Optore-16 Optore-16 Standard Standard

OPTORE-16 OPTORE-16 STANDARD STANDARD

EDV-Nr.: A-1222 EDV-No.: A-1222

16 Isolated Digital Inputs 16 Isolated Digital Inputs 16 Reedrelay Outputs 16 Reedrelay Outputs

wasco® wasco® user‘s guide user‘s guide wasco® wasco®

This documentation and the software included with this product are This documentation and the software included with this product are copyright by Messcomp Datentechnik GmbH. All rights are reserved. copyright by Messcomp Datentechnik GmbH. All rights are reserved. Messcomp Datentechnik GmbH reserves the right to modify the products Messcomp Datentechnik GmbH reserves the right to modify the products described in this manual at any time without notice. described in this manual at any time without notice. No parts of this manual are allowed to be reproduced, copied, trans- No parts of this manual are allowed to be reproduced, copied, trans- lated or transmitted in any way without a prior written authorization of lated or transmitted in any way without a prior written authorization of Messcomp Datentechnik GmbH. Messcomp Datentechnik GmbH.

Trademarks Trademarks

IBM PC, PC/XT and PC/AT are registered trademarks of International IBM PC, PC/XT and PC/AT are registered trademarks of International Business Machines (IBM). Business Machines (IBM). BASIC is registered trademark of Dartmouth College. BASIC is registered trademark of Dartmouth College. Turbo Pascal, Turbo C are registered trademarks of Borland. Turbo Pascal, Turbo C are registered trademarks of Borland. Quickbasic is registered trademark of Microsoft. Quickbasic is registered trademark of Microsoft. Powerbasic is registered trademark of Robert S. Zale. Powerbasic is registered trademark of Robert S. Zale. wasco® is registered trademark. wasco® is registered trademark.

Disclaimer Disclaimer

The information in this manual is intended to be accurate and reliable. The information in this manual is intended to be accurate and reliable. The company Messcomp Datentechnik GmbH accepts no liability for the The company Messcomp Datentechnik GmbH accepts no liability for the use of OPTORE-16STANDARD and this documentation, neither for direct nor use of OPTORE-16STANDARD and this documentation, neither for direct nor indirect damages. indirect damages.

Table of Contents Table of Contents

1. Description ��4 1. Description ��4

2. Installation of OPTORE-16STANDARD ��5 2. Installation of OPTORE-16STANDARD ��5

3. System components ��6 3. System components ��6 3.1 Block diagram ��6 3.1 Block diagram ��6 3.2 Configurating Addresses and access to the system components ��7 3.2 Configurating Addresses and access to the system components ��7

4. Connectors ��10 4. Connectors ��10 4.1 Position of connectors ��10 4.1 Position of connectors ��10 4.2 Pin assignment of P1 ��11 4.2 Pin assignment of P1 ��11 4.3 Pin assignment of P2 ��12 4.3 Pin assignment of P2 ��12 4.4 Pin assignment of P2 on Sub-D 37 ��13 4.4 Pin assignment of P2 on Sub-D 37 ��13

5. Digital optocoupler inputs ��14 5. Digital optocoupler inputs ��14 5.1 Pin assignment of the input optocouplers ��14 5.1 Pin assignment of the input optocouplers ��14 5.2 Input voltage ranges ��15 5.2 Input voltage ranges ��15

6. 16 reedrelay outputs ��16 6. 16 reedrelay outputs ��16 6.1 Pin assignment of the reedrelays ��16 6.1 Pin assignment of the reedrelays ��16 6.2 Relays Specification ��16 6.2 Relays Specification ��16

7. Programming ��17 7. Programming ��17 7.1 Programming instructions for OPTORE-16STANDARD ��17 7.1 Programming instructions for OPTORE-16STANDARD ��17 7.2 Port addresses assignment ��18 7.2 Port addresses assignment ��18

8. Accessories ��19 8. Accessories ��19 8.1 Fitting wasco®-accessories ��19 8.1 Fitting wasco®-accessories ��19 8.2 Connection system (application samples) ��19 8.2 Connection system (application samples) ��19 8.3 Components for individual assembly ��21 8.3 Components for individual assembly ��21

9. Trouble Shooting ��22 9. Trouble Shooting ��22

10. Specifications ��23 10. Specifications ��23

11. Product Liability Act ��24 11. Product Liability Act ��24

12. CE Declaration of Conformity ��26 12. CE Declaration of Conformity ��26

1. Description 1. Description

OPTORE-16STANDARD provides 16 digital inputs and 16 digital outputs each OPTORE-16STANDARD provides 16 digital inputs and 16 digital outputs of which are opto-isolated galvanically separated for each channel. Inputs each of which are opto-isolated galvanically separated for each channel. are isolated by 16 high power optocouplers with integrated schmitt trigger Inputs are electrical isolated by 16 high power optocoupler with integrated function, outputs by 16 reedrelays. schmitt trigger function, outputs by 16 reedrelays.

Resistor arrays easily to change and to plug in can adjust two different Resistor arrays easily to change and to plug in can adjust two different input voltage ranges. Output reedrelays manage a maximum switching input voltage ranges. Output reedrelays manage a maximum switching current of 500 mA. current of 500 mA.

