Related Manuals for Wasco OPTORE-PCIe16 STANDARD
Summary of Contents for Wasco OPTORE-PCIe16 STANDARD
- Page 1 OPTORE-PCIe16 STANDARD EDP No.: A-822200 16 Optocoupler Isolated Digital Inputs 16 Relay Outputs wasco wasco ® ® user‘s guide...
- Page 2 ® © Copyright 2019 by Messcomp Datentechnik GmbH This documentation is copyright by Messcomp Datentechnik GmbH. All rights are reserved. Messcomp Datentechnik GmbH reserves the right to modify the products described in this manual at any time and without prior notice.
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Page 3: Table Of Contents
8.1 Installation of the Windows driver ..............21 development files ...........21 ® 8.2 Installation of the Windows ® 8.3 Programming the OPTORE-PCIe16 with wasco driver........24 8.4 Assignment of the Memory Mapped I/O Addresses ..........25 OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03... - Page 4 Programming ..............26 ® 9.1 Installing the Linux driver ...................26 9.2 Supported Linux Distributions/Kernelversions .............26 ® 9.3 Programming the OPTORE-PCIe16 with wasco driver........26 9.4 Access to the OPTORE-PCIe16 ..............27 Standard 9.5 Assignment of the Memory Mapped I/O addresses ..........27 10. Accessories ..................28 10.1 Fitting wasco...
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Page 5: Description
® 1. Description The wasco ® interface board OPTORE-PCIe16 features 16 digital STANDARD input channels and 16 digital output channels, each of which are galva- nically isolated individually. Inputs are electrically isolated by high quality optocouplers, the outputs by 16 relays. The input optocouplers are bipolar. -
Page 6: Installing The Optore-Pcie16
® 2. Installing the OPTORE-PCIe16 STANDARD 2.1 Installing the card into your system Before you insert the OPTORE-PCIe16 unplug the power cord or make sure, that there is no current to/in the computer. Inserting the interface card in a running system may cause damaging or destroying not only... -
Page 7: Connectors
® 3. Connectors 3.1 Position of the connector plugs CN1: Relay outputs OUT00...OUT15 CN2: Optocoupler input channels IN00...IN15 OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03 STANDARD... -
Page 8: Pin Assignment Of Cn1
® 3.2 Pin Assignment of CN1 OUT15A OUT15E OUT14A OUT14E OUT13A OUT13E OUT12A OUT12E OUT11A OUT11E OUT10A OUT10E OUT09A OUT09E OUT08A OUT08E OUT07A OUT07E OUT06A OUT06E OUT05A OUT05E OUT04A OUT04E OUT03A OUT03E OUT02A OUT02E OUT01A OUT01E OUT00A OUT00E Vcc: Connector for internal voltage source (+ 5V) (a wiring bridge must be soldered on L11), Never apply an external voltage across this pin. -
Page 9: Pin Assignment Of Cn2
® 3.3 Pin Assignment of CN2 IN15- IN15+ IN14- IN14+ IN13- IN13+ IN12- IN12+ IN11- IN11+ IN10- IN10+ IN09- IN09+ IN08- IN08+ IN07- IN07+ IN06- IN06+ IN05- IN05+ IN04- IN04+ IN03- IN03+ IN02- IN02+ IN01- IN01+ IN00- IN00+ Vcc: Connector for internal voltage source (+ 5V) (a wiring bridge must be soldered on L21), Never apply an external voltage across this pin. -
Page 10: Pin Assignment Of Cn2 On D-Sub37 Flat Ribbon Cable
® 3.4 Pin assignment of CN2 on D-Sub37 flat ribbon cable IN15- IN15+ IN14- IN14+ IN13- IN13+ IN12- IN12+ IN11- IN11+ IN10- IN10+ IN09- IN09+ IN08- IN08+ IN07- IN07+ IN06- IN06+ IN05- IN05+ IN04- IN04+ IN03- IN03+ IN02- IN02+... -
Page 11: System Components
® 4. System Components 4.1 Block Diagram +5V DC / 1A Steuer- Interrupt- Logik PCIe Bus Interface OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03 STANDARD 11 11... -
Page 12: Access To The System Components
The addresses relevant to the OPTORE-PCIe16 result from a base address assigned by the BIOS. Access to the OPTORE-PCIe16 is exclusively in double-word access. In the compatibility mode, the wasco driver functions only process or allow for the least significant byte. -
Page 13: Optocoupler Isolated Digital Inputs
® 5. 16 Optocoupler Isolated Digital Inputs The OPTORE-PCIe16 provides 16 input channels, each of which is optically isolated by optocouplers. The isolation voltage between GND and input is 500 V . The voltage within the input channels is limited to 50 Volt. The optocouplers are bipolar. -
Page 14: Input Voltage Ranges
® 5.2 Input voltage ranges You can choose between two input voltage ranges for each optocoupler input by setting jumpers on block JP3 and JP4. OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03 STANDARD... - Page 15 ® For the data of the two input voltage ranges, please see the following table: Jumper high closed 0...1 V 5...15 V open 0...2 V 14...30 V IN08 IN00 IN09 IN01 IN10 IN02 IN11 IN03 IN12 IN04 IN13 IN05...
