Data Acquisition Boards18

Transcription

1 Data Acquisition Boards Data Acquisition and Control Tutorial & Software - DAQNavi Introduction - A-DAQ Pro Introduction - Selection Guide - PCI Express DAQ Cards PCIE- 0 MS/s, -bit, Simultaneous -ch Analog Input PCI Express Card - PCIE-0 -ch Isolated Digital I/O PCI Express Card -0 PCIE- PCIE- PCIE- PCIE-0 -ch Isolated Digital Output PCI Express Card -ch Isolated Digital Input PCI Express Card -ch Isolated Digital I/O PCI Express Card -ch Relay and -ch Isolated Digital Input PCI Express Card with -ch Counter/Timer - - Multifunction Cards PCI-0U/UL 0 ks/s, -bit, Simultaneous -ch Universal PCI Multifunction Card - PCI-U/UL 0 ks/s, -bit, -ch Universal PCI Multifunction Card PCI-HGU 0 ks/s, -bit, -ch Universal PCI Multifunction Card with High Gain - PCI-U/UL Entry-level 0 ks/s, -bit, -ch Universal PCI Multifunction Card - PCI-/L MS/s, -bit, -ch PCI Multifunction Card - PCI-/L 0 ks/s, -bit, -ch PCI Multifunction Card - PCI-HDU 0 ks/s, -bit, -ch Universal PCI Multifunction Card - PCI-U 00 ks/s, -bit, -ch Universal PCI Multifunction Card PCI-U MS/s, -bit, -ch Universal PCI Multifunction Card - Analog I/O Cards PCI-U 0 MS/s, -bit, Simultaneous -ch Analog Input Universal PCI Card PCI-UL MS/s, -bit, Simultaneous -ch Analog Input Universal PCI Card -0 PCI-U 0 ks/s, -bit, -ch Isolated Analog Input Universal PCI Card PCI-U 00 ks/s, -bit, -ch Isolated Analog Input Universal PCI Card - PCI-U 0 ks/s, -bit, -ch Analog Input Universal PCI Card - PCI-0U -bit, -ch Isolated Analog Output Universal PCI Card PCI-U -bit, -ch Isolated Analog Output Universal PCI Card - PCI- -bit, -ch Analog Output PCI Card with -ch Digital I/O - PCI- -bit, -ch Analog Output PCI Card with -ch Digital I/O PCI-U -bit, -ch Analog Output Universal PCI Card with -ch Digital I/O - Digital I/O & Counter Cards PCI-U PCI-U -ch Digital I/O and Counter Universal PCI Card -ch Digital I/O Universal PCI Card - PCI-U -ch Digital I/O Universal PCI Card PCI- -ch Digital I/O and -ch Counter PCI Card - PCI- -ch Digital I/O PCI Card PCI-E -ch Digital I/O Extension Card for PCI- - PCI- 0 MB/s, -ch Digital I/O PCI Card - PCI-UP -ch Digital I/O Low Profile Universal PCI Card -0 PCI-0U PCI- PCI- -ch Isolated Digital I/O Universal PCI Card -ch Isolated Digital Input PCI Card -ch Isolated Digital Output PCI Card - PCI-0 -ch Isolated Digital I/O and -ch Counter PCI Card - PCI-U PCI- PCI- -ch Isolated Digital Output Universal PCI Card -ch Isolated Digital Input PCI Card -ch Isolated Digital I/O PCI Card - PCI-UDI PCI-UDO PCI-UDIO PCI-0U -ch Isolated Digital Input Universal PCI Card -ch Isolated Digital Output Universal PCI Card -ch Isolated Digital I/O Universal PCI Card -ch Relay and -ch Isolated Digital Input Universal PCI Card with -ch Counter/Timer -ch Relay and -ch Isolated Digital Input PCI Card -ch Relay and -ch Isolated Digital Input PCI Card - - PCI- PCI- - PCI-0U -ch, -bit Counter/Timer Universal PCI Card - GPIB Card PCI-UP IEEE-. Interface Low Profile Universal PCI Card - PC/ & PCI- DAQ Modules PCM-I PCM-I PCM-0I PCM-I PCM-I PCM-H/HG/HO PCM- PCM- PCM-0 PCM-0 0 ks/s, -bit, -ch Multifunction PCI- Module 0 ks/s, -bit, -ch Isolated Analog Input PCI- Module -ch Isolated Digital I/O PCI- Module -ch Digital I/O PCI- Module -ch Relay and -ch Isolated Digital Input PCI- Module 0 ks/s, -bit, -ch Multifunction PC/ Module -ch Digital I/O PC/ Module -ch Relay and Isolated Digital Input PC/ Module -ch Isolated Digital I/O PC/ Module -ch Counter/Timer with -ch Digital I/O PC/ Module To view all of Advantech s Data Acquisition Boards, please visit

2 Data Acquisition and Control Tutorial & Software PC-based Data Acquisition (DAQ) System Overview Because industrial PC I/O interface products have become increasingly reliable, accurate, and affordable in the last few years, PC-based data acquisition and control systems are nowadays widely used in industrial and laboratory applications such as monitoring, control, data acquisition and automated testing. It requires know-how of electrical and computer engineering to select and build a data acquisition (DAQ) and control system that actually does what you want. This tutorial gives a brief introduction to what data acquisition and control systems do and how to configure them. Here, we cover: Transducers and Actuators Signal Conditioning Data Acquisition and Control Hardware Getting Started Transducers and Actuators A transducer converts temperature, pressure, level, length, position, etc. into voltage, current, frequency, pulses or other signals. Thermocouples, thermistors and resistance temperature detectors (RTDs) are common transducers for temperature measurements. Other types of transducers include flow sensors, pressure sensors, strain gauges, load cells and LVDTs, which measure flow rate, pressure variances, force or displacement. An actuator is a device that activates process control equipment by using pneumatic, hydraulic or electrical power. For example, a valve actuator can open and close a valve to control fluid rates. Signal Conditioning Signal conditioning circuits improve the quality of signals generated by transducers before they are converted into digital signals by the PC's data-acquisition hardware. Examples of signal conditioning are signal scaling, amplification, linearization, cold-junction compensation, filtering, attenuation, excitation, common-mode rejection, and so on. One of the most common signal conditioning functions is amplification. For maximum resolution, the voltage range of the input signals should be approximately equal to the maximum input range of the A/D converter. Amplification expands the range of the transducer signals so that they match the input range of the A/D converter. For example, a x amplifier maps transducer signals that range from 0 to V into the range 0 to V before they go into the A/D converter. Using digital I/O and SSRs to open and close a valve The layout of a typical PC-based data acquisition system - Data Acquisition Boards

3 Data Acquisition & Control Hardware Data acquisition and control hardware generally performs one or more of the following functions: analog input, analog output, digital input, digital output and counter/timer functions. This section will discuss each function and list some considerations that are important when you select a data acquisition and control system. Analog Inputs (A/D) Analog to digital (A/D) conversion changes analog voltage or current levels into digital information. The conversion is necessary to enable a computer to process or store the signals. The most significant criteria when selecting A/D hardware are:. Number of input channels. Single-ended or differential input signals. Sampling rate (in samples per second). Resolution (usually measured in bits of resolution). Input range (specified in full-scale volts). Noise and nonlinearity Analog Outputs (D/A) The opposite of analog to digital conversion is digital to analog (D/A) conversion. This operation converts digital information into analog voltage or current. D/A devices allow a computer to control real-world events. Analog output signals may directly control process equipment. The process can give feedback in the form of analog input signals. This is referred to as a closed loop control system with PID control. Analog outputs can also be used to generate waveforms. In this case, the device behaves as a function generator. Digital Inputs and Outputs Digital input/output functions are useful in applications such as contact closure and switch status monitoring, industrial On/Off control and digital communications. Counter/Timer A counter/timer can be used for event counting, flowmeter monitoring, frequency counting, pulse width measurement, time period measurement, and so on. Getting Started Advantech: The Source For What You Need DAQ Tutorial & Software Advantech manufactures data acquisition hardware and software for measurement, monitoring and applications control. The following guide is provided to help you choose components for your data acquisition system. Step : Know Your Fundamental Goal Decide whether your DAQ system will be used primarily for measurement, monitoring, control, or analysis. Know the data requirements of your process, and know the number of data collection points in your system. Know the required data collection speed, the sampling rate, the type of measurement, the voltage or current being produced, the desired accuracy and the output resolution at each data collection point. Finally, know the timing of events in your system, and any special environmental conditions that exist. Step : Hardware Selection Select the hardware required to achieve your fundamental goal. Advantech provides plug-in boards for Analog-to-Digital, Digital-to-Analog, Digital I/O needs. Both ISA and PCI bus products are available. Your hardware selection should be based on five major criteria:. Number and types of channels. Differential or single-ended inputs. Resolution. Speed. Software compatibility with hardware Step : Accessory Selection Most applications require additional accessories which are available as separate items. These include:. Expansion peripherals to add channels to your system. Cables, signal conditioners and external boxes such as screw terminals or B accessories Step : Software Selection More than any other single factor, software will determine your system start-up time, as well as its effectiveness, suitability for your application, and ease of modification. Three major criteria should determine the choice of software:. Operating system used. User programming expertise. Software compatibility with hardware Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

4 DAQNavi Introduction What is DAQNavi? DAQNavi is a completed software package, for programmers to develop their application programs using Advantech DAQ boards or devices. This integrated software package includes drivers, SDK, tutorial and utility. With the user-friendly design, even the beginner can quickly get familiar with how to utilize DAQ hardware and write programs through the intuitive "Advantech Navigator" utility environment. Many example codes for different development environment dramatically decrease users programming time and effort. Multiple Operating System Support DAQNavi supports many popular operating systems (OSs) used in automation applications. For different OSs, API functions will be the same, so users can simply install the driver without modifying their program again when migrating between two different OSs. DAQNavi supports latest Windows /Vista/XP/Server (Both -bit and -bit). Besides Windows operating system, Linux is famous for its openness and flexibility. DAQNavi software package also support Linux OS including Ubuntu, Fedora, Debian, Susi distributions. For other distributions, please contact the local Advantech branch or dealer in your area. LabVIEW Support LabVIEW is popular graphical development environment used for measurement and automation. For LabVIEW user, DAQNavi offers two options for programming: Express VI and Polymorphic VIs. Express VI helps user quickly complete his programming without extra wiring. When user drags the Express VI on LabVIEW Block Diagram, a pop-up intuitive wizard window will appear and user can perform configurations. After that, the programming is done. So it is similar to the.net Component DAQ Wizard used in Microsoft Visual Studio environment, making programming more easily. As for the Polymorphic VI, user can use several VIs and wiring to build more complex program..net Support DAQNavi offers a series of.net Component object, that you can benefit from platform-unified feature by latest.net technology. User can simply drag and drop the.net Components within.net programming environment, such as Microsoft Visual C# and VB.NET. An intuitive window (called "DAQNavi Wizard") will pop-up, and user can perform all configurations by sequence. It is so-called "Configure & Run" programming. Programmers also can choose writing code manually with the.net Component, to have a more flexible object calling. With Advantech CSCL technology, engineers can do the similar programming in an native environment such as Visual C++. C++, Delphi, VB, BCB and Java Support DAQNavi offers C++ Class Library (for VC++ and Borland C++ Builder) and ActiveX (for Visual Basic, Delphi, and BCB) for Native programming environment with the same calling interface as.net Class Library. With DAQNavi Java Class Library, users can develop Java programs to work across different platforms (including Windows and Linux) by means of Java engine. Support Modules DAQNavi supports all PCI Express, PCI, PC/, and PCI- cards, as well as all USB DAQ devices. Note: For the latest information on applicable devices and OSs or new featrure, visit and search for "DAQNavi". DAQNavi Software Package Architecture Note: When you visit Advantech DAQNavi download website, you can find two software: () DAQNavi SDK () individual DAQNavi driver for specific hardware. You need to install these two software on your computer to utilize the hardware. - Data Acquisition Boards

5 Powerful Intuitive Utility: Advantech Navigator Devices You can see all your installed Advantech DAQ devices here, including the simulated DAQ device called DemoDevice. In other words, you don t need any hardware installed on your computer to test all operations within DAQNavi. For each device, there are four items you can select.. Device Setting You can perform all hardware configurations for the selected device.. Device Test You can test all hardware functionality here, without any programming.. Scenarios Advantech defines commonly-used measurement and automation applications, named "scenarios" for users to refer. For each scenario, one example program is embedded within Advantech Navigator that you can execute it directly. Corresponding source code for each scenario is provided, written by different language (C#, VB.NET, C++, Delphi and Java). Besides, wiring diagram for each scenario is available here.. Reference You can find the detailed user manual for the selected device. SDKs. DAQ User Interface Manual DAQNavi Introduction To shorten the development time, Advantech offer a lot of tutorial and reference documentation.there are two programming ways you can refer: () Class Library () Device Control. You can find instructions for programming. It not only teaches you how to create one application project, but also how to write the program with a programming chart and example code.. Video Tuturial If you don't know how to start creating a project, Advantech offers a tutorial video for your reference. Scenarios Commonly-used for Measurement and Automation Applications Category Scenario Description Instant AI Read single AI value once Analog Asynchronous One Buffered AI Read a buffer of AI values once (Don't need to wait the acquisition is done to run other program) Input Synchronous One Buffered AI Read a buffer of AI values once (Need to wait the acquisition is done to run other program) Streaming AI Continuously read a buffer of AI values Static AO Change AO values once Analog Asynchronous One Waveform AO Change AO value based on a pre-defined waveform once (Don't need to wait the generation is done to run other program) Output Synchronous One Waveform AO Change AO value based on a pre-defined waveform once (Need to wait the generation is done to run other program) Streaming AO Continuously change AO value based on a pre-defined waveform Static DI Read the selected DI port value once When DI bit meets a pre-defined edge change (rising or falling), an DI Interrupt interupt is generated Digital Input DI Pattern Match When selected DI port meets pre-defined pattern, an interupt is Interrupt generated DI Status Change Interrupt When the status of certain selected channel of DI port changes, an interupt is generated Digital Output Static DO Change DO values once Delayed Pulse Generation When a trigger from coutner gate is met, a pulse is generated after a specific period Pulse Output with Timer Interrupt Continuously generate a periodic pulse train (using counter internal clock), and an event will be sent out at the same time. Timer/ Event Counter Continously count the pulse number of signal from counter input Counter Frequency Measurement Meaure frequency of singal from counter input Pulse Width Measurement Meaure pulse width of signal from counter input PWM Output Generate PWM (Pulse Width Modulation) signal Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