The output relays are connected to a 37pin Sub-D female connector, The output relays are connected to a 37pin Sub-D female connector, which is mounted to the slot bracket of the board. The optocoupler inputs which is mounted to the slot bracket of the board. The optocoupler inputs are applied to a 40pin male connector (box header) on the board. Opti- are applied to a 40pin male connector (box header) on the board. Opti- onally, a set of female connector, ribbon cable and 37pin female Sub-D- onally, a set of female connector, ribbon cable and 37pin female Sub-D- connector with slot bracket is available to relocate to a slot bracket. connector with slot bracket is available to relocate to a slot bracket.

Pin assignment and input voltage ranges are identical to PCI card Pin assignment and input voltage ranges are identical to PCI card OPTORE-PCI16STANDARD. OPTORE-PCI16STANDARD.

2. Installation of OPTORE-16STANDARD 2. Installation of OPTORE-16STANDARD

Before you insert the OPTORE-16 to your computer make sure, that the Before you insert the OPTORE-16 to your computer make sure, that the computer is turned off or is disconnected from power source. Installing computer is turned off or is disconnected from power source. Installing the interface card in an operating system may cause damages on OP- the interface card in an operating system may cause damages on OP- TORE-16 and even other cards of your computer. TORE-16 and even other cards of your computer.

Select an empty ISA slot and plug in the card. Secure the slot bracket of Select an empty ISA slot and plug in the card. Secure the slot bracket of the board to your computer chassis with a screw to avoid coming loose the board to your computer chassis with a screw to avoid coming loose by effects of the connecting cables. by effects of the connecting cables.

3. System components 3. System components

3.1 Block diagram 3.1 Block diagram

+5V DC / 1A +5V DC / 1A

GND GND

Address Address decoder decoder buffer buffer K100...K115 K100...K115 Reedrelay outputs Reedrelay outputs

Bus- 37pin DB female connector Bus- 37pin DB female connector buffer buffer PC XT/AT Interface PC XT/AT PC XT/AT Interface PC XT/AT 8 Bit internal Data bus 8 Bit internal Data bus

Interface Interface control control ISO100...ISO115 Optocoupler inputs ISO100...ISO115 Optocoupler inputs 40pin male connector 40pin male connector

3.2 Configurating Addresses and access to the system 3.2 Configurating Addresses and access to the system components components OPTORE-PCI16 hardware components access by reading or writing to OPTORE-PCI16 hardware components access by reading or writing to port addresses. port addresses.

Port address areas wherein the devices can be accessed, are selectable Port address areas wherein the devices can be accessed, are selectable by DIP switches on the board: by DIP switches on the board:

OPTORE-16 R1 R2 OPTORE-16 R1 R2 COPYRIGHT 1992 COPYRIGHT 1992 K103 K107 K105 K111 K115 K113 K103 K107 K105 K111 K115 K113 MADE IN GERMANY D120 D121 D122 D123 D124 D125 D126 D127 D128 D129 D130 D131 D132 D133 D134 D135 MADE IN GERMANY D120 D121 D122 D123 D124 D125 D126 D127 D128 D129 D130 D131 D132 D133 D134 D135

ISO100 ISO101 ISO102 ISO103 ISO104 ISO105 ISO106 ISO107 ISO108 ISO109 ISO110 ISO111 ISO112 ISO113 ISO114 ISO115 K102 K106 K104 K110 K114 K112 ISO100 ISO101 ISO102 ISO103 ISO104 ISO105 ISO106 ISO107 ISO108 ISO109 ISO110 ISO111 ISO112 ISO113 ISO114 ISO115 K102 K106 K104 K110 K114 K112 C20 C20 C25 C25 C24 C24 C23 C23 C26 C26 C21 C21 C22 C22

K101 K100 K109 K108 K101 K100 K109 K108

RA101 RA109 RA101 RA109 D220 D221 D222 D223 D224 D225 D226 D227 D228 D229 D230 D231 D232 D233 D234 D235 D220 D221 D222 D223 D224 D225 D226 D227 D228 D229 D230 D231 D232 D233 D234 D235 C16 C16 C19 C19

U100 U108 U100 U108 C10 C10 C11 C11 C9 C9 P2 C8 P1 P2 C8 P1 IC1 U200 IC2 U208 IC1 U200 IC2 U208 C5 C5 SW2 U4 SW2 U4 D20 C7 D20 C7 C1 D21 C1 D21 RA10 RA10 U5 U5 F1 RA26 F1 RA26 C3 C3 C2 C2 U6 U3 U6 U3

Base address Base address

The Interface card OPTORE-16STANDARD decodes address lines A4 up The Interface card OPTORE-16STANDARD decodes address lines A4 up to A11. Address lines A4 up to A9 are relevant for base port address, to A11. Address lines A4 up to A9 are relevant for base port address, because the complete address range is not decoded in computers. The because the complete address range is not decoded in computers. The DIP switches of the address line A10 and A11 are always to be switched DIP switches of the address line A10 and A11 are always to be switched ON. ON.

Make sure, that your selected port address is not used by any other peri- Make sure, that your selected port address is not used by any other peri- pheral card or computer itself. Default address of the interface card is pheral card or computer itself. Default address of the interface card is 220h. In case the required port address is reserved already and you have 220h. In case the required port address is reserved already and you have to change this address please note, that you have to change the port to change this address please note, that you have to change the port addresses in the enclosed application examples as well. addresses in the enclosed application examples as well.

