PCIREL16 - PCI Relay Card with 16 Relays

  • Plug & Play PCI board
  • 16 Reed Relays
  • Special Feature: Timeout detection ( switches all outputs off if the software hangs )
  • 16 LED for optical function control ( display the state of all relays )
  • Easy connection of external circuits by PAR-KL-68 - Terminal block
  • CD contains drivers for Windows XP / 2000 / NT 4.x / ME / 98 / 95
  • Examples for Visual-Studio .NET, Visual Basic, Visual C/C++, Borland, Agilent Vee, Labview, Sun Java and others

PCI Relay Card with 16 Relays
Voir le panier
Prix: 242,76 Euro



Ce produit n'est malheureusement plus livrable. Ils peuvent toutefois se décharger conducteurs et manuels encore mis à jour de ce Webseiter et prendre contact avec nous avec des questions techniques.

    Alternatif ou successeurs:

  • PCIOPTOREL16 PCI Opto Relay Card with 16 Opto Inputs + 16 Relays




The PCIREL16 relay board has 16 relays and is designed for industrial purposes.

Timeout control
The board has a configurable onboard timeout control which detects all writes to the PCIREL16 hardware. If the software hangs and the board isn't controlled by the computer the relays are switched off. Think about a heating which overheats or even burns because the PC is "to busy" to switch the heating off. You may setup the timeout-time from 1ms to 16 hours in different steps. This feature can be switched off by a software command.

Software library

PCIREL16 VB example
VB PCIREL16 example
ZoomThe PCIREL16 example shows the programming with Visual Basic
You need no knowledge in the driver development. We implemented an command set which is the same for all operating systems. An application that controls the PCIREL16, and which is generated for Windows 98 can be used directly on a Windows XP PC.


With the QLIB it is easy to create applications with Visual-Studio .NET, Visual-Basic, Borland Delphi or other modern compilers. Even an interface to MS Excel, MS Access or Sun Java is available. We included the VB PCIOPTOREL16 Sample which shows how to program and test the card and it also includes the source code. This is a good starting point for your own applications.


The QLIB is a API which provides it's functions through a Windows DLL, so it is possible to use QLIB with all applications that allow access to external DLL Functions.

The PCIOPTOREL16 is also available with optocoupler outputs as PCIOPTO16IO , as USB module USBOPTOREL16 , and as ISA card OPTOREL16 








données techniques


•Généralités
Powersupply: GND / +5 V at 68pin. HD-D-Sub-socket

•Sorties
Relaistype: 16 switch-on-relais (DIL Reed) (max. 1 A / 15 W)
max. switching voltage: 0...30V
switching time: 1 ms

•addresses E/S
PCI

•Connecteurs support
68pin HD-D-Sub-Connector (female)

•CE
Ja

•Base temps interne
8 MHz

•Temperature
0...70 °C





Documentations



Manual_english_PCIOPTOREL16_PCIOPTO16IO
[Téléchargment 5,7MB]





Example-projects



Example for writing to the digital outputs in Borland Builder
[Téléchargment 449,3KB]


Example for writing to the digital outputs in Visual C# .NET
[Téléchargment 14,2KB]


Example for writing to the digital outputs in Delphi
[Téléchargment 19KB]


Example for writing to the digital outputs in Delphi
[Téléchargment 6,5KB]


Example for writing to the digital outputs in Java
[Téléchargment 1,7KB]


Example for including in Labview
[Téléchargment 11,9KB]


Example for writing to the digital outputs in LabWindows / CVI
[Téléchargment 38,9KB]


Example for writing to the digital outputs in Visual-Basic
[Téléchargment 9KB]


Example for writing and reading of the hardware-register in Visual-Basic
[Téléchargment 14,1KB]


Example for writing to the digital outputs in Visual-Basic.net
[Téléchargment 16,3KB]


Example for programming in the memory-mode in C/C++
[Téléchargment 17,5KB]


Example for writing to the digital outputs in C/C++
[Téléchargment 26,5KB]


Example for writing to the digital outputs in Visual C++ .NET
[Téléchargment 0,2KB]





Produits optionnels


KAB-DSUB-68
HD-D-SUB cable 68 pin


PAR-KL-68
Terminal Block for 68 pin D-Sub Cable with c-clamps







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Mis à jour le 4.10.2006 par Jürgen Siebert