6 A-DAQ Pro Introduction What is A-DAQ Pro? A-DAQ Pro is a collection of ActiveX controls for performing I/O operations within any compatible ActiveX control container, such as Visual Basic, Delphi, etc. You can easily perform the I/O operations through properties, events and methods. With A-DAQ Pro, you can perform versatile I/O operations to control your Advantech devices. The A-DAQ Pro package contains the following components: Advantech ActiveDAQ Pro Device Control: Enumerate all Advantech devices, direct I/O operation. Advantech ActiveDAQ Pro AI Control: Retrieve data from Advantech AI device. Advantech ActiveDAQ Pro AO Control: Export data to Advantech AO device. Advantech ActiveDAQ Pro Digital I/O Control: Digital I/O operation. Advantech ActiveDAQ Pro Thermo Control: Retrieve temperature by thermocouple measurement. Advantech ActiveDAQ Pro Counter Control: Counter input signal. Advantech ActiveDAQ Pro Pulse Control: Pulse signal output. You can use these ActiveX controls in any development tool that supports them, including LabView, Microsoft Visual C++. Microsoft Visual Basic, Borland C++ Builder, Borland Delphi, and Microsoft Visual Studio.NET. Intensity Control: It offers two-dimensional display and simple interpolation for scattered D data points so that the user can conveniently check the intensity variation trend of scattered D data points. Knob Control: It is a circular data controlling control that provides various graph styles and can be used to display one or more values on the same interface. What's New in A-DAQ Pro? In the latest version of the ActiveDAQ series: A-DAQ Pro, efforts have been made to improve on the technical aspects and to provide a clear-cut mode of operation, as explained in the following summary: LED Control: This control provides data display and editing functions with the seven-segment nixie tube mode. NumEditor Control: This control provides the user with the functions of data displaying and editing. After the FormatString has been chosen or defined by the user, the values of the control will be adjusted automatically according to the FormatString and displayed in the text edit box. Slider Control: It is a linear data controlling control that provides various graph styles. A slider control can be used to set or display one or more values. Graphical User Interface Control Components Advantech A-DAQ Pro GUI control collection consists of an abundance of graphical user interface (GUI) control components, which enable users to conveniently and quickly build graphical display modules for data acquisition so as to supervise the changing status of the object. A-DAQ Pro GUI control collection also helps users easily develop prototype vision applications in an interactive environment without programming. These control components include: Button Control: It offers various display styles (D and D) and is a Boolean control that displays an on or off state (True or False). Graph Control: This control provides abundant graph display functions, which enable the user to display data of various sources simultaneously. - Data Acquisition Boards

7 Supports All Advantech DAQ Devices with High Speed Functions A-DAQ Pro now fully supports all Advantech DAQ cards and functions with complete high speed data acquisition, including AI (analog input), AO (analog output), DI/O (digital input/output) and counter cards. These high speed functions are preformed by interrupt and DMA data transfer. Easy-to-use Property Sheet Interface for Configuring Controls The property page will offer selections which will give easy access to all settings and eliminate unnecessary programming. Programming will only be required in specialized situations. Independent Operation of Controls A-DAQ Pro offers total independent control operation, needing no support from other existing controls. Uses Known Physical Properties Physical properties like voltage, current and frequency can now be directly applied by the user and will automatically be reassigned to the data needed by GainCode and sampling rate. Making these changes has ensured that A-DAQ Pro has become much more user friendly. Straightforward User Interface The new version has become less-hardware dependent and it has relied more on intuition during the user interface. During the redesigned process, the target was to decrease the development difficulties. It has become easier for both entry level and advanced level users to manage. Uses Optional Lists Instead of Direct Input Now lists are provided with values which remain limited over various processes. This option is much more convenient to input and will eliminate a large portion of the direct data input. Default Settings for Immediate Execution Proper default settings have now been added to all methods and properties. That means quicker execution for the user, which will offer a prompt response. Properties and Parameters are Chosen Automatically When the user opts for some specific methods in A-DAQ Pro it can automatically result in appropriate properties and parameters. For example, A-DAQ Pro control can automatically determine an appropriate data transferring method to perform the data acquisition. (Software, interrupt and DMA transfer) Parameter Check-up and Correction Each input parameter has to be within a certain range. As a result it has to have check-up to ensure legitimacy. In most cases the user will be notified and in others there will be an automatic correction. Better Defined Error Messages and Diagnostic Guide A-DAQ Pro offers clear error messages description and diagnostic guides for all return errors. Supports All Widely Known Development Platforms A-DAQ Pro support Microsoft Windows 000/XP and Vista operation systems. As with the previous version, ActiveDAQ.x, it continues to support all widely known development platforms based on ActiveX technolygy. These platforms include LabView, Microsoft Visual Basic, Visual C++, Visual Basic.Net, Visual C#, Borland C++ Builder and Delphi. What Utilities Does A-DAQ Pro Support? A-DAQ Pro supports several useful utilities and they can really help you to save time on programming. The WaveScan.0 utility, can let you easily do the real-time monitoring with Advantech's devices including acquire signal and display waveforms. You can also save data as an excel file for further analysis. If you want to measure temperature, voltage and electric current directly, you can choose the Virtual Multimeter. It looks like a multimeter so its interface is very easy and friendly. For the Virtual Oscillograph, it can do the functions that are similar to a Real Digital Storage Oscilloscope. You can adjust VOL/DIV scale, shift cursor, set trigger even do the single seq function with this utility. System Requirements PC with at least a MHz or higher microprocessor Microsoft Windows 000/ XP/ Vista VGA compatible graphics card, supporting at least colors Minimum MB of RAM MB of free local hard disk space One CD-ROM driver PCLS-ADPSTD-AE A-DAQ Pro Introduction ActiveX Control-based Software for DAQ Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

8 Analog I/O & Multifunction Card Selection Guide Analog Input Analog Output Digital I/O Timer/Counter Category Bus Multifunction Model PCI-U/UL PCI-HGU PCI-U/UL PCI-/L PCI-/L PCI-0U/UL Spec. Input Ranges Trigger Mode Data Transfer Mode Resolution bits bits bits bits bits bits Channels SE/ Diff. SE/ Diff. SE SE/ Diff. SE/ Diff. Diff. Onboard FIFO,0 samples,0 samples,0 samples,0 samples,0 samples, samples Sampling Rate 0 ks/s 0 ks/s 0 ks/s MS/s 0 ks/s 0 ks/s Unipolar Inputs (V) Bipolar Inputs (V) Configurable Per-Channel Pacer/Software/ External Pulse 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~ 0., 0 ~ 0.0 ±,,, 0., 0., 0.0, 0.0, ±,,.,., 0. PCI 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. - ±,,.,. Analog Slope Advanced Trigger Software DMA Bus-mastering Bus-mastering Resolution bits bits bits bits bits bits Channels (PCI-U only) (PCI-U only) (PCI- only) (PCI- only) (PCI-0U only) Onboard FIFO - - -, samples - - Output Range (V) 0 ~, 0 ~ 0 ~, 0 ~ 0 ~, 0 ~ 0 ~, 0 ~, ±, ± 0 ~, 0 ~, ±, ± 0 ~, 0 ~, ±, ±, 0 ~ 0 ma, 0 ~ ma, ~ 0 ma Output Rate Static update Static update Static update MS/s Static update Static update DMA Transfer Input Channels Output Channels (shared) (shared) Channels Resolution bits bits bits bits bits bits Max. Input Frequency MHz MHz MHz MHz MHz MHz Isolation Voltage Auto Calibration BoardID Switch - Dimensions (mm) x 0 x 0 x 0 x 0 x 0 x 0 Connector -pin SCSI -pin SCSI -pin SCSI -pin SCSI -pin SCSI -pin SCSI Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) Win CE.0/.0 Driver Linux Driver - A-DAQ Pro Software - Labview I/O Driver Page * All channels should be set to the same range. ** SS: Single DMA channel, Single A/D channel scan; SM: Single DMA channel, Multiple A/D channel scan - Data Acquisition Boards

9 PCI Multifunction PCI-HDU PCI-U PCI-U PCL-B PCL-PG PCL-L PCL-HD PCL-HG bits bits bits bits bits bits bits bits SE/ Diff. SE/ Diff. SE/ Diff. SE SE SE/ Diff SE/ Diff SE/ Diff,0 samples,0 samples,0 samples - - -,0 samples,0 samples 0 ks/s 00 ks/s MS/s 0 ks/s 0 ks/s 0 ks/s 0 ks/s 0 ks/s 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~.* ±,,.,., 0.* 0 ~, 0 ~ 0 ~., 0 ~. ±,,.,.,0. ISA ±,.,., 0., 0. ±,,.,., 0., 0. ±,,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~ 0., 0 ~ 0.0 ±,,, 0., 0., 0.0, 0.0, Bus-mastering - SS** SM** SM** SM** bits bits bits bits bits bits bits bits ~, 0 ~ ±, ± 0 ~, 0 ~, ±, ± Selection Guide 0 ~, 0 ~ 0 ~, 0 ~ 0 ~, 0 ~ 0 ~, 0 ~, ± 0 ~, 0 ~, ± Static update Static update Static update Static update Static update Static update Static update Static update bits bits bits - bits bits bits bits MHz MHz MHz - MHz MHz MHz MHz x 0 x 0 x 0 x 0 x 0 x 0 x 0 x 0 DB -pin SCSI -pin SCSI x 0-pin x 0-pin DB DB DB online online online online online Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

10 Analog I/O & Multifunction Card Selection Guide Analog Input Category Multifunction Analog Input Bus PC/ PCI- PCIe PCI Model PCM-H PCM-HG PCM-HO PCM-I PCIE- PCI-U Spec. Input Ranges Trigger Mode Data Transfer Mode Resolution bits bits bits bits bits bits Channels SE/ Diff. SE/ Diff. SE/ Diff. SE/ Diff. SE SE/ Diff. Onboard FIFO - -,0 samples,0 samples, samples,0 samples Sampling Rate 0 ks/s 0 ks/s 0 ks/s* 0 ks/s 0 MS/s 0 ks/s Unipolar Inputs (V) Bipolar Inputs (V) Configurable Per-Channel Pacer/Software/ External Pulse 0 ~, 0 ~ 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~ 0 ~ 0., 0 ~ 0.0 ±,,, 0., 0., 0.0, 0.0, ~, 0 ~ 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. - ±,.,, 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. Analog Slope Advanced Trigger Software DMA SS** SS** SS** - Bus-mastering - Resolution - - bits bits - - Channels Analog Output Digital I/O Timer/ Counter Onboard FIFO Output Range (V) ~, 0 ~ 0 ~, 0 ~, ±, ± - - Output Rate - - Static update 0 ks/s - - DMA Transfer Input Channels - - Output Channels (shared) (shared) (shared) (shared) - - Channels - - Resolution bits bits bits bits - - Max. Input Frequency MHz MHz MHz MHz - - Isolation Voltage ,00 VDC Auto Calibration BoardID Switch Dimensions (mm) x 0 x 0 x 0 x 0 x 0 x 0 Connector x 0-pin x 0-pin x 0-pin 0-pin/-pin box header x B DB Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) Win CE.0/.0 Driver - Linux Driver A-DAQ Pro Software Labview I/O Driver Page * 0 khz on Pentium -based (or upper) system ** SS: Single DMA channel, Single A/D channel scan - Data Acquisition Boards

11 Analog Input Selection Guide Analog Output PCI ISA PCI- PCI PCI-U PCI-UL PCI-U PCI-U PCL-B PCM-I PCI-0U PCI- bits bits bits bits bits bits - - SE SE SE/ Diff. SE/ Diff. SE SE/ Diff. - -, samples, samples,0 samples,0 samples -,0 samples MS/s MS/s 00 ks/s 0 ks/s ks/s 0 ks/s ±,.,, 0. ±,.,, 0. 0 ~, 0 ~ 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,.,., 0. 0 ~, 0 ~, 0 ~., 0 ~. ±,.,., Pacer/Software Software Bus-mastering Bus-mastering Bus-mastering Bus-mastering bits bits (Waveform Output) ,0 samples ~, 0 ~, ±, ±, 0 ~ 0 ma, ~ 0 ma 0 ~, 0 ~, ±, ±, 0 ~ 0 ma, ~ 0 ma Static update MS/s Bus-mastering (shared) bits MHz - -,00 VDC - 00 VDC,00 VDC,00 VDC x 0 x 0 x 0 x 0 x 0 x 0 x 0 x 0 x B x B DB -pin SCSI DB 0-pin DB -pin SCSI online Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

12 Analog I/O & Multifunction Card Selection Guide Analog Input Analog Output Digital I/O Timer/ Counter Category Analog Output Bus PCI ISA Model PCI- PCI-U PCI-U PCL- PCL- PCL- Spec. Input Ranges Trigger Mode Data Transfer Mode Resolution Channels Onboard FIFO Sampling Rate Unipolar Inputs (V) Bipolar Inputs (V) Configurable Per-Channel Pacer/Software/ External Pulse Analog Slope Advanced Trigger Software DMA Resolution bits bits bits bits bits bits Channels Onboard FIFO Output Range (V) ±, 0 ~ 0 ma, ~ 0 ma ±, 0 ~ 0 ma ±, 0~0 ma 0 ~, 0 ~, ±, ±, ~ 0 ma 0 ~, 0 ~, ±, ~ 0 ma 0 ~, 0 ~, ±, ±, 0 ~ 0 ma, ~ 0 ma Output Rate Static update Static update Static update Static update Static update Static update DMA Transfer Input Channels - - Output Channels (shared) - - Channels Resolution Max. Input Frequency Isolation Voltage -,00 VDC - - -,00 VDC Auto Calibration BoardID Switch Dimensions (mm) x 0 x 0 x 0 x x x Connector -pin SCSI DB x -pin, DB x 0-pin x 0-pin, DB x DB Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) Win CE.0/.0 Driver Linux Driver A-DAQ Pro Software Labview I/O Driver Page online online online - Data Acquisition Boards