The most important settings of port addresses you can see in following The most important settings of port addresses you can see in following table: table:

Setting of port addresses: Setting of port addresses:

Switch SW2 1 2 3 4 5 6 7 8 Switch SW2 1 2 3 4 5 6 7 8 Base address A4 A5 A6 A7 A8 A9 A10 A11 Base address A4 A5 A6 A7 A8 A9 A10 A11 200h ON ON ON ON ON OFF ON ON 200h ON ON ON ON ON OFF ON ON 210h OFF ON ON ON ON OFF ON ON 210h OFF ON ON ON ON OFF ON ON 220h ON OFF ON ON ON OFF ON ON 220h ON OFF ON ON ON OFF ON ON 230h OFF OFF ON ON ON OFF ON ON 230h OFF OFF ON ON ON OFF ON ON 240h ON ON OFF ON ON OFF ON ON 240h ON ON OFF ON ON OFF ON ON 250h OFF ON OFF ON ON OFF ON ON 250h OFF ON OFF ON ON OFF ON ON 260h ON OFF OFF ON ON OFF ON ON 260h ON OFF OFF ON ON OFF ON ON 270h OFF OFF OFF ON ON OFF ON ON 270h OFF OFF OFF ON ON OFF ON ON 280h ON ON ON OFF ON OFF ON ON 280h ON ON ON OFF ON OFF ON ON 290h OFF ON ON OFF ON OFF ON ON 290h OFF ON ON OFF ON OFF ON ON 2A0h ON OFF ON OFF ON OFF ON ON 2A0h ON OFF ON OFF ON OFF ON ON 2B0h OFF OFF ON OFF ON OFF ON ON 2B0h OFF OFF ON OFF ON OFF ON ON 2C0h ON ON OFF OFF ON OFF ON ON 2C0h ON ON OFF OFF ON OFF ON ON 2D0h OFF ON OFF OFF ON OFF ON ON 2D0h OFF ON OFF OFF ON OFF ON ON 2E0h ON OFF OFF OFF ON OFF ON ON 2E0h ON OFF OFF OFF ON OFF ON ON 2F0h OFF OFF OFF OFF ON OFF ON ON 2F0h OFF OFF OFF OFF ON OFF ON ON 300h ON ON ON ON OFF OFF ON ON 300h ON ON ON ON OFF OFF ON ON

Assignment of port addresses: Assignment of port addresses:

Port address Function Port address Function

000h .. 00Fh DMA controller 000h .. 00Fh DMA controller 020h .. 021h Interrupt controller 020h .. 021h Interrupt controller 040h .. 043h Timer (8253) 040h .. 043h Timer (8253) 060h .. 063h System registry (8255) 060h .. 063h System registry (8255) 080h .. 083h DMA site registry 080h .. 083h DMA site registry 0AXh NMI interrupt registry 0AXh NMI interrupt registry 0CXh Reserved 0CXh Reserved 0EXh Reserved 0EXh Reserved 100h .. 1FFh Not used 100h .. 1FFh Not used 200h .. 20Fh Game Port 200h .. 20Fh Game Port 210h .. 217h Expansion unit 210h .. 217h Expansion unit 220h .. 24Fh Reserved 220h .. 24Fh Reserved 278h .. 27Fh 2nd parallel printer 278h .. 27Fh 2nd parallel printer 2F8h .. 2FFh 2nd serial interface 2F8h .. 2FFh 2nd serial interface 300h .. 31Fh Prototype card 300h .. 31Fh Prototype card 320h .. 32Fh Harddisk controller 320h .. 32Fh Harddisk controller 378h .. 37Fh Parallel printer 378h .. 37Fh Parallel printer 380h .. 38Fh SDLC interface 380h .. 38Fh SDLC interface 3A0h .. 3AFh Reserved 3A0h .. 3AFh Reserved 3B0h .. 3BFh Monochrome adapter 3B0h .. 3BFh Monochrome adapter 3C0h .. 3CFh Reserved 3C0h .. 3CFh Reserved 3D0h .. 3DFh Colour graphic card 3D0h .. 3DFh Colour graphic card 3E0h .. 3E7h Reserved 3E0h .. 3E7h Reserved 3F0h .. 3F7h Floppy controller 3F0h .. 3F7h Floppy controller 3F8h .. 3FFh Serial interface 3F8h .. 3FFh Serial interface

4. Connectors 4. Connectors

4.1 Position of connectors 4.1 Position of connectors

P2 P1 P2 P1

K101 K100 K109 K108 K101 K100 K109 K108

RA101 RA109 RA101 RA109 D220 D221 D222 D223 D224 D225 D226 D227 D228 D229 D230 D231 D232 D233 D234 D235 D220 D221 D222 D223 D224 D225 D226 D227 D228 D229 D230 D231 D232 D233 D234 D235 C16 C16 C19 C19

U100 U108 U100 U108 C10 C10 C11 C11 C9 C9 P2 C8 P1 P2 C8 P1 IC1 U200 IC2 U208 IC1 U200 IC2 U208 C5 C5 SW2 U4 SW2 U4 D20 C7 D20 C7 C1 D21 C1 D21 RA10 RA10 U5 U5 F1 RA26 F1 RA26 C3 C3 C2 C2 U6 U3 U6 U3

P1: Reedrelay outputs OUT00 - OUT15 P1: Reedrelay outputs OUT00 - OUT15 P2: Optocoupler inputs IN00 - IN15 P2: Optocoupler inputs IN00 - IN15