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Page 16: Input Circuitry
® 5.3 Input circuitry Jumper Optocoupler IN.. + Protection Diode IN.. - 5.4 Input current - 1,1V ≈ 3400Ω (Jumper off) - 1,1V ≈ (Jumper on) 1000Ω OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03 STANDARD... -
Page 17: Relay Outputs
® 6. 16 Relay Outputs The OPTORE-PCIe16 provides 16 output channels, galvanically isolated by relays. 6.1 Pinout of the Relays 6.2 Specification of the Relays Switching voltage: 50 Volt DC max. Switching current: 1A max. Switchinging capacity: 60VA max. -
Page 18: Contact Protection Circuit
® 6.3 Contact Protection Circuit Protection varistor RV100-RV115 For switching an inductive load, it may be of benefit to set a protection varistor in parallel with the relay switching contacts (see figure below). For this user-specific additional circuit, OPTORE-PCIe16... -
Page 19: Hardware Configuration
® 7. Hardware Configuration 7.1 Board Identification The board identification is used to distinguish Jumper between several PC cards of the same type on the computer. This is done by a jumper block, which can be read by software. -
Page 20: Access With 8 Or 32 Bit
® 7.2 Access with 8 or 32 Bit The jumper block JP2/1-2 can be used to set the access data width. If the jumper block JP2/1-2 is not set (Default), the board is working in compatibility mode. In this mode, the board is accessed in 8-bit mode. -
Page 21: Programming On Windows
® ® 8. Programming on Windows ® 8.1 Installation of the Windows driver In order to implement the card under Windows ® , it is necessary to install a special driver that allows access to the card. The operating system under ®... - Page 22 ® Once the driver and development files have been installed completely, you will find an icon in the control panel of your computer to localize all wasco ® PCI and PCIe cards available in the system. OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH...
- Page 23 STANDARD If your card has been recognized in the system, the board name WASCO- PCIe8264, Board-ID, I/O address as well as the possible interrupt number of the respective card are displayed in this window. Furthermore, the driver version and the location of the driver file can be ascertained via the „Information“...