13 Digital I/O & Counter Card Selection Guide TTL DI/O Isolated DI/O Timer/ Counter Advanced Function Category Bus Non-Isolated Digital I/O Model PCI-U PCI-U PCI-U PCI- PCI- PCI- PCI-UP Input Channels Output Channels (shared) Output Channel Input Output Sink Current Source Current (shared) PCI (shared) (shared) (shared) (shared) 0.V 0. V 0. V 0. V 0. V 0.V 0. V V V V V V Channels Isolation Voltage Input Range Channels Isolation Voltage Output Range Max. Sink Current Channels Resolution bits - - bits - bits - Max. Input Frequency MHz - - MHz - MHz - Pattern Match Change of State BoardID Switch Channel-Freeze Function Output Status Read Back Dry/Wet Contact* - - Dimensions (mm) x 0 x 0 x 0 x 0 x 0 x 0 x Connector x 0-pin x 0-pin x 0-pin -pin SCSI 0-pin SCSI 0-pin SCSI-II x DB Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) - Win CE.0/.0 Driver Linux Driver - A-DAQ Pro Software Labview I/O Driver Page * Dry/wet contact can be mixed at the same time within one group. Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

14 Digital I/O & Counter Card Selection Guide TTL DI/O Category Non-Isolated Digital I/O Bus ISA PC/ PCI- Model PCL-0+ PCL- PCL- PCL- PCM- PCM-I Output Channel Input Input Channels Output Channels (shared) (shared) (shared) (shared) (shared) Sink Current 0. V 0. V 0. V 0. V 0. V 0. V Source Current V - V V V V V Channels Isolation Voltage Input Range Isolated DI/O Output Channels Isolation Voltage Output Range Max. Sink Current Timer/ Counter Advanced Function Channels Resolution bits Max. Input Frequency MHz Pattern Match Change of State BoardID Switch Channel-Freeze Function Output Status Read Back - Dry/Wet Contact* Dimensions (mm) x 0 x 0 x 0 x 0 x 0 x 0 Connector X 0-pin x 0-pin x 0-pin x 0-pin x 0-pin x 0-pin Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) Win CE.0/.0 Driver Linux Driver A-DAQ Pro Software Labview I/O Driver Page online online online online - -0 * Dry/wet contact can be mixed at the same time within one group. - Data Acquisition Boards

15 Isolated Digital I/O PCI Express PCIE-0 PCIE- PCIE- PCIE- PCIE V V (Sink) - (Sink) (Sink) (Sink),00 VDC -,00 VDC,00 VDC,00 VDC ~ 0 VDC - ~ 0 VDC ~ 0 VDC. ~ VDC (Sink) (Sink) - (Sink) x Form A x Form C,00 VDC,00 VDC -,00 VDC,00 VDC ~ 0 VDC ~ 0 VDC - ~ 0 VDC 00 ma 00 ma - 00 ma VAC 0 VAC x UP CTR x PWM bits (,00 Isolation) Hz for UP CTR x 0 x 0 x 0 x 0 x 0 x DB x 0-pin 0-pin SCSI 0-pin SCSI 0-pin SCSI x DB Selection Guide Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

16 Digital I/O & Counter Card Selection Guide TTL DI/O Category Bus Isolated Digital I/O Model PCI-0U PCI- PCI- PCI-0 PCI-U Output Channel Input Input Channels Output Channels Sink Current 0. V Source Current V Channels (Sink) (Sink) - (Sink) - Isolation Voltage,00 VDC,00 VDC -,00 VDC - Input Range ~ 0 VDC ~ 0 VDC - ~ 0 VDC - PCI Isolated DI/O Timer/ Counter Output Channels (Sink) - (Sink) (Sink) (Sink) Isolation Voltage,00 VDC -,00 VDC,00 VDC,00 VDC Output Range ~ 0 VDC - ~ 0 VDC ~ 0 VDC ~ 0 VDC Max. Sink Current 00 ma - 00 ma 00 ma 00 ma Channels Resolution bits - Advanced Function Max. Input Frequency MHz - Pattern Match Change of State BoardID Switch - Channel-Freeze Function Output Status Read Back - - Dry/Wet Contact* - - Dimensions (mm) x 0 x 0 x 0 x 0 x 0 Connector x DB x 0-pin x DB x DB x DB 0-pin SCSI Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) Win CE.0/.0 Driver - - Linux Driver A-DAQ Pro Software Labview I/O Driver Page * Dry/wet contact can be mixed at the same time within one group. - Data Acquisition Boards

17 Isolated Digital I/O PCI PCI- PCI- PCI-UDI PCI-UDO PCI-UDIO PCI-0U PCI- PCI (Sink) (Sink) - (Sink) (Sink) (Sink),00 VDC,00 VDC,00 VRMS -,00 VDC,00 VDC,0 VDC,00 VDC ~ 0 VDC ~ 0 VDC ~ VDC - ~ VDC. ~ VDC ~ 0 VDC ~ 0 VDC - (Sink) - x Form A x Form C x Form A x Form C -,00 VDC -,00 VRMS,00 VDC,00 VDC,00 VDC,00 VDC - ~ 0 VDC - ~ 0 VDC ~ 0 VDC - 00 ma - 0 ma 0 ma VAC 0 VDC x Up CTR x PWM bits (,00 Isolation) 00 Hz for Up CTR 0 VAC 0 VDC ** 0. 0 VAC 0 VDC x 0 x 0 x 0 x 0 x 0 x 0 x 0 x 0 0-pin SCSI 0-pin SCSI Dual 0-pin mini-scsi Dual 0-pin mini-scsi Dual 0-pin mini-scsi Selection Guide x DB x DB x DB Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

18 Digital I/O & Counter Card Selection Guide TTL DI/O Isolated DI/O Timer/ Counter Advanced Function Category Isolated Digital I/O Counter Bus ISA PC/ PCI- PCI ISA PC/ Model PCL- PCL- PCM- PCM-0 PCM-0I PCM-I PCI-0U PCL- PCM-0 Input Channels Output Channels (shared) Output Channel Input Output Sink Current Source Current ma 0. V V V 0. V 0. V Channels (Sink) Isolation Voltage Input Range Channels Isolation Voltage,00 VDC -,00 VDC,00 VDC,00 VDC,00 VDC ~ VDC - ~ 0 VDC ~ VDC ~ 0 VDC ~ 0 VDC x Form A x Form C Output Range Max. Sink Current x Form C x Form C x Form C - - -,000 VDC,000 VDC,000 VDC,00 VDC,00 VDC,000 VDC VAC 0 VDC VAC 0 VDC 0 VDC 0 VDC ~ 0 VDC ~ 0 VDC 0. 0 VAC 0. V V ma 00 ma 0 VDC Channels x CTR x CTR x PWM Resolution bits bits bits Max. Input Frequency MHz MHz 0 MHz Pattern Match Change of State BoardID Switch Channel-Freeze Function Output Status Read Back Dry/Wet Contact* Dimensions (mm) x x 0 x 0 x 0 x 0 x 0 x 0 x 0 x 0 Connector x DB x DB x 0-pin x 0-pin x 0-pin x 0-pin x 0-pin x 0-pin -pin SCSI x DB x 0-pin Windows 000/XP Driver and SDK Windows Vista Driver and SDK Windows Driver and SDK (DAQNavi) x 0-pin x 0-pin Win CE.0/.0 Driver Linux Driver A-DAQ Pro Software Labview I/O Driver Page online online online - * Dry/wet contact can be mixed at the same time within one group. ** Jumper selectable Form A/Form B-type relay output - Data Acquisition Boards

19 PCIE- Introduction Analog Input single-ended bits Max. Sampling Rate 0 MS/s FIFO Size, samples each channel Overvoltage Protection Vp-p Input Impedance 0 W/ MW/Hi Z jumper selectable/0 pf Sampling Modes Software polling, pacer Trigger Modes Post-trigger, pre-trigger, delay-trigger, about-trigger Input Range (V, software programmable) & Absolute Accuracy Bipolar ± ±. ± ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Bus Type PCI Express V.0 I/O Connectors x B connector (for AI) x PS/ connector (for Ext. clock and trigger) Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma ; 00 ma Max.: A; 00m A Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) single-ended analog input channels -bit A/D converter, with up to 0 MHz sampling rate Programmable gain Onboard FIFO memory (, samples each channel) A/D converters simultaneously sampling Multiple A/D triggering modes Programmable pacer/counter BoardID switch PCI Express V.0 0 MS/s, -bit, Simultaneous -ch Analog Input PCI Express Card PCIE- is an advanced high-performance data acquisition card based on the PCI Express bus. With a large FIFO of, for each channel, the maximum sampling rate of PCIE- can get up to 0 MS/s, on each channel, with an emphasis on continuous, non-stop, high-speed, streaming data of samples to host memory. PCIE- ADAM-0 PCL-B- PCL-0- PCL-0- Pin Assignments 0 MS/s, -bit, Simultaneous -ch AI PCIe Card DB DIN-rail Wiring Board B to B Wiring Cable, m DB to PS/ Cable, m DB to PS/ Cable, m Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

20 PCIE-0 -ch TTL and -ch Isolated Digital I/O PCI Express Card -ch isolated DI/O (-ch digital input, -ch digital output) -ch TTL DI/O (-ch digital input,-ch digital output) High output driving capacity Interrupt handling capability x 0-pin connectors for isolated DI/O channels and for TTL DI/O channels D-type connector for isolated input and output channels High-voltage isolation on output channels (,00 V DC) Introduction PCIE-0 offers isolated digital input channels as well as isolated digital output channels with isolation protection up to,00 V DC, which makes them ideal for industrial applications where high-voltage isolation is required. There are also TTL digital I/O channels on PCIE-0. Digital Input Logic 0: 0. V max. Logic :.0 V min. Interrupt Capable Ch. (DI0, DI) Isolated Digital Input Logic 0: V max. ( V max.) Logic : V min. (0 V max.) Interrupt Capable Ch. (IDI0, IDI) Isolation Protection,00 V DC Opto-Isolator Response 0 μs Input Resistance. W Digital Output Output Voltage Logic 0: 0. V max. Logic :.0 V min. Output Capability Sink: ma Source: ma Isolated Digital Output Output Type Sink type (NPN) Isolation Protection,00 V DC Output Voltage ~ 0 V DC Sink Current 00 ma max./channel Opto-Isolator Response 0 µs Bus Type PCI Express V.0 I/O Connectors x DB female connector x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, ma Max.: 00 ma, 0 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature - ~ C (- ~ F) Storage Humidity ~ % RH, non-condensing (see IEC --) PCIE-0 PCL-- PCL-- ADAM-0 PCLD- PCLD- PCLD- ADAM- PCL-- PCL-- PCL-- -ch Isolated Digital I/O PCIe Card 0-pin Flat Cable, m 0-pin Flat Cable, m 0-pin DIN-rail Flat Cable Wiring Board -ch Isolated DI Board w/ m 0-pin Flat Cable -ch Power Relay Board w/ 0p & 0p Flat Cables -ch Relay Board w/ One m 0-pin Flat Cable DB DIN-rail Wiring Board DB Cable, m DB Cable, m DB Cable, m -0 Data Acquisition Boards

21 PCIE- PCIE- PCIE- PCIE- Introduction Isolated Digital Input PCIE-: PCIE-: Logic 0: V max. Logic : V min. (0 V DC max.) Input Current V ma 0 V ma 0 V ma Interrupt Capable Ch. PCIE-: PCIE-: Isolation Protection,00 V DC Overvoltage Protection 0 V DC ESD Protection,000 V DC Opto-Isolator Response 0 µs Isolated Digital Output PCIE- PCIE-: PCIE-: Output Type Sink (NPN) Isolation Protection,00 V DC Output Voltage ~ 0 V DC Sink Current 00 ma max./channel Opto-isolator Response 0 µs PCIE- -ch Isolated Digital Output PCI Express Card -ch Isolated Digital Input PCI Express Card -ch Isolated Digital I/O PCI Express Card PCIE-/ Wide output range ( ~ 0 V DC) High sink current on isolated output channels (00mA max./ch),000 V DC ESD protection High-voltage isolation (,00 V DC) Interrupt handling capability PCIE-/ Wide input range ( ~ 0 V DC) Either +/- voltage input for DI by group High over-voltage protection (0 V DC) High-voltage isolation (,00 V DC) Output status read-back Keeps the output settings and values after system hot reset Channel-freeze function The Advantech PCIE-, PCIE- and PCIE- series products offer isolated digital input and output channels with,00 V DC isolation protection. They feature a wide input range ( ~ 0 V DC), wide output range ( ~ 0 V DC) and high sink current (00mA max./channel) can make PCIE-// series products easily used in industrial automation control systems. With the help of the latest Advantech driver - DAQNavi, users can perform the configuration and setting easily and efficiently in the programming. Bus Type PCI Express V.0 I/O Connectors x 0-pin SCSI female connector Dimensions (L x H) x 0mm (." x.") Power Consumption PCIE- Typical:. ma Max.:. 0 ma; 0 ma PCIE- Typical:. ma Max.:. 0 ma PCIE- Typical:. ma Max.:. 0 ma; ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCIE- PCIE- PCIE- PCL-0- PCL-0- ADAM- PCL-0M- ADAM-0 -ch Isolated Digital Output PCI Express Card -ch Isolated Digital Input PCI Express Card -ch Isolated Digital I/O PCI Express Card 0-pin SCSI to Two 0-pin SCSI Cable, m 0-pin SCSI to Two 0-pin SCSI Cable, m 0-pin DIN-rail Wiring Board w/ LED Indicators 0-pin SCSI to 0-pin SCSI Cable, m 0-pin DIN-rail Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