4.2 Pin assignment of P1 4.2 Pin assignment of P1

P1 is a 37pin Sub-D female connector mounted to the slot bracket of P1 is a 37pin Sub-D female connector mounted to the slot bracket of the board. It is identical to P1 of OPTORE-16EXTENDED, RELAIS-16STANDARD, the board. It is identical to P1 of OPTORE-16EXTENDED, RELAIS-16STANDARD, RELAIS-16EXTENDED, RELAIS-32EXTENDED, OPTORE-PCI16STANDARD and RELAIS-16EXTENDED, RELAIS-32EXTENDED, OPTORE-PCI16STANDARD and OPTORE-PCI16EXTENDED OPTORE-PCI16EXTENDED

Reedrelay outputs are connected to this Sub-D connector P1 Reedrelay outputs are connected to this Sub-D connector P1

OUT00E 1 OUT00E 1 20 OUT00A 20 OUT00A OUT01E 2 OUT01E 2 21 OUT01A 21 OUT01A OUT02E 3 OUT02E 3 22 OUT02A 22 OUT02A OUT03E 4 OUT03E 4 23 OUT03A 23 OUT03A OUT04E 5 OUT04E 5 24 OUT04A 24 OUT04A OUT05E 6 OUT05E 6 25 OUT05A 25 OUT05A OUT06E 7 OUT06E 7 26 OUT06A 26 OUT06A OUT07E 8 OUT07E 8 27 OUT07A 27 OUT07A OUT08E 9 OUT08E 9 28 OUT08A 28 OUT08A OUT09E 10 OUT09E 10 29 OUT09A 29 OUT09A OUT10E 11 OUT10E 11 30 OUT10A 30 OUT10A OUT11E 12 OUT11E 12 31 OUT11A 31 OUT11A OUT12E 13 OUT12E 13 32 OUT12A 32 OUT12A OUT13E 14 OUT13E 14 33 OUT13A 33 OUT13A OUT14E 15 OUT14E 15 34 OUT14A 34 OUT14A OUT15E 16 OUT15E 16 35 OUT15A 35 OUT15A NC 17 NC 17 36 GND 36 GND Vcc 18 Vcc 18 37 GND 37 GND Vcc 19 Vcc 19

Vcc: Vcc: Internal Vcc (+ 5V) from the computer. Never apply an external voltage across this pin! Internal Vcc (+ 5V) from the computer. Never apply an external voltage across this pin!

GND: GND: Ground Ground

NC: NC: not connected not connected

4.3 Pin assignment of P2 4.3 Pin assignment of P2 he box header male connector P2 is placed directly on the board, but you The box header male connector P2 is placed directly on the board, but you can relocate it with an optionally available set of female connector, ribbon can relocate it with an optionally available set of female connector, ribbon cable and 37pin female sub-D-connector with slot bracket. cable and 37pin female sub-D-connector with slot bracket. The 16 optocoupler inputs are connected to P2, identical to OPTORE- The 16 optocoupler inputs are connected to P2, identical to OPTORE- 16EXTENDED, OPTOIO-16STANDARD, OPTOIO-16EXTENDED, OPTORE-PCI16STANDARD, 16EXTENDED, OPTOIO-16STANDARD, OPTOIO-16EXTENDED, OPTORE-PCI16STANDARD, OPTORE-PCI16EXTENDED, OPTOIO-PCI16STANDARD and OPTOIO-PCI16EXTENDED. OPTORE-PCI16EXTENDED, OPTOIO-PCI16STANDARD and OPTOIO-PCI16EXTENDED. After relocation to a 37pin female connector, P2 of OPTORE-16STANDARD is After relocation to a 37pin female connector, P2 of OPTORE-16STANDARD is compatible to P2 of OPTOIN-16STANDARD and OPTOIN-16EXTENDED. compatible to P2 of OPTOIN-16STANDARD and OPTOIN-16EXTENDED. Following figure shows the pin assignment: Following figure shows the pin assignment:

IN00+ 1 2 IN00- IN00+ 1 2 IN00-

IN01+ 3 4 IN01- IN01+ 3 4 IN01-

IN02+ 5 6 IN02- IN02+ 5 6 IN02-

IN03+ 7 8 IN03- IN03+ 7 8 IN03-

IN04+ 9 10 IN04- IN04+ 9 10 IN04-

IN05+ 11 12 IN05- IN05+ 11 12 IN05-

IN06+ 13 14 IN06- IN06+ 13 14 IN06-

IN07+ 15 16 IN07- IN07+ 15 16 IN07-

IN08+ 17 18 IN08- IN08+ 17 18 IN08-

IN09+ 19 20 IN09- IN09+ 19 20 IN09-

IN10+ 21 22 IN10- IN10+ 21 22 IN10-

IN11+ 23 24 IN11- IN11+ 23 24 IN11-

IN12+ 25 26 IN12- IN12+ 25 26 IN12-

IN13+ 27 28 IN13- IN13+ 27 28 IN13-

IN14+ 29 30 IN14- IN14+ 29 30 IN14-

IN15+ 31 32 IN15- IN15+ 31 32 IN15-

NC 33 34 GND NC 33 34 GND

Vcc 35 36 GND Vcc 35 36 GND

Vcc 37 38 NC Vcc 37 38 NC

NC 39 40 NC NC 39 40 NC Vcc: Vcc: Internal Vcc (+ 5V) from the computer. Never apply an external voltage across this pin! Internal Vcc (+ 5V) from the computer. Never apply an external voltage across this pin!