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Page 24: Programming The Optore-Pcie16 With Wasco Driver
After installing the development files of Kithara by means of the setup program, the folder wasco contains of the relevant development files and the sample programs. Further sample programs specified for access to the OPTORE-PCIe16 you can find on the enclosed CD or please visit our homepage. -
Page 25: Assignment Of The Memory Mapped I/O Addresses
® 8.4 Assignment of the Memory Mapped I/O Addresses The Memory Mapped I/O addresses of the single hardware components depend on the base address, as shown in following table: 8-bit mode Port/Register BA + Offset RD/WR Optocoupler Input Port A BA + $0 (IN00...IN07) -
Page 26: Linux Programming
® ® 9. Linux Programming , you can find a Linux wasco ® ® To use the board with Linux driver on the CD provided or on our website. This is in code form and therefore can be changed and customized by the customer at any time. -
Page 27: Access To The Optore-Pcie16
The access to the OPTORE-PCIe16 is done exclusively via the board Standard name (type of card) WASCO-PCIe8264 9.5 Assignment of the Memory Mapped I/O addresses The Memory Mapped I/O addresses of the single hardware components depend on the base address according to following table:... -
Page 28: Accessories
® 10. Accessories 10.1 Fitting wasco ® accessories Connecting parts EDP-No. DS37R500DS37 Connecting cable (5 meters) A-202800 DS37R200DS37 Connecting cable (2 meters) A-202400 DS37R100DS37 Connecting cable (1 meter) A-202200 KMDB-37S Terminal Module A-204910 10.2 Connection Technique (application examples) DS37R...*... -
Page 29: Troubleshooting
Please check all settings of your computer or contact your system administrator. (Since these are BIOS settings we cannot expand on this issue. We point to your computer‘s system user‘s guide) Did you install the latest driver version for the wasco ® drivers? Updates you can find here: http://www.messcomp.com OPTORE-PCIe16 ©... -
Page 30: Specifications
® 12. Specifications Optocoupler Inputs Optocoupler: LTV-244 or compatible 16 channels, optically isolated Galvanic isolation also between every single channel with each two separate connections Overvoltage protection by protection diodes Two different input voltage ranges selectable by jumpers: Range 1 high = 14..30 Volt... -
Page 31: Product Liability Act
® 13. Product Liability Act Information for Product Liability The Product Liability Act (Act on Liability for Defective Products - Prod- HaftG) in Germany regulates the manufacturer‘s liability for damages caused by defective products. The obligation to pay compensation can already be given, if the product’s... - Page 32 ® * unplug the power plug before you open ta device or make sure, that there is no current to/in the device. * You only may start up any components, boards or devices, if they have been installed in a secure touch-protected casing before. During installa- tion they must be de-energized.
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Page 33: Ec Declaration Of Conformity
® 14. EC Declaration of Conformity This is to certify, that the following product with CE marking OPTORE-PCIe16 STANDARD EDP number A-822200 comply with the requirements of the relevant EMC directives 2014/30/ EU. This declaration will lose its validity, if the instructions given in this manual for the intended use of the products are not fully complied with. - Page 34 ® Reference system for intended use This PC expansion board is not a stand-alone device. The CE-conform- ity only can be assessed when using additional computer components simultaneously. Therefore, the CE conformity only can be confirmed when using the following reference system for the intended use of the...
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Page 35: Contact Protection Circuits
® Contact Protection Circuit s OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03 STANDARD... - Page 36 ® Index Overview Circuit Example RC Element Circuit Example Diode Circuit Example Diode and Zener Diode Circuit Example Varistor OPTORE-PCIe16 © 2019 by Messcomp Datentechnik GmbH EV03 STANDARD...
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Page 37: Overview
The circuit examples listed in the following serve as a source of informa- tion of a general scope. That means, they are not specially developed for wasco products, but they are also applicable for all to wasco ® ® cards connected peripherals. -
Page 38: Circuit Example Rc Element
® 2. Circuit Example RC Element Inductive Load Suitability A/C voltage: good D/C voltage: good When applying a load, for example in the form of a relay, the release time of the contacts is delayed. This circuit is effective when you connect the load and when mains voltage is between 24 and 48 Volt. -
Page 39: Circuit Example Diode
® 3. Circuit Example Diode Inductive Load Suitability A/C voltage: poor D/C voltage: good The energy (inductive load) stored in a coil generates a current flow across the diode connected in parallel to the coil, when the load is switched off. -
Page 40: Circuit Example Diode And Zener Diode
® 4. Circuit Example Diode and Zener Diode Inductive Load Suitability A/C voltage: poor D/C voltage: good If in special applications the fall time achieved by a diode protection circuit is too long, this connection effectively will reduce the fall time. -
Page 41: Circuit Example Varistor
® 5. Circuit Example Varistor induktive Last Suitability: A/C voltage: good D/C voltage: good This circuit prevents the emergence of high voltage at the contacts. The fall time of the contacts will be delayed slightly when using this circuit. A varistor connected in parallel to the load will be effective at a mains vol- tage between 24 and 48 Volt.
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