22 PCIE-0 -ch Relay and -ch Isolated Digital Input PCI Express Card with -ch Counter/Timer opto-isolated digital input channels relay actuator output channels opto-isolated PWM outputs LED indicators to show activated relays Jumper selectable dry contact/wet contact input signals Up event counters for DI Programmable digital filter function for DI Pattern match interrupt function for DI "Change of state" interrupt function for DI BoardID switch Introduction PCIE-0 relay actuator and isolated digital input card is a PC add-on card for the PCI Express bus. It meets the PCI Express standard Rev..0. It provides opto-isolated digital inputs with isolation protection of,00 V DC for collecting digital inputs in noisy environments, relay actuators that can be used as a on/off control devices or small power switches, and isolated PWM (Pulse Width Modulation) outputs for custom applications. For easy monitoring, each relay is equipped with one red LED to show its on/off status. Each isolated input supports both dry contact and wet contact so that it can easily interface with other devices when no voltage is present in the external circuit. Isolated Digital Input Interrupt Capable Ch. Isolation Protection Opto-Isolator Response μs Input Resistance kw / W Counter/Timer (Sink) Logic 0:.0 V max. Logic :. V min. ( V max.) (IDI0 ~ IDI),00 V DC bits Max. Input Frequency 00 Hz Isolation Protection,00 V DC PWM Channels Digital Noise Filter Min. effective high input period [( ~ ) x ms] + ms Min. effective low input period [( ~ ) x ms] + ms Relay Output Relay Type x Form C, and x Form A Contact Rating V AC, 0 V DC Max. Switching Power VA, 0 W Max. Switching Voltage 0 V AC, 0 V DC Max. Switching Current A Operate/Release Time max. /. ms Resistance Contact: 0 mw max. Insulation: 0 MW 00 V DC Life Expectancy x cycles min.: 0 V DC, V AC (Electrical) cycles min.: 0 V DC, 0. V AC Bus Type PCI Express V.0 I/O Connectors x DB female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: 0 ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC - -, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (IEC --) PCIE-0 PCL-- PCL-- PCL-- ADAM- -ch Relay/IDI PCIe Card w/ -ch Counter/Timer DB Cable, m DB Cable, m DB Cable, m DB DIN-rail Wiring Board - Data Acquisition Boards

23 PCI-0U/UL Introduction Analog Input differential bits Max. Sampling rate 0 ks/s per channel FIFO Size K samples (shared by all AI channels) Overvoltage Protection 0 Vp-p Sampling Mode Delay to Start, Delay to Stop, None Trigger Source Software, Digital, Analog Input Range (V, software programmable) & Absolute Accuracy Bipolar ± ± ±. ±. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Analog Output (PCI-0U only) bits Output Rate Static update Output Range (V/A, software programmable) Voltage Current Slew Rate Driving Capability Output impedance Operation Mode Accuracy Digital Input 0 ~ +V, 0 ~ + V, -V~+V -V~+V 0~0mA,0~mA,~0mA V/µs, ma/µs ma Ω ( max) Software polling ±LSB (Share with Output) Logic 0: 0.V max: Logic :.0V min 0 ks/s, -bit, Simultaneous -ch Universal PCI Multifunction Card differential analog inputs A/D converters simultaneously sampling -bit A/D converter, with up to 0kHz sampling rate for each channel Programmable gain Onboard FIFO memory up to K Sample Multiple A/D triggering modes Programmable pacer/counter BoardID switch Universal PCI Bus (supports.v or V PCI bus signals) PCI-0U is an advanced high-performance multifunction card based on the Universal PCI Bus. With a large FIFO of K Sample, the maximum sampling rate of PCI-0U is up to 0 ks/s with A/D converters simultaneously sampling on each channel. If more than analog input channels are required, multiple cards can be synchronized through the Device-to-Device Bus to support more AI channels simultaneously sampling. The PCI-0U has two -bit D/A output channels, digital input/output channels, and two -bit Time/counter channels so that it can provide specific functions for different application requirements. Digital Output (Share with Input) Output Voltage Logic 0: 0.V max: Logic :.V min Output Capability Sink: 0. 0.V Source: Timer/Counter bits Mode IN:Event Counting, Frequency In, PWM In OUT:OneShot, Pulse Out, PWM Out Max. Input Frequency MHz Reference Clock Internal: 0 MHz External Clock Frequency: Hz ~ MHz Bus Type Universal PCI V. I/O Connector x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma: Max.: A, Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC 00--,) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH non-condensing (refer to IEC 00- -) PCI-0U PCI-0UL PCL-- PCL-- ADAM- Online Download 0 KS/s, -bit Simultaneous Multi. Card 0 KS/s, -bit Simultaneous Multi. Card w/o AO -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards -

24 PCI-U/UL PCI-HGU 0 ks/s, -bit, -ch Universal PCI Multifunction Card 0 ks/s, -bit, -ch Universal PCI Multifunction Card with High Gain -ch single-ended or -ch differential or a combination of analog input -bit A/D converter, with up to 0 khz sampling rate Programmable gain Automatic channel/gain scanning Onboard FIFO memory (,0 samples) Two -bit analog output channels (PCI-U/HGU only) -ch digital input and -ch digital output Onboard programmable counter BoardID switch - Analog Input single-ended/ differential (software programmable) bits FIFO Size,0 samples Overvoltage Protection 0Vp-p Input Impedance GW Sampling Modes Software, onboard programmable pacer and external Input Range (V, software programmable) & Absolute Accuracy PCI-U/UL Gain 0. Bipolar ± ± ±. ±. ±0. Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Absolute Accuracy (% of FSR)* PCI-HGU Gain Bipolar ± ± ± ±0. ±0. ±0.0 ±0.0 ±0.00 Unipolar N/A 0 ~ N/A 0 ~ N/A 0 ~ 0. N/A 0 ~ 0.0 Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Maximum Sampling Rate (S/s, depending on PGIA setting time) Model Gain Max. Sampling Rate PCI-U/UL 0.,,,, 0 ks/s 0., 0 ks/s PCI-HGU, ks/s 0, 0 ks/s 00, 00 0 S/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels of PCI-U are used, the sampling rate is 0k/ = ks/s per channel. Analog Output (PCI-U/HGU only) bits Output Rate Static update Output Range (V, software programmable) Internal Reference Unipolar 0 ~ 0 ~ External Reference 0 ~ +x -x V (- x ) Slew Rate Driving Capability Operation Mode Accuracy V/µs ma Software polling INLE: ± LSB, DNLE: ± LSB Data Acquisition Boards Digital Input Logic 0: 0. V max. Logic :.0 V min. Digital Output Output Voltage Logic 0: 0. V max. Logic :. V min. Output Capability Sink:.0 0. V Source: -0. V Pacer/Counter bits Max. Input Frequency MHz Bus Type Universal PCI V. I/O Connector x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH non-condensing (refer to IEC --) PCI-U PCI-UL PCI-HGU PCLD- PCL-- PCL-- ADAM- 0 ks/s, -bit Multifunction Card 0 ks/s, -bit Multifunction Card w/o AO 0 ks/s, -bit High-gain Multifunction Card DIN-rail Wiring Board w/ CJC -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board

25 PCI-U/UL Analog Input single-ended bits Max. Sampling Rate 0 ks/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels are used, the sampling rate is 0k/ = ks/s per channel. FIFO Size,0 samples Overvoltage Protection 0 Vp-p Input Impedance MΩ/ pf Sampling Modes Software, onboard programmable pacer, or external Input Range (V, software programmable) & Absolute Accuracy Bipolar ± ± ±. ±. ± 0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Analog Output (PCI-U only) bits Output Rate Static update Output Range (V, software programmable) Internal Reference Unipolar 0 ~, 0 ~ External Reference 0 ~ +x -x V (- x ) Slew Rate Driving Capability Output Impedance Operation Mode Accuracy Digital Input V/µs ma 0. Ω Software polling INLE: ±0. LSB DNLE: ±0. LSB Logic 0: 0. V max. Logic :.0 V min. -ch single-ended analog input -bit A/D converter, with up to 0 khz sampling rate Programmable gain Entry-level 0 ks/s, -bit, -ch Universal PCI Multifunction Card Automatic channel/gain scanning Onboard FIFO memory (,0 samples) Two -bit analog output channels (PCI-U only) -ch digital input and -ch digital output Onboard programmable counter Digital Output Output Voltage Logic 0: 0. V Logic :.0 V Output Capability Sink:.0 0. V Source: -0. V Pacer/Counter bits Max. Input Frequency MHz Reference Clock Internal: MHz Bus Type Universal PCI V. I/O Connector x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption PCI-U Typical: 0 ma Max.: A PCI-UL Typical: 00 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH non-condensing (refer to IEC --) PCI-U PCI-UL PCLD- PCL-- PCL-- ADAM- Entry-level 0 ks/s, -bit Multifunction Card Entry-level 0 ks/s, -bit Multi. Card w/o AO DIN-rail Wiring Board w/ CJC -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

26 PCI-/L MS/s, -bit, -ch PCI Multifunction Card single-ended or differential or a combination of analog inputs -bit A/D converter, with up to MHz sampling rate Programmable gain Automatic channel/gain scanning Onboard FIFO memory (AI:,0 samples AO:, samples) Two -bit analog output channels with continuous waveform output function (PCI- only) -ch digital input and -ch digital output Three -bit programmable multifunction counter/timers on MHz Auto-calibration (AI/AO) PCI-Bus mastering data transfer Pre-, post-, about- and delay-trigger data acquisition modes for analog input channels Flexible triggering and clocking capabilities - Analog Input single-ended/ differential (software programmable) bits Max. Sampling Rate Multi-channel, single gain: MS/s Multi-channel, multi gain: 00 ks/s Multi-channel, multi gain, unipolar/bipolar: 00 ks/s FIFO Size,0 samples Note: The sampling rate for each channels will be affected by used channel number. For example, if channels are used, the sampling rate is 00k/ = ks/s per channel. (multi gain, without unipolar/bipolar mixed) Overvoltage Protection 0 Vp-p Input Impedance 0 MW/ pf (Off), 0 MW/0 pf (On) Sampling Modes Software, onboard programmable pacer and external Trigger Modes Pre-trigger, post-trigger, delay-trigger and abouttrigger Input Range (V, software programmable) & Absolute Accuracy Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Analog Output (PCI- only) bits Output Rate MS/s FIFO Size, samples Output Range (V, software programmable) Internal Reference External Reference Bipolar ±, ± Unipolar 0 ~, 0 ~ 0 ~ +x +x V (- x ) -x ~ +x +x V (- x ) Slew Rate 0 V/µs Driving Capability ma Output Impedance 0. Ω max. Operation Mode Software polling, continuous output and waveform output Accuracy INLE: ± LSB DNLE: ± LSB (monotonic) Digital Input Logic 0: 0. V max. Logic :.0 V min. Data Acquisition Boards Digital Output Output Voltage Logic 0: 0. V max. Logic :.0 V min. Output Capability Sink:.0 0. V Source: -0. V Pacer/Counter bits Max. Input Frequency MHz Reference Clock Internal: MHz, MHz, 0 khz, khz External Frequency: MHz max. Bus Type PCI V. I/O Connector x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, 00 ma Max.: A, 00 ma Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ C (- ~ F) Storage Humidity ~ % RH non-condensing (refer to IEC --) PCI- PCI-L PCLD- PCL-- PCL-- ADAM- MS/s, -bit High-speed Multifunction PCI Card MS/s, -bit High-speed Multi. PCI Card w/o AO DIN-rail Wiring Board for PCI-/L -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board

27 PCI-/L Analog Input single-ended/ differential (software programmable) bits Max. Sampling Rate 0 ks/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels are used, the sampling rate is 0k/ =. ks/s per channel. FIFO Size,0 samples Overvoltage Protection 0 Vp-p Input Impedance 0 MΩ/ pf (off), 0 MΩ/0 pf (on) Sampling Modes Software, onboard programmable pacer and external Input Range (V, software programmable) & Absolute Accuracy Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Analog Output (PCI- only) bits Output Rate Static update Output Range (V, software programmable) Internal Reference External Reference Slew Rate Driving Capability Output Impedance Operation Mode Accuracy Digital Input Unipolar 0 ~, 0 ~ Bipolar ±, ± 0 ~ +x +x V (- x ) -x ~ +x +x V (- x ) 0 V/µs 0 ma 0. Ω max. Software polling INLE: ± LSB Logic 0: 0. V max. Logic :.0 V min. single-ended or differential or a combination of analog inputs -bit A/D converter, with up to 0 khz sampling rate Onboard FIFO memory (,0 samples) Auto-calibration PCI-Bus mastering data transfer analog output channels (PCI- only) -ch digital input and -ch digital output Onboard programmable counter BoardID switch Digital Output Output Voltage Logic 0: 0. V max. Logic :. V min. Output Capability Sink: V Source: -. V Pacer/Counter bits Max. Input Frequency MHz Reference Clock Internal: MHz External Clock Frequency: MHz max. Bus Type PCI V. I/O Connector x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, 00 ma Max.: A, 00 ma Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ C (- ~ F) Operating Humidity ~ % RH non-condensing(refer to IEC -, -, -) Storage Humidity ~ % RH non-condensing (refer to IEC -, -, -) PCI- PCI-L PCLD- PCL-- PCL-- ADAM- 0 ks/s, -bit, -ch PCI Multifunction Card 0 ks/s, -bit High-resolution Multi. Card 0 ks/s, -bit High-res. Multi. Card w/o AO DIN-rail Wiring Board w/ CJC -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