GND: GND: Ground Ground

NC: NC: Pin not connected Pin not connected

4.4 Pin assignment of P2 on Sub-D 37 4.4 Pin assignment of P2 on Sub-D 37 (connector cable set not included) (connector cable set not included)

IN00+ 1 IN00+ 1 20 IN00- 20 IN00- IN01+ 2 IN01+ 2 21 IN01- 21 IN01- IN02+ 3 IN02+ 3 22 IN02- 22 IN02- IN03+ 4 IN03+ 4 23 IN03- 23 IN03- IN04+ 5 IN04+ 5 24 IN04- 24 IN04- IN05+ 6 IN05+ 6 25 IN05- 25 IN05- IN06+ 7 IN06+ 7 26 IN06- 26 IN06- IN07+ 8 IN07+ 8 27 IN07- 27 IN07- IN08+ 9 IN08+ 9 28 IN08- 28 IN08- IN09+ 10 IN09+ 10 29 IN09- 29 IN09- IN10+ 11 IN10+ 11 30 IN10- 30 IN10- IN11+ 12 IN11+ 12 31 IN11- 31 IN11- IN12+ 13 IN12+ 13 32 IN12- 32 IN12- IN13+ 14 IN13+ 14 33 IN13- 33 IN13- IN14+ 15 IN14+ 15 34 IN14- 34 IN14- IN15+ 16 IN15+ 16 35 IN15- 35 IN15- NC 17 NC 17 36 GND 36 GND Vcc 18 Vcc 18 37 GND 37 GND Vcc 19 Vcc 19

Vcc: Vcc: Internal Vcc (+ 5V) from the computer. Never apply an external voltage across this pin! Internal Vcc (+ 5V) from the computer. Never apply an external voltage across this pin!

GND: GND: Ground Ground

NC: NC: Pin not connected Pin not connected

5. Digital optocoupler inputs 5. Digital optocoupler inputs

The OPTORE-16 provides 16 input channels, which are isolated by opto- The OPTORE-16 provides 16 input channels, which are isolated by optocouplers. The isolation voltage between computer ground and optocoup- couplers. The isolation voltage between computer ground and optocoupler input is 500 V, while the isolation voltage within the input channels is ler input is 500 V, while the isolation voltage within the input channels is limited to 100 V. limited to 100 V.

5.1 Pin assignment of the input optocouplers 5.1 Pin assignment of the input optocouplers

Voltage Regulator Voltage Regulator 1 6 1 6

2 4 2 4 Amp Amp

3 NC 5 3 NC 5

5.2 Input voltage ranges 5.2 Input voltage ranges

Two different input voltage ranges can be selected by interchanging resi- Two different input voltage ranges can be selected by interchanging resistor arrays R1 und R2 stor arrays R1 und R2

R1 R2 R1 R2

K101 K100 K109 K108 K101 K100 K109 K108

RA101 RA109 RA101 RA109 D220 D221 D222 D223 D224 D225 D226 D227 D228 D229 D230 D231 D232 D233 D234 D235 D220 D221 D222 D223 D224 D225 D226 D227 D228 D229 D230 D231 D232 D233 D234 D235 C16 C16 C19 C19

U100 U108 U100 U108 C10 C10 C11 C11 C9 C9 P2 C8 P1 P2 C8 P1 IC1 U200 IC2 U208 IC1 U200 IC2 U208 C5 C5 SW2 U4 SW2 U4 D20 C7 D20 C7 C1 D21 C1 D21 RA10 RA10 U5 U5 F1 RA26 F1 RA26 C3 C3 C2 C2 U6 U3 U6 U3

Following table shows the two input voltage ranges: Following table shows the two input voltage ranges:

Resistor array R1, R2 identification low high Resistor array R1, R2 identification low high 1,0 KOhm 102 0...1,5 V 2,2...15 V 1,0 KOhm 102 0...1,5 V 2,2...15 V 4,7 KOhm 472 0...4,0 V 7,0...30 V 4,7 KOhm 472 0...4,0 V 7,0...30 V

6. 16 reedrelay outputs 6. 16 reedrelay outputs

OPTORE-16STANDARD provides 16 output channels, which are galvanically OPTORE-16STANDARD provides 16 output channels, which are galvanically isolated by reedrelays. isolated by reedrelays. Isolation voltage between computer ground and relay output is 500 V. Isolation voltage between computer ground and relay output is 500 V.

6.1 Pin assignment of the reedrelays 6.1 Pin assignment of the reedrelays

14 8 14 8

1 7 1 7

6.2 Relays Specification 6.2 Relays Specification

16 channels with galvanic isolation 16 channels with galvanic isolation Switching current: 500 mA Switching current: 500 mA Switching voltage: 50 V DC Switching voltage: 50 V DC Switching rating: 10 W Switching rating: 10 W Circuit time (typ): 0,5 ms Circuit time (typ): 0,5 ms Release time: 0,2 ms Release time: 0,2 ms Coil voltage: 5 V Coil voltage: 5 V Coil resistance: 500 Ohm Coil resistance: 500 Ohm Coil power: 10 mA Coil power: 10 mA

7. Programming 7. Programming

7.1 Programming instructions for OPTORE-16STANDARD 7.1 Programming instructions for OPTORE-16STANDARD

® ® For easier programming of the wasco interface card OPTORE-16STANDARD, For easier programming of the wasco interface card OPTORE-16STANDARD, we generated several pogramming examples in Basic, Turbo-C and we generated several pogramming examples in Basic, Turbo-C and Turbo-Pascal. Explanations joined with the programs help to retrace the Turbo-Pascal. Explanations joined with the programs help to retrace the addressing of the interface modules. Pogramming examples you can find addressing of the interface modules. Pogramming examples you can find in the source code in the according subdirectories on the enclosed CD. in the source code in the according subdirectories on the enclosed CD.

