O bus speed is in excess of 8 MHz Reduce I O bus speed to a maximum of 8 MHz to...

Page 56: ...eck the I O assignments of other system resources and reconfigure if necessary Polarity of input current reversed Check wiring for proper use of positive and negative connections Outputs not indicating proper level Check that the circuit is complete are both relay connections used You may need to apply pull up resistors for the external source Computer does not boot Board not seated properly Check...

Page 57: ...d remove power connections to the computer Caution Removing a board with the power ON can cause damage to your board and or computer 2 Unplug the accessory connector s or cable s from the PIO 32 Series board s keeping the connections intact on the accessory board s 3 Remove the PIO 32 Series board s from the computer and visually check for damage If a board is obviously damaged refer to page 6 6 f...

Page 58: ... functional PIO 32 Series board in place This test checks the computer accessory slot If you are using more than one PIO 32 Series board check the other slots you are using 3 If the accessory slots are functional check the I O connections Connect the accessory boards one at a time and check operation 4 If operation is normal the problem is in the PIO 32 Series board s originally in the computer Tr...

Page 59: ...digits _____________________ Base address setting _____________________ Computer Manufacturer _____________________ CPU type _____________________ Clock speed MHz _____________________ Math coprocessor Yes No Amount of RAM _____________________ Video system _____________________ BIOS type _____________________ Operating system DOS version _____________________ Windows version _____________________...

Page 60: ...ess and telephone number The invoice or order number and date of equipment purchase A description of the problem or its symptoms The RMA number on the outside of the package Repackage the equipment using the original anti static wrapping if possible and handling it with ground protection Ship the equipment to ATTN RMA _______ Repair Department Keithley Instruments Inc 28775 Aurora Road Cleveland O...

Page 61: ...t Type Rhodium plated Form A normally open contacts N A Rhodium plated Form A normally open contacts Contact Rating 10W at 0 75A or 30V RMS 42 4V peak or 60VDC maximum resistive N A 10W at 0 75A or 30V RMS 42 4V peak or 60VDC maximum resistive Contact Resistance 100mΩ maximum initial N A 100mΩ maximum initial Contact Life 107 operations at rated load 109 at low level N A 107 operations at rated lo...

Page 62: ... 0 to 50 C 0 to 50 C 0 to 50 C Storage Temperature 20 to 70 C 20 to 70 C 20 to 70 C Humidity 0 to 90 noncondensing 0 to 90 noncondensing 0 to 90 noncondensing Mechanical Length 13 3 in Full slot 9 0 in 13 3 in Full slot Height 4 25 in 4 25 in 4 25 in Depth 0 75 in 0 75 in 0 75 in Weight 10 oz 6 oz 12 oz Board Connector Type 2 x 40 pin ribbon 3M 2540 6002UG 2 x 40 pin ribbon 3M 2540 6002UG 2 x 40 p...

Page 63: ...ssignment figures for these connectors as shown in Section 4 For instructions on cabling accessories and wiring signals to your PIO 32 Series board see Section 4 In Table B 1 note that input and output signals are paired as PnP and PnN where n is the bit number 0 to 15 The P suffix represents the positive side and the N suffix the negative side Connector J1 is associated with signals for bits 0 to...

Page 64: ...P P31P 23 8 P8N P24N 5 9 P15N P31N 24 10 P9P P25P 6 11 P14P P30P 25 12 P9N P25N 7 13 P14N P30N 26 14 P10P P26P 8 15 P13P P29P 27 16 P10N P26N 9 17 P13N P29N 28 18 P11P P27P 10 19 P12P P28P 29 20 P11N P27N 11 21 P12N P28N 30 22 P4P P20P 12 23 P3P P19P 31 24 P4N P20N 13 25 P3N P19N 32 26 P5P P21P 14 27 P2P P18P 33 28 P5N P21N 15 29 P2N P18N 34 30 P6P P22P 16 31 P1P P17P 35 32 P6N P22N 17 33 P1N P17N...

Page 65: ...it number 0 to 31 the negative input signals are labeled PnN where n is the bit number 0 to 31 Figure B 1 Pin Assignments for the C 3200 Cable 37 D Connector J1 Signals P0N Pin 19 P0P Pin 18 P1N Pin 17 P1P Pin 16 P2N Pin 15 P2P Pin 14 P3N Pin 13 P3P Pin 12 P12N Pin 11 P12P Pin 10 P13N Pin 9 P13P Pin 8 P14N Pin 7 P14P Pin 6 P15N Pin 5 P15P Pin 4 Pin 3 Pin 2 5V Pin 1 Pin 37 P7N Pin 36 P7P Pin 35 P6N...

Page 66: ...n 13 P19P Pin 12 P28N Pin 11 P28P Pin 10 P29N Pin 9 P29P Pin 8 P30N Pin 7 P30P Pin 6 P31N Pin 5 P31P Pin 4 Pin 3 Pin 2 5V Pin 1 Pin 37 P23N Pin 36 P23P Pin 35 P22N Pin 34 P22P Pin 33 P21N Pin 32 P21P Pin 31 P20N Pin 30 P20P Pin 29 P27N Pin 28 P27P Pin 27 P26N Pin 26 P26P Pin 25 P25N Pin 24 P25P Pin 23 P24N Pin 22 P24P Pin 21 Pin 20 GROUND C 3200 Cable 37 D Cable Connector J2 Signals ...