28 PCI-HDU 0 ks/s, -bit, -ch Universal PCI Multifunction Card ISA-Compatible with PCL-HD -ch single-ended or -ch differential analog input -bit A/D converter, with up to 0 khz sampling rate Programmable gain Automatic channel/gain scanning Onboard FIFO memory (,0 samples) One -bit analog output channel -ch digital input and -ch digital output Universal PCI bus (support. V or V PCI bus signal) BoardID switch Analog Input single-ended/ differential (software programmable) bits Max. Sampling Rate 0 ks/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels are used, the sampling rate is 0k/ = ks/s per channel. FIFO Size,0 samples Overvoltage Protection 0 Vp-p Input Impedance 0 MΩ Sampling Modes Software, onboard or external programmable pacer Input Range (V, software programmable) & Absolute Accuracy Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy Analog Output bits Output Rate Static update Output Range (V, software programmable) Internal Reference Unipolar 0 ~, 0 ~ External Reference 0 ~ x x V (- x ) Slew Rate Driving Capability Output Impedance Operation Mode Accuracy Digital Input V/µs ma 0. Ω max. Software polling INLE: ±LSB Logic 0: 0. V max., Logic : V min. Digital Output Output Voltage Logic 0: 0. V max. Logic :.0 V min. Output Capability Sink:.0 0. V Source: -0. V Counter/Timer bits Max. Input Frequency MHz Reference Clock Internal: MHz External Clock Frequency: MHz Bus Type Universal PCI V. I/O Connector x DB female connector x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C (- ~ F) Operating Humidity ~ % RH non-condensing (refer to IEC -, -, -) Storage Humidity ~ % RH non-condensing (refer to IEC -, -, -) PCI-HDU PCL-- PCL-- PCL-- PCL-- PCL-- ADAM-0 ADAM- 0 ks/s, -bit, -ch Univ. PCI Multi. Card 0-pin Flat Cable, m 0-pin Flat Cable, m DB Cable, m DB Cable, m DB Cable, m 0-Pin Flat Cable Terminal, DIN-rail Mount DB DIN-rail Wiring Board - Data Acquisition Boards

29 PCI-U PCI-U PCI-U PCI-U Analog Input single-ended/ differential (software programmable) bits Max. Sampling Rate PCI-U: 00 ks/s PCI-U: single-channel - MS/s multi-channel - 00 ks/s unipolar and bipolar mixed - 0 ks/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels of PCI-U are used, the sampling rate is 00k/ = 00 ks/s per channel (without unipolar and bipolar mixed). FIFO Size,0 samples Overvoltage Protection 0 Vp-p Input Impedance 0 MΩ/pF (Off); 0 MΩ/0pF (On) Sampling Mode Software, onboard programmable pacer and external Input Range* (V, software programmable) & Absolute Accuracy Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Absolute Accuracy (% of FSR)** * All channels should be set to the same range ** ± LSB is added as the derivative for absolute accuracy Analog Output PCI-U: PCI-U: bits Output Rate Static update Output Range (V, software programmable) Internal Bipolar ±, ± Reference Unipolar 0 ~, 0 ~ External Reference 0 ~ +xv (- x ) -x ~ +xv (- x ) Slew Rate Driving Capability Output Impedance Operation Mode Accuracy PCI-U: 0 V/us PCI-U: 0 V/us ±0 ma 0. Ω max. Software polling INLE: ±LSB 00 ks/s, -bit, -ch Universal PCI Multifunction Card MS/s, -bit, -ch Universal PCI Multifunction Card -ch single-ended or -ch differential analog input PCI-U: -bit A/D converter, with up to 00 khz sampling rate PCI-U: -bit A/D converter, with up to MHz sampling rate Onboard FIFO memory (,0 samples) Auto calibration PCI-U: x -bit analog output channel PCI-U: x -bit analog output channels -ch digital input and -ch digital output Universal PCI bus (support. V or V PCI bus signal) Onboard programmable counter BoardID switch Digital Input Logic 0: 0. V max. Logic :.0 V min. Digital Output Output Voltage Logic 0: 0. V max. Logic :.0 V min. Output Capability Sink: 0. V Source: - V Counter/Timer bits Max. Input Frequency MHz Reference Clock Internal: MHz External Clock Frequency: MHz Bus Type Universal PCI V. I/O Connector Type x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, 00 ma Max.: A, 00 m A Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCI-U PCI-U PCL-- PCL-- ADAM- PCLD- 00 ks/s, -bit, -ch Univ. PCI Multi. Card MS/s, -bit, -ch Univ. PCI Multi. Card -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board DIN-rail Wiring Board w/ CJC Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

30 PCI-U PCI-UL 0 MS/s, -bit, Simultaneous -ch Analog Input Universal PCI Card MS/s, -bit, Simultaneous -ch Analog Input Universal PCI Card single-ended analog input channels -bit A/D converter, with up to 0 MHz sampling rate Programmable gain Onboard FIFO memory (PCI-U:, samples; PCI-UL:, samples, each channel) A/D converters simultaneously sampling Multiple A/D triggering modes Programmable pacer/counter BoardID switch Universal PCI Bus (supports. V or V PCI bus signals) Introduction PCI-U and PCI-UL are advanced high-performance data acquisition cards based on the PCI bus. With a large FIFO of, for each channel, the maximum sampling rate of PCI-U can get up to 0 MS/s, on each channel, with an emphasis on continuous, non-stop, high-speed, streaming data of samples to host memory. The low-cost PCI-UL offers MS/s on each channel at a stable rate, and has also been equipped with a universal PCI interface. Analog Input single-ended bits Max. Sampling Rate PCI-U: 0 MS/s per channel PCI-UL: MS/s per channel FIFO Size PCI-U: 0 MS/s, samples each channel PCI-UL:, samples each channel Overvoltage Protection 0 Vp-p Input Impedance 0 W/ MW/Hi Z jumper selectable/0 pf Sampling Modes Software polling, pacer Trigger Modes Post-trigger, pre-trigger, delay-trigger, about-trigger Input Range (V, software programmable) & Absolute Accuracy Bipolar ± ±. ± ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy PCI-U 0 MS/s, -bit, Simultaneous -ch AI PCI Card PCI-UL MS/s, -bit, Simultaneous -ch AI PCI Card ADAM-0 DB DIN-rail Wiring Board PCL-B- B to B Wiring Cable, m PCL-0- DB to PS/ Cable, m PCL-0- DB to PS/ Cable, m Pin Assignments Bus Type Universal PCI V. I/O Connectors x B connector (for AI) x PS/ connector (for Ext. clock and trigger) Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma ; 00 ma Max.: A; 00m A Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) -0 Data Acquisition Boards

31 PCI-U PCI-U Analog Input single-ended/ differential (software programmable) bits Max. Sampling Rate PCI-U: 0 ks/s PCI-U: 00 ks/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels of PCI-U are used, the sampling rate is 00k/ = ks/s per channel. FIFO Size PCI-U:,0 samples PCI-U:,0 samples Overvoltage Protection 0 Vp-p Isolation Protection,00 V DC Input Impedance GW Sampling Modes Software, onboard programmable pacer and external (TTL level) Input Range (V, software programmable) & Absolute Accuracy Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy PCI-U PCI-U Bus Type Universal PCI V. I/O Connector x DB female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH non-condensing (refer to IEC --) 0 ks/s, -bit, -ch Isolated Analog Input Universal PCI Card 00 ks/s, -bit, -ch Isolated Analog Input Universal PCI Card,00 V DC isolation protection -ch single-ended or -ch differential or a combination of analog input -bit resolution for A/D conversion Programmable gain for each input channel Onboard FIFO memory (PCI-U:,0 samples; PCI-U:,0 samples) Software, internal or external pacer sampling modes supported Universal PCI bus BoardID switch PCI-U PCI-U ADAM- PCL-- PCL-- PCL-- Pin Assignments 0 ks/s, -bit, -ch Isolated AI PCI Card 00 ks/s, -bit, -ch Isolated AI PCI Card DB DIN-rail Wiring Board DB Cable, m DB Cable, m DB Cable, m Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

32 PCI-U 0 ks/s, -bit, -ch Analog Input Universal PCI Card -ch single-ended or -ch differential or a combination of analog input -bit A/D converter, with up to 0 khz sampling rate Auto calibration Onboard FIFO memory (,0 samples) PCI-Bus mastering data transfer Universal PCI Bus (support. V or V PCI bus signal) BoardID switch Introduction PCI-U is a high-resolution, high-channel-count analog input card for the PCI bus. Its sampling rate is up to 0 ks/s and -bit resolution provides the resolution needed for most data acquisition applications. PCI-U provides single-ended, differential analog input channels or a combination of these. It also has a built in,0 FIFO buffer for analog input data. Analog Input single-ended, differential, or combination bits Max. Sampling Rate 0 ks/s Note: The sampling rate for each channels will be affected by used channel number. For example, if channels are used, the sampling rate is 0k/ =. ks/s per channel. FIFO Size,0 samples Overvoltage Protection 0 Vp-p Input Impedance 0 MW/ pf (Off); 0 MW/0 pf (On) Sampling Modes Software and onboard programmable pacer Input Range (V, software programmable) & Absolute Accuracy Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Absolute Accuracy (% of FSR)* * ± LSB is added as the derivative for absolute accuracy PCI-U 0 ks/s, -bit, -ch AI Universal PCI Card ADAM- -pin DIN-rail SCSI Wiring Board PCL-- -pin SCSI Shielded Cable, m PCL-- -pin SCSI Shielded Cable, m Pin Assignments Bus Type Universal PCI V. I/O Connector x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, 00 ma Max.: A, 00 m A Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) - Data Acquisition Boards

33 PCI-0U PCI-U PCI-0U Analog Output Output Rate Output Range isolated bits Static update (Software programmable) Bipolar (V) ±, ± Unipolar (V) 0 ~, 0 ~ Current Loop (ma) 0 ~ 0, ~ 0 Slew Rate V/μs Isolation Protection,00 V DC Driving Capability ma Operation Modes Software polling Accuracy Relative: ± LSB; Differential Non-Linearity: ± LSB (monotonic) Excitation Voltage 0 V (max.) Bus Type Universal PCI V. I/O Connectors x DB female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption 0 ma (typical), 00 ma (max.) 00 ma (typical), 0 ma (max.) Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCI-0U PCL-- PCL-- PCL-- ADAM- -bit, -ch Isolated AO Universal PCI Card DB Cable, m DB Cable, m DB Cable, m DB DIN-rail Wiring Board -bit, -ch Isolated Analog Output Universal PCI Card -bit, -ch Isolated Analog Output Universal PCI Card PCI-U Analog Output isolated bits Output Rate Static update Output Range (Software programmable) Bipolar (V) ± Current Loop (ma) 0 ~ 0, ~ 0 Isolation Protection,00 V DC system isolation Output Impedance 0. W max. Operation Modes Software polling, synchronized output Accuracy Relative: ± LSB Differential Non-linearity: ± LSB (monotonic) Driving Capacity ma Bus Type Universal PCI V. I/O Connectors x DB female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption 00 ma, 0 ma max. Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCI-U PCL-- PCL-- ADAM- -bit, -ch Isolated AO Universal PCI Card DB Cable, m DB Cable, m DB DIN-rail Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

34 PCI- -bit, -ch Analog Output PCI Card with -ch Digital I/O MHz maximum digital update rate PCI-bus mastering for data transfer Auto calibration function Four analog output channels with,0 samples FIFO buffer A -bit DAC is equipped for each of analog output channels Real-time waveform output function with internal/external pacer Synchronized output function Flexible output types and range settings Keeps the output settings and values after system hot reset -ch DI/O and one MHz -bit resolution counter BoardID switch Introduction PCI- is an advanced high-speed analog output card for the PCI bus, and each of analog output channels are equipped with a -bit, double-buffered DAC. It features many powerful and unique functions, like a waveform output function with MHz maximum update rate, auto-calibration and a BoardID switch. PCI- is an ideal solution for industrial applications where high-speed continuous analog output or real-time waveform output functions are required. Analog Output bits FIFO Size,0 samples Output Rate MHz or static update Reference Clock Internal: MHz External Clock Frequency: MHz max. External Voltage Range: 0. V max., V min. Output Range (Software programmable) Internal Reference External Reference Slew Rate Driving Capability Output Impedance Operation Modes Accuracy Digital Input/Output Output Capability Unipolar 0 ~ V, 0 ~ V, Bipolar ± V, ± V Current Loop 0 ~ 0 ma, ~ 0 ma 0 ~ +x +x V (- x ) -x ~ +x +x V (- x ) V/µs ma 0. W max. Single/continuous/waveform/synchronized output Relative: ± LSB Differential Non-linearity: ± LSB (monotonic) (shared by input/output) Logic 0: 0. V max. Logic :.0 V min. Sink: 0. ma Source:.0 - ma Counter/Timer bits Max. Input Frequency MHz Reference Clock Internal: MHz External Clock Frequency: MHz max. External Voltage Range: 0. V max,.0 V min. Bus Type PCI V. I/O Connectors x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, 00 ma Max.: A, 00 ma Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCI- PCL-- PCL-- ADAM- -bit, -ch Advanced PCI Analog Output Card -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board - Data Acquisition Boards

35 PCI- PCI-U PCI- Analog Output bits Output Rate Static update Output Range (Software programmable) Bipolar (V) ± Current Loop (ma) 0 ~ 0, ~ 0 Driving Capability Output Impedance Operation Modes Accuracy Digital Input/Output ma 0. W max. Software polling, synchronized output Relative: ± LSB Differential Non-linearity: ± LSB (monotonic) (shared by input/output) Logic 0: 0. V max. Logic :.0 V min. Output Capability Sink 0. ma Source:.0 - ma Bus Type PCI V. I/O Connectors x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, 00 ma Max.: A, 00 ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ C (- ~ F) Storage Humidity ~ % RH non-condensing (IEC --) PCI- PCL-- PCL-- ADAM- -bit, -ch Non-isolated Analog Output PCI Card -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board -bit, -ch Analog Output PCI Card with -ch Digital I/O -bit, -ch Analog Output Universal PCI Card with -ch Digital I/O PCI-U Analog Output bits Output Rate Static update Output Range (Software programmable) Bipolar (V) ± Unipolar (V) 0 ~, 0 ~ Current Loop (ma) ~ 0 Slew Rate 0. V/μs Driving Capability ma Operation Modes Software polling, synchronized output Current Loop Excitation ~ V Digital Input Logic 0: 0. V max. Logic :.0 V min. Input Loading ma max. (low). 0 μa max. (high) Digital Output Output Voltage Logic 0: 0. V, Logic :. V Output Capability Sink: V Source: 0. V Bus Type Universal PCI V. I/O Connectors x -pin D-type female connector x 0-pin box header Power Consumption 0 ma typical, 00 ma max 0 ma typical,0 ma max Dimensions (L x H) 0 mm (.".") Operating Temperature 0 ~ 0 C ( ~ F) Storing Temperature -0 ~ C (- ~ F) Storing Humidity ~ % RH, non-condensing PCI-U -bit, -ch Universal Analog Output Card PCL-- PCL-- ADAM- 0-pin flat cable, m DB cable assembly, m DB wiring terminal for DIN-rail mounting Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