Directory: Directory:

TP - Programs in Turbo-Pascal TP - Programs in Turbo-Pascal TC - Programs in Turbo-C TC - Programs in Turbo-C GWBasic - Programs in GW-Basic GWBasic - Programs in GW-Basic PBasic - Programs in Power-Basic PBasic - Programs in Power-Basic QBasic - Programs in Quick-Basic QBasic - Programs in Quick-Basic COM - res. safe COM-File COM - res. safe COM-File

You also can download latest software visiting http://www.wasco.de You also can download latest software visiting http://www.wasco.de

Attention: Attention: In order to avoid unnecessary computer crashes, you should read ca- In order to avoid unnecessary computer crashes, you should read ca- refully the explanations of the respective programs before starting the refully the explanations of the respective programs before starting the program program.

7.2 Port addresses assignment 7.2 Port addresses assignment

The port addresses of the single hardware components result from the The port addresses of the single hardware components result from the I/O-base address (BA) and the according offset as follows: I/O-base address (BA) and the according offset as follows:

Port/Registry BA + Offset command Port/Registry BA + Offset command (hexadecimal) function (hexadecimal) function

Optocoupler input port A BA + 0 read Optocoupler input port A BA + 0 read Optocoupler input port B BA + 1 read Optocoupler input port B BA + 1 read

Reedrelay output port A BA + 2 write Reedrelay output port A BA + 2 write Reedrelay output port B BA + 3 write Reedrelay output port B BA + 3 write

Following address area results at default base address 220h : Following address area results at default base address 220h : 220h input port A (inputs IN00 to IN07) 220h input port A (inputs IN00 to IN07) 221h input port B (inputs IN08 to IN15) 221h input port B (inputs IN08 to IN15) 222h output port A (outputs OUT00 to OUT07) 222h output port A (outputs OUT00 to OUT07) 223h output port B (outputs OUT08 to OUT15) 223h output port B (outputs OUT08 to OUT15)

8. Accessories 8. Accessories

8.1 Fitting wasco®-accessories 8.1 Fitting wasco®-accessories

Connecting devices EDV-Nr. Connecting devices EDV-Nr. DB37F33 Ribbon cable A-1976 DB37F33 Ribbon cable A-1976 DS37R100DS37 Connecting wire (1 meter) A-202200 DS37R100DS37 Connecting wire (1 meter) A-202200 DS37R200DS37 Connecting wire (2 meter) A-202400 DS37R200DS37 Connecting wire (2 meter) A-202400 DS37R500DS37 Connecting wire (5 meter) A-202800 DS37R500DS37 Connecting wire (5 meter) A-202800 KMDB-37 Connecting board (screw terminal) A-2046 KMDB-37 Connecting board (screw terminal) A-2046 XMOD REL-4 Relay modul A-3264 XMOD REL-4 Relay modul A-3264 XMOD REL-8 Relay modul A-3268 XMOD REL-8 Relay modul A-3268 XMOD SSR-2 Solid-State-Relay-Modul A-3282 XMOD SSR-2 Solid-State-Relay-Modul A-3282 XMOD SSR-4 Solid-State-Relay-Modul A-3284 XMOD SSR-4 Solid-State-Relay-Modul A-3284

8.2 Connection system (application samples) 8.2 Connection system (application samples)

DS37R...* DS37R...* KMDB-37 KMDB-37 DB37F33 DB37F33 KMDB-37 KMDB-37

DS37R...* DS37R...*

* DS37R100DS37 or DS37R200DS37 * DS37R100DS37 or DS37R200DS37 OPTORE-16STANDARD or DS37R500DS37 OPTORE-16STANDARD or DS37R500DS37

* DS37R100DS37 * DS37R100DS37 or DS37R200DS37 or DS37R200DS37 or DS37R500DS37 or DS37R500DS37

DS37R...* DS37R...* KMDB-37 KMDB-37 DB37F33 DB37F33

DS37R...* DS37R...* XMOD REL-8 XMOD REL-8 XMOD REL-8 XMOD REL-8

OPTORE-16STANDARD OPTORE-16STANDARD

* DS37R100DS37 * DS37R100DS37 or DS37R200DS37 or DS37R200DS37 or DS37R500DS37 or DS37R500DS37

DS37R...* DS37R...* KMDB-37 KMDB-37 DB37F33 DB37F33

DS37R...* DS37R...* XMOD REL-4 XMOD REL-4 XMOD SSR-4 XMOD SSR-4 XMOD REL-8 XMOD REL-8

OPTORE-16STANDARD OPTORE-16STANDARD

* DS37R100DS37 * DS37R100DS37 or DS37R200DS37 or DS37R200DS37 or DS37R500DS37 or DS37R500DS37