Page 67: ... Pin 21 P12P Pin 19 P13N Pin 17 P13P Pin 15 P14N Pin 13 P14P Pin 11 P15N Pin 9 P15P Pin 7 Pin 5 Pin 3 5V Pin 1 Pin 36 P7N Pin 34 P7P Pin 32 P6N Pin 30 P6P Pin 28 P5N Pin 26 P5P Pin 24 P4N Pin 22 P4P Pin 20 P11N Pin 18 P11P Pin 16 P10N Pin 14 P10P Pin 12 P9N Pin 10 P9P Pin 8 P8N Pin 6 P8P Pin 4 Pin 2 GROUND 40 Pin Ribbon Header Connector J1 Signals Pin 38 Pin 39 Pin 40 ...

Page 68: ... P18N Pin 29 P18P Pin 27 P19N Pin 25 P28N Pin 21 P28P Pin 19 P29N Pin 17 P29P Pin 15 P30N Pin 13 P30P Pin 11 P31N Pin 9 P31P Pin 7 Pin 5 5V Pin 1 Pin 36 P23N Pin 34 P23P Pin 32 P22N Pin 30 P22P Pin 28 P21N Pin 26 P21P Pin 22 P20P Pin 20 P27N Pin 18 P27P Pin 16 P26N Pin 14 P26P Pin 12 P25N Pin 10 P25P Pin 8 P24N Pin 6 P24P Pin 2 GROUND Pin 38 Pin 39 Pin 40 P19P Pin 23 Pin 24 P20N Pin 3 Pin 4 ...

Page 69: ...at is installed on your system If it is not yet installed you can find it on the CD ROM in the X DrvLINX4 Docs and X DrvLINX4 Docs Notes folders where X is the drive letter of the CD ROM drive The PIO 32 Series boards contain four 8 bit registers To maintain compatibility with the PIO 12 products which use an 8255 Programmable Peripheral Interface integrated circuit the four registers are at base ...

Page 70: ... 0 no current through optoisolator 1 current 1 25mA voltage 3 5V For output port bits 0 relay is not activated open 1 relay is activated closed Table C 1 PIO 32 Series Register Map Summary Base 8255 Port PIO 32IN PIO 32OUT PIO 32I O 0h Port A Read Readback Write Read 1h Port B Read Readback Write Read 2h Port C not used N A N A N A 3h Control Register fixed N A N A N A 4h Port A Read Readback Writ...

Page 71: ... P19 P18 P17 P16 P23 P22 P21 P20 P19 P18 P17 P16 Output Port Readback Port 5h P31 P30 P29 P28 P27 P26 P25 P24 P31 P30 P29 P28 P27 P26 P25 P24 Table C 3 PIO 32IN Register Map BA Write Bits Read Bits 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 Not Used Input Port 0h P7 P6 P5 P4 P3 P2 P1 P0 Not Used Input Port 1h P15 P14 P13 P12 P11 P10 P9 P8 Not Used Input Port 4h P23 P22 P21 P20 P19 P18 P17 P16 Not Used Input ...

Page 72: ...Port 0h P7 P6 P5 P4 P3 P2 P1 P0 P7 P6 P5 P4 P3 P2 P1 P0 Output Port Readback Port 1h P15 P14 P13 P12 P11 P10 P9 P8 P15 P14 P13 P12 P11 P10 P9 P8 Output Port Readback Port 4h P23 P22 P21 P20 P19 P18 P17 P16 P23 P22 P21 P20 P19 P18 P17 P16 Output Port Readback Port 5h P31 P30 P29 P28 P27 P26 P25 P24 P31 P30 P29 P28 P27 P26 P25 P24 ...

Page 73: ...input 2 2 output 2 3 computer resources determination for installation 3 2 configuring DriverLINX 3 6 installation 3 6 connecting a screw terminal panel 4 3 connections 1 1 connector pin assignments 4 6 B 1 connectors 4 2 covers for boards 1 2 3 9 6 4 D default base address 3 8 digital input specifications A 2 wiring example 4 5 digital output specifications A 1 wiring example 4 6 documentation Dr...

Page 74: ...iverLINX accessing 3 5 installing 3 3 maps register C 1 mounting holes diagram STP 37 FC 4 4 N non TTL digital input wiring 4 5 O output circuitry 2 3 output relay contacts 1 1 overview 1 1 P pin assignments 4 6 B 1 PIO 12 boards C 1 PIO 32 Series cable 4 2 PIO 32I O features 1 1 input circuitry 2 2 output circuitry 2 3 register map C 3 specifications A 1 PIO 32IN features 1 1 input circuitry 2 2 ...

Page 75: ...3 1 shock hazard 1 2 1 4 3 9 4 3 6 4 signal labels 2 2 4 6 B 3 signals routing 2 1 software DriverLINX description 1 3 installing 3 3 programming 5 1 specifications A 1 STP See screw terminal panel STP 37 FC screw terminal panel 1 4 4 3 supporting software 1 3 switch block base address 3 8 T technical support 6 6 37 D cable connector J1 signals 4 7 37 D cable connector J2 signals 4 8 troubleshooti...

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