36 PCI-U PCI-U PCI-U -ch Digital I/O and Counter Universal PCI Card -ch Digital I/O Universal PCI Card -ch Digital I/O Universal PCI Card ISA-Compatible with PCL-0+ (PCI-U), PCL- (PCI-U) and PCL- (PCI-U) TTL-level digital input and output compatibility Emulates mode 0 of PPI (PCI-U and PCI-U) Interrupt handling capability (PCI-U and PCI-U) Output status readback (PCI-U and PCI-U) programmable counter/timer channels and User configurable clock source (PCI-U) Breadboard area for custom circuits (PCI-U and PCI-U) PCI universal card PCI-U PCI-U PCI-U Digital Input PCI-U: PCI-U: (shared with output) PCI-U: (shared with output) Logic 0: 0. V max. Logic :.0 V min. Interrupt Capable Ch. PCI-U: PCI-U: Digital Output PCI-U: PCI-U: (shared with input) PCI-U: (shared with input) Output Voltage PCI-U: Logic 0: 0. V max. Logic :.0 V min. PCI-U/U: Logic 0: 0. V max. Logic :. V min. Output Capability PCI-U: Sink: 0. V ma Source:.0 V ma PCI-U/U: Sink: 0. V ma Source:. V ma Counter/Timer (PCI-U) bits Max. Input Frequency MHz Re. Clock Internal Selectable MHz, 0 khz, or khz base clock Ext. Clock Frequency Jumper selectable divider: x, x, x0., and x0. Prog.Counter Modes Bus Type Universal PCI V. I/O Connectors PCI-U: x 0-pin box header PCI-U: x 0-pin & x 0-pin box header PCI-U: x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption PCI-U: ma (max.) PCI-U: ma (max.) PCI-U: 0. ma (max.) Operating Temperature 0 ~ C ( ~ F) Storage Temperature - ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCI-U PCI-U PCI-U PCL-- PCL-- PCL-0-. ADAM-0 ADAM-0 -ch Digital I/O and Counter Card -ch Digital I/O Universal PCI Card -ch Digital I/O Universal PCI Card IDC-0 Flat Cable, m IDC-0 Flat Cable, m 0-pin Flat Cable,. m 0-Pin Flat Cable Terminal, DIN-rail Mount 0-pin DIN-rail Flat Cable Wiring Board - Data Acquisition Boards

37 PCI- Introduction Digital Input (shared with output) Logic 0: 0. V max. Logic : V min. Interrupt Capable Ch. Digital Output Output Voltage Output Capability Counter/Timer (shared with input) Logic 0: 0. V max. Logic :. V min. Sink: 0. ma Source:. ma x -bit counters, or x -bit counter (jumper selectable) x -bit event counter Max. Input Frequency MHz Reference Clock Internal: MHz External Clock Frequency: MHz External Voltage Range: Bus Type Universal PCI V. I/O Connectors x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) -ch Digital I/O and -ch Counter PCI Card TTL digital I/O lines Emulates mode 0 of PPI Buffered circuits for higher driving capacity than the Interrupt handling capability Timer/Counter interrupt capability Supports both dry and wet contact Keeps the I/O port setting and DO state after system reset BoardID switch PCI- is a -bit digital I/O card for the PCI bus. Its bits are divided into six -bit I/O ports and users can configure each port as input or output via software. PCI- also provides one event counter and two -bit timers, which can be cascaded to become a -bit timer. PCI- PCL-- PCL-- ADAM- ADAM-/0 ADAM-/0 PCLD- PCLD- PCLD- Pin Assignments -ch Digital I/O and Counter PCI Card -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board -pin SCSI to 0-pin Box Header Board -pin SCSI to 0-pin Box Header Board -ch Isolated Digital Input Board -ch Replay/ Isolated Digital Input Board -ch Relay Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

38 PCI- PCI-E -ch Digital I/O PCI Card -ch Digital I/O Extension Card for PCI- PCI-E PCI- Up to TTL digital I/O lines Emulates mode 0 of PPI Buffered circuits for higher driving capacity than the Multiple-source interrupt handling capability Interrupt output pin for simultaneously triggering external devices with the interrupt Output status read-back Pattern match and Change of state interrupt functions for critical I/O monitoring Keeps the output settings and values after system hot reset Supports both dry and wet contact High-density 0-pin SCSI connector Introduction PCI- is a -bit digital I/O card for the PCI bus, which can be extended to digital I/O channels by connecting its extension board - PCI-E. The card emulates mode 0 of the PPI chip, but the buffered circuits offer a higher driving capability than the. The I/O lines are divided into twelve -bit I/O ports: A0, B0, C0, A, B, C, A, B, C, A, B and C. You can configure each port as input or output via software. Pin Assignments Digital Input/Output digital I/O lines for PCI- digital I/O lines if extending with PCI-E Programming Mode PPI mode 0 Logic 0: 0. V max. Logic :.0 V min. Output Voltage Logic 0: 0. V max. Logic :. V min. Output Capability Sink: 0. V ma Source:. V ma Bus Type PCI V. I/O Connector x 0-pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 00 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) (refer to IEC --) Storage Humidity ~ % RH, non-condensing PCI- PCI-E ADAM- ADAM-/0 ADAM-/0 PCLD- PCLD- PCLD- PCL- -ch Digital I/O PCI Card Extension Board for PCI- -pin DIN-rail SCSI Wiring Board -pin SCSI to 0-pin Box Header Board -pin SCSI to 0-pin Box Header Board -ch Isolated Digital Input Board -ch Replay/ Isolated Digital Input Board -ch Relay Board 0-pin to Two -pin SCSI Cables, m and m - Data Acquisition Boards

39 PCI- Introduction 0 MB/s, -ch Digital I/O PCI Card Bus-mastering DMA data transfer with scatter gather technology //-bit pattern I/O with start and stop trigger function, modes handshaking I/O Interrupt handling capability Onboard active terminators for high speed and long distance transfer Pattern match and change state detection interrupt function -purpose -ch digital I/O The PCI- supports PCI-bus mastering DMA for high-speed data transfer. By setting aside a block of memory in the PC, the PCI- performs bus-mastering data transfers without CPU intervention, setting the CPU free to perform other more urgent tasks such as data analysis and graphic manipulation. The function allows users to run all I/O functions simultaneously at full speed without losing data. Digital Input Interrupt Capable Ch. Digital Output Output Voltage Output Capacity Transfer Characteristics : (shared with output) High speed: (shared with output) V/TTL Logic 0: 0. V max. Logic :.0 V min. DIO0~DIO : (shared with input) High speed: (shared with input) V/TTL Logic 0: 0. V max. Logic :. V min. Sink: 0. V A Source:. V A Onboard FIFO KB for DI & KB DO channels Data Transfer Mode Bus Mastering DMA with Scatter-Gather Data Transfer Bus Width // bits (programmable) Max. Transfer Rate DI: 0 M bytes/sec, 0 MHz M bytes/sec, 0 MHz external pacer when data length is less than FIFO size DO: 0 MBytes/sec, 0 MHz Operation Mode Handshaking Bus Type PCI V. I/O Connectors x 0-pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: A Max.: A Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) PCI- ADAM-0 PCL-0- Ultra-speed -ch Digital I/O Card 0-pin DIN-rail SCSI Wiring Board 0-pin SCSI High-Speed Cable, m Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

40 PCI-UP -ch Digital I/O Low Profile Universal PCI Card Introduction Low profile PCI form factor Universal PCI bus TTL level digital I/O channels Emulates mode 0 of PPI Buffered circuits provide higher driving capability Interrupt handling capability Output status read-back I/O configurable by software or on board DIP switch Keeps the output settings and values after system hot reset BoardID switch Convenient DB connector Supports both dry and wet contact PCI-UP is a -channel digital I/O low profile PCI card that meets the PCI standard REV.. (universal PCI expansion card). The card also works with. V and V PCI slots, and provides you with parallel digital input/output channels that emulate mode 0 of the PPI chip. However, the buffered circuits offer a higher driving capability than the. Digital Input (shared with output) Logic 0: ma Logic :.0 0 ma Interrupt Capable Ch. Digital Output Output Voltage Output Capability (shared with input) Logic 0: 0. V - ma Logic :. V ma Sink: ma Source: ma PCI-UP -ch Digital I/O Low Profile Universal PCI Card ADAM- DB DIN-rail Wiring Board PCL-- DB Cable, m PCL-- DB Cable, m Pin Assignments Bus Type Universal PCI V. I/O Connectors x DB female connector Dimensions (L x H) x mm (." x.") Low profile MD Power Consumption Typical: ma Max.: 00 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C(- ~ F) Storage Humidity ~ % non-condensing -0 Data Acquisition Boards

41 PCI-0U PCI- PCI- PCI-0U Introduction PCI- Digital Input (PCI-0U only) Logic 0: 0. V max. Logic :.0 V min. Interrupt Capable Ch. (DI0, DI) Isolated Digital Input (PCI-0U/ PCI-) Logic 0: V max. ( V max.) Logic : V min. (0 V max.) Interrupt Capable Ch. (IDI0, IDI) Isolation Protection,00 V DC Opto-Isolator Response μs Input Resistance. W Digital Output (PCI-0U only) Output Voltage Logic 0: 0. V max. Logic :.0 V min. Output Capability Sink: ma Source: ma Isolated Digital Output (PCI-0U/ PCI-) Output Type Sink type (NPN) Isolation Protection,00 V DC Output Voltage ~ 0 V DC Sink Current PCI-0U: 00 ma max./channel PCI-: 00 ma max./channel Opto-Isolator Response µs PCI- -ch Isolated Digital I/O Universal PCI Card -ch Isolated Digital Input PCI Card -ch Isolated Digital Output PCI Card ISA-compatible with PCL-0// -ch isolated DI/O (-ch digital input, -ch digital output) -ch TTL DI/O (-ch digital input,-ch digital output) (PCI-0U only) High output driving capacity Interrupt handling capability x 0-pin connectors for isolated DI/O channels (PCI-0U only) x 0-pin connectors for TTL DI/O channels (PCI-0U only) D-type connector for isolated input and output channels High-voltage isolation on output channels PCI-0U, PCI-, and PCI- offer isolated digital input channels as well as isolated digital output channels with isolation protection up to,00 V DC, which makes them ideal for industrial applications where high-voltage isolation is required. There are also TTL digital I/O channels on PCI-0U. Bus Type PCI V. (Universal PCI V. for PCI-0U) I/O Connectors x DB female connector x 0-pin box header (PCI-0U only) Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma, ma Max.: 00 ma, 0 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature - ~ C (- ~ F) Storage Humidity ~ % RH, non-condensing (see IEC --) PCI-0U PCI- PCI- PCL-- PCL-- ADAM-0 PCLD- PCLD- PCLD- ADAM- PCL-- PCL-- PCL-- -ch Isolated Digital I/O Univ. PCI Card -ch Isolated Digital Input PCI Card -ch Isolated Digital Output PCI Card 0-pin Flat Cable, m 0-pin Flat Cable, m 0-pin DIN-rail Flat Cable Wiring Board -ch Isolated DI Board w/ m 0-pin Flat Cable -ch Power Relay Board w/ 0p & 0p Flat Cables -ch Relay Board w/ One m 0-pin Flat Cable DB DIN-rail Wiring Board DB Cable, m DB Cable, m DB Cable, m Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

42 PCI-0 -ch Isolated Digital I/O and -ch Counter PCI Card isolated DI and isolated DO channels High voltage isolation on all isolated channels (,00 V DC) High sink current on isolated output channels (00 ma/channel) Supports dry contact or ~ 0 V DC isolated inputs Interrupt handling capability Timer/counter interrupt capability Introduction PCI-0 offers isolated digital input channels, isolated digital output channels, and one isolated counter/timer for the PCI bus. With isolation protection of,00 V DC, and dry contact support, PCI-0 is ideal for industrial applications where high-voltage protection is required. Each I/O channel of the PCI-0 corresponds to a bit in a PC I/O port. This makes PCI-0 very easy to program. This card also offers a counter or timer interrupt and two digital input interrupt lines to a PC, so you can then easily configure the card with software. Isolated Digital Input Logic 0: V max. Logic : V min. (0 V DC max.) or dry contact Interrupt Capable Ch. Isolation Protection,00 V DC Opto-Isolator Response 0 μs Isolated Digital Output Output Type Sink (NPN) Isolation Protection,00 V DC Output Voltage ~ 0 V DC Sink Current 00 ma max. per channel Opto-Isolator Response 0 μs PCI-0 -ch Isolated Digital I/O and Counter PCI Card PCL-- DB Cable, m PCL-- DB Cable, m PCL-- DB Cable, m ADAM- DB DIN-rail Wiring Board Pin Assignments Counter/Timer x -bit isolated counter Max. Input Frequency MHz Isolation Protection,00 V DC - Bus Type PCI V. I/O Connectors x DB female connector x -pin terminal block for extended ground Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (refer to IEC --) Data Acquisition Boards