DS37R...* DS37R...* KMDB-37 KMDB-37 DB37F33 DB37F33

DS37R...* DS37R...* XMOD SSR-4 XMOD SSR-4 XMOD SSR-4 XMOD SSR-4 XMOD REL-8 XMOD REL-8

OPTORE-16STANDARD OPTORE-16STANDARD

8.3 Components for individual assembly 8.3 Components for individual assembly

Components EDV-Nr. Components EDV-Nr. DSS37L Sub-D male connector 37pin with solder terminal A-5506 DSS37L Sub-D male connector 37pin with solder terminal A-5506 DSH37L Sub-D hood for 37pin connector with solder terminal A-5586 DSH37L Sub-D hood for 37pin connector with solder terminal A-5586 DSS37F Sub-D-connector 37pin for ribbon wire A-5526 DSS37F Sub-D-connector 37pin for ribbon wire A-5526 DSB37F Sub-D-female connector 37pin for ribbon wire A-5566 DSB37F Sub-D-female connector 37pin for ribbon wire A-5566 DA37I slot bracket for a 37pin male/female connector A-5754 DA37I slot bracket for a 37pin male/female connector A-5754 PBZ40F female connector 40pin for ribbon wire A-5642 PBZ40F female connector 40pin for ribbon wire A-5642 FBL37 ribbon wire 37pin A-5718 FBL37 ribbon wire 37pin A-5718 FBL40 ribbon wire 40pin A-5720 FBL40 ribbon wire 40pin A-5720

9. Trouble Shooting 9. Trouble Shooting

Following you find a short compilation of the most known error causes Following you find a short compilation of the most known error causes while starting or working with OPTORE-16. while starting or working with OPTORE-16.

Please firstly check the following points before contacting your supplier or Please firstly check the following points before contacting your supplier or distributor, we hope this will solve most of your problems: distributor, we hope this will solve most of your problems:

1. Did you insert the OPTORE-16 to the connector properly? 1. Did you insert the OPTORE-16 to the connector properly?

2. Did you set correctly the base address of OPTORE-16? 2. Did you set correctly the base address of OPTORE-16?

3. Did you adjust the addresses in your software to the base address 3. Did you adjust the addresses in your software to the base address of your OPTORE-16? of your OPTORE-16?

4. Are there other interface cards at the same address area? 4. Are there other interface cards at the same address area?

5. Is the fuse (F1) of the OPTORE-16 blown? 5. Is the fuse (F1) of the OPTORE-16 blown?

6. Are all cables in good order? 6. Are all cables in good order?

7. Did you install the latest version of wasco® driver? 7. Did you install the latest version of wasco® driver?

Updates you can download here: http://www.messcomp.com Updates you can download here: http://www.messcomp.com http://www.wasco.de http://www.wasco.de

10. Specifications 10. Specifications

Digital inputs by optocoupler Digital inputs by optocoupler Optocoupler: 16 * PC900V Optocoupler: 16 * PC900V 16 channels with galvanic isolation 16 channels with galvanic isolation galvanic isolation between each channel, two separate pins for each channel galvanic isolation between each channel, two separate pins for each channel Two input voltage ranges to select by included pluggable resistor arrays: Two input voltage ranges to select by included pluggable resistor arrays: R = 4,7 kΩ: high = 8..30 Volt R = 4,7 kΩ: high = 8..30 Volt low = 0..4 Volt low = 0..4 Volt R = 1,0 kΩ: high = 2,2..15 Volt R = 1,0 kΩ: high = 2,2..15 Volt low = 0..1,5 Volt low = 0..1,5 Volt input frequency: max. 10 kHz input frequency: max. 10 kHz

Digital outputs by reedrelay Digital outputs by reedrelay 16 channels with galvanic isolation 16 channels with galvanic isolation galvanic isolation between each channel, two separate pins for each channel galvanic isolation between each channel, two separate pins for each channel Switching current: 500 mA Switching current: 500 mA Switching voltage: 50 V DC Switching voltage: 50 V DC Switching rating: 10 W Switching rating: 10 W Operate time (typ): 0,5 ms Operate time (typ): 0,5 ms Release time: 0,2 ms Release time: 0,2 ms Coil voltage: 5 V Coil voltage: 5 V Coil resistance: 500 Ohm Coil resistance: 500 Ohm Coil power: 10 mA Coil power: 10 mA

Connectors Connectors 1 * 37pin Sub-D female connector 1 * 37pin Sub-D female connector 1 * 40pin (male) connector 1 * 40pin (male) connector

Fuse Fuse + 5 V 1 A Mini Fuse F1 + 5 V 1 A Mini Fuse F1

Power consumption Power consumption + 5 V typ. 450 mA + 5 V typ. 450 mA

Other technical data Other technical data dimensions: 340 mm x 100 mm (l x h) dimensions: 340 mm x 100 mm (l x h) board design: Multilayer board with 4 layers board design: Multilayer board with 4 layers

11. Product Liability Act 11. Product Liability Act

Information for Product Liability Information for Product Liability

The Product Liability Act (Act on Liability for Defective Products - Prod- The Product Liability Act (Act on Liability for Defective Products - Prod- HaftG) in Germany regulates the manufacturer‘s liability for damages HaftG) in Germany regulates the manufacturer‘s liability for damages caused by defective products. caused by defective products.

The obligation to pay compensation can be given, if the product’s pres- The obligation to pay compensation can be given, if the product’s pres- entation could cause a misconception of safety to a non-commercial end- entation could cause a misconception of safety to a non-commercial end- user and also if the end-user is expected not to observe the necessary user and also if the end-user is expected not to observe the necessary safety instructions handling this product. safety instructions handling this product.