43 PCI-U PCI- PCI- isolated digital output channels High-voltage isolation on output channels (,00 VDC) Wide output range ( ~ 0 VDC) High-sink current on isolated output channels (00 ma max./channel) Output status readback Keeps the output settings and values after system hot reset Channel-freeze function High-density 0-pin SCSI connector isolated digital input channels Either ± voltage input for DI by group High-voltage isolation on input channels (,00 VDC) High over-voltage protection (0 VDC) Wide input range ( ~ 0 VDC),000 VDC ESD protection Interrupt handling capability High-density 0-pin SCSI connector -ch Isolated Digital Output Universal PCI Card PCI-U PCI- PCI- Isolated Digital Output (-ch/group) Output Type Sink (NPN) Isolation Protection,00 VDC Output Voltage ~ 0 VDC Sink Current 00 ma max./channel Opto-isolator Response µs Bus Type Universal PCI V. I/O Connectors x 0-pin SCSI female connector Dimensions (L x H) x 0mm (." x.") Power Consumption Typical: 0 ma Max.: 00 ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, (IEC --) non-condensing PCI-U PCL-0- ADAM- -ch Isolated Digital Output Universal PCI Card 0-pin SCSI to Two 0-pin SCSI Cable, m 0-pin DIN-rail Wiring Board w/ LED Indicators Isolated Digital Input (-ch/group) Logic 0: V max. Logic : V min. (0 V max.) Input Current ma, (Typical) ma ma, ma 0 ma Interrupt Capable Ch. Isolation Protection,00 VDC Overvoltage Protection 0 VDC ESD,000 VDC Opto-Isolator Response µs Bus Type PCI V. I/O Connectors x 0-pin SCSI female connector Dimensions (L x H) x 0mm (." x.") Power Consumption Typical: 0 ma Max.: 0 ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH (IEC --) non-condensing PCI- PCL-0- ADAM- -ch Isolated Digital Input PCI Card 0-pin SCSI to Two 0-pin SCSI Cable, m 0-pin DIN-rail Wiring Board w/ LED Indicators -ch Isolated Digital Input PCI Card -ch Isolated Digital I/O PCI Card Either ± voltage input for DI by group High-voltage isolation input/output channels (,00 VDC),000 VDC ESD protection for DI High over-voltage protection (0 VDC) for DI High-sink current on isolated output channels (00 ma max./channel) Output status readback Keeps output settings/ values after system hot reset Interrupt handling capability High-density 0-pin SCSI connector Isolated Digital Input (-ch/group) Logic 0: V max. Logic : V min. (0 V max.) Interrupt Capable Ch. (IDI0, IDI) Isolation Protection,00 VDC Overvoltage Protection 0 VDC ESD,000 VDC Opto-Isolator Response µs Input Current ma, ma ma, ma 0 ma Isolated Digital Output (-ch/group) Output Type Sink (NPN) Isolation Protection,00 VDC Output Voltage ~ 0 VDC Sink Current 00 ma max./channel Opto-isolator Response µs Bus Type PCI V. I/O Connectors x 0-pin SCSI female connector Dimensions (L x H) x 0mm (." x.") Power Consumption Typical: ma Max.: ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % (IEC --) non-condensing PCI- -ch Isolated Digital I/O PCI Card PCL-0-0-pin SCSI to Two 0-pin SCSI Cable, m ADAM- 0-pin DIN-rail Wiring Board w/ LED Indicators Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

44 PCI-UDI PCI-UDO PCI-UDIO -ch Isolated Digital Input Universal PCI Card -ch Isolated Digital Output Universal PCI Card -ch Isolated Digital I/O Universal PCI Card PCI-UDO and PCI-UDIO isolated digital output channels ( channels for PCI-UDIO) High-voltage isolation on output channels (,00 VDC) Wide output range ( ~ 0 VDC) High-sink current for isolated output channels (0 ma max./channel) Current protection for each port BoardID switch Output status read-back Digital output value retained after hot system reset Programmable Power-up States Watchdog timer PCI-UDI PCI-UDO PCI-UDIO PCI-UDI and PCI-UDIO isolated digital input channels ( channels for PCI-UDIO) Wide input range ( ~ VDC) High ESD protection (,000 VDC) Digital Filter function BoardID switch Interrupt handling capability for each channel Feature Details Isolated Digital Input PCI-UDI: PCI-UDIO: Logic 0:. V max. Logic : V min. ( V max.) Interrupt Capable Ch. PCI-UDI: PCI-UDIO: Isolation Protection,00 V DC Opto-Isolator Response 0 µs Input Resistance kw Isolated Digital Output PCI-UDO: PCI-UDIO: Output Type Sink (NPN) Isolation Protection,00 V DC Output Voltage ~ 0 V DC Sink Current 0 ma max./channel Opto-isolator Response 0 µs Bus Type Universal PCI V. I/O Connectors x mini-scsi HDRA-E0 female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption PCI-UDI PCI-UDO PCI-UDIO Typical 0. A A A Max. 0. A A A Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % (IEC --) non-condensing PCI-UDI PCI-UDO PCI-UDIO PCL-0S- PCL-0S- ADAM-0 -ch Isolated DI Universal PCI Card -ch Isolated DO Universal PCI Card -ch Isolated Digital I/O Universal PCI Card 0-pin Mini-SCSI Cable, m 0-pin Mini-SCSI Cable, m 0-pin DIN-rail SCSI Wiring Board Interrupt Function (PCI-UDI/PCI-UDIO) PCI-UDI and PCI-UDIO provide an interrupt function for every digital input channel. You can disable/enable the interrupt functions, and select trigger type by setting the Rising Edge Interrupt Registers or Falling Edge Interrupt Registers of the card. When the interrupt request signals occur, software will service these interrupt requests by ISR. The multiple interrupt sources provide the card with more flexibility. Digital Filter Function (PCI-UDI/PCI-UDIO) The digital filter function is used to eliminate glitches on input data and reduce the number of changes to examine and process. The filter blocks pulses that are shorter than the specified timing interval and passes pulses that are twice as long as the specified interval. Intermediate-length pulses that are longer than half of the interval, but less than the interval, may or may not pass the filter depending on your settings. Pin Assignments PEF_COMM PEF_COMM PF_IDI0 PF_IDI0 PF_IDI0 PF_IDI0 PF_IDI0 PF_IDI0 PF_IDI0 PF_IDI00 PE_IDI0 PE_IDI0 PE_IDI0 PE_IDI0 PE_IDI0 PE_IDI0 PE_IDI0 PE_IDI00 PCD_COMM PCD_COMM PD_IDI0 PD_IDI0 PD_IDI0 PD_IDI0 PD_IDI0 PD_IDI0 PD_IDI0 PD_IDI00 PC_IDI0 PC_IDI0 PC_IDI0 PC_IDI0 PC_IDI0 PC_IDI0 PC_IDI0 PC_IDI CNB PAB_COMM PAB_COMM PB_IDI0 PB_IDI0 PB_IDI0 PB_IDI0 PB_IDI0 PB_IDI0 PB_IDI0 PB_IDI00 PA_IDI0 PA_IDI0 PA_IDI0 PA_IDI0 PA_IDI0 PA_IDI0 PA_IDI0 PA_IDI00 P_COMM P_COMM P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI00 P0_IDI00 P0_IDI0 P0_IDI0 P0_IDI0 P0_IDI0 P0_IDI0 P0_IDI0 P0_IDI0 P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P0_COMM P0_COMM P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_COMM P_COMM CNA P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_COMM P_COMM P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI00 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_IDI0 P_COMM P_COMM - Data Acquisition Boards

45 PCI-0U Introduction -ch Relay and -ch Isolated Digital Input Universal PCI Card with -ch Counter/Timer Universal PCI card, for. V and V PCI slot opto-isolated digital input channels relay actuator output channels opto-isolated PWM outputs LED indicators to show activated relays Jumper selectable dry contact/wet contact input signals Up event counters for DI Programmable digital filter function for DI Pattern match interrupt function for DI "Change of state" interrupt function for DI Universal PCI and BoardID switch PCI-0U relay actuator and isolated digital input card is a PC add-on card for the PCI bus. It meets the PCI standard Rev.. (Universal PCI expansion card), and works with both. V and V PCI slots. It provides opto-isolated digital inputs with isolation protection of,00 V DC for collecting digital inputs in noisy environments, relay actuators that can be used as a on/off control devices or small power switches, and isolated PWM (Pulse Width Modulation) outputs for custom applications. For easy monitoring, each relay is equipped with one red LED to show its on/off status. Each isolated input supports both dry contact and wet contact so that it can easily interface with other devices when no voltage is present in the external circuit. Isolated Digital Input Interrupt Capable Ch. Isolation Protection Opto-Isolator Response μs Input Resistance kω / Ω Counter/Timer (Sink) Logic 0:.0 V max. Logic :. V min. ( V max.) (IDI0 ~ IDI),00 V DC bits Max. Input Frequency 00 Hz Isolation Protection,00 V DC PWM Channels Digital Noise Filter Min. effective high input period [( ~ ) x ms] + ms Min. effective low input period [( ~ ) x ms] + ms Relay Output Relay Type x Form C, and x Form A Contact Rating V AC, 0 V DC Max. Switching Power VA, 0 W Max. Switching Voltage 0 V AC, 0 V DC Max. Switching Current A Operate/Release Time max. /. ms Resistance Life Expectancy (Electrical) Contact: 0 mω max. Insulation: 0 MΩ 00 V DC x cycles min.: 0 V DC, V AC cycles min.: 0 V DC, 0. V AC Bus Type Universal PCI V. I/O Connectors x DB female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: 0 ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC - -, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (IEC --) PCI-0U PCL-- PCL-- PCL-- ADAM- -ch Relay/IDI PCI Card w/ -ch Counter/Timer DB Cable, m DB Cable, m DB Cable, m DB DIN-rail Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

46 PCI- PCI- -ch Relay and -ch Isolated Digital Input PCI Card -ch Relay and -ch Isolated Digital Input PCI Card PCI- PCI- PCI-: relay output channels and isolated digital input channels PCI-: relay output channels and isolated digital input channels LED indicators to show activated relays Output status readback Retained relay output values when hot system reset High-voltage isolation on input channels (PCI-:,0 V DC; PCI-:,00 V DC) High ESD protection (,000 V DC) High over-voltage protection (0 V DC) Wide input range ( ~ 0 V DC) Interrupt handling capability BoardID switch Isolated Digital Input PCI-: PCI-: PCI-: Logic 0: V max. Logic : V min. (0 V max.) PCI-: Logic 0: V max. Logic : V min. (0 V max.) Interrupt Capable Ch. PCI-: PCI-: Isolation Protection PCI-:,0 V DC PCI-:,00 V DC Overvoltage Protection 0 V DC Opto-Isolator Response µs Input Resistance PCI-:. kω PCI-:. kω Relay Output PCI-: PCI-: Relay Type SPDT PCI-: x Form A and x Form C PCI-: Form A or Form B, jumper selectable Contact Rating PCI-: 0 V AC, 0 V DC PCI-: 0. 0 V AC, 0 V DC Max. Switching Power PCI-:,000 VA, 0 W PCI-:. VA, 0 W Max. Switching Voltage PCI-: 00 V AC, 00 V DC PCI-: 0 V AC, 0 V DC Max. Switching Current PCI-: A PCI-: A Min. Switching Load PCI-: V / 0 ma PCI-: 0 μv Operate/Release Time PCI-: Typ. / ms, max. / ms PCI-: Typ. / ms, max. / ms Resistance Contact: PCI-: 0 mw max.: V DC PCI-: 0 mw max.: 0 mv Insulation: PCI-: GW min.: 00 V C, 0%RH PCI-: GW min.: 00 V DC Life Expectancy (Electrical) PCI-: cycles min.: 0 V AC x cycles min.: 0 V AC PCI-: x cycles typ.: V x cycles typ.: V Bus Type PCI V. I/O Connectors PCI-: x DB female connector PCI-: x DB female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption PCI-: Typical: 0 ma Max.: 0 ma PCI-: Typical: 0 ma Max.: 0 ma Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (IEC --) PCI- PCI- PCL-- PCL-- PCL-- ADAM- PCL-- PCL-- ADAM- -ch Relay/Isolated Digital Input PCI Card -ch Relay/Isolated Digital Input PCI Card DB Cable, m DB Cable, m DB Cable, m DB DIN-rail Wiring Board DB Cable, m DB Cable, m DB DIN-rail Wiring Board - Data Acquisition Boards

47 PCI-0U Introduction Digital Input Logic 0: 0. V max. Logic :.0 V min. Interrupt Capable Ch. Ch. 0 Digital Output Output Voltage Logic 0: 0. V Logic :.0 V Output Capability Sink: 0. V Source: - V Counter/Timer Max. Input Frequency Reference Clock Counter Modes Interrupt Capable Ch. PWM Channels (independent) bits 0 MHz Internal: 0 MHz External clock: 0 MHz max. (programmable) -ch, -bit Counter/Timer Universal PCI Card independent -bit counters programmable clock source digital TTL outputs and digital TTL inputs Up to 0 MHz input frequency Multiple counter clock source selectable Counter output programmable Counter gate function Flexible interrupt source select BoardID switch PCI-0U is a general purpose multi-channel counter/timer card for the PCI bus. It targets the AM to implement the counter/timer function by CPLD. It provides eight -bit counter channels, digital outputs and digital inputs. Its powerful counter functions cater to a broad range of industrial and laboratory applications. The card features programmable counter modes, to provide one shot output, PWM output, periodic interrupt output, time-delay output, and to measure the frequency and the pulse width. The PCL- shielded cable works well with PCI-0U to reduce noise. Its wires are all twisted pairs, and the input signals and output signals are separately shielded, providing minimal cross talk between signals and the best protection against EMI/EMC problems. Bus Type Universal PCI V. I/O Connectors x -pin SCSI female connector Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 00 ma Max.: A Operating Temperature 0 ~ 0 C ( ~ F) (IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-condensing (IEC --) PCI-0U PCL-- PCL-- ADAM- -ch, -bit Counter/Timer Universal PCI Card -pin SCSI Shielded Cable, m -pin SCSI Shielded Cable, m -pin DIN-rail SCSI Wiring Board Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

48 PCI-UP IEEE-. Interface Low Profile Universal PCI Card IEEE. Standard interface Complete Talker/Listener/Controller Industry standard -bit PCI bus Data transfer rates over. MB/s,0-word FIFO buffer High-Speed State Machine Bus Manager Interrupt lines, shared interrupt capability Transparent interrupt enabling/disabling Includes GPIB-Library software Low profile MD size Introduction The PCI-UP IEEE- interface converts any PCI bus personal computer into an instrumentation control and data acquisition system. Connect up to instruments using standard IEEE- cables such as the PCL--, meter IEEE- interface cable. The PCI-UP transfers data over the GPIB at rates in excess of. million bytes per second using the maximum IEEE- specification cable length ( meters times the # of devices). A,0-word FIFO buffer and the advanced REP-INSW ISR data transfer method provide the horsepower required to then transfer the data between the GPIB board and the host computer. The high-speed state machine also provides byte-to-word packing and unpacking, and because words carry twice the information that bytes do, packed data requires fewer bus cycles to transfer the same GPIB information. The PCI-UP adheres to ANSI/IEEE Standard -. Often referred to as the IEEE-. bus, GPIB bus or HP-IB bus, the GPIB ( Purpose Interface Bus) is a standard for instrumentation communication and control for instruments from manufacturers the world over. The GPIB provides handshaking and interface communications over an -bit data bus employing control and handshake signals. Equipped with PCI-UP, a personal computer can control GPIB instruments, gather data from GPIB test equipment, or become a data acquisition station in a GPIB system. GPIB IEEE.,. GPIB Transfer Rate. MB/s OS Support Windows 000/XP/Vista and Win Library Support Visual C++, Visual C#, Visual Basic, Visual Basic.NET, Delphi, LabView Max. GPIB Connections PCI-UP High-perform. IEEE-. Interface PCI Card PCL-- IEEE- Cable, m Bus Type Universal PCI V. I/O Connectors x -pin IEEE Dimensions (L x H) x mm (Low profile MD) Power Consumption V ma Operating Temperature 0 ~ 0 C ( ~ 0-0% RH Storage Temperature -0 ~ 0 C (-0 ~ -0% RH Operating Humidity 0 ~ 0% RH, non-condensing - Data Acquisition Boards

49 PCM-I PCM-I PCM-I Analog Input single-ended or differential or combination bits Max. Sampling Rate 0 ks/s Ring Buffer Size,0 samples Input Range and Gain List Gain 0. Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Input Protection Sampling Mode Trigger Mode 0 Vp-p Polling, pacer, double-clock, or external TTL trigger Pre-trigger, post-trigger, delay-trigger, about-trigger Analog Output Output Range Internal Reference (V): 0 ~, 0 ~, ±, ± External Reference: 0 ~ +x +x V (- x ) -x ~ +x +x V (- x bits Output Rate 0 ks/s Ring Buffer Size,0 samples Slew Rate 0 V/μs Operation Mode Software polling, continuous out Digital Input/Output V/TTL Counter/Timer (independent) bits Max. Input Frequency MHz Counter Modes (programmable) Interrupt Capable Ch. PWM Channels Bus Type PCI- I/O Connectors x -pin, x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) PCM-I 0 ks/s, -bit Multi. PCI- Module PCL-0-. ADAM-0 0-pin Flat Cable,. m 0-pin DIN-rail Flat Cable Wiring Board PCM-I Analog Input 0 ks/s, -bit, -ch Multifunction PCI- Module 0 ks/s, -bit, -ch Isolated Analog Input PCI- Module single-ended or differential analog inputs Programmable gain for each input channel Automatic channel/ gain/ SD scanning Onboard ring buffer (,0 samples) Isolation protection (,00 V DC) BoardID switch Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download - single-ended or differential or combination bits Max. Sampling Rate 0 ks/s Ring Buffer Size,0 samples Input Range and Gain List Gain 0. Unipolar N/A 0 ~ 0 ~ 0 ~. 0 ~. Bipolar ± ± ±. ±. ±0. Input Protect Input Impedance Sampling Mode 0 Vp-p 0 MW/pF (off); 0 MW/0pF (on) Software polling, onboard programmable pacer, or external TTL trigger Bus Type PCI- I/O Connectors x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) PCM-I PCL--0. PCL-- PCL-- PCL-- ADAM- 0 ks/s, -bit Isolated AI PCI- Module IDE# 0-pin to DB(F) Flat CABLE, 0. m DB Cable, m DB Cable, m DB Cable, m DB DIN-rail Wiring Board

50 PCM-0I PCM-I PCM-I -ch Isolated Digital I/O PCI- Module -ch Digital I/O PCI- Module -ch Relay and -ch Isolated Digital Input PCI- Module PCM-0I PCM-I PCM-I -0 High-voltage isolation on both input and output channels (,00 V DC) High output driving capacity Interrupt handling capability Keep digital output values after system reset Isolated Digital Input Logic 0: V max. Logic : V min. 0 V max. Input Current. V 0 V Input Resistance kω Isolation Voltage,00 V DC Over Voltage Protection 0 V DC Opto-isolator Response Time µs Interrupt Capable All channels Isolated Digital Output Output Voltage Open Collector ~ 0 V DC Output Sink Current 00 ma max. Isolation Voltage,00 V DC Over Current Protection. A per channels Opto-isolator Response Time µs Bus Type PCI- I/O Connectors x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Operating Temperature -0 ~ 0 C (- ~ F) Storage Temperature -0 ~ C (- ~ F) PCM-0I ADAM-0 PCL-- PCL-- -ch Isolated Digital I/O PCI- Module 0-pin DIN-rail Wiring Board 0-pin Flat Cable, m 0-pin Flat Cable, m Data Acquisition Boards Supports dry/wet contact Keeps the last output value after system hot reset Interrupt handling capacity Pattern match and change of state interrupt functions Output status read-back Interrupt output pin for simultaneously triggering external devices Digital Input/Output Output Voltage Output Capability (bi-directional) Logic 0: 0. V max. Logic :.0 V min. Logic 0: 0. V max. Logic :. V min. Sink: 0. ma Source:. ma Bus Type PCI- I/O Connectors x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Operating Temperature -0 ~ 0 C (- ~ F) Storage Temperature -0 ~ C (- ~ F) PCM-I -ch Digital I/O PCI- Module w/ 0p Cable PCL pin Flat Cable,. m ADAM-0 0-pin DIN-rail Flat Cable Wiring Board PCLD-B -ch IDI Board w/ 0-pin & 0-pin Flat Cables PCLD-B -ch Relay Board w/ 0-pin & 0-pin Flat Cables Form C type relay output channels Retained relay output values when hot system reset High-voltage isolation on input channels (,00 V DC) Wide input range ( ~ 0 V DC) Interrupt handling capability Isolated Digital Input Logic 0: V max. Logic : V min., 0 V max. Input Current. V, 0 V Input Resistance kω 0. W Isolation Protection,00 VDC Overvoltage Protection 0 VDC Interrupt Capable All channels Opto-isolator Response Time µs Relay Output Relay Type DPDT, Form C Contact Rating 0. 0 VAC, 0 VDC Max. Switching Power. VA, 0 W Max. Switching Voltage 0 VAC, 0 VDC Max. Switching Current A Min. Switching Voltage 0 μv Operate/Release Time typ. / ms, max. / ms Resistance Contact: 0 mw max.: 0 mv Insulation: GW min.: 00 VDC Life Expectancy x cycles typ.: V (Electrical) x cycles typ.: V Bus Type PCI- I/O Connectors x 0-pin, x 0-pin box header Dimensions (L x H) x 0 mm (." x." ) Operating Temperature 0 ~ 0 C ( ~ F) (refer to IEC --, ) Storage Temperature -0 ~ 0 C (- ~ F) PCM-I ADAM-0 ADAM-0 PCL-0-. PCL-- PCL-- -ch Relay/Isolated Digital Input PCI- Module 0-pin DIN-rail Flat Cable Wiring Board 0-pin DIN-rail Flat Cable Wiring Board 0-pin Flat Cable,. m 0-pin Flat Cable, m 0-pin Flat Cable, m

51 PCM-H/HG/HO PCM- PCM-H/HG/HO Analog Input Max. Sampling Rate Input Impedance Sampling Modes Input Range PCM-H and PCM-HO PCM-HG single-ended / differential bits 0 KHz* (DMA transfer) *0 khz on P-based (or upper) system MΩ Software, pacer or external Bipolar ±, ±, ±., ±., ±0. Unipolar 0 ~, 0 ~, 0 ~., 0 ~. Bipolar ±, ±, ±, ±0., ±0., ±0.0, ±0.0, ±0.00 Unipolar 0 ~, 0 ~, 0 ~ 0., 0 ~ 0.0 Analog Output (PCM-HO only) ( bits) Output Range Internal Reference Unipolar (V) 0 ~, 0 ~ External Reference (V) 0 ~, 0 ~ - Slew Rate V/µs Output Impedance 0. W max. Digital Input/Output, V/TTL Logic 0: 0. V max. Logic :.0 V min. Output Voltage Logic 0: 0. V ma Logic :. V ma Bus Type PC/ I/O Connectors x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: 00 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ C (-0 ~ F) PCM-H PCM-HG PCM-HO ADAM-0 PCL-- PCL-- 0 ks/s, -bit Multi. PC/ Module 0 ks/s, -bit High-gain Multi. PC/ Module 0 ks/s, -bit Multi. PC/ Module w/ao 0-pin DIN-rail Flat Cable Wiring Board 0-pin Flat Cable, m 0-pin Flat Cable, m PCM- TTL digital I/O lines Output status read-back simulate PPI mode 0 Interrupt triggering, rising/falling edge Digital Input 0 ks/s, -bit, -ch Multifunction PC/ Module -ch Digital I/O PC/ Module (shared with output) Logic 0: 0. V max. Logic :.0 V min. Interrupt Capable Ch. Digital Output Output Voltage (shared with input) Logic 0: 0. V ma Logic :.0 V - ma Bus Type PC/ I/O Connectors x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption 0 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ C (-0 ~ F) Storage Humidity 0 ~0% RH, non-condensing PCM- ADAM-0 PCLD-B PCLD-B PCL-0-. -ch Digital I/O PC/ Module w/ 0-pin Cable 0-pin DIN-rail Flat Cable Wiring Board -ch IDI Board w/ 0-pin & 0-pin Flat Cables -ch Relay Board w/ 0-pin & 0-pin Flat Cables 0-pin Flat Cable,. m Motion Control Hazardous Location Energy Automation Building Automation Systems Automation Software Operator Panels Automation Panel PCs Industrial Monitors Industrial Ethernet Device Servers & Gateways Serial Communication Cards Embedded Auto. Computers PACs MM I/O Distributed Nano Controllers RS- I/O Ethernet I/O DAQ Boards Online Download -

52 PCM- PCM-0 PCM-0 -ch Relay and Isolated Digital Input PC/ Module -ch Isolated Digital I/O PC/ Module -ch Counter/Timer with -ch Digital I/O PC/ Module PCM- PCM-0 PCM-0 - Isolated Digital Input Logic 0: V Logic : V (0 V max.) Isolation Protection,00 V DC Overvoltage Protection 0 V DC Opto-Isolator Response µs Input Resistance. KW Relay Output Relay Type SPDT (Form C) Contact Rating 0 V A Relay on Time ms Relay off Time ms Life Span 0,000 A/0 V Resistance Contact: 0 mw Insulation: 00 V DC Bus Type PC/ I/O Connectors x 0-pin head for IDI x 0-pin head for relay Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: 0 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-cond. PCM- PCL-- PCL-- PCL-0-. ADAM-0 ADAM-0 -ch Relay/Isolated Digital Input PC/ Module 0-pin Flat Cable, m 0-pin Flat Cable, m 0-pin Flat Cable,. m 0-pin DIN-rail Flat Cable Wiring Board 0-pin DIN-rail Flat Cable Wiring Board Data Acquisition Boards Digital Input, Interrupt Capable Ch. Isolated Digital Input Logic 0: V max. Logic : V min. ( V max.) Isolation Protection,00 VDC Opto-Isolator 0. ms Response Input Resistance 0. W Digital Output Output Capability Sink: Source:, 0. V max. -0. V min. Isolated Digital Output Output Type Sink (NPN) Isolation Protection,00 VDC Output Voltage ~ 0 VDC Sink Current 00 ma max./channel Opto-Isolator 0 µs Response Bus Type PC/ I/O Connectors x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 0 ma Max.: 00 ma Operating Temperature 0 ~ 0 C ( ~ F) Storage Temperature -0 ~ 0 C (- ~ F) Storage Humidity ~ % RH, non-cond. PCM-0 -ch Isolated DI/O PC/ Module w/ 0p Cable PCL-- 0-pin Flat Cable, m PCL-- 0-pin Flat Cable, m ADAM-0 0-pin DIN-rail Flat Cable Wiring Board PCLD- -ch Relay Board w/ One m 0-pin Flat Cable PCLD- -ch Power Relay Board w/ 0p & 0p Flat Cables Digital Input (shared with output) Logic 0: 0. V max. Logic :. V min. Interrupt Capable Ch. Digital Output (shared with input) Output Voltage Logic 0: 0. V ma (sink) Logic :. V ma (source) Counter/Timer bits Max. Input Frequency 0 MHz Counter Modes (programmable) Interrupt Capable Ch. Bus Type PC/ I/O Connectors x 0-pin box header x 0-pin box header Dimensions (L x H) x 0 mm (." x.") Power Consumption Typical: 00 ma Max.: 0. ma Operating 0 ~ 0 C ( ~ F) Temperature Storage Temperature -0 ~ 0 C (- ~ F) Operating Humidity ~ % RH non-cond. PCM-0 PCL-- PCL-0-. ADAM-0 ADAM-0 -ch Counter/Timer, DI/O, PC/ Module w/cables 0-pin Flat Cable, m 0-pin Flat Cable,. m 0-pin DIN-rail Flat Cable Wiring Board 0-pin DIN-rail Flat Cable Wiring Board