It must therefore always be shown, that the end-user was made familiar It must therefore always be shown, that the end-user was made familiar with the safety rules. with the safety rules.

In the interest of safety, please always advise your non-commercial cus- In the interest of safety, please always advise your non-commercial customer of the following safety instructions: tomer of the following safety instructions:

Safety instructions Safety instructions

The valid VDE-instructions must be observed, when handling products The valid VDE-instructions must be observed, when handling products that come in contact with electrical voltage. that come in contact with electrical voltage.

Especially the following instructions must be observed: Especially the following instructions must be observed: VDE100; VDE0550/0551; VDE0700; VDE0711; VDE0860. VDE100; VDE0550/0551; VDE0700; VDE0711; VDE0860. The instructions are available from: The instructions are available from: Vde-Verlag GmbH Vde-Verlag GmbH Bismarckstr. 33 Bismarckstr. 33 10625 Berlin 10625 Berlin

* unplug the mains cord before you open the unit or make sure, there is * unplug the mains cord before you open the unit or make sure, there is no current to/in the unit. no current to/in the unit.

* You only may start up any components, boards or equipment, if they are * You only may start up any components, boards or equipment, if they are installed inside a secure touch-protected casing before. During installa- installed inside a secure touch-protected casing before. During installation there must be no current to the equipment. tion there must be no current to the equipment.

* Make sure that the device is disconnected from the power supply before * Make sure that the device is disconnected from the power supply before using any tools on any components, boards or equipment. Any electric using any tools on any components, boards or equipment. Any electric charges saved in components in the device are to be discharged prior. charges saved in components in the device are to be discharged prior.

* Live cables or wires, which are connected with the unit, the components * Live cables or wires, which are connected with the unit, the components or the boards, must be tested for insulation defects or breaks. In case of or the boards, must be tested for insulation defects or breaks. In case of any defect the device must be immediately taken out of operation until the any defect the device must be immediately taken out of operation until the defective cables are replaced. defective cables are replaced.

* When using components or boards you must strictly comply with the * When using components or boards you must strictly comply with the characteristic data for electrical sizes shown in the corresponding de- characteristic data for electrical sizes shown in the corresponding description scription

* As a non-commercial end-user, if it is not clear whether the electrical * As a non-commercial end-user, if it is not clear whether the electrical characteristic data given in the provided description are valid for a com- characteristic data given in the provided description are valid for a com- ponent you must consult a specialist. ponent you must consult a specialist.

Apart from that the compliance with building and safety instructions of Apart from that the compliance with building and safety instructions of every kind (VDE, TÜV, industrial injuries corporation, etc.) are subject to every kind (VDE, TÜV, industrial injuries corporation, etc.) are subject to the user/customer. the user/customer.

12. CE Declaration of Conformity 12. CE Declaration of Conformity

This is to certify, that the product This is to certify, that the product

OPTORE-16STANDARD OPTORE-16STANDARD EDV-Number A-1222 EDV-Number A-1222 comply with the requirements of the EC directives. This declaration will comply with the requirements of the EC directives. This declaration will lose its validity, if the instructions given in this manual for the intended lose its validity, if the instructions given in this manual for the intended use of the products are not fully complied with. use of the products are not fully complied with.

EN 5502 Klasse B EN 5502 Klasse B IEC 801-2 IEC 801-2 IEC 801-3 IEC 801-3 IEC 801-4 IEC 801-4 EN 50082-1 EN 50082-1 EN 60555-2 EN 60555-2 EN 60555-3 EN 60555-3

The following manufacturer is responsible for this declaration: The following manufacturer is responsible for this declaration:

Messcomp Datentechnik GmbH Messcomp Datentechnik GmbH Neudecker Str. 11 Neudecker Str. 11 83512 Wasserburg 83512 Wasserburg given by given by

Dipl.Ing.(FH) Hans Schnellhammer Dipl.Ing.(FH) Hans Schnellhammer (Execution Board) (Execution Board)

Wasserburg, 06.06.2006 ______Wasserburg, 06.06.2006 ______

Reference system for intended use Reference system for intended use

The expansion card OPTORE-16STANDARD is not a stand-alone device. The The expansion card OPTORE-16STANDARD is not a stand-alone device. The CE-conformity only can be assessed when using additional computer CE-conformity only can be assessed when using additional computer components simultaneously. Thus the CE conformity only can be components simultaneously. Thus the CE conformity only can be confirmed when using the following reference system for the intended confirmed when using the following reference system for the intended use of the interface card: use of the interface card:

Control Cabinet: Vero IMRAK 3400 804-530061C Control Cabinet: Vero IMRAK 3400 804-530061C 802-563424J 802-563424J 802-561589J 802-561589J

19“ Casing: Vero PC-Casing 145-010108L 19“ Casing: Vero PC-Casing 145-010108L

19“ Casing: Addition Electronic 519-112111C 19“ Casing: Addition Electronic 519-112111C

Motherboard: GA-586HX PIV 1.55 Motherboard: GA-586HX PIV 1.55

Floppy-Controller: on Motherboard Floppy-Controller: on Motherboard

Floppy: TEAC FD-235HF Floppy: TEAC FD-235HF

Grafic Card: Advantech PCA-6443 Grafic Card: Advantech PCA-6443

Interface card: OPTORE-16STANDARD A-1222 Interface card: OPTORE-16STANDARD